本發明係一種真空充氣鞋底貼合機，包括：機台，內部為真空腔體且上方設有與真空腔體連通之定位機構，且機台外側設置傳動機構；真空泵浦，具有與真空腔體連通之抽氣管路；第一壓座，與機台之傳動機構連動，第一壓座設於機台上方並具有真空膜片，當第一壓座向下位移至機台上且真空膜片覆蓋定位機構時，真空膜片與定位機構之間形成真空抽氣囊袋；第二壓座，與機台之傳動機構連動，第二壓座設於第一壓座上方並具有充氣腔體，充氣腔體內部具有充氣膜片；空壓源(機)，具有環設於充氣腔體外側之充氣管路，充氣管路與充氣腔體內部連通，當第二壓座向下位移至第一壓座上方且充氣膜片覆蓋真空膜片時，充氣膜片與真空膜片之間形成充氣囊袋。

The invention is a vacuum inflatable shoe sole laminating machine, which includes: a machine platform with a vacuum chamber inside and a positioning mechanism connected to the vacuum chamber above, and a transmission mechanism arranged outside the machine platform; a vacuum pump with a vacuum chamber and a The exhaust pipeline is connected to the body; the first pressure seat is linked to the transmission mechanism of the machine. The first pressure seat is located above the machine and has a vacuum diaphragm. When the first pressure seat moves downward to the machine, the vacuum When the diaphragm covers the positioning mechanism, a vacuum bag is formed between the vacuum diaphragm and the positioning mechanism；The second pressure seat is linked to the transmission mechanism of the machine. The second pressure seat is located above the first pressure seat and has an inflatable cavity. The inflatable cavity has an inflatable diaphragm inside; the air pressure source (machine) has an environmental device. The inflation pipeline on the outside of the inflation cavity is connected to the inside of the inflation cavity. When the second pressure seat moves downward to above the first pressure seat and the inflatable diaphragm covers the vacuum diaphragm, the inflatable diaphragm and vacuum diaphragm An air-filled bladder is formed between the pieces.

本發明係關於一種生物整治助劑之製備方法、生物整治助劑及生物處理方法。生物整治助劑之製備方法包括：將一藻類種源植入一培養基中，置於一光合馴養槽內，持續通入氣體，進行馴養至少7天以上，然後得到經光合馴養的分解輔助藻類；以及對於上述分解輔助藻類進行後續加工處理，得到適用於作為有機物降解菌的碳源及電子供給源的生物整治助劑。藉此，本發明生物整治助劑之製備方法及生物處理方法可達到移除水體中藻體，有助於控制水體之優養化，將藻體廢棄物轉化為有價之生物整治助劑，並可減少最終溫室氣體排放。

The present invention relates to a preparation method for a bioremediation enhancer, a bioremediation enhancer, and a biotreatment method. The preparation method for the bioremediation enhancer includes the following steps: inoculating an algal strain into a culture medium, placing it in a photosynthetic tank, continuously supplying gas for at least 7 days of acclimation to obtain a photosynthetically acclimated decomposition algae; and subsequently processing the decomposition algae to obtain a bioremediation enhancer that serves as a carbon source and electron donor for organic matter-degrading bacteria. Therefore, the preparation method for the bioremediation enhancer and the biotreatment method provided by the present invention can achieve the removal of algae from water bodies, assist in controlling water eutrophication, transform algal biomass waste into valuable bioremediation agents, and reduce the final greenhouse gas emissions.

本發明係一種過濾裝置，設有一底座、一上蓋及至少一氣囊，該底座設有一容室，該底座於外表面設有至少一下進水孔及至少一下出水孔，該至少一下進水孔及該至少一下出水孔貫穿該底座而與該容室相連通，該底座於鄰近後端處設有一樞接部，該上蓋能樞轉地與該底座相結合且設有一容槽，該上蓋於後端處設有一樞接部，該上蓋的樞接部與該底座的樞接部相樞設結合，該至少一氣囊係設於該上蓋，能讓該過濾裝置置放於一液體中時提供一浮力，使該過濾裝置的重量與該至少一氣囊的浮力達成平衡，而讓該過濾裝置漂浮於該液體中，提供一種具飄浮效果的過濾裝置。

本申請為一種組合式電極電漿製程系統及利用組合式電極進行電漿製程的方法，此組合式電極電漿製程系統包含真空腔體、上電極、第一電極、第二電極及雙面黏貼件。其中，上電極設置於真空腔體內；雙面黏貼件用以將欲進行製程的基板固定於第二電極，而該第二電極可選擇性的與第一電極組合為一下電極，下電極與上電極之間形成一電漿製程空間，以對基板進行電漿製程處理；而當停止電漿製程處理時，可將第一電極與第二電極分離，並連同固定於第二電極上的基板一併取出進行運載。本申請藉由第二電極的設計而具有彈性安排製程時序的優點。

This application relates to a modular electrode plasma processing system and a method for performing plasma processing using the modular electrode. The modular electrode plasma processing system comprises a vacuum chamber, an upper electrode, a first electrode, a second electrode, and a double-sided adhesive. The upper electrode is positioned within the vacuum chamber; the double-sided adhesive is used to secure a substrate, which is to undergo processing, onto the second electrode. The second electrode can selectively combine with the first electrode to form a lower electrode, creating a plasma processing space between the lower electrode and the upper electrode to treat the substrate with plasma. When plasma processing is halted, the first electrode can be separated from the second electrode, allowing for removal of the substrate fixed to the second electrode for further handling. The design of the second electrode provides the advantage of flexible scheduling in the processing sequence.

一種客製化下顎骨板模型建立方法及系統。下顎骨板模型建立方法包括：取得下顎骨斷層掃描影像，判斷下顎骨斷層掃描影像中的缺損區塊，將對應缺損區塊的雛形設計圖與下顎骨斷層掃描影像匯入三維建模軟體，以將該雛形設計圖調整為與缺損區塊相吻合的經調整設計圖，接收指示多個指定骨釘孔洞的使用者指令，將該些指定骨釘孔洞、經調整設計圖與下顎骨斷層掃描影像組合為待最佳化設計圖，對待最佳化設計圖的多個幾何參數執行有限元素模擬以產生經最佳化設計圖，以及根據經最佳化設計圖中的下顎骨骨板模型輸出客製化設計圖。

A customized mandibular plate model building method and system. The mandibular plate model building method includes: obtaining a mandibular tomography image, identifying a defect area in the mandibular tomography image, importing a preliminary designed image corresponding to the defect area and the mandibular tomography image into a 3D modeling software to adjust the preliminary designed image to create an adjusted image that matches the defect area, receiving a user command indicated designated screw holes, combining the designated screw holes, the adjusted design image and the mandibular tomography image into a to-be-validated design image, performing finite element simulation on geometric parameters of the to-be-validated design image to generate a validated design image, and outputting a customized design image according to a mandibular plate model in the validated design image.

本發明提供一種基板載具，包含承載主體、多個分隔件以及至少一止擋件。多個分隔件間隔設置於承載主體內側。至少一止擋件包含安裝部及第一止擋部。安裝部可移動地設置於承載主體。第一止擋部自安裝部延伸至承載主體上方。安裝部具有多個凹槽。這些凹槽分別對應這些分隔件定義出的多個基板收納槽。承載主體可相對至少一止擋件沿鎖合方向移動而使基板載具具有鎖合狀態及解鎖狀態，且至少一止擋件於鎖合方向上的尺寸大於承載主體於鎖合方向上的尺寸。當基板載具處於解鎖狀態，這些凹槽分別與這些基板收納槽對齊，承載主體與第一止擋部相間隔，且當基板載具處於鎖合狀態，這些凹槽分別與這些基板收納槽錯位，承載主體接觸第一止擋部。

The present disclosure provides a substrate carrier, including a loading body, multiple dividing members, and at least one stopping member. The dividing members separately disposed inside the loading body. The at least one stopping member includes a mounting part and a first stopping part. The mounting part is movably disposed on the loading body. The first stopping part extends to the top of the loading body from the mounting part. The mounting part has multiple grooves. The grooves correspond to multiple substrate storage grooves which are defined by the dividing members, respectively. The loading body may move along a locking direction with respect to the at least one stopping member such that the substrate carrier has a locking state and unlocking state. The size of the at least one stopping member is larger than that of the loading body in the locking direction. When the substrate carrier is in the unlocking state, the grooves are aligned with the substrate storage grooves, respectively, and the loading body is spaced apart from the first stopping part. When the substrate carrier is in the locking state, the grooves are staggered with the substrate storage grooves, respectively, and the loading body is in contact with the first stopping part.

一種水氣分離裝置，包含一外殼以及一第一除水結構。外殼具有一入風口、一出風口及一流體腔室。入風口透過流體腔室連通於出風口。第一除水結構設置於流體腔室中並具有一第一除水斜面。第一除水斜面面對入風口。

A water vapor removing device including a shell and a first condensing structure. The shell has an air inlet, an air outlet and a fluid space. The air inlet is connected to the air outlet via the fluid space. The first condensing structure is disposed in the fluid space and has a first condensing inclined surface facing the air lnlet.

一種複合式扇葉，包含一金屬件以及一塑膠件。金屬件包含一結合部及多個葉片部。這些葉片部連接於結合部之周圍。塑膠件呈筒狀，並至少部分結合於金屬件之結合部，以令金屬件之結合部與塑膠件共構成一輪轂結構。其中，結合部包含一基板及多個連接板。這些連接板分別連接於基板之周緣，並間隔設置而於任二相鄰之二連接板間形成一缺口。這些連接板各具有一內側面、一外側面及一凹槽。這些外側面背對這些內側面。這些葉片部分別凸出於這些連接板之這些外側面。這些凹槽分別位於這些內側面。塑膠件至少部分結合於這些凹槽。

A composite fan blade includes a metal member and a plastic member. The metal member includes a binding potion and a plurality of blade potions. The plurality of blade potions are connected to the periphery of the binding potion. The plastic member is tube-shaped, and at least partially connected to the binding potion of the metal member, such that the binding potion of the metal member and the plastic member together form a wheel structure. The binding potion includes a substrate and a plurality of connecting plates. The plurality of connecting plates are connected to the periphery of the substrate, and are spaced apart from each other to form a notch between any two adjacent connecting plates. Each of the plurality of connecting plates has an inner surface, an outer surface and a slot. The inner surfaces face away from the outer surfaces. The plurality of blade potions respectively protrude from the outer surfaces of the plurality of connecting plates. The slots are located on the inner surfaces. The plastic member are at least partially connected to the slots, respectively.

提供半導體裝置。半導體裝置包括基板、磊晶層、隔離結構、場氧化層。基板具有第一導電類型。磊晶層具有不同於第一導電類型的第二導電類型，且設置於基板上。隔離結構具有第一導電類型，且設置於磊晶層中。隔離結構包括第一井區、第二井區及設置於第一井區及第二井區之間的摻雜區。場氧化層設置於磊晶層上。其中，場氧化層暴露位於第一井區及摻雜區之間的磊晶層的頂表面或暴露位於第二井區及摻雜區之間的磊晶層的頂表面。

A semiconductor device is provided. The semiconductor device includes a substrate, an epitaxial layer, an isolation structure, and a field oxide layer. The substrate has a first conductivity type. The epitaxial layer has a second conductivity type different from the first conductivity type and is disposed on the substrate. The isolation structure has a first conductivity type and is disposed in the epitaxial layer. The isolation structure includes a first well, a second well, and a doped region disposed between the first well and the second well. The field oxide layer is disposed on the epitaxial layer. Wherein, the field oxide layer exposes a top surface of the epitaxial layer located between the first well and the doped region or exposes a top surface of the epitaxial layer located between the second well and the doped region.

提供半導體裝置。半導體裝置包括基板、磊晶層及隔離元件。基板具有第一導電類型。磊晶層具有不同於第一導電類型的第二導電類型，且設置於該基板上。隔離元件具有第一導電類型，設置於基板及磊晶層中，且包括第一隔離結構及第二隔離結構。第二隔離結構連接第一隔離結構的第一邊緣。其中，第一隔離結構的寬度大於第二隔離結構的寬度。

A semiconductor device is provided. The semiconductor device includes a substrate, an epitaxial layer, and an isolation element. The substrate has a first conductivity type. The epitaxial layer has a second conductivity type different from the first conductivity type and is disposed on the substrate. The isolation element has the first conductivity type, is disposed in the substrate and the epitaxial layer, and includes a first isolation structure and a second isolation structure. The second isolation structure is connected to a first edge of the first isolation structure. Wherein, a width of the first isolation structure is greater than a width of the second isolation structure.

於此提供一種具有矽穿孔的基板結構和其製作方法。複數個矽穿孔結構設置於基板中且垂直貫通於基板的第一面和基板的第二面之間，其中任一矽穿孔結構包括一鄰近基板的第一面的導電墊、一貫通電極和介於貫通電極和基板之間的一襯層。在從基板的第二面進行薄化後，矽穿孔結構的貫通電極和對應的襯層突出於基板的第二面上，之後將一絕緣聚合物層覆蓋於基板的第二面上的，且絕緣聚合物層共形地覆蓋於突出的貫通電極和襯層上。

A substrate structure with through-silicon via and manufacture method thereof are provided. Plural through-silicon via structures are deposited within a substrate and vertically through between a first and a second sides of the substrate. Each one through-silicon via structure includes a conductive pad close to the first side of the substrate, a through electrode and a liner between the through electrode and the substrate. After a thinning treatment from the second side of the substrate, the through electrodes with the liners are protruding out of the second side of the substrate. An insulation polymer covers the second side of the substrate and is conformally over the protruding through electrodes with the liners.

本發明一種多片式透氣護腰結構，包含：一第一帶體、一第二帶體及二第一護片，該第一帶體與一第一護片連接，該第二帶體與另一第一護片連接，該二第一護片間設置一第二護片以連接件相互連接，或直接以連接件相互連接，該第一護片內面形成一外凸的第一空間，該第一護片上布列複數第一透氣孔，該第一透氣孔與該第一空間相通，該第二護片內面形成一外凸的第二空間，該第二護片上布列複數第二透氣孔，該第二透氣孔與該第二空間相通；藉以，提高整體透氣性，減少穿戴時的悶熱感，從而提升舒適度，同時，使用者在活動時身體可自由彎曲，符合人體工學，避免不適與不便的情況發生。

本發明提出一種具肌肉疲乏偵測的智慧垂足電刺激系統與方法。此方法包括：透過第一慣性感測器感測小腿的運動姿態數據；透過第二慣性感測器感測足部的運動姿態數據；根據這些運動姿態數據判斷步態階段並計算出小腿角度以及足部角度；當步態階段屬於擺動期時，控制電刺激器產生第一脈波給至少一個電極以刺激小腿；以及在擺動期根據足部角度判斷小腿是否發生肌肉疲乏現象，若發生肌肉疲乏現象控制電刺激器產生第二脈波給電極以刺激小腿，其中第一脈波的波參數不同於第二脈波的波參數。

The present invention proposes an intelligent drop foot stimulation system and method with muscle fatigue detection. The method includes: sensing motion posture data of a calf using a first inertial sensor; sensing motion posture data of a foot using a second inertial sensor; determining a gait phase and calculating a calf angle and a foot angle based on the motion posture data; when the gait phase is in a swing phase, controlling a electrical stimulator to generate a first pulse to stimulate the calf through at least one electrode; and during the swing phase, determining whether the muscle fatigue occurs in the calf based on the foot angle, and if muscle fatigue is detected, controlling the electrical stimulator to generate a second pulse to stimulate the calf through the electrode in which a pulse parameters of the first pulse is different from that of the second pulse.

本發明係提供一種具包材釘裝裁切多功能釘書機，主要結構包括有：釘書機上部、釘書機中部及釘書機下部。特別是：在釘書機上部設有一個以上的圓弧刀刃，於釘書機下部設有具備一個以上圓弧刀刃且可自由滑移之活動板，當相對之圓弧刀刃重合時可提供去除花莖葉子用途；又該活動板一側具有垂直刀刃，可提供裁切花莖長短之用途；另於釘書機下部設有凹槽用以容納整束被包裝材包覆之花莖，再利用釘書針之裝釘達到固定花束包裝材之用途；此外該活動板之圓弧刀刃亦可為平直切割邊，以便充做臨時剪刀用途；以上構成一多功能兼具實用便利之創新釘書機結構。

本案為一種電子裝置與其身分驗證方法。此方法適用於包括攝像裝置的電子裝置，並包括下列步驟。執行電子裝置的一開機韌體。於開機韌體的執行期間，根據攝像裝置所拍攝的人臉圖像進行一人臉辨識而獲取人臉特徵資訊。於開機韌體的執行期間，判斷人臉圖像中的人臉特徵資訊是否匹配註冊人臉特徵資訊。當人臉圖像中的人臉特徵資訊未匹配註冊人臉特徵資訊，停止繼續執行開機韌體。當人臉圖像中的人臉特徵資訊匹配註冊人臉特徵資訊時，繼續執行開機韌體而啟動一作業系統。

An electronic device and a identity authentication method thereof are provided. The method is adapted to the electronic device including a camera device and includes the following steps. A boot firmware of the electronic device is executed. During the execution of the boot firmware, a facial recognition is performed based on a facial image captured by the camera device to obtain facial feature information. During the execution of the boot firmware, whether the facial feature information in the face image matches registered facial feature information is determined. When the facial feature information in the face image does not match the registered facial feature information, stop continuing the execution of the boot firmware. When the facial feature information in the face image matches the registered facial feature information, the boot firmware is continued to be executed to start an operating system.

本發明提出一種區塊鏈預言機資料共享系統，其包含預言機設備以及客戶端裝置，預言機設備通訊連接資料伺服器，客戶端裝置透過區塊鏈通訊連接預言機設備，預言機設備將資料伺服器的資料提供給區塊鏈。區塊鏈包含應用程式合約與資料共享平台合約彼此連結，客戶端裝置執行應用程式服務向應用程式合約發起取得資料請求，應用程式合約向資料共享平台合約撈取存在於區塊鏈上的資料，資料共享平台合約回傳資料給應用程式合約，應用程式合約將資料回傳給應用程式服務，客戶端裝置進行相應於資料的應用。

The present disclosure provides a blockchain oracle data sharing system, which includes an oracle device and a client device, the oracle device is connected to a data server through communication, and the client device is connected to the oracle device through a block chain in communication. The oracle device feeds data from the data server to the block chain. The block chain includes an application contract and a data sharing platform contract linked to each other. The client device executes an application service and sends a data acquisition request to the application contract. The application contract obtains the data of the block chain from the data sharing platform contract. The data sharing platform contract returns the data to the application contract, the application contract returns the data to the application service, and the client device performs applications corresponding to the data.

本發明提出一種基於區塊鏈預言機之去中心化保險自動賠付系統，其包含預言機設備以及客戶端裝置，預言機設備通訊連接資料伺服器，客戶端裝置透過區塊鏈通訊連接預言機設備。區塊鏈包含保險智能合約與預言機智能合約彼此連結，客戶端裝置將投保資訊寫入保險智能合約，保險智能合約向預言機智能合約請求關於投保資訊的相關資訊，預言機智能合約透過預言機設備取得資料伺服器所提供的相關資訊。

The present disclosure provides a decentralized insurance automatic compensation system based on blockchain oracle, which includes an oracle device and a client device, the oracle device is connected to a data server through communication, and the client device is connected to the oracle device through a block chain in communication. The block chain includes an insurance smart contract and an oracle smart contract linked to each other. The client device writes the insurance information into the insurance smart contract. The insurance smart contract requests relevant information about the insurance information from the oracle smart contract. The oracle smart contract obtains the relevant information provided by the data server through the oracle device.

一半導體元件包含一第一半導體層包含一第一斜面以及一第一表面；一半導體平台位於第一半導體層上，包含一活性層以及一第二半導體層，並包含一第二斜面與第一半導體層之第一表面相接；一接觸電極位於第二半導體層上；一絕緣反射結構位於接觸電極上，包含一或複數個第一絕緣反射結構開口以及複數個第二絕緣反射結構開口；一連接層，包含一金屬化合物，覆蓋絕緣反射結構並填入複數個第二絕緣反射結構開口；以及一金屬反射結構覆蓋複數個第二絕緣反射結構開口，其中於半導體元件之一側視圖中，連接層包含複數個連接層開口以分別對應複數個第二絕緣反射結構開口。

A semiconductor device includes a first semiconductor layer including a first inclined surface and a first surface; a semiconductor mesa formed on the first semiconductor layer, including an active layer and a second semiconductor layer, and including a second inclined surface connected to the first surface of the first semiconductor layer; a contact electrode formed on the second semiconductor layer; an insulating reflective structure formed on the contact electrode, including one or a plurality of first insulating reflective structure openings and a plurality of second insulating reflective structure openings; a connection layer, including a metal compound, covering the insulating reflective structure and filling into the plurality of second insulating reflective structure openings; and a metal reflective structure covering the plurality of second insulating reflective structure openings, wherein in a side view of the semiconductor device, the connection layer includes a plurality of connection layer openings respectively corresponding to the plurality of the second insulating reflective structure openings.

本發明提出一種羽毛球的人造羽毛，人造羽毛的構造包括：一主軸、至少一羽溝、一第一羽片，以及一第二羽片；人造羽毛係採用含人造纖維之熱可塑性混合材料然後通過微發泡射出成型技術製作完成的一種具有微氣泡的微彈性多孔結構；主軸的構造包括以同軸的關係相連為一體的一羽軸和一羽根，主軸的橫截面形狀為楔形，第一羽片和第二羽片分別配置於羽軸的左側邊和右側邊並且和羽軸相連為一體，羽溝位在主軸的頂面和背面的其中至少一處，羽溝沿著主軸的軸向延伸；本發明之人造羽毛具有生產快速，最佳結構強靭表現以及減少自然資源之消耗的優點。

本發明提供一種勾體結構具有一第一延伸方向以及一第二延伸方向，其包含一支撐層以及一覆蓋層，其中支撐層包含一基層及複數勾體列組。勾體列組沿著第一延伸方向間隔排列，其中每一勾體列組包含複數勾體單元，每一勾體列組的勾體單元沿著第二延伸方向間隔排列，且勾體單元一體成型地連接於基層的一側。覆蓋層覆蓋於支撐層的勾體單元以及基層外露於所述側的複數表面區域。藉此，可提升勾體結構的結構穩定性與應用性。

The present disclosure provides a hook structure with a first extending direction and a second extending direction that includes a supporting layer and a covering layer, wherein the supporting layer includes a base layer and a plurality of hook columns. The hook columns are arranged at intervals along the first extending direction, wherein each of the hook columns includes a plurality of hook units, the hook units of each of the hook columns are arranged at intervals along the second extending direction, and the hook units are integrally connected to one side of the base layer. The covering layer covers the hook units of the supporting layer and a plurality of surface areas of the base layer that are exposed on the side of the base layer. Therefore, the mechanical stability and the applicability of the hook structure can be improved.

一種車輛組裝系統包含中央組裝平台以及兩輪組安裝推車。中央組裝平台包含傾斜機構、基座、升降機構、第一接合元件及第二接合元件。傾斜機構配置以固持車架，並帶動車架傾斜。升降機構連接基座及傾斜機構，並配置以驅動傾斜機構在基座上升降。基座在水平方向上具有相對的第一側以及第二側，第一、第二接合元件分別設置在基座的第一側及第二側。兩輪組安裝推車分別包含第三接合元件以及第四接合元件，第三、第四接合元件分別可拆分地連接中央組裝平台的第一、第二接合元件。

A vehicle assembly system includes a central assembly platform and two wheel installing vehicles. The central assembly platform includes a tilt mechanism, a base, a vertical motion mechanism, a first engaging member and a second engaging member. The tilt mechanism is configured to secure a frame of a vehicle and make the frame tilt. The vertical motion mechanism is connected to the base and the tilt mechanism and is configured to drive the tilt mechanism to move upward or downward on the base. The base has a first side and a second side in a horizontal direction. The first and second engaging members are disposed on the first and second sides of the base, respectively. The two wheel installing vehicles include a third engaging member and a fourth engaging member, respectively. The third and fourth engaging members are detachably connected to the first and second engaging members, respectively.

一種車輪輻條自動鎖緊系統包含輪圈支撐機構、複數個輻條鎖緊機構以及中控裝置。輪圈支撐機構包含放置平台以及輪轂夾持元件。放置平台配置以承載車輪，輪轂夾持元件設置在放置平台的中央。放置平台具有輪轂限位槽，輪轂限位槽環繞輪轂夾持元件。輻條鎖緊機構成對地設置在輪圈支撐機構的外圍，且各包含輻條帽鎖緊批頭。中控裝置配置以向輻條鎖緊機構發送指令，以驅使輻條鎖緊機構將車輪的待鎖的複數個輻條鎖緊。

An automatic spoke loading system includes a rim support mechanism, a plurality of spoke loading mechanism and a central control device. The rim support mechanism includes a platform and a hub holder. The platform is configured to support a wheel. The hub holder is positioned at a center of the platform. The platform has a hub positioning recess arranged around the hub holder. The spoke loading mechanisms are disposed on a surrounding of the rim support mechanism and are arranged in pairs. The spoke loading mechanisms each include a spoke cap tightening head. The central control device is configured to send commands to the spoke loading mechanisms to cause the spoke loading mechanisms to load a plurality of spokes of the wheel.

本揭露關於一種輪圈校正系統及輪圈校正方法。輪圈校正系統包含第一固定板、支撐柱、輪圈支撐機構、輪圈量測機構以及一對輻條校正機構。輪圈支撐機構包含輪圈容置槽、花鼓夾持單元以及輪圈夾持單元。輪圈測量機構包含偏擺感測單元以及跳動感測單元。

This disclosure relates to a wheel rim correction system and a wheel rim correction method. The wheel rim correction system includes a first fixed plate, a support rod, a wheel rim support mechanism, a wheel rim measuring mechanism, and a pair of spoke correction mechanisms. The wheel support mechanism includes a wheel accommodating recess, a hub holding unit, and a wheel holding unit. The wheel detection mechanism includes a deflection sensing unit and a runout sensing unit.

一種用於安裝在車輛上的追蹤警報系統包含一監視模組、一里程表、一影像處理器、一警報處理器及一顯示儀表板。該影像處理器電耦合到該監視模組與該里程表。該警報處理器電耦合到該影像處理器。該顯示儀表板電耦合到該警報處理器。該監視模組可以捕捉該車輛後方的監視影像。該里程表可以決定該車輛運動時的距離數據。該影像處理器可以從多個監視影像中辨識一追蹤車輛，並將該車輛運動時的該距離數據與該追蹤車輛的該監控影像相關聯，從而產生行程影像。該警報處理器可以基於一閾值而產生一警報通知。該顯示儀表板可以顯示該警報通知給車輛駕駛。

A tracking alert system for mounting on a vehicle includes a surveillance module, an odometer, an image processor, an alert processor, and a display dashboard. The image processor is electrically coupled to the surveillance module and the odometer. The alert processor is electrically coupled to the image processor. The display dashboard is electrically coupled to the alert processor. The surveillance module can capture surveillance images behind the vehicle. The odometer can determine distance data of the vehicle in motion. The image processor can identify a tracking vehicle from the surveillance images and associate the distance data of the vehicle in motion with the surveillance image of the tracking vehicle so as to generate a trip image. The alert processor can generate an alert notification based on a threshold value. The display dashboard can display the alert notification to the vehicle driver.

本發明有關一種使用流體化床均質結晶技術處理鹵水以回收鈣和鎂合成偽白雲石顆粒之方法。藉由控制出流水酸鹼值、碳酸根離子相對鈣和鎂離子的莫耳濃度比、水力滯留時間以及回流比等操作條件，可以在流化床均相結晶 (FBHC) 系統中高效地回收鹵水中的鈣和鎂以合成出高純度、高結晶性及低含水率的偽白雲石顆粒。該方法所獲得的處理效率與結晶顆粒純度高，具有高的利用潛力。

The present invention relates to a method for treating brine using fluidized bed homogeneous crystallization technology for the simultaneous recovery of calcium and magnesium as dolomite-like granules. By controlling operation conditions such as the effluent pH, the molar concentration ratio of carbonate ions to calcium and magnesium ions, hydraulic retention time and reflux ratio, calcium and magnesium in brine can be efficiently recovered in a fluidized-bed homogeneous crystallization (FBHC) system to synthesize dolomite-like granules with high purity, high crystallinity and low moisture content. This method has a very high application potential because of high treatment efficiency and crystal purity.

一種氣體捕捉裝置，包括進氣管罩、出氣管罩、腔室、多個氣體吸附模組以及配氣機構。腔室連接在進氣管罩與出氣管罩之間。氣體吸附模組彼此層疊地設置在腔室內，氣流從進氣管罩進入腔室，行經氣體吸附模組，並以氣體吸附模組吸附氣流中的特定氣體後從腔室進入出氣管罩。配氣機構設置在進氣管罩與腔室之間。配氣機構包括兩個配氣盤，沿氣流的流向疊置在一起，各配氣盤具有多個開孔，且這些開孔沿氣流的流向而彼此錯位。

A gas capturing device including an inlet pipe cover, a chamber, an outlet pipe cover, a plurality of gas absorption modules, and a gas distribution mechanism is provided. The chamber is connected between the inlet pipe cover and the outlet pipe cover, and the gas distribution mechanism is connected between the inlet pipe cover and the chamber. A gas flow enters the chamber from the inlet pipe cover by passing the gas distribution mechanism. After specific gas of the gas flow absorbed by the gas absorption modules, the gas flow enters the outlet pipe cover from the chamber. The gas distribution mechanism includes two gas distribution plates stacked together along a flow direction of the gas flow. Each gas distribution plates has a plurality holes, and the holes of the two gas distribution plates are offset from each other along the flow direction of the gas flow.

一種複合基板的製造方法，包含將切割產品級晶圓的餘料作為一殘餘層，其中殘餘層具有一第一接合面及一側面，側面連接於第一接合面的周緣，側面為不對稱的表面，以及將一接合層的一第二接合面接合於殘餘層的第一接合面，其中接合層為切割產品級晶圓的餘料，且殘餘層的材料及接合層的材料相同。

A manufacturing method of composite substrate includes serving a remaining material produced from cutting a product-level wafer as a residual layer, where the residual layer has a first bonding surface and a side surface, the side surface is connected to a periphery of the first bonding surface, and the side surface is an asymmetrical surface; and bonding a second bonding surface of a bonding layer to the first bonding surface of the residual layer, where the bonding layer is a remaining material produced from cutting a product-level wafer, and the residual layer and the bonding layer are made of a same material.

一種複合基板的製造方法，包含提供一第一基層，其中第一基層為測試級晶圓且具有一第一接合面及一第一側面，且第一側面連接於第一接合面的周緣；提供一第二基層，其中第二基層的材料與第一基層的材料相同，第二基層具有一第二接合面及一第二側面，且第二側面連接於第二接合面的周緣；以及將第二基層的第二接合面接合於第一基層的第一接合面，而使第二基層的第二側面與第一基層的第一側面共同形成非平滑且非連續的表面。

A manufacturing method of composite substrate includes providing a first layer, where the first layer is a dummy wafer and has a first bonding surface and a first side surface connected to a periphery of the first boding surface; providing a second layer, where the second layer and the first layer are made of a same material, the second layer has a second bonding surface and a second side surface connected to a periphery of the second boding surface; and bonding the second bonding surface of the second layer to the first bonding surface of the first layer, such that the second side surface of the second layer and the first side surface of the first layer together form a non-smooth and non-continuous surface.

一種複合基板的製造方法，包含將切割產品級晶圓的餘料作為一殘餘層，其中殘餘層具有一第一接合面及一側面，側面連接於第一接合面的周緣，側面為不對稱的表面；將一接合層的一第二接合面接合於殘餘層的第一接合面，其中接合層為晶棒，接合層的材料與殘餘層的材料相同；以及在接合層的第二接合面接合於殘餘層的第一接合面之後，對接合層進行裁切。

A manufacturing method of composite substrate includes serving a remaining material produced from cutting a product-level wafer as a residual layer, where the residual layer has a first bonding surface and a side surface, the side surface is connected to a periphery of the first bonding surface, and the side surface is an asymmetrical surface; bonding a second bonding surface of a bonding layer to the first bonding surface of the residual layer, where the bonding layer is an ingot, and the bonding layer and the residual layer are made of a same material; and cutting the bonding layer after the second bonding surface of the bonding layer is bonded to the first bonding surface of the residual layer.

一種連接器外殼，包含一外殼本體，以及一屏蔽件。該外殼本體具有多個壁、由該等壁界定的一插接通道，以及與該插接通道連通的一插口，該外殼本體的其中一該壁具有與該插接通道連通的一窗口，以及位於該窗口與該插口之間的至少一開孔。該屏蔽件設於該外殼本體的該壁，該屏蔽件包括設於該外殼本體內側的一第一彈片、設於該外殼本體外側的一第二彈片，以及連接在該第一彈片與該第二彈片之間並夾持在該外殼本體的該插口的邊緣上的一彎折部，該第一彈片具有位於自由端的至少一勾部，該至少一勾部從該壁的內壁面往外壁面穿過該窗口後向該外壁面彎折，且該至少一勾部的末端沒入在對應的該至少一開孔內。

一種減壓護理墊，包含一表層、一附著於該表層一側的彈性吸收層、一附著於該彈性吸收層相反於該表層的表面的黏膠層、一附著於該黏膠層相反於該表層方向的活性層、一形成於該活性層相反於該表層的表面的貼附層，及多個貫通該彈性吸收層、該黏膠層，及該活性層的貫孔。其中，該活性層包括一活性區，且至少部分的該活性區裸露於該貼附層外。本發明的減壓護理墊通過該等貫孔保持患者傷口良好的透氣性與透濕性，並利用該彈性吸收層進行傷口減壓並吸收患者傷口滲液，達成減少患處皮膚損傷、保持傷口處乾燥透氣的功效，為傷口提供良好的修復環境。

本發明係關於一種AED訓練貼片構造，包含一固定座；一貼片部，係結合於該固定座，該貼片部的兩表面分別形成有一貼合面及一外表面，該貼合面上設有至少一個以上呈內凹狀的吸盤，藉以增加該貼合面的吸附力。藉由貼片部的貼合面上設有吸盤，可以增加貼合面的吸附力，使得該貼片部即使是經過使用多次之後，該貼合面上之黏性逐漸的衰減或失效，或者是假人身上佈滿了灰塵，仍然可以藉由該等吸盤的吸力作用，使該貼片部能夠牢固的吸附於假人身上，以供進行模擬操作AED訓練器之訓練，藉以增加其使用壽命。

一種具雙面重佈線層的晶片封裝單元及其製造方法，該晶片封裝單元是由晶圓上進行切割作業所形成，該晶片封裝單元包含晶片、第一重佈線層、第二重佈線層及至少一側面連結線路；其中該晶片是依序經由該晶片的多個晶墊、各該第一導接線路、各該側面連結線路及各該第二導接線路而與各該第二導接線路上的多個對外連結體電性連結，再經由各該對外連結體對外電性連結，透過重佈線層技藝解決現有的晶圓的線路層設計相對複雜化的問題，並降低結構厚度而滿足產品追求輕薄短小趨勢，且避免在結構上使用矽穿孔技藝，有助於製造端降低製造成本。

一種具天然纖維素紗線包含一天然纖維素，該天然纖維素包含一長纖維素及一短纖維素，該長纖維素的含量以重量計佔該具天然纖維素紗線的總含量至少為20wt%，該短纖維素的含量以重量計佔該具天然纖維素紗線的總含量介於0wt%~80wt%，該具天然纖維素紗線在XRD繞射中2θ包含20°±3°、30°±3°及42.5°±3°的繞射峰，藉以該具天然纖維素紗線藉由限定XRD繞射圖譜的繞射峰，據以規範該天然纖維素的種類及來源，讓該具天然纖維素紗線維持高品質延伸率及強度的紡絲良率，增加該具天然纖維素紗線的紡絲穩定性。

本發明揭露一種結合多前端框架之平台建構系統及其方法，先將各子系統模組化以打包成獨立的資料束，接著，進行入口主框架建置，以供各該子系統能動態載入，之後，執行入口主框架的系統配置並將各該子系統引入，透過監聽模組之間的事件和消息，以實現模組之間的通訊和協作，進而完成平台建構，因此，本發明讓子系統具備獨立性與可重用性，避免習知技術中應用常受限於單一框架的限制。本發明復提供一種電腦可讀媒介，係用於執行本發明之方法。

The present invention is a platform construction system integrating multiple front-end frameworks. First, each subsystem is modularized and packaged into independent bundles. Then, an entrance main frame is constructed so that each subsystem can be dynamically imported. The system configuration of the entrance main frame is executed and each subsystem is imported. By monitoring events and messages between modules, communication and collaboration between modules are realized, and the platform construction is completed. Therefore, the present invention enables subsystems to be independent and reusable, and avoids the limitations of a single framework in conventional technologies. The present invention also provides a computer-readable medium for executing the method of the present invention.

本發明揭露一種決定渲染模式之控制系統及其方法，提供一支援元宇宙展演活動與虛擬場景編輯的內容管理系統以及一利用歷史測試資訊訓練出的人工智慧(AI)渲染模式決策模型，內容管理系統能設定場景渲染模式是以設定為主或由AI模型推論，以於未指定或是指定人工智慧決策渲染模式，利用人工智慧渲染模式決策模型對取得的一些即時資訊進行渲染模式選擇，之後，可由近端或遠端執行顯示圖層之切換和布局，最終渲染結果內容將於使用者終端裝置上呈現。本發明復提供一種電腦可讀媒介，係用於執行本發明之方法。

The present invention is a control system for deciding rendering modes and a method thereof. A content management system that supports metaverse performance activities and virtual scene editing and an AI rendering mode decision model trained using historical test information are provided. The content management system can set the scene rendering mode to be based on settings or inferred from the AI model, so that when the scene rendering mode is unspecified or the AI rendering mode decision model is specified, the AI rendering mode decision model is used to perform choice of rendering mode based on some real-time information. Afterwards, the switching and layout of display layers can be performed from the near end or the remote end, and a final rendering result content will be presented on the user terminal device. The present invention also provides a computer-readable medium for executing the method of the present invention.

本發明揭示一種基於知識圖譜之個人化搜尋系統、方法及其電腦程式產品。根據用戶輸入的查詢詞產生關鍵字搜尋計畫及向量搜尋計畫，進而計算出各個影片的關鍵字相似度分數及語意相似度分數，另將用戶觀看行為資料及影視輔助資料轉換為用戶影視知識圖譜，以利用基於知識圖譜的協同式過濾方法對該用戶影視知識圖譜進行處理，產生各個影片的用戶興趣分數，最後根據各個影片的關鍵字相似度分數、語意相似度分數、及用戶興趣分數產生用戶個人化影片清單。

A system and a method for personalized search based on knowledge graph and a computer program product thereof are provided. Based on a query term inputted by a user, a keyword query strategy and a vector search strategy are generated to calculate a keyword similarity score and a semantic similarity score of each video. A user viewing behavior data and a video auxiliary data are transformed into a user video knowledge graph, which is processed by a knowledge graph-based synergistic filtering method, to generate a user interest score of each video. Finally, a list of user-personalized videos is generated based on the keyword similarity score, the semantic similarity score, and the user interest score of each video.

本發明揭露一種基於服務日誌追蹤服務間運作鏈路之系統、方法及電腦可讀媒介，係由識別碼產生模組對使用者端於資訊系統中之操作動作產生唯一追蹤識別碼，再將唯一追蹤識別碼於資訊系統之複數服務之間傳遞，以串連操作動作所經過之複數服務，俾由服務日誌收集管理模組收集唯一追蹤識別碼所串連之複數服務之服務日誌。再者，由運作鏈路追蹤整合模組依照複數服務之服務日誌之時間順序，以排列出操作動作之運作鏈路，再利用操作動作之運作鏈路計算出複數服務之每筆服務日誌之間隔時間，俾依據複數服務之每筆服務日誌之間隔時間追蹤或分析出資訊系統或複數服務之異常發生點或效能瓶頸點。

The invention discloses a system, method and computer readable medium for tracking operational link between services based on service logs. An identification code generation module generates a unique tracking identification code for a user's operation action in an information system, and then transmits the unique tracking identification code between multiple services in the information system to connect the multiple services that the operation action pass through, and further a service log collection management module collects service logs of the multiple services linked by the unique tracking identification code. Next, an operation link tracking integration module arranges an operation link of the operation action according to a time sequence of each service log of the multiple services, and then uses the operation link of the operation action to calculate an interval time between each service log of the multiple services, in order to track or analyze an abnormal occurrence point or a performance bottleneck point of the information system or the multiple services according to the interval time between the each service log of the multiple services.

本發明為有關一種藥物敏感性測試之試劑盤片結構及其方法，結構包括有一測試載體、至少二支撐限位部、一中央注入部、複數微流道、複數反應槽、複數AST專用之預置試劑、複數溢流槽道、複數溢流槽、複數漸縮部、及複數排氣孔。測試載體封裝前反應槽內已預先置入冷凍乾燥後之預置試劑，使用者於中央注入部加入檢體後，即可直接將測試載體設置於測試裝置中，啟動時檢體受離心力作用由微流道均勻流入反應槽中，若反應槽中檢體之含量大於其容積，就會順著溢流槽道的漸縮部流入溢流槽中，且反應中產生之氣體會從排氣孔排出。藉此，可簡化測試的前置步驟、均勻且適量的分配檢體，避免檢體交互感染、避免過量氣體崩壞載體而受汙染。

本發明為有關一種藥物敏感性測試之裝置及其方法，主要於測試裝置啟動測試前，利用生長辨識光源照射培養元件，並由光源檢測模組接收照射後從原始檢體之數量取得的生長訊息，以判斷是否培養完成，而後稀釋檢體加入至試劑盤片之反應槽中，並將整體置入檢測設置槽中啟動測試，反應後以波長相異的第一、第二檢測光源先後照射同一反應槽，最後由光譜處理模組轉換從AST專用指示劑取得之顏色訊息為波長訊息，而得出檢測結果。藉此，以簡單快速的方式準確判斷檢體的生長狀況及檢測結果，且檢測結果係由兩道檢測光源及光譜處理模組分析，不但免於人工判讀，也可經由交叉比對取得更精準之結果。

本發明為涉及一種陶瓷載體之結構及其方法，主要包括一第一陶瓷本體、複數第一縱向部、複數第一橫向部、一第一孔洞部、至少一第二陶瓷本體、複數第二縱向部、複數第二橫向部、及一第二孔洞部，其中先於繪圖軟體上繪製陶瓷載體模型，而後再利用3D列印機搭配氧化鋯或氧化鋁的材質列印出多個彼此堆疊設置的第一、第二陶瓷本體，當列印完成後即可將第一、第二陶瓷本體進行高溫燒結成型，又當燒結完畢後再進行恆溫靜置一段時間，最後經過品質檢驗後即完成本案用於培育細胞的第一、第二陶瓷本體，藉此本案利用堆疊設置方式，使得在同等面積內，細胞得以向上發展，且表面積得以更大，有效增加細胞存活機率。

一種線邊倉結構，其包含有一輸送裝置、一線邊倉架與一平移裝置，其中，輸送裝置頂部具有一滑動座，滑動座的四個角落各設有一輸送柱，各輸送柱設有一升降平台，輸送柱透過馬達轉動一螺桿，升降平台與螺桿組合而可沿輸送柱縱向滑移，升降平台上設有一氣浮裝置與一夾制限位機構，夾制限位機構前端設有一夾角垂直之夾制部，夾制限位機構可朝輸送裝置的中央移動，線邊倉架包含一倉架本體，倉架本體兩側對稱設有數不同高度之放置架，升降平台可縱向移動，平移裝置拉動滑動座以水平橫向移動輸送裝置的位置。

一種自行車踏板結構，其包含有一軸桿與一踏板，其中，軸桿具有一軸桿本體，軸桿本體的外表由前而後階梯式漸縮有數不同直徑的外緣，踏板中心開設有一軸孔，軸孔由前而後因孔徑不同而分為數不同孔徑的孔部，軸桿本體套有一第一軸承及一第二軸承與軸孔之間呈緊配合關係，軸桿本體套有一內擋塊與軸孔之間呈鬆配合關係，軸桿本體鎖固有一外擋塊與軸孔之間呈鬆配合關係，當第一軸承及第二軸承毀損時，藉由所述軸孔孔徑不同產生的結構，踏板移動時被內擋塊或外擋塊阻擋防止踏板脫離軸桿而保持安全。

一種硬焊鑽石的方法，將多個粒徑大於200 μm的鑽石顆粒的一頂端朝下地落於一第一陶瓷模板的一平面，該鑽石顆粒的一突出高度係由形成於一第二陶瓷模板的多個貫孔的深度控制，然後在該第二陶瓷模板的一背面熔化一金屬焊料，使該金屬焊料以碳化金屬的化學鍵附著該鑽石顆粒，其中，該些鑽石顆粒在硬焊時以該第一陶瓷模板的該平面作為一共平面而齊平。

一種以切代磨的磨輪，包括：一基座以及至少十個以上的鑽石切削單元，該鑽石切削單元設置於該基座的一外環部分，且沿著該基座的一圓周方向排列，各個該鑽石切削單元包括兩個以上的鑽石刀片，該鑽石刀片沿著該基座的該圓周方向排列，且沿著該基座的徑向延伸，其中，在各個該鑽石切削單元中，該鑽石刀片的最高頂點的差異不超過100微米。

一種易撕裂包裝袋結構，其包含有一包裝袋，其中，所述包裝袋具有一密封袋體，該密封袋體外側具有一密封邊且其內具有一容置空間，所述密封邊封閉該容置空間，以所述容置空間可置入一內容物，一裁切裝置具有數水平且細小之裁刀，該裁切裝置下壓以所述裁刀裁切該密封邊形成相互對稱之二撕取部，所述撕取部是由該裁刀切除所述密封邊形成複數之撕取縫組成，部分之該撕取縫與所述密封邊的邊緣相通，以所述撕取縫破壞該密封邊部分結構而能夠沿所述撕取部撕開該密封袋體，令所述容置空間開放以取出該內容物。

本發明揭露一種全視角高速足部掃描器，包括掃描座體、透明板、第一反射鏡、第二反射鏡以及深度相機。透明板覆蓋掃描座體的頂部，透明板設置足部放置區。第一反射鏡及第二反射鏡設置於掃描座體內，第一反射鏡的第一反射表面朝向透明板，第二反射鏡的第二反射表面朝向透明板，第一反射表面與第二反射表面具有設置角度，與透明板形成反射空間。深度相機設置於與透明板距離預設高度的位置，深度相機朝向足部放置區及反射空間以拍攝待測足部的足部影像。

A full view high speed foot scanner is disclosed, which includes a scanner base, a transparent plate, a first reflecting mirror, a second reflecting mirror and a depth camera. The transparent plate covers the top of the scanner base, and the transparent plate has a foot placement area. The first reflecting mirror and the second reflecting mirror are disposed in the scanner base. The first reflecting mirror has a first reflecting surface facing the transparent plate. The second reflecting mirror has a second reflecting surface facing the transparent plate. The first reflecting surface and the second reflecting surface are arranged with an angle for forming a reflection space with the transparent plate. The depth camera is disposed at a preset height away from the transparent plate, and faces the foot placement area and reflection space to capture foot images of the foot to be tested.

一種快速接頭用於輸送液體，快速接頭包含母接頭。母接頭包含前殼體、活塞套、活塞結構及第一彈簧。活塞套設置於前殼體的第一空間中，具有多個滑塊結構容置於前殼體的滑軌中，使活塞套能在第一空間中滑動。活塞結構包含依序連接之活塞座、活塞桿及活塞頭。活塞座設置於前殼體於第一空間朝外之開口處，活塞頭設置於活塞套之通孔中。第一彈簧設置於第一空間中並且兩側分別抵頂活塞套及活塞座。相較於習知技術，本發明之快速接頭，其中活塞套的滑塊結構與前殼體的滑軌提供活塞套一個穩定的軌道，有效防止活塞套傾斜或翻轉，進而避免漏液問題。

A quick connector for transporting liquid includes a female connector. The female connector includes a socket up-housing, a piston cover, a piston structure, and a first spring. The piston cover is arranged in a first space of the socket up-housing and has sliders placed within the slide rail of the socket up-housing for allowing the piston cover to slide within the first space. The piston structure includes piston base, a piston rod, and a piston head. The piston base is arranged at the opening of the first space. The piston head is arranged within the through hole of the piston cover. The first spring is arranged in the first space, with its two ends respectively pressing against the piston cover and the piston base. Compared with the prior art, the quick connector provides a stable rail through the sliders and the slide rail to prevent the piston cover from tilting or inversion, thereby avoiding leakage issues.

本發明可防溢出的燃料槽包括有一個槽體，槽體設置有一個底板，槽體於底板沿垂直方向的上部設置有一個隔板，槽體的內部空間以隔板分隔形成一個填倒區及一個緩衝區，隔板設置有一個窄口，窄口鄰近底板且連通填倒區與緩衝區，燃料槽透過上述結構能夠避免倒入過多燃料。

A spill-proof fuel tank of the present invention includes a tank body. The tank body is provided with a bottom plate, and a partition is provided in a upper portion of the tank body along a vertical direction of the bottom plate. An internal space of the tank body is divided by the partition into a filling area and a buffer area. The partition is provided with a narrow opening, which is located near the bottom plate and connects the filling area and the buffer area. This structure allows the fuel tank to prevent overfilling of fuel.

一種噴霧散熱的液體回收結構，散熱板的散熱面設有多個流向導引槽以及液體回收槽，當蓋體覆蓋且密合於散熱板時，蓋體與散熱板形成噴灑空間，蓋體向噴灑空間設有多個噴頭，每一個噴頭的噴灑軸線與蓋體的法線形成偏轉角，每一個噴頭的偏轉方向朝向液體回收槽的方向正向偏轉或是斜向偏轉，藉此可以達成提供噴灑冷卻液流動動量使冷卻液以同一方向流動，避免無序流動，以回收冷卻液避免積液導致散熱效率下降的技術功效。

A liquid retrieving structure for spray cooling is provided. Multiple flow-guiding grooves and liquid recovery grooves are set on a heat dissipation surface of a heat sink. A spray space is designed between a cover and the heat sink when the cover is covered and tightly fitted to the heat sink. Multiple nozzles are set on the cover, and inject liquid into the spray space. Axis of each nozzle forms an angle with normal direction of the heat sink. This angle of each nozzle is forward or diagonal towards the liquid recovery groove. Therefore, it becomes easier to retrieve the coolant, and avoid liquid accumulation leading to a decrease in heat dissipation efficiency.

本發明中仰臥捲腹之計次方法適用於具有手指軌跡追蹤模組的檢測墊體，受測者仰躺於該檢測墊體上，利用手指軌跡追蹤模組偵測受測者雙手至少一指尖於一預設時段由起始位置移動至終止位置之運動軌跡，以計算運動軌跡之移動距離及移動方向，判斷運動軌跡之移動距離是否等於或大於一預定距離，若是，則自動判定完成完整仰臥捲腹即計數一次，本發明利用系統自動判斷仰臥捲腹之精確性，並完成自動計次，以改良習有人為判斷可能發生誤判之缺失。

The curl-up counting method herein is suitable for use with a detection mat equipped with a finger trajectory tracking module. The test subject lies supine on the detection mat, and the finger trajectory tracking module detects the motion path of at least one fingertip as it moves from a starting position to an ending position within a predetermined time interval, thereby obtaining the movement distance and direction of the motion trajectory. The method then determines if the movement distance equals to or exceeds a predetermined distance. If so, it automatically records one complete curl-up. The invention involves utilizing a system to automatically assess the accuracy of each curl-up and perform automatic counting, thereby addressing the problem for misjudgment that can occur with manual assessment.

一種用於抑制或減少乳癌細胞的中藥組成物，包含甘遂、白芍、甘草、蒲公英、梔子及麥芽，該甘遂、該白芍、該甘草、該蒲公英、該梔子與該麥芽於該中藥組成物中的重量比例為1~2：4~6：2~3：3~5：2~4：2~3，其中該中藥組成物用於製備抗癌藥物之用途，該中藥組成物係以一有效劑量介於0.1~10mg/ml施予該乳癌細胞進行培養，經細胞實驗證實，該中藥組成物具有抑制該乳癌細胞的活性表現，達到治療乳癌症狀或抑制乳癌細胞活性之目的。

一種控制開機選項的方法，包含：執行熱鍵偵測程序及執行開機選項判斷程序。熱鍵偵測程序包含：偵測熱鍵訊號是否被觸發及當偵測到熱鍵訊號被觸發時，設置變數為第一值。開機選項判斷程序包含：讀取變數及當讀取到變數為第一值時，禁止裝置依據連接於裝置的第一輸入輸出介面的儲存裝置開機。

A method for controlling boot options includes executing a hotkey detection procedure and executing a boot option determination procedure. The hotkey detection procedure includes detecting whether a hotkey signal is triggered, and when the hotkey signal is detected as triggered, setting a variable to a first value. The boot option determination procedure includes reading the variable, and when the variable is read as the first value, preventing a device from booting according to a storage device connected to a first input/output interface of the device.

提供一種山難救助系統和山難救助方法。山難救助方法包含：由行動裝置發射射頻訊號；由第一無人機根據第一路徑飛行以搜尋射頻訊號；由第二無人機根據第二路徑飛行以搜尋射頻訊號；響應於第一無人機偵測到射頻訊號，由第二無人機根據第一無人機的第一位置更新第二路徑以偵測射頻訊號；以及響應於第一無人機和第二無人機偵測到射頻訊號，根據第一位置以及第二無人機的第二位置定位行動裝置以產生第一定位結果。

A mountain rescue system and a mountain rescue method are provided. The mountain rescue method includes: transmitting a radio frequency signal by a mobile device; flying according to a first path by a first drone to search the radio frequency signal; flying according to a second path by a second drone to search the radio frequency signal; in response to the first drone detecting the radio frequency signal, updating the second path according to a first position of the first drone by the second drone to detect the radio frequency signal; and in response to the first drone and the second drone detecting the radio frequency signal, positioning the mobile device according to the first position and a second position of the second drone to generate a first positioning result.

一種導光抽屜櫃，包括形成一對一配置的多個光源與多個抽屜單元，以及用以控制該些光源的致能與否的一控制電路。每一抽屜單元包括一抽屜及設置在該抽屜上的一導光部。每一抽屜的一前板各具有一視窗。該些導光部分別用以接收該些光源所發出的光線，並分別將所接收到光線往前傳遞到該些抽屜的前板上的視窗。

A drawing cabinet with light guides includes a multiple light sources configured in one-to-one arrangement with a plurality of drawer units, and a control circuit for controlling the light source. Each drawer unit includes a drawer and a light guide disposed in the drawer. Each drawer's front panel has a window. Each light guide is used to receive light emitted from each light source and transmit the received light forward to the window on the front panel of each drawer.

一種可調整抽屜大小的抽屜櫃，包括一櫃體及多個小抽屜，該櫃體的一櫃層包括上下相對的兩個層板、多個位於兩該層板之間且沿X方向排列的小抽屜通道、及多對設置在下方該層板上且分別位於該些小抽屜通道的導軌，該些小抽屜通道彼此相通且大小相同，每一小抽屜通道及位於其內的導軌係沿Y方向延伸。該些小抽屜分別設置於該櫃層的該些小抽屜通道內，每一小抽屜包括一底面及設置在該底面的兩滑行部，每一小抽屜通道內的小抽屜的兩該滑行部分別沿能著每一小抽屜通道內的兩該導軌滑動。

A drawer cabinet with adjustable drawers including a cabinet and a plurality of small drawers, wherein one cabinet layer of the cabinet has two opposing layers, a plurality of small drawer channels arranged between the two layers and along the X direction, and a plurality of pairs of guides arranged on the lower layer and respectively located in the small drawer channels. The small drawer channels communicate with each other and have the same size, and each small drawer channel and the guide therein extend along the Y direction. The small drawers are respectively disposed in the small drawer channels of the layer, and each small drawer includes a bottom surface and two sliding parts disposed on the bottom surface. The two sliding parts of each small drawer in each small drawer channel slide along the two guides in each small drawer channel, respectively.

一種具有耐壓機制的振盪電路，包含：第一電感電路、交叉耦合電晶體電路、第二電感電路以及電容電路。第一電感電路電性耦接於一對連接端。交叉耦合電晶體電路電性耦接於該對連接端。第二電感電路電性耦接於該對連接端以及一對振盪輸出端間。電容電路電性耦接於該對振盪輸出端間。

An oscillator circuit having voltage-withstanding mechanism is provided that includes a first inductor circuit, a cross-coupled transistor circuit, a second inductor circuit and a capacitor circuit. The first inductor circuit is electrically coupled to a pair of connection terminals. The cross-coupled transistor circuit is electrically coupled to the pair of connection terminals. The second inductor circuit is electrically coupled between the pair of connection terminals and a pair of oscillating output terminals. The capacitor circuit is electrically coupled between the pair of oscillating output terminals.

一種具有耐壓機制的振盪電路。電感電路耦接於一對振盪輸出端。交叉耦合電晶體電路耦接於該對振盪輸出端及第一端點間。電容電路耦接於該對振盪輸出端間。第一源極退化電路包含：第一電感、第一電容、第二電容以及第一源極退化電晶體。第一電感電性耦接於第一端點以及第一電源電壓間。第一電容電性耦接於第一端點以及第二端點間。第二電容耦接於第一電源電壓及第三端點間，其中第三端點耦接於第二電源電壓。第一源極退化電晶體耦接於第二端點及第三端點間，並受控於第一饋入電壓而導通。

An oscillator circuit having voltage-withstanding mechanism is provided. An inductor circuit is coupled to a pair of oscillating output terminals. A cross-coupled transistor circuit is coupled between the oscillating output terminals and a first terminal. A capacitor circuit is coupled between the oscillating output terminals. A first source degeneration circuit includes a first inductor, a first capacitor, a second capacitor and a first source degeneration circuit. The first inductor is coupled between the first terminal and a first power voltage. The first capacitor is coupled between the first terminal and a second terminal. The second capacitor is coupled between the first power voltage and a third terminal that is coupled to a second power voltage. The first source degeneration is coupled between the second terminal and the third terminal and is turned on based on a first feeding voltage.

一種具有相位雜訊降低機制的振盪電路。電感電路包含圍繞中央區域的電感線圈且耦接於振盪輸出端間。電容電路耦接於振盪輸出端間。交叉耦合互補式金氧半導體電路設置於電感線圈的第一側且位於電感電路及電容電路間，以耦接於振盪輸出端。第一及第二走線自電感線圈的第一側沿軸線橫越中央區域至電感線圈的第二側，以分隔中央區域為二子區域。第一及第二源極退化電路設置於電感線圈的第二側與軸線的二對稱側。第一及第二源極退化電路分別透過第一走線及第二走線耦接於交叉耦合互補式金氧半導體電路。

An oscillator circuit having phase-noise decreasing mechanism is provided. An inductor circuit includes an inductor coil surrounding a central area and coupled between oscillating output terminals. A capacitor circuit is coupled between the oscillating output terminals. A cross-coupled CMOS circuit is disposed at a first side of the inductor coil and between the inductor circuit and the capacitor circuit to be coupled to the oscillating output terminals. A first wire and a second wire stretch from the first side of the inductor coil along with an axis to traverse the central area to a second side of the inductor coil to divide the central area into two sub areas. A first and a second source degeneration circuits are disposed at the second side of the inductor coil and are respectively disposed at two symmetrical sides of the axis. The first and the second source degeneration circuits respectively are coupled to the cross-coupled CMOS circuit through the first and the second wires.

本發明提供一種線上學習平台系統，適於為使用者提供自主學習循環，該系統包括：至少一個伺服器以及至少一個終端裝置，伺服器設置以與終端裝置進行通訊，該伺服器包括：學習進度管理模組，設置以追蹤該終端裝置的學習活動；測驗生成模組，與該學習進度管理模組耦接，設置以基於該終端裝置的學習活動，生成適應學生學習狀態的個性化測驗題目；以及錯題訂正模組，與該測驗生成模組和該測驗生成模組耦接，設置以接收該終端裝置在一測驗時所作的測驗題目及測驗答案，並針對與該測驗題目相關的錯誤答題生成一訂正練習。本發明的線上學習平台系統構建一個完整的自適應學習循環，能夠有效促進學生的自主學習能力，透過精確的學習進度管理、個性化測驗、靈活的錯題訂正和教材推薦，提升學習過程中的靈活性和精確性，並實現更高效的學習成效。

本發明涉及一種用於綜合管理及支援學習遠距教育系統，系統包括：至少一個伺服器以及複數個終端設備，其與伺服器通訊並數據交換，包括：多功能整合模組，其設置為在一操作介面提供教學資料及互動支持功能，其中，教學資料及互動支持功能包括視訊教學、教材展示、作業管理及訊息通知的至少其中之一；行為監控模組，其設置為監控複數個終端設備的第一終端設備在課程期間的操作行為；智能化學力分析模組，其設置為接收並分析與第一終端設備相關連的測驗或作業結果；以及雲端行政管理模組，其設置為管理與複數個終端設備的第一終端設備相關連的第一行政事務以及與複數個終端設備的第二終端設備相關連的第二行政事務；其中，複數個終端設備的第一終端設備與第二終端設備設置為允許在操作介面上響應該教學資料及互動支持功能。透過本發明的系統，教師和學生能在同一操作介面整合遠距教學、行為監控、學力分析及行政管理之功能，無需在多個應用程式或視窗間切換，提升教與學的便利性。

本發明提供一種按鍵結構，包括：鍵帽、以及背光模組。鍵帽具有透光區域。背光模組設置於鍵帽的下方，背光模組包括發光元件，發光元件與透光區域錯位配置。其中，在發光元件的光傳播路徑與透光區域之間設置有彈性元件，彈性元件用以使鍵帽彈性復位，彈性元件係以不透光材質製成。

This invention provides a key structure, including a keycap and a backlight module. The keycap has a light-transmitting area. The backlight module is arranged beneath the keycap and includes a light-emitting element. The light-emitting element is positioned offset from the light-transmitting area. An elastic component is positioned between the light-emitting element's light propagation path and the light-transmitting area. The elastic component is used to elastically reset the keycap and is made of an opaque material.

一種平面門窗之軌道組裝結構，其包括一第一框體與一第二框體，在該第一框體與該第二框體相對組接後，該第一框體之第一下框板的一側與該第二框體之第二下框板之間形成一直線移動導槽。本發明利用組接後的所述第一框體與所述第二框體來形成該直線移動導槽，可以避免在該直線移動導槽兩側的該第二下框板與該支撐框片上形成毛邊，相應地，也能避免對該滑輪的表面造成磨損，從而確保在長時間的使用過後，該移動門窗也不會因滑輪損傷而產生噪音，進而提高產品的可靠度。

一種對電腦檔案系統之持續快照進行版本擷取的方法，包括以下步驟： <br/>建立持續快照日誌系統（CSNAP Diary）在特定期間內收集電腦檔案的持續快照，並保存交易群組（transaction group）的根指標塊（Root Block Pointer），以記錄快照生成時之資料管理節點（dnode）和資料塊（Data Block）的狀態； <br/>於資料管理節點內增設兩個欄位，用於標識每次修改的起始值與結束值； <br/>當資料管理節點在不同交易群組中被修改時，根據相鄰或非相鄰交易群組的條件，動態設置起始值與結束值，以精確記錄變更範圍； <br/>該方法通過遍歷資料管理節點中標記的起始值與結束值之最小值，自最後的持續快照向前追溯所有檔案有被修改之版本，實現快速版本擷取。

A method for excavating of continuous snapshots in a computer file system, comprising the following steps: <br/>Establishing a Continuous Snapshot Diary (CSNAP Diary) to collect continuous snapshots of computer files within a specified period, and preserving the root block pointer of each transaction group to record the state of data management nodes (dnodes) and data blocks at the time of snapshot generation; <br/>Adding two fields within each dnode to designate the start and end values of each modification of dnodes; <br/>When a dnode is modified across different transaction groups, dynamically setting the start and end values based on conditions of adjacent or non-adjacent transaction groups to precisely record the range of changes; <br/>The method achieves fast excavating by traversing the minimum start and end values marked in dnodes and tracing back all modified file versions from the latest continuous snapshot.

本發明提供一種多功能互動線上教育平台管理系統，該系統包括至少一伺服器，設置以複數個終端裝置的至少其中之一進行通訊，該伺服器包括：一識別模組，耦接該等複數個終端裝置，設置以根據該等複數個終端裝置的至少其中之一識別與其相應的族群類型；以及一學習資源模組，耦接該識別模組，設置以接收所識別的終端裝置的請求，並根據該請求以及該族群類型提供與其相應的教育服務。

本發明提供一種線上虛擬教室系統的教學互動方法， 該包括以下步驟：請求接收步驟，伺服器與複數個終端設備通訊連接，伺服器接收來自複數個終端設備的功能請求，其中，複數個終端設備包括與老師相關的至少一第一終端設備以及與學生相關的複數個第二終端設備；管理步驟，伺服器根據來自複數個第二終端設備的登入請求，偵測並確定參與課堂的學生數量，於第一終端設備上顯示參與者頭像；發言討論步驟，透過第二終端設備發送發言請求，發言請求通過該伺服器於第一終端設備的操作介面上顯示，第一終端設備配置以根據該發言請求選擇並允許複數個第二終端裝置的其中之一進行發言；以及獎勵步驟，在發言討論過程中，根據學生的參與表現，第一終端設備配置以透過其操作介面向第二終端設備發放獎勵，並顯示於第二終端設備的操作介面上。本發明亦提供一種線上虛擬教室系統，藉由本發明，提升線上教學的互動性和參與度，確保課堂管理有序進行，並能即時處理設備問題，保障教學過程的順暢運行。透過動態管理和多媒體展示，本發明增強了虛擬教室中的教學體驗。

本發明提供一種耦光對位方法及其系統，耦光對位方法包含藉由一處理器依據一簡化群體生成規則及一梯度下降規則的一者產生一參數組，其中參數組包含至少一耦光座標及至少一耦光角度，且至少一耦光座標位於一目標區域內。藉由處理器計算由參數組中的至少一耦光座標及至少一耦光角度進行耦光所對應的一功率點。藉由處理器依據功率點決定是否更新一資料庫的一最佳功率點。藉由處理器重複執行上述步驟，直到複數參數組的數量等於一預設數量。處理器交替地透過簡化群體生成規則及梯度下降規則產生參數組。藉此，找出最佳的耦合位置。

An optical coupling and aligning method and a system thereof are proposed. The optical coupling and aligning method includes configuring a processor to generate a parameter set according to one of a Simplification Swarm Optimization (SSO) rule and a gradient descent rule, wherein the parameter set includes at least one optical coupling coordinate and at least one optical coupling angle, and the at least one optical coupling coordinate is in a target area. The processor is configured to calculate a power point, and the power point is generated when a light is coupled to the at least one optical coupling coordinate of the parameter set by the at least one optical coupling angle of the parameter set. The processor is configured to determine whether to update a best power point of a database according to the power point. The processor is configured to execute the aforementioned steps repeatedly until a number of a plurality of the parameter sets equal to a predetermined value. The processor is configured to generate the parameter sets by the SSO rule and the gradient descent rule alternately. Thus, the optical coupling and aligning method of the present disclosure can find out a best coupling position.

本發明提出一種資料增強方法，用於擴展包括多個時頻譜（Spectrogram）的資料集。上述方法包括在資料集中的第一時頻譜中選擇至少一個區塊；決定所選的至少一個區塊的至少一個調整值；以及基於至少一個調整值調整第一時頻譜的至少一個區塊，以得到第一調整後時頻譜。上述調整值包括對比度調整值、亮度調整值以及伽瑪調整值的至少其中之一。

A data augmentation method for expanding a dataset including a plurality of spectrograms is provided. The method includes selecting at least one patch of a first spectrogram of the plurality of spectrograms, determining at least one adjustment value corresponding to the at least one patch, and adjusting the at least one patch of the first spectrogram based on the at least one adjustment value, to obtain a first adjusted spectrogram. The at least one adjustment value includes at least one of a contrast adjustment value, a brightness adjustment value, and a gamma adjustment value.

本發明公開一種基板加工裝置、方法及加工基板。基板加工裝置包含控制模組、材料供應模組、鑽孔模組以及材料移除模組。材料供應模組與控制模組電性連接，用以在基板上形成保護層。鑽孔模組與控制模組電性連接，用以對基板進行鑽孔。材料移除模組與控制模組電性連接，用於藉由光移除所述基板上的所述保護層。

The present invention provides a substrate processing apparatus, method and processed substrate. The substrate processing apparatus includes a control module, material spraying module, drilling module and material removal module. The material spraying module is electrically connected to the control module to form a protective layer on the substrate. The drilling module is electrically connected to the control module and is used for drilling the substrate. The material removal module is electrically connected to the control module and is used to remove the protective layer on the substrate by light.

本揭示內容提供一種液晶顯示器，包含一顯示面板以及一太陽能模組。太陽能模組設置於顯示面板的一表面，並包含一聚合層、複數太陽能電池、至少一二極體及一透光層。此些太陽能電池彼此電性連接，並間隔埋設於聚合層中。至少一二極體埋設於聚合層中，且與此些太陽能電池的至少一者並聯連接。透光層設置於顯示面板及聚合層之間。顯示面板、透光層及聚合層之任相鄰二者透過一光學膠黏合。藉此，避免太陽能模組因部分區域受遮蔭而降低發電效率。

A liquid crystal display is proposed. The liquid crystal display includes a display panel and a solar module. The solar module is disposed on a surface of the display panel, and includes a polymer layer, a plurality of solar cells, at least one diode and a transparent layer. The solar cells are electrically connected to each other, and alternately embedded in the polymer layer. The at least one diode is embedded in the polymer layer, and connected to at least one of the solar cells in parallel. The transparent layer is disposed between the display panel and the polymer layer. Any adjacent two of the display panel, the transparent layer and the polymer layer are bonded by an optical adhesive. Thus, the liquid crystal display of the present disclosure can avoid the solar module from decreasing the efficiency because the solar module is partially shaded.

本發明公開一種晶圓及晶圓研磨表面刮傷預判方法。所述晶圓具有經研磨的一頂面，其能用於通過形貌量測而取得多個偵測點位。所述頂面具有位在其半徑的20%～54%所涵蓋範圍的多個環形子區域，並且在對應於每個所述環形子區域的多個所述偵測點位之中，其最大值與最小值的差值定義為一子區域總厚度偏差值。在鄰近於所述頂面的圓心的兩個所述環形子區域之中，靠近所述中央區域的一個所述環形子區域的所述子區域總厚度偏差值大於另一個所述子區域總厚度偏差值。於任兩個所述環形子區域之中，兩個所述子區域總厚度偏差值之間的差值小於0.5微米。

The present invention provides a wafer and a scratch prejudgement method for a grinded surface of a wafer. The wafer has a top surface that is grinded and that is configured to have a plurality of detection points through a topography measurement. The top surface has a plurality of annular sub-regions arranged in a portion corresponding in position to a radius thereof that is within a range from 20% to 54%. The detection points on each of the annular sub-regions have a maximum value and a minimum value that have a difference defined as a sub-region total thickness variation (TTV). In any two of the annular sub-regions arranged adjacent to a circle of center of the top surface, the sub-region TTV of one of the any two of the annular sub-regions arranged adjacent to the circle of center is greater than the sub-region TTV of another one of the any two of the annular sub-regions. A difference of any two of the annular sub-regions is less than 0.5 μm.

本發明揭露一種半導體裝置量測方法及系統。半導體裝置量測方法用於量測一半導體裝置與一基板間的一間距高度，其中該半導體裝置具有一金屬層與連接該金屬層的多個輸出端，且該輸出端連接至該基板，半導體裝置量測方法包括：量測該半導體裝置的頂面至該基板之間的一第一高度；基於紅外光量測該半導體裝置內的半導體層厚度，以獲得該半導體裝置的頂面至該金屬層的頂面之間的一第二高度；以及根據該第一高度、該第二高度，以及該金屬層的厚度，獲得該間距高度，其中該間距高度為該金屬層的底面至該基板之間的間距。

A semiconductor device measurement method and a system thereof are provided. The semiconductor device measurement method is used to measure a pitch height between a semiconductor device and a substrate, wherein the semiconductor device has a metal layer and a plurality of output terminals connected to the metal layer, and the plurality of output terminals are connected to the substrate. The semiconductor device measurement method includes: measuring a first height between a top surface of the semiconductor device and the substrate; measuring a thickness of the semiconductor layer in the semiconductor device based on infrared light to obtain a second height between the top surface of the semiconductor device and a top surface of the metal layer; and obtaining the pitch height based on the first height, the second height, and the thickness of the metal layer, wherein the pitch height is a pitch between a bottom surface of the metal layer and the substrate.

本發明公開一種基板加工方法、裝置及加工基板。基板加工方法包含透過材料供應模組對基板提供噴塗材料，以在所述基板上形成保護層、透過鑽孔模組對所述基板進行鑽孔以及移除所述基板上的所述保護層。所述噴塗材料在預定溫度下透過揮發或者蒸發的方式被移除。

The present invention provides a substrate processing method, apparatus and processed substrate. The substrate processing method includes providing spraying material to the substrate through a material supply module to form a protective layer on the substrate, drilling the substrate through a drilling module, and removing the protective layer on the substrate. The spray material is removed by volatilization or evaporation at a predetermined temperature.

本發明提供一種具物理化學屬性產品的產地辨識學習方法，利用將複數已知物理化學屬性的已知產地產品分別以複數監督式機器學習演算法進行分析，判斷為不正確的已知產地產品，可以正負5%以內亂數產生複數組虛擬的亂數物理化學屬性，產生更多虛擬的已知產地產品資訊，再供判斷不正確監督式機器學習演算法，可更快速且簡易的將該監督式機器學習演算法訓練學習成優化監督式機器學習演算法，且可判斷為正確演算答案之機率，該機率最高之監督式機器學習演算法判定該演算法為最佳監督式機器學習演算法。

本創作係一種果園施肥裝置，其包含設置於車體的儲料斗、轉向機構、啟閉機構、翻耕機構及橫移機構，轉向機構能控制儲料斗的出料口方向，啟閉機構能控制儲料斗的出料口啟閉，橫移機構能控制翻耕機構相對車體左右方向線性橫移，本創作果園施肥裝置能依據果樹的位置，透過該轉向機構及該橫移機構控制儲料斗及翻耕機構轉向及移動至對應側，以進行多方向的施肥作業，並透過同步控制所述儲料斗的出料口方向以及該翻耕機構的位置，使儲料斗能配合果樹的位置傾倒肥料後，透過位在後方的翻耕機構進行翻耕混合的動作，以提高土壤吸收肥料的效率，並降低肥料流失及土壤酸化的問題。

本發明揭露一種半導體元件，其主要包含一基底包含一非平面元件區以及一平面元件區，一第一隔離結構設於該平面元件區之該基底內，一第一閘極結構設於該第一隔離結構上，一第一磊晶層設於該第一閘極結構旁，一第二隔離結構設於該非平面元件區之該基底內，一第二閘極結構設於該第二隔離結構上以及一第二磊晶層設於該第二閘極結構旁，其中第一閘極結構包含第一金屬閘極且第二閘極結構包含第二金屬閘極。

A semiconductor device includes a substrate having a non-planar device region and a planar device region, a first isolation structure in the substrate of the planar device region, a first gate structure on the first isolation structure, a first epitaxial layer adjacent to the first gate structure, a second isolation structure in the substrate of the non-planar device region, a second gate structure on the second isolation structure, and a second epitaxial layer adjacent to the second gate structure. Preferably, the first gate structure includes a first metal gate and the second gate structure includes a second metal gate.

提供一種停靠無人機的方法和無人機系統。方法包含：在停靠平台上配置第一充電端子；判斷無人機是否降落在停靠平台；以及響應於無人機降落在停靠平台，驅動第一推桿以將無人機推至停靠平台上的預設位置。

A method of docking a drone and a drone system are provided. The method includes: configuring a first charging terminal on a docking plate; determining whether a drone is landed on the docking plate; and in response to the drone being landed on the docking plate, driving a pusher rod to push the drone to a default position on the docking plate.

一種多相位恆定開啟時間控制器及採用該控制器的電源轉換器被揭露於此。在電源轉換器中，相位控制器將一完整COT控制訊號分成一主COT控制訊號和至少一從COT控制訊號。該主COT控制訊號觸發一主PWM訊號產生器，以相應地產生一主PWM訊號，而各從COT控制訊號觸發相應的從PWM訊號產生器，透過比較一主驅動器的一感測電流與相應從驅動器的一感測電流，調整相應從COT控制訊號的各脈衝寬度，藉此產生相應從驅動器的從PWM訊號。隨後，該主驅動器根據該主PWM訊號為負載裝置提供一主電流輸出，各從驅動器則根據對應的從PWM訊號為該負載裝置提供一從電流輸出。

A multiple-phase constant on-time controller and a power converter using the controller are disclosed herein. In the power converter, a phase controller divides a full COT control signal into a master COT control signal and at least one slave COT control signal. The master COT control signal triggers a master PWM-signal generator to generate a master PWM signal accordingly, and each slave COT control signal triggers a corresponding slave PWM-signal generator to generate the slave PWM signal for a corresponding slave driver by adjusting a width of each pulse of the corresponding slave COT control signal according to a comparison between a sensed current of a master driver and a sensed current of the corresponding slave driver. Then, the master driver provides a master current output for a load device according to a master PWM signal, and each slave driver provides a slave current output for the load device according to the slave PWM signal corresponding thereto.

一種無線通用串列匯流排集線器及其操作方法。無線通用串列匯流排集線器包括本地裝置以及遠程裝置。遠程裝置通訊連接至本地裝置。本地裝置分別自至少一第一裝置接收至少一資料、至少一校驗碼及至少一識別碼。本地裝置基於至少一資料、至少一校驗碼及至少一識別碼生成資料封包，並將資料封包無線傳輸至遠程裝置。遠程裝置基於資料封包生成串行差分資料，並將串行差分資料輸出至第二裝置。

A wireless universal serial bus hub and an operation method thereof. The wireless universal serial bus hub includes a local side device and a remote side device. The local side device communicatively connects to the remote side device. The local side device receives at least one data, at least one check code and at least one identifier from at least one first device respectively. The local side device generates and outputs a data packet based on the at least one data, the at least one check code and the at least one identifier and wirelessly transmits the data packet to the remote side device. The remote side device generates a serial differential data based on the data packet and outputs the serial differential data to a second device.

一種顯示裝置，包含一顯示面板及平貼於該顯示面板的一框體。該框體包括一內框，及相反於該顯示面板地連接設置在該內框的一外框。該內框具有一第一邊條。該第一邊條具有在一寬度方向上延伸的一表面、藉由該表面在該寬度方向上相間隔的一第一側面及一第二側面、及凹陷於該表面且延伸穿過該第一側面及該第二側面的一重工槽。該顯示裝置藉由設置該內框的該重工槽，便於輕易將該顯示面板與該內框分離以利重新加工，且不破壞框體的整體結構。

本發明提供一種覆晶式二極體結構，其包含一基底、二接面區、二金屬電極及一介電層。其中，基底具有二弧形凹槽，分別設置於基底之二側邊緣。二接面區設置於基底中。二金屬電極分別設置於基底之同一側面，且各自電性連接二接面區其中之一。介電層覆蓋二弧形凹槽及二金屬電極間之基底上表面。二弧形凹槽係各自鄰接二金屬電極其中之一外側，且二接面區於基底中之一最大深度小於二弧形凹槽之一深度。

A flip-chip diode structure is provided, which comprises: a substrate, two junction regions, two metal electrodes and a dielectric layer. The substrate includes two arc recesses, respectively disposed at opposite edges of the substrate. The two junction regions are disposed within the substrate. Two metal electrodes are disposed on the same side of the substrate and each electrically connected to one of the two junction regions. The dielectric layer covers the arc recesses and the top surface of the substrate between the two metal electrodes. Each of the arc recesses is adjacent to the outer side of one of the metal electrodes, and the maximum depth of the two junction regions within the substrate is less than the depth of the arc recesses.