TWM619978U - Carrier device and computing system - Google Patents
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Abstract
Description
本揭露大致上係有關於一種系統及裝置,用於將電子裝置裝配至計算裝置的殼體內。更特定地,此揭露的形態係有關於一種承載裝置,允許電子裝置在多種不同的方位中,安裝至計算裝置的殼體內。The present disclosure generally relates to a system and device for assembling an electronic device into a housing of a computing device. More specifically, the disclosed form relates to a carrying device that allows the electronic device to be installed in the housing of the computing device in a variety of different orientations.
許多計算裝置,例如伺服器,包括可移除的電子裝置(如,固態硬碟),電子裝置可被安裝在計算裝置的殼體內,以電連接至其他計算裝置的部件。許多計算裝置具有電連接至具有各種尺寸的各種不同電子裝置的能力。此外,這些許多的計算裝置具有用於接收這些電子裝置的有限的內部空間。結果,計算裝置可能難以實體上接收各種各樣的電子裝置,特別是沒有使用任何額外工具時。因此,需要新系統及新裝置,用於將電子裝置安裝在計算裝置的殼體內。Many computing devices, such as servers, include removable electronic devices (eg, solid state drives), which can be installed in the housing of the computing device to be electrically connected to components of other computing devices. Many computing devices have the ability to electrically connect to a variety of different electronic devices of various sizes. In addition, these many computing devices have a limited internal space for receiving these electronic devices. As a result, it may be difficult for the computing device to physically receive various electronic devices, especially when no additional tools are used. Therefore, a new system and a new device are needed for installing the electronic device in the housing of the computing device.
在第一實施方式中,本揭露針對一種承載裝置,用以在計算系統內保持電子裝置。承載裝置包括基座支架、裝置支架、手把、以及線材保持器。裝置支架耦接至基座支架,且可在最初裝置支架位置及最終裝置支架位置之間移動。裝置支架配置以在最初裝置支架位置中接收電子裝置。手把耦接至基座支架,且可在最初手把位置及最終手把位置之間移動。手把配置以從最初手把位置向最終手把位置移動,以因應裝置支架從最初裝置支架位置移動至最終裝置支架位置。線材保持器耦接至基座支架及手把。線材保持器配置以保持一個或多個線材。線材保持器更配置以從最初線材保持器位置移動至最終線材保持器位置,以因應手把移動至最終手把位置。In the first embodiment, the present disclosure is directed to a carrier device for holding an electronic device in a computing system. The carrying device includes a base support, a device support, a handle, and a wire holder. The device support is coupled to the base support and can move between the initial device support position and the final device support position. The device holder is configured to receive the electronic device in the initial device holder position. The handle is coupled to the base bracket and can move between the initial handle position and the final handle position. The handle is configured to move from the initial handle position to the final handle position in response to the device holder moving from the initial device holder position to the final device holder position. The wire holder is coupled to the base bracket and the handle. The wire holder is configured to hold one or more wires. The wire holder is further configured to move from the initial wire holder position to the final wire holder position to respond to the movement of the handle to the final handle position.
在一些情況中,當線材保持器在最初線材保持器位置中時,一個或多個線材未電連接至電子裝置,且當線材保持器在最終線材保持器位置中時,一個或多個線材電連接至電子裝置。在一些情況中,線材保持器可滑動地耦接至基座支架,且配置以在最初線材保持器位置及最終線材保持器位置之間,相對於基座支架滑動。在一些情況中,手把可旋轉地耦接至基座支架,且配置以在最初手把位置及最終手把位置之間,相對於基座支架旋轉。In some cases, when the wire holder is in the initial wire holder position, one or more wires are not electrically connected to the electronic device, and when the wire holder is in the final wire holder position, one or more wires are electrically connected to the electronic device. Connect to an electronic device. In some cases, the wire holder is slidably coupled to the base bracket and is configured to slide relative to the base bracket between the initial wire holder position and the final wire holder position. In some cases, the handle is rotatably coupled to the base support and is configured to rotate relative to the base support between the initial handle position and the final handle position.
在一些情況中,手把配置以從最初手把位置移動至中繼手把位置,以因應裝置支架從最初裝置支架位置移動至最終裝置支架位置。在一些情況中,線材保持器配置以停留在最初線材保持器位置中,以因應手把從最初手把位置移動至中繼手把位置。在一些情況中,線材保持器配置以從最初線材保持器位置移動至最終線材保持器位置,以因應手把從中繼手把位置移動至最終手把位置。In some cases, the handle is configured to move from the initial handle position to the relay handle position in response to the device holder moving from the initial device holder position to the final device holder position. In some cases, the wire holder is configured to stay in the initial wire holder position in response to the handle moving from the initial handle position to the relay handle position. In some cases, the wire holder is configured to move from the initial wire holder position to the final wire holder position in response to the handle moving from the relay handle position to the final handle position.
在一些情況中,手把包括裝置手把以及線材手把,裝置手把定位在基座支架的第一側上,且線材手把定位在基座支架的第二側上。線材手把包括突出部,突出部延伸通過在基座支架中的一孔,且接觸裝置手把。在一些情況中,當手把在最初手把位置中時,裝置手把在最初裝置手把位置中,且線材手把在最初線材手把位置中。在一些情況中,當手把在中繼手把位置中時,裝置手把在最終裝置手把位置中,且線材手把在中繼線材手把位置中。在一些情況中,當手把在最終手把位置中時,裝置手把在最終裝置手把位置中,且線材手把在最終線材手把位置中。 In some cases, the handle includes a device handle and a wire handle, the device handle is positioned on the first side of the base bracket, and the wire handle is positioned on the second side of the base bracket. The wire handle includes a protrusion that extends through a hole in the base bracket and contacts the handle of the device. In some cases, when the handle is in the initial handle position, the device handle is in the initial device handle position, and the wire handle is in the initial wire handle position. In some cases, when the handle is in the relay handle position, the device handle is in the final device handle position, and the wire handle is in the relay wire handle position. In some cases, when the handle is in the final handle position, the device handle is in the final device handle position, and the wire handle is in the final wire handle position.
在一些情況中,裝置支架包括突出部,突出部延伸通過在基座支架中的一孔且接觸裝置手把。當裝置支架移動至最終裝置支架位置時,裝置支架的突出部導致裝置手把從最初裝置手把位置移動至最終裝置手把位置,且裝置手把導致線材手把從最初線材手把位置移動至中繼線材手把位置。在一些情況中,線材手把配置以由使用者從中繼線材手把位置手動地移動至最終線材手把位置,且當線材手把從中繼線材手把位置移動至最終線材手把位置時,裝置手把停留在最終裝置手把位置中。在一些情況中,線材保持器定位在基座支架的第二側上,且耦接至線材手把。線材保持器配置以從最初線材保持器位置移動至最終線材保持器位置,以因應線材手把移動至最終線材手把位置。 In some cases, the device holder includes a protrusion that extends through a hole in the base holder and contacts the handle of the device. When the device bracket moves to the final device bracket position, the protrusion of the device bracket causes the device handle to move from the initial device handle position to the final device handle position, and the device handle causes the wire handle to move from the initial wire handle position to the final device handle position. The position of the relay wire handle. In some cases, the wire handle is configured to be manually moved by the user from the relay wire handle position to the final wire handle position, and when the wire handle is moved from the relay wire handle position to the final wire handle position, the device The handle stays in the position of the final device handle. In some cases, the wire holder is positioned on the second side of the base bracket and is coupled to the wire handle. The wire holder is configured to move from the initial wire holder position to the final wire holder position to respond to the movement of the wire handle to the final wire handle position.
在一些情況中,基座支架界定槽,且手把包括閂扣。基座支架之槽配置以接收手把的閂扣,以因應手把移動至最終手把位置,從而將手把鎖定至最終手把位置中且線材保持器在最終線材保持器位置中。在一些情況中,閂扣包括突出部。突出部的直徑在突出部的近端以及突出部的遠端之間增加。突出部的遠端具有一直徑,大於槽的寬度。突出部的近端具有一直徑,小於或等於槽的寬度。在一些情況中,突出部可在延伸位置及撤回位置之間移動。突出部配置以當突部被槽接收時,向延伸位置移動。在一些情況中,突出部向撤回位置偏置,使得突出部的一區域在槽的邊緣被壓在基座支架,從而將突出部鎖定在槽中。In some cases, the base bracket defines a slot, and the handle includes a latch. The groove of the base bracket is configured to receive the latch of the handle to respond to the movement of the handle to the final handle position, thereby locking the handle to the final handle position and the wire holder in the final wire holder position. In some cases, the latch includes a protrusion. The diameter of the protrusion increases between the proximal end of the protrusion and the distal end of the protrusion. The distal end of the protrusion has a diameter that is larger than the width of the groove. The proximal end of the protrusion has a diameter that is less than or equal to the width of the groove. In some cases, the protrusion can move between an extended position and a retracted position. The protrusion is configured to move to the extended position when the protrusion is received by the groove. In some cases, the protrusion is biased toward the retracted position so that an area of the protrusion is pressed against the base bracket at the edge of the groove, thereby locking the protrusion in the groove.
在一些情況中,承載裝置更包括止動銷。止動銷配置以當線材保持器移動至最終線材保持器位置時,被由該線材保持器界定的對應的凹口接收。止動銷防止線材保持器移動經過最終線材保持器位置。In some cases, the carrying device further includes a stop pin. The stop pin is configured to be received by the corresponding recess defined by the wire holder when the wire holder is moved to the final wire holder position. The stop pin prevents the wire holder from moving past the final wire holder position.
在第二實施方式中,本揭露係針對一種計算系統。計算系統包括計算裝置、電子裝置、以及承載裝置。計算裝置具有殼體。電子裝置配置以在水平方位或直立方位中定位至計算裝置的殼體中。承載裝置配置以定位在計算裝置的殼體中,以保持電子裝置。承載裝置包括基座支架、裝置支架、手把、以及線材保持器。裝置支架耦接至基座支架,且可在最初裝置支架位置及最終裝置支架位置之間移動。裝置支架配置以在最初裝置支架位置中接收電子裝置。手把耦接至基座支架,且可在最初手把位置及最終手把位置之間移動。手把配置以從最初手把位置向最終手把位置移動,以因應裝置支架從最初裝置支架位置至最終裝置支架位置的移動。線材保持器耦接至基座支架及手把。線材保持器配置以保持一個或多個線材。線材保持器更配置以從最初線材保持器位置移動至最終線材保持器位置,以因應手把移動至最終手把位置。In the second embodiment, the present disclosure is directed to a computing system. The computing system includes a computing device, an electronic device, and a carrying device. The computing device has a housing. The electronic device is configured to be positioned in the housing of the computing device in a horizontal or vertical position. The carrying device is configured to be positioned in the housing of the computing device to hold the electronic device. The carrying device includes a base support, a device support, a handle, and a wire holder. The device support is coupled to the base support and can move between the initial device support position and the final device support position. The device holder is configured to receive the electronic device in the initial device holder position. The handle is coupled to the base bracket and can move between the initial handle position and the final handle position. The handle is configured to move from the initial handle position to the final handle position in response to the movement of the device holder from the initial device holder position to the final device holder position. The wire holder is coupled to the base bracket and the handle. The wire holder is configured to hold one or more wires. The wire holder is further configured to move from the initial wire holder position to the final wire holder position to respond to the movement of the handle to the final handle position.
上述新型內容非旨在代表本揭露的每個實施例或每一個型態。反而,前述的新型內容僅提供在此闡述一些新穎的型態與特徵的範例。當結合所附圖式與所附申請專利範圍理解時,本揭露之上述的特徵與優點,以及其他特徵及優點將從以下說明書之用於實行本新型的代表實施例及模式變得全然地明顯。The above new content is not intended to represent every embodiment or every type of the present disclosure. On the contrary, the aforementioned new content only provides examples of some novel types and features described here. When understood in conjunction with the attached drawings and the scope of the attached patent application, the above-mentioned features and advantages, as well as other features and advantages of the present disclosure will become fully apparent from the following description of the representative embodiments and modes for implementing the present invention .
本新型可以以多種不同方式實施,代表性實施例以圖式呈現,並將在本文中詳細描述。本揭露為本揭露原理的範例或說明,無意將本揭露之廣泛型態限制於說明的實施例。在這程度上,例如在摘要、新型內容、說明書中揭露但在專利申請範圍中無明確闡述的要素及限制,不應透過暗示、推斷等,單獨或集體地被包含在申請專利範圍中。為了本詳細描述之目的,除非特別聲明,單數形包括複數形,反之亦然。字詞「包括」意即「包括但不限於」。此外,近似的字詞如「大約(about)」、「幾乎(almost)」、「實質上(substantially)」、「近似(approximately)」等,在此可意即「在(at) 」、附近(near) 」或「在附近(near at)」、或「在3到5百分比之內」、或「在可接受的製造公差之內」或上述任意合理的組合。The present invention can be implemented in many different ways, and representative embodiments are presented in figures and will be described in detail in this article. This disclosure is an example or description of the principle of the disclosure, and it is not intended to limit the broad aspects of the disclosure to the illustrated embodiments. To this extent, for example, elements and limitations disclosed in the abstract, new content, description but not clearly stated in the scope of the patent application should not be included in the scope of the patent application individually or collectively through hints, inferences, etc. For the purpose of this detailed description, unless otherwise stated, the singular includes the plural, and vice versa. The word "include" means "including but not limited to." In addition, similar words such as "about", "almost", "substantially", "approximately", etc., here can mean "at", nearby (near)" or "near at", or "within 3 to 5 percent", or "within acceptable manufacturing tolerance" or any reasonable combination of the above.
第1A圖為承載裝置100的立體圖。承載裝置100可保持電子裝置,如此,電子裝置可電連接至計算系統的其他部件。在一些實施方式中,電子裝置為固態硬碟(SSD),且計算裝置為伺服器。在這些實施方式中,承載裝置100及電子裝置可定位在伺服器的殼體內。其他類型的電子裝置也可藉由承載裝置100保持,且承載裝置100可用於將電子裝置保持在計算系統的其他類型的殼體內。承載裝置100允許電子裝置的無工具安裝及卸載,且可容納各種不同尺寸的電子裝置。在一些實施方式中,電子裝置為具有7毫米、9毫米、9.5毫米、或15毫米厚度的固態硬碟。FIG. 1A is a perspective view of the
如第1A圖中所示,承載裝置100包括基座支架110、裝置支架130、線材保持器150、以及手把180。手把180由線材手把170以及裝置手把190(第1B圖)形成。基座支架110由本體形成,本體以端111A、111B、111C、以及111D為邊界。裝置支架130、線材保持器150、以及線材手把170全部定位在基座支架110的相對側上、與基座支架110的第一表面113A相鄰。裝置手把190定位在基座支架110的一側上、與基座支架110的相對的第二表面113B相鄰(第1B圖)。As shown in FIG. 1A, the carrying
裝置支架130包括透過裝置支架130被界定的兩個槽132A及132B。基座支架110包括兩個緊固件112A及112B,用以將裝置支架130耦接至基座支架110。緊固件112A延伸通過裝置支架130中的槽132A,而緊固件112B延伸通過裝置支架130中的槽132B,從而將裝置支架130耦接至基座支架110。當裝置支架130耦接至基座支架110時,裝置支架130中的槽132A及132B沿軸131延伸,軸131在基座支架110的端111A及111B之間。因此,裝置支架130可移動地耦接至基座支架110,且可沿軸131滑動,軸131在基座支架110的端111A及111B之間延伸。最終,裝置支架130包括兩個槽138A及138B。槽138A及138B用以將電子裝置耦接至裝置支架130,如本文中更詳細討論。The
線材保持器150以與裝置支架130相似的方式耦接至基座支架110。線材保持器150包括透過線材保持器150被界定的兩個槽152A及152B。基座支架110包括兩個緊固件114A及114B,用以將線材保持器150耦接至基座支架110。緊固件114A延伸通過線材保持器150中的槽152A,而緊固件114B延伸通過線材保持器150中的槽152B,從而將線材保持器150耦接至基座支架110。當線材保持器150耦接至基座支架110時,線材保持器150中的槽152A及152B沿軸151延伸,軸151在基座支架110的端111C及111D之間。因此,線材保持器150可移動地耦接至基座支架110,且可沿軸151滑動,軸151在基座支架110的端111C及111D之間延伸。The
線材保持器150由第一本體部分154A及第二本體部分154B形成。槽152A及152B被界定在第一本體部分154A中。第一本體部分154A大致上與基座支架110共面。第二本體部分154B大致上垂直第一本體部分154A及基座支架110被定位,且因此延伸遠離基座支架110的第一表面113A。第二本體部分154B界定一開口156,配置以接收可連接至電子裝置上的線材埠(cable port)的一個或多個線材。在所述之實施方式中,開口156具有矩形形狀。然而,在其他實施方式中,為了容納具有不同形狀的線材埠,開口156可具有不同形狀。線材保持器150更包括兩個槽162A及162B,兩個槽162A及162B被界定在第一本體部分154A的最接近裝置支架130的邊緣中。槽162A及162B用以防止線材保持器150向基座支架110的端111D移動。The
線材手把170具有由兩個腳172A及172B形成的V形。兩個腳172A及172B在耦接至線材保持器150的中點174相交。緊固件160延伸通過線材保持器150及線材手把170兩者,從而將線材保持器耦接至線材手把170。線材手把170包括定位在腳172A的端的閂扣230。閂扣230大致上具有圓柱形狀。閂扣230的第一部分232A在線材手把170的一側上,延伸遠離基座支架110的第一表面113A。The wire handle 170 has a V shape formed by two
第1B圖為承載裝置100的立體圖,示出基座支架110的相對的第二表面113B。如第1B圖中所示,閂扣230的第二部分232B在線材手把170的相對的側上、從閂扣230的第一部分232A延伸遠離基座支架110的第二表面113B。在接近端111A及111C的交點的基座支架110之角落,形成切口部分(cut-out portion)115。腳172A及閂扣230可透過切口部分115,從基座支架110的相對側被使用(accessible)。如本文中更詳細討論,閂扣230的第一部分232A配置以被接收在槽124內,槽124沿基座支架110的端111A被界定。FIG. 1B is a perspective view of the supporting
手把180包括可見於第1B圖中的線材手把170及裝置手把190兩者。如圖所示,裝置手把190具有有兩個腳192A及192B、以及中央部分194的大致上細長形狀。裝置手把190經由接近腳192B的端定位的緊固件191,耦接至基座支架110的第二表面113B。裝置手把190經由緊固件191,可旋轉地耦接至基座支架110。裝置手把包括透過中央部分194被界定的槽196。銷198從基座支架110的第二表面113B向外延伸,且通過被界定在中央部分194中的槽196。裝置手把190在緊固件191上相對於基座支架110旋轉時,銷198在槽196內行進。槽196的端防止銷198再進一步地行進,因此限制裝置手把190的旋轉。基座支架110包括片117,片117在端111C及111D之間沿基座支架110的端111B延伸。片117形成通道或凹槽,裝置手把190的第二腳192B可定位在通道或凹槽中。因此,片117作用以保護第二腳192B,且一旦第二腳192B到達片117,片117也協助停止第二腳192B向基座支架110的端111B的移動。The
如第1B圖中所示,承載裝置100包括接觸裝置手把190的腳192A以及192B的兩個突出部134及178。突出部134及178分別地透過形成在基座支架110中的槽116A及116B行進。突出部134形成作為裝置支架130(在第1A圖中)的一部分,且當裝置支架130相對於基座支架110移動時,突出部134相對於基座支架110移動。突出部134從裝置支架130延伸,通過被界定在基座支架110中的槽116A,且遠離基座支架110的第一表面113A。突出部134被定位在上方(相對於第1B圖的平面),且接觸裝置手把190的腳192A。當裝置支架130向基座支架110的端111B移動時,突出部134推壓裝置手把190的腳192A。因為裝置手把190經由緊固件191可旋轉地耦接至基座支架110,裝置手把190的腳192A及中央部分194皆向基座支架110的端111B移動。As shown in Figure 1B, the carrying
突出部178從線材手把170的腳172B延伸,且接觸裝置手把190的腳192B。突出部178延伸通過槽116B,槽116B被界定在基座支架中、接近端111C。突出部134及178的移動造成線材保持器150(在第1A圖中)、線材手把170、以及裝置手把190的移動。如本文中更詳細討論,裝置支架130向基座支架110的端的移動,導致突出部134使裝置手把190的第一腳192A向基座支架110的端111B移動。第一腳192A的移動導致第二腳192B及銷198向基座支架110的端111A及端111C移動。銷198的移動導致線材手把170繞其中點174旋轉,進而導致線材保持器150向基座支架110的端111D移動。The
第2A圖顯示來自第1A圖的承載裝置100的分解圖。在第2A圖中,與第1A圖中類似的元件被標示為相同的符號。如第2A圖中所示,基座支架110的緊固件112A及112B可被插入通過裝置支架130的槽132A及132B,且插入被界定在基座支架110中的對應的孔120A及120B。相似地,基座支架110的緊固件114A及114B可被插入通過線材保持器150的槽152A及152B(在第1A圖中),且插入被界定在基座支架110中的對應的孔122A及122B(第1B圖)。突出部134也可與裝置支架130分開地形成,且可被插入通過裝置支架中的孔136,且通過基座支架110中的槽116A。在其他實施方式中,突出部134可與裝置支架130一體形成。Figure 2A shows an exploded view of the
線材手把170包括被界定在腳172A的端的孔173A,以及被界定在腳172B的端的孔173B。閂扣230可與線材保持器170分開地形成,且插入通過孔173A。突出部178與突出部134相似,且可與線材手把170分開地形成。突出部178可被插入通過第二腳172B中的孔173B,且通過基座支架110中的槽116B。然而,在其他實施方式中,突出部178可與線材手把170一體形成。在第2A圖中可看出,槽116B具有有兩個部份的大致上彎曲的形狀。槽116B的一個部分的延伸方向大致上在基座支架110的端111A及111B之間,而其他部分的延伸方向大致上在基座支架110的端111C及111D之間。The wire handle 170 includes a
線材保持器150以及線材手把170經由緊固件160耦接在一起。線材手把170包括被界定在中點174的孔175。線材保持器150包括片158,片158延伸遠離線材保持器150的第二本體部分154B。孔159被界定在片158中。緊固件160可被插入通過孔159、以及孔175兩者,孔175被界定在線材手把的中點174中。因此,線材保持器150及線材手把170可旋轉地耦接,且能夠相對於彼此旋轉。The
第2B圖示出第1B圖的承載裝置100的分解圖。在第2B圖中,與第1B圖中類似的元件被標示為相同的符號。第2B圖示出與基座支架110隔開的裝置手把190。裝置手把190的緊固件191配置以插入通過孔193,孔193被界定在裝置手把190的腳192B中。緊固件191也配置以插入通過基座支架110中對應的孔118,從而將裝置手把190可旋轉地耦接至基座支架110。第2B圖中也示出,基座支架110的緊固件114A及114B(皆在第2A圖中)插入通過基座支架110中的孔122A及122B。Figure 2B shows an exploded view of the
第3A圖顯示將電子裝置102附接至承載裝置100的第一步驟。在所示之實施方式中,電子裝置102為固態硬碟(SSD)。然而,其他類型的電子裝置102也可與承載裝置100一起使用。第3A圖示出將電子裝置102插入承載裝置100之前的裝置架210,裝置架210可被附接至電子裝置102。電子裝置102包括線材埠104,配置以接收一個或多個線材。裝置架210包括基座212以及兩個凸起的側壁214A及214B。基座212的寬度(例如,側壁214A及214B之間的距離)大致上匹配電子裝置102的寬度,如此,電子裝置102可配合在側壁214A及214B之間。裝置架210也具有四個銷216A、216B、216C以及216D。銷216A及216B從側壁214A向側壁214B延伸。銷216C及216D從側壁214B向側壁214A延伸。當電子裝置102被插入裝置架210時,銷216A及216B被接收在凹陷103A及103B中,凹陷103A及103B被界定在電子裝置102的一側上。銷216C及216D被接收在對應的凹陷中,對應的凹陷被界定在電子裝置102的其他側上。FIG. 3A shows the first step of attaching the
第3B圖示出一旦裝置架210已被附接至電子裝置102時,裝置架210的基座212的底面。如圖所示,線材埠104沒有被裝置架210覆蓋或阻塞。基座212包括兩個突出部217A及217B。當電子裝置102及裝置架210被插入承載裝置100中時,突出部217A及217B被用以將裝置架210固定至裝置支架130。突出部217A配置以滑入裝置支架130的槽138A(第1A圖),且突出部217B配置以滑入裝置支架130(第1A圖)的槽138B。Figure 3B shows the bottom surface of the
裝置架210也包括從基座212的底面延伸的兩個止動銷218A及218B。當裝置架210及電子裝置102被插入承載裝置100時,止動銷218A及218B被定位在基座支架110及裝置架210的基座212之間。當線材保持器150向裝置架210及電子裝置102移動時,止動銷218A及218B的尺寸設置以被線材保持器150的槽162A及162B(第1A圖)接收。因此,止動銷218A及218B協助防止線材保持器150的進一步移動,如本文中更詳細討論。The
第4A圖示出線材束106被耦接至線材保持器150之前的承載裝置100。線材束106可用於將電子裝置102(在第3A圖及第3B圖中)電連接至計算系統內的其他部件。線材束106包括耦接至連接器108的一個或多個線材107。連接器108大致上對準開口156,開口156被界定在線材保持器150的第二本體部分154B中。連接器108界定連接器108的任一端上的兩個孔109A及109B。線材束106的孔109A對準對應的孔164A,孔164A被界定在線材保持器150的第二本體部分154B中。相似地,線材束106的孔109B對準對應的孔164B,孔164B被界定在第二本體部分154B中。FIG. 4A shows the
緊固件166A及166B可用於將線材束106耦接至線材保持器150。在所示之實施方式中,緊固件166A及166B為螺釘。在其他實施方式中,可使用其他類型的緊固件。緊固件166A配置以旋入連接器108的孔109A、以及線材保持器150的孔164A兩者。緊固件166B配置以旋入連接器108的孔109B、以及線材保持器150的孔164B兩者。The
第4B圖示出線材束106已被耦接至線材保持器150之後的承載裝置100。連接器108延伸通過線材保持器150中的開口156(第4A圖),在此連接器108可使用在線材保持器150的其他側上。如第4B圖中所示,線材束106的連接器108定位在閂扣230及線材保持器150之間。閂扣230大致上抵接線材束106的一個或多個線材107。FIG. 4B shows the
一旦電子裝置102已被耦接至裝置架210(如第3A圖及第3B圖中所示),且線材束106已被耦接至線材保持器150(如第4A圖及第4B圖中所示),電子裝置102及裝置架210可被插入承載裝置100。Once the
第5A圖及第5B圖示出在電子裝置102及裝置架210被插入承載裝置100之前,基座支架110的第一表面113A(第5A圖)以及基座支架110的第二表面113B(第5B圖)的立體圖。裝置架210相對於基座支架110定位,使得裝置架210的突出部217A對準裝置支架130的槽138A,且使得裝置架210的突出部217B對準裝置支架130的槽138B。5A and 5B show the
在電子裝置102及裝置架210被插入承載裝置100之前,裝置支架130、線材保持器150、線材支架170、以及裝置手把190全部在其各自的最初位置中。裝置支架130能夠相對於基座支架110,沿軸131(在基座支架110的端111A及111B之間延伸)移動。在電子裝置102及裝置架210被插入承載裝置100之前,裝置支架130向基座支架110的端111A移動。緊固件112A及112B定位在槽132A及132B的最靠近端111B的端。因此,當裝置支架130在最初裝置支架位置中時,裝置支架130大致上盡可能向上(相對於第5A圖及第5B圖的平面)定位。當裝置支架130在最初裝置支架位置中時,裝置支架130的底邊緣與基座支架110的端111B隔開。Before the
線材保持器150能夠相對於基座支架110,沿軸151移動,軸151連接基座支架110的端111C及111D。在電子裝置102及裝置架210被插入承載裝置100之前,線材保持器150向基座支架110的端111C移動。緊固件114A及114B被定位在線材保持器150的槽152A及152B的最靠近基座支架110的端111D的端。因此,當線材保持器150在最初線材保持器位置中時,線材保持器150大致上盡可能向左(相對於第5A圖的平面)定位。The
當線材手把170在最初線材手把位置中時,腳172A及閂扣230大致上盡可能旋轉遠離基座支架110。在此位置中,線材手把170的突出部178定位在槽116B的最靠近基座支架110的端111B及111D的端。閂扣230大致上也與被界定在基座支架110中的槽124隔開。When the
裝置手把190能夠相對於基座支架110,繞緊固件191 旋轉。當裝置手把190在最初裝置手把位置中時,腳192A向基座支架110的端111A旋轉,而腳192B向基座支架110的端111B旋轉。裝置手把190的中央部分194大致上也向基座支架110的端111A旋轉,使得銷198被定位在槽196的較靠近基座支架110的端111B的端。因此,當承載裝置100的手把在最初手把位置中時,線材手把170在最初線材手把位置中(第5A圖),且裝置手把190在最初裝置手把位置中(第5B圖)。The device handle 190 can rotate around the
第6A圖為承載裝置100的基座支架110的第二表面113B的剖視圖。第6A圖示出電子裝置102及裝置架210最初被插入承載裝置100時的承載裝置100。裝置支架130的槽138A接收裝置架210的突出部217A,且裝置支架130的槽138B接收裝置架210的突出部217B。在第6A圖中,緊固件112A及112B定位在槽132A及132B的最接近基座支架110的端111B的端時,裝置支架130仍在最初裝置支架位置中。當裝置支架130在最初裝置支架位置中時,止動銷218A不對準線材保持器150中的槽162A(在第5A圖中),且止動銷218B不對準線材保持器150中的槽162B。因此,當裝置支架130在最初裝置支架位置中時,裝置支架130接收電子裝置102及裝置架210。線材手把170及裝置手把190也仍在最初裝置手把位置中。FIG. 6A is a cross-sectional view of the
第6B圖為承載裝置100的基座支架110的第一表面113A的相對側視圖。第6B圖示出電子裝置102及裝置架210最初被插入承載裝置100時的承載裝置100。如圖所示,由線材保持器150保持的電子裝置102的線材埠104,僅在線材束106的連接器108的略為上方(相對於第6B圖的平面)定位。線材保持器150在最初線材保持器位置中,且線材手把170在最初線材手把位置中。線材束106的連接器108與電子裝置102的線材埠104隔開。相似地,線材手把170的閂扣230與裝置支架的槽124隔開。FIG. 6B is a relative side view of the
因此,第6A圖及第6B圖示出當裝置支架130已接收電子裝置102,但裝置支架130移出最初裝置支架位置之前的承載裝置100。承載裝置100的手把(由線材手把170及裝置手把190形成)在最初手把位置中。當手把在最初手把位置中時,線材手把170在最初線材手把位置中,且裝置手把190在最初裝置手把位置中。另外,當手把在最初手把位置中時,線材保持器150在最初線材保持器位置中。當線材保持器150在最初線材保持器位置中時,線材束106的一個或多個線材107不電連接至電子裝置102。Therefore, FIGS. 6A and 6B show the carrying
第7圖為承載裝置100的基座支架110的第二表面113B的剖視圖。第7圖示出在裝置支架130已移動至最終裝置支架位置之後的承載裝置100。裝置架210的突出部217A及217B仍安置在裝置支架130的槽138A及138B內。裝置支架130已向基座支架110的端111B移動。緊固件112A及112B已移動至槽132A及132B的最接近基座支架110的端111B的相對端。在最終裝置支架位置中,止動銷218A對準槽162A,且止動銷218B對準槽162B。然而,止動銷218A及218B仍定位在槽162A及162B的外側。FIG. 7 is a cross-sectional view of the
因應裝置支架130移動至最終裝置支架位置,承載裝置100的手把180(由線材手把170及裝置手把190形成)移動至中繼手把位置。如第7圖中顯示,當手把在中繼手把位置中時,裝置手把190在最終裝置手把位置中。裝置支架130移動時,突出部134壓在裝置手把190的第一腳192A的端。裝置手把190進而繞緊固件191樞轉,使得第一腳192A及中央部分194向基座支架110的端111B移動,且第二腳192B向基座支架110的端111A移動。In response to the
因此,裝置手把190樞轉直到其定位在最終裝置手把位置中。在最終裝置手把位置中,突出部134定位在基座支架110中的槽116A的較靠近基座支架110的端111B的端。相似地,裝置手把190的銷198在槽196內移動,直到銷198定位在槽196的較靠近基座支架110的端111A的端。Therefore, the device handle 190 pivots until it is positioned in the final device handle position. In the final device handle position, the
第二腳192B向基座支架110的端111A移動時,第二腳192B壓在線材手把170的突出部178。突出部178在基座支架110的槽116B(在第6A圖中)內移動,且線材手把170相對於第7圖的平面逆時針旋轉。線材手把170旋轉直到裝置支架130到達最終裝置支架位置。因此,當手把在中繼手把位置中時,線材手把170在中繼線材手把位置中。當線材手把170旋轉至中繼線材手把位置時,閂扣230向基座支架110的槽124移動。因為線材手把170可旋轉地耦接至線材保持器150,線材手把170能夠旋轉至中繼線材手把位置而不導致線材保持器150向電子裝置102側向地移動。When the
因此,第7圖示出當裝置支架130已從最初裝置支架位置移動至最終裝置支架位置時的承載裝置100。裝置支架130向最終裝置支架位置移動時,承載裝置100的手把(由線材手把170及裝置手把190形成)從最初手把位置移動至中繼手把位置。當手把移動至中繼手把位置時,線材手把170移動至中繼線材手把位置,裝置手把190移動至最終裝置手把位置,且線材保持器150停留在最初線材保持器位置中。然而,在一些實施方式中,線材保持器150可從最初線材保持器位置向最終線材保持器位置移動,以因應手把從最初手把位置移動至中繼手把位置。Therefore, Figure 7 shows the
第8A圖為承載裝置100的基座支架110的第二表面113B的剖視圖。第8A圖示出在承載裝置100的手把180移動至最終手把位置之後的承載裝置100。當手把在最終手把位置中時,線材手把170旋轉至最終線材手把位置,且裝置手把190停留在最終裝置手把位置中。在一些實施方式中,線材手把170可由使用者手動地旋轉至最終線材手把位置。當線材手把170移動至最終線材手把位置時,突出部178在基座支架110的槽116B的第二部分內移動。突出部178遠離基座支架110的端111B,向端111A及切口部分115移動。FIG. 8A is a cross-sectional view of the
如第8A圖中可見,突出部178大致上在一直線中遠離端111B,且向端111A移動。因為突出部178不能夠在槽116B中側向地移動(例如,在端111C及端111D之間),線材手把170旋轉至最終線材手把位置導致線材保持器150向電子裝置102側向地移動。因此,手把從中繼手把位置移動至最終手把位置(以及線材手把170因此從中繼線材手把位置移動至最終線材手把位置),導致線材保持器150從最初線材保持器位置移動至最終線材保持器位置。As can be seen in Figure 8A, the
線材保持器150至最終線材保持器位置的移動,至少被裝置架210的止動銷218A及218B限制。如第8A圖中所示,當線材保持器150移動至最終線材保持器位置時,止動銷218A被接收在線材保持器150的槽162A中,且止動銷218B被接收在線材保持器150的槽162B中。一旦止動銷218A及218B到達他們各自的槽162A及162B的端,防止線材保持器150及線材手把170再進一步移動。突出部178也可限制線材保持器150的移動。一旦突出部178到達槽116B的最靠近基座支架110的切口部分115的端,防止線材保持器150及線材手把170再進一步的移動。The movement of the
線材手把170的閂扣230也協助將線材手把170鎖在最終線材手把位置中,且將線材保持器150鎖在最終線材保持器位置中。當線材手把170移動至最終線材手把位置時,閂扣230向被界定在基座支架110中的槽124旋轉,且被接收在槽124內。如第8A圖中所示,閂扣230的第二部分232B如同裝置手把190,在基座支架110的相同側上,延伸遠離槽124。The
一旦閂扣230被接收在槽124內,閂扣230被偏置以停留在槽124內。在一些實施方式中,閂扣230可包括內部彈簧,內部彈簧可導致閂扣230的至少一部分壓在基座支架110的接近槽124的至少一部份,從而偏置閂扣230以停留在槽124內。因此,閂扣230防止線材保持器150從最終線材保持器位置非故意地移動至最初線材保持器位置。通常,將閂扣230從槽124移除需要一定的力,如此使用者可手動地將線材保持器150從最終線材保持器位置移動至最初線材保持器位置。Once the
第8B圖為承載裝置100的手把移動至最終手把位置之後的承載裝置100的立體圖。當線材保持器150側向地移動至最終線材保持器位置時,線材束106的連接器108被插入電子裝置102的線材埠104,以將一個或多個線材107電連接至電子裝置102。如第8B圖中所示,閂扣230的第一部分232A如同線材保持器150及線材手把170,在基座支架110的相同側上,延伸遠離槽124(第8A圖)。FIG. 8B is a perspective view of the carrying
因此,第8A圖及第8B圖示出一旦線材保持器150移動至最終線材保持器位置,且線材手把170移動至最終線材手把位置的承載裝置100。線材保持器150移動至最終線材保持器位置,以因應線材手把170移動至最終線材手把位置。在一些實施方式中,線材手把170可由使用者手動地移動至最終線材手把位置。當線材保持器150在最終線材保持器位置中時,線材束106的一個或多個線材107電連接至電子裝置102。Therefore, FIGS. 8A and 8B show the carrying
第9A圖示出第1A圖至第8B圖的閂扣230的側視圖。閂扣230大致上由第一部份232A及第二部分232B形成。閂扣230可用於自動鎖定閂扣,使得一旦閂扣230被接收在基座支架110的槽124中(第8A圖及第8B圖),閂扣230可將線材手把170自動地鎖在最終線材手把位置中。第二部分232B包括具有近端236A及遠端236B的圓錐形突出部234。突出部234的直徑在近端236A及遠端236B之間增加,使得遠端236B的直徑大於近端236A的直徑。Fig. 9A shows a side view of the
第一部分232A包括按鈕238及按鈕殼體240。按鈕238可被致動以使突出部234在延伸位置及撤回位置之間移動。當按鈕238壓向按鈕殼體240時,按鈕238被接收在按鈕殼體240中,且突出部234向外遠離按鈕殼體240,移動至延伸位置。突出部234向撤回位置偏置,使得當按鈕238被釋放時,突出部234向按鈕殼體240移動,回到撤回位置。如本文前述,在一些實施方式中,閂扣230可包括內部彈簧。當壓按鈕238以將突出部234移動至延伸位置時,內部彈簧可壓縮。由壓縮彈簧施加的力可使突出部234偏置回到撤回位置。The
第9B圖示出被定位在基座支架110的槽124內的閂扣230。在所示之實施方式中,突出部234的近端236A至第一部份232A,具有小於槽124的寬度的直徑。因此,定位於槽124內的突出部234的一部分具有小於槽124的寬度的直徑。沿突出部234的周圍的區域242,具有大於槽124的寬度的直徑。因此,突出部234的區域242被定位以接觸形成槽124的邊緣的基座支架110的一部分。在一些實施方式中,區域242位在近端236A及遠端236B之間。在其他實施方式中,區域242可位在近端236A、或遠端236B。FIG. 9B shows the
因為突出部234向撤回位置偏置,且因為突出部234從區域242至遠端236B的直徑大於槽124的寬度,突出部234不能比第9B圖中所示的再進一步的撤回。反而,突出部234的偏置導致突出部234壓在基座支架110。由突出部234賦予在基座支架110上的力,防止閂扣230從槽124非故意地被移除。為了釋放閂扣230,使用者壓按鈕238,直到突出部234移動至延伸位置,且閂扣230可旋轉遠離槽124。Because the
第10A圖及第10B圖示出包括殼體101、承載裝置100、以及電子裝置102的計算系統。承載裝置100及電子裝置102被插入殼體101。殼體101可為伺服器、或任何其他計算裝置的殼體。在第10A圖中,承載裝置100及電子裝置102大致上以直立方位被定位在殼體101內。在第10B圖中,承載裝置100及電子裝置102大致上以水平方位被定位在殼體101內。只要任意所需的線材可到達電子裝置102,承載裝置100及電子裝置102可被定位如第10A圖中的直立方位、第10B圖中的水平方位、或其他任意適合的方位。10A and 10B show a computing system including a
本文所使用之術語僅是出於描述特定實施例之目的,並不旨在限制本新型。除非上下文另外明確表示,本文所使用的單數形式「一(a)」、「一個(an)」與「該(the)」,亦意欲包括複數形式。除此之外,於詳細描述和/或請求項中,用語「包括(including、includes)」、「具有(having、has、with)」或其他變形,此用語旨在以類似於用語「包括(comprising)」的方式包括在內。The terminology used herein is only for the purpose of describing specific embodiments, and is not intended to limit the present invention. Unless the context clearly indicates otherwise, the singular forms "一(a)", "一(an)" and "the (the)" used herein are also intended to include plural forms. In addition, in the detailed description and/or request, the terms "including (including, includes)", "having, has, with" or other variants, this term is intended to be similar to the term "including ( comprising)" is included.
除非另有定義,否則本文中使用之所有用語(包括技術用語和科學用語)具有與本技術領域之普通技術人員通常理解的相同含義。除此之外,諸如在常用辭典中定義的用語,應被解釋為具有與相關領域中其含義一致的含義,並且在此除非有明確的定義,否則不會以理想化或過於正式的意義來解釋。Unless otherwise defined, all terms (including technical terms and scientific terms) used herein have the same meanings as commonly understood by those of ordinary skill in the art. In addition, terms such as those defined in commonly used dictionaries should be interpreted as having meanings consistent with their meanings in related fields, and unless there is a clear definition, they will not be used in an idealized or overly formal sense. explain.
雖然前文已經描述了本新型的各種實施例,但應瞭解的是,它們僅為範例,而不是限制。不脫離本新型的精神或範圍,可根據本文揭露內容對本揭露的實施例進行眾多改變。因此,本新型之廣度及範疇不應受任何上述實施例限制。反而,本新型的範疇應根據所附申請專利範圍以及其均等範圍(equivalents) 定義。Although various embodiments of the present invention have been described in the foregoing, it should be understood that they are only examples, not limitations. Without departing from the spirit or scope of the present invention, many changes can be made to the embodiments of the present disclosure based on the content disclosed herein. Therefore, the breadth and scope of the present invention should not be limited by any of the above-mentioned embodiments. Instead, the scope of the present model should be defined according to the scope of the attached patent application and its equivalents.
儘管新型已經以一個或多個實施方式以圖式並描述,本領域中其他技術人員在閱讀並理解此規格與附圖後,將發生等效變更與修改。此外,雖然本新型之特定特徵已以各實施方式中的一種揭露,對於任何給定或特定的應用,此特徵可以與其他實施方式的一個或多個特徵組合,這可能是期望的並且是有利的。Although the new model has been described in one or more embodiments with drawings, other skilled in the art will make equivalent changes and modifications after reading and understanding the specifications and drawings. In addition, although the specific feature of the present invention has been disclosed in one of the various embodiments, for any given or specific application, this feature can be combined with one or more features of other embodiments, which may be desirable and advantageous. of.
100:承載裝置 102:電子裝置 103A,103B:凹陷 104:線材埠 106:線材束 107:線材 108:連接器 109A,109B,118, 120A,120B, 122A,122B,136,159,164A,164B,173A,173B,175,193:孔 110:基座支架 111A,111B,111C,111D:端 112A,112B,114A,114B, 160, 166A,166B,191:緊固件 113A:第一表面 113B:第二表面 115:切口部分 116A,116B,124,132A,132B,138A,138B,152A,152B,162A,162B,196:槽 117,158:片 130:裝置支架 131,151:軸 134,178, 217A,217B,234:突出部 150:線材保持器 154A:第一本體部分 154B:第二本體部分 156:開口 170:線材手把 172A:腳 172B,192B:第二腳 174:中點 180:手把 190:裝置手把 192A:第一腳 194:中央部分 198, 216A,216B,216C,216D:銷 210:裝置架 212:基座 214A,214B:側壁 218A,218B:止動銷 230:閂扣 232A:第一部分 232B:第二部分 236A:近端 236B:遠端 238:按鈕 240:按鈕殼體 242:區域 100: Carrying device 102: electronic device 103A, 103B: recessed 104: Wire Port 106: Wire bundle 107: Wire 108: Connector 109A, 109B, 118, 120A, 120B, 122A, 122B, 136, 159, 164A, 164B, 173A, 173B, 175, 193: hole 110: Base bracket 111A, 111B, 111C, 111D: end 112A, 112B, 114A, 114B, 160, 166A, 166B, 191: fasteners 113A: First surface 113B: second surface 115: cut part 116A, 116B, 124, 132A, 132B, 138A, 138B, 152A, 152B, 162A, 162B, 196: Slot 117,158: pieces 130: device bracket 131, 151: axis 134, 178, 217A, 217B, 234: protrusion 150: Wire holder 154A: The first body part 154B: The second body part 156: open 170: Wire handle 172A: Feet 172B, 192B: second foot 174: Midpoint 180: Handle 190: Device Handle 192A: First foot 194: central part 198, 216A, 216B, 216C, 216D: pin 210: device rack 212: Pedestal 214A, 214B: side wall 218A, 218B: stop pin 230: latch 232A: Part One 232B: Part Two 236A: Proximal 236B: Far end 238: Button 240: Button housing 242: area
透過以下範例性實施例的描述並參考附圖,可以更好的了解本揭露。 第1A圖為根據本揭露的型態之承載裝置的第一側的立體圖,承載裝置用於將電子裝置保持在計算系統內。 第1B圖為根據本揭露的型態之第1A圖的承載裝置的第二側的立體圖。 第2A圖為根據本揭露的型態之第1A圖的承載裝置的第一側的分解圖。 第2B圖為根據本揭露的型態之第1A圖的承載裝置的第二側的分解圖。 第3A圖為根據本揭露的型態之電子裝置及裝置架(device frame)的立體圖,電子裝置及裝置架與第1A圖的承載裝置一起使用。 第3B圖為根據本揭露的型態之第3A圖的電子裝置及裝置架耦接在一起的立體圖。 第4A圖為根據本揭露的型態之第1A圖的承載裝置的第一側的立體圖,線材束(cable bundle)被耦接至承載裝置之前。 第4B圖為根據本揭露的型態之第1A圖的承載裝置的第一側的立體圖,線材束已被耦接至承載裝置之後。 第5A圖為根據本揭露的型態之第1A圖的承載裝置的第一側的立體圖,第3A圖的電子裝置及裝置架被插入承載裝置之前。 第5B圖為根據本揭露的型態之第1A圖的承載裝置的第二側的立體圖,第3A圖的電子裝置及裝置架被插入承載裝置之前。 第6A圖為根據本揭露的型態之第1A圖的承載裝置的第二側的剖視圖(cut-away view),第3A圖的電子裝置及裝置架首先被插入承載裝置。 第6B圖為根據本揭露的型態之第6A圖的承載裝置的第一側的剖視圖。 第7圖為根據本揭露的型態之第1A圖的承載裝置的第二側的剖視圖,電子裝置及裝置架移入其最終位置之後。 第8A圖為根據本揭露的型態之第1A圖的承載裝置的第二側的剖視圖,承載裝置的手把已移入其最終位置之後。 第8B圖為根據本揭露的型態之第8A圖的承載裝置的第一側的立體圖。 第9A圖為根據本揭露的型態之閂扣的側視圖,閂扣用以與第1A圖的承載裝置一起使用。 第9B圖為根據本揭露的型態之第9A圖的閂扣的側視圖,閂扣插入第1A圖的承載裝置的孔。 第10A圖為根據本揭露的型態之計算系統的立體圖,計算系統包括計算裝置、以及在直立方位中插入計算系統的殼體的第1A圖的承載裝置。 第10B圖為根據本揭露的型態之計算系統的立體圖,計算系統包括計算裝置、以及在水平方位中插入計算系統的殼體的第1A圖的承載裝置。 The disclosure can be better understood through the following description of exemplary embodiments and with reference to the accompanying drawings. FIG. 1A is a perspective view of the first side of the carrying device according to the type of the present disclosure. The carrying device is used to hold the electronic device in the computing system. FIG. 1B is a perspective view of the second side of the carrying device of FIG. 1A according to the aspect of the present disclosure. FIG. 2A is an exploded view of the first side of the carrying device in FIG. 1A according to the aspect of the present disclosure. FIG. 2B is an exploded view of the second side of the carrying device of FIG. 1A according to the type of the present disclosure. FIG. 3A is a three-dimensional view of an electronic device and a device frame according to the type of the present disclosure. The electronic device and the device frame are used together with the carrier device of FIG. 1A. FIG. 3B is a perspective view of the electronic device and the device rack coupled together in FIG. 3A according to the aspect of the present disclosure. FIG. 4A is a perspective view of the first side of the carrier device in FIG. 1A according to the aspect of the present disclosure, before the cable bundle is coupled to the carrier device. FIG. 4B is a perspective view of the first side of the carrier device in FIG. 1A according to the aspect of the disclosure, after the wire bundle has been coupled to the carrier device. FIG. 5A is a perspective view of the first side of the carrier device in FIG. 1A according to the type of the present disclosure, and the electronic device and the device rack in FIG. 3A are before the carrier device is inserted. FIG. 5B is a perspective view of the second side of the carrier device of FIG. 1A according to the type of the present disclosure, before the electronic device and device rack of FIG. 3A are inserted into the carrier device. FIG. 6A is a cut-away view of the second side of the carrier device of FIG. 1A according to the type of the present disclosure. The electronic device and device rack of FIG. 3A are first inserted into the carrier device. FIG. 6B is a cross-sectional view of the first side of the carrying device of FIG. 6A according to a type of the present disclosure. FIG. 7 is a cross-sectional view of the second side of the carrying device of FIG. 1A according to the type of the present disclosure, after the electronic device and the device rack are moved into their final positions. FIG. 8A is a cross-sectional view of the second side of the carrying device of FIG. 1A according to the type of the present disclosure, after the handle of the carrying device has been moved into its final position. FIG. 8B is a perspective view of the first side of the carrying device of FIG. 8A according to the aspect of the present disclosure. FIG. 9A is a side view of the latch according to the type of the present disclosure. The latch is used with the carrier device of FIG. 1A. FIG. 9B is a side view of the latch of FIG. 9A according to the type of the present disclosure, and the latch is inserted into the hole of the carrier device in FIG. 1A. FIG. 10A is a perspective view of a computing system according to the type of the present disclosure. The computing system includes a computing device and the carrying device of FIG. 1A with the housing of the computing system inserted in a vertical position. FIG. 10B is a perspective view of a computing system according to the type of the present disclosure. The computing system includes a computing device and the carrying device of FIG. 1A with the housing of the computing system inserted in a horizontal position.
本揭露易於進行各種修改和替代形式。一些代表性的實施例已經透過圖式顯示,並且將於此進行詳細描述。然而,應當理解,本新型不旨限於所揭露的特定形式。反而,本揭露涵蓋如所附請求項定義的精神與範圍內的所有修改、等同形式與替代形式。This disclosure is easy to make various modifications and alternative forms. Some representative embodiments have been shown in the drawings and will be described in detail here. However, it should be understood that the present invention is not intended to be limited to the specific form disclosed. Instead, this disclosure covers all modifications, equivalents, and alternatives within the spirit and scope defined by the appended claims.
100:承載裝置 100: Carrying device
110:基座支架 110: Base bracket
111A,111C,111D:端 111A, 111C, 111D: end
112A,112B,114A,160:緊固件 112A, 112B, 114A, 160: Fasteners
116A,116B,132A,132B,152A,152B:槽 116A, 116B, 132A, 132B, 152A, 152B: Slot
120A,120B,122A,122B,136,159,173A,173B,175:孔 120A, 120B, 122A, 122B, 136, 159, 173A, 173B, 175: hole
130:裝置支架 130: device bracket
134,178:突出部 134,178: protrusion
154B:第二本體部分 154B: The second body part
158:片 158: piece
170:線材手把 170: Wire handle
172A:腳 172A: Feet
172B:第二腳 172B: second foot
174:中點 174: Midpoint
230:閂扣 230: latch
Claims (10)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW110207351U TWM619978U (en) | 2021-06-25 | 2021-06-25 | Carrier device and computing system |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW110207351U TWM619978U (en) | 2021-06-25 | 2021-06-25 | Carrier device and computing system |
Publications (1)
Publication Number | Publication Date |
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TWM619978U true TWM619978U (en) | 2021-11-21 |
Family
ID=79908996
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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TW110207351U TWM619978U (en) | 2021-06-25 | 2021-06-25 | Carrier device and computing system |
Country Status (1)
Country | Link |
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TW (1) | TWM619978U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI833225B (en) * | 2022-05-25 | 2024-02-21 | 緯創資通股份有限公司 | Tray and electronic device |
-
2021
- 2021-06-25 TW TW110207351U patent/TWM619978U/en unknown
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI833225B (en) * | 2022-05-25 | 2024-02-21 | 緯創資通股份有限公司 | Tray and electronic device |
US11991852B2 (en) | 2022-05-25 | 2024-05-21 | Wistron Corp. | Tray and electronic device |
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