TWI720858B

TWI720858B - Battery carrier

Info

Publication number: TWI720858B
Application number: TW109110584A
Authority: TW
Inventors: 彭秉威; 周立國
Original assignee: 英業達股份有限公司
Priority date: 2020-03-27
Filing date: 2020-03-27
Publication date: 2021-03-01
Also published as: TW202136960A

Abstract

A battery carrier configured to accommodate a battery includes a base and a frame. The base includes a main plate and a first limiter. The first limiter is disposed on the main plate. The main plate has a positioning hole disposed opposite to the first limiter. The frame includes a main part, a tail part and a stopper. The main part is located on the main plate and includes an abutment wall standing on the main plate. The tail part is disposed to a side of the main part and includes a positioning post. The frame is disposed on the base via the positioning post configured to pass through the positioning hole. The stopper includes an extension arm and a block. The extension arm is disposed on a side of the abutment wall. The block is disposed on the extension arm and protruded towards the first limiter from the abutment wall. The main plate further has a limit edge located between the first limiter and the positioning hole for the main part to abut thereto. An extending direction of the limit edge is different from a direction from the first limiter and the positioning hole.

Description

電池載體 Battery carrier

本發明係關於一種電池載體，特別是一種本身易於組裝且易於安裝所欲容納之電池的電池載體。 The present invention relates to a battery carrier, especially a battery carrier that is easy to assemble and easy to install the battery to be contained in.

一般伺服器是藉由電源供應器來獲得所需要的電力。但為了避免電源供應器意外地故障而供電失效，大多還會再裝設備用電源，以避免伺服器遭到斷電而導致資料毀損。 Generally, a server uses a power supply to obtain the required power. However, in order to avoid accidental failure of the power supply and power failure, most equipment power supplies are installed to avoid data damage due to power failure of the server.

這些備用電源大多是以電池的形式安裝在伺服器內部的電池載體上。然而，因為伺服器內部的零件相當複雜，無論是將電池載體組裝到伺服器內部，還是將電池安裝到電池載體上，都勢必要繞過這些零件後才能夠把電池載體或電池搆到所欲組裝或安裝的位置。在這種情況下，若是組裝或安裝步驟過於複雜，則可能會造成組裝或安裝上不順利，徒費組裝或安裝的時間成本。因此，如何製造一種本身易於組裝且易於安裝所欲容納之電池的電池載體成了本領域中亟欲解決的問題。 Most of these backup power sources are installed on the battery carrier inside the server in the form of batteries. However, because the internal parts of the server are quite complicated, whether it is to assemble the battery carrier into the server or install the battery on the battery carrier, it is necessary to bypass these parts before the battery carrier or battery can be constructed as desired. The location of assembly or installation. In this case, if the assembly or installation steps are too complicated, the assembly or installation may not be smooth, and the time and cost of assembly or installation may be wasted. Therefore, how to manufacture a battery carrier that is easy to assemble and easy to install the battery to be accommodated has become an urgent problem in the art.

本發明在於提供一種電池載體，僅需要簡便的操作便可以將其組裝完畢並且將電池安裝於其中。 The present invention is to provide a battery carrier, which can be assembled and the battery can be installed in it only by simple operation.

本發明之一實施例所揭露之電池載體，用以容置一電池。電池載體包含一基座以及一支架。基座包含一主板以及一第一限位件。第一限位件設置於主板上並且用以供電池抵靠。主板具有一定位孔。定位孔與第一限位件相對地設置。支架包含一主體部、一尾部以及一止擋部。主體部位於主板上。主體部包含一抵靠牆。抵靠牆立於主板並且用以供電池抵靠。尾部設置於主體部遠離第一限位件之一側。尾部包含一定位柱。支架藉由定位柱設置於定位孔而設置於基座。止擋部包含一操作臂以及一止擋塊。操作臂設置於抵靠牆遠離主板之一側。止擋塊設置於操作臂並且朝向第一限位件凸出於抵靠牆。主板還具有至少一限位側緣。至少一限位側緣位於第一限位件與定位孔之間供主體部抵靠。至少一限位側緣的延伸方向不同於第一限位件至定位孔的方向。 The battery carrier disclosed in an embodiment of the present invention is used for accommodating a battery. The battery carrier includes a base and a bracket. The base includes a main board and a first limiting member. First A limiting member is arranged on the main board and used for the battery to lean against. The main board has a positioning hole. The positioning hole is arranged opposite to the first limiting member. The bracket includes a main body, a tail, and a stopper. The main body is located on the main board. The main body includes an abutting wall. The leaning wall stands on the main board and is used for the battery to lean against. The tail is arranged on a side of the main body away from the first limiting member. The tail contains a positioning column. The bracket is arranged on the base by the positioning column being arranged in the positioning hole. The stop part includes an operating arm and a stop block. The operating arm is arranged on the side that is against the wall and away from the main board. The stop block is arranged on the operating arm and protrudes out of the abutting wall toward the first stop member. The main board also has at least one limiting side edge. At least one limiting side edge is located between the first limiting member and the positioning hole for the main body to abut. The extending direction of the at least one limiting side edge is different from the direction from the first limiting member to the positioning hole.

根據上述實施例所揭露的電池載體，當需要將支架組裝於基座時，僅需要握持著尾部並且將主體部對準抵靠限位側緣後，再將尾部的定位柱***主板的定位孔中，即可完成支架與基座之間的組裝；當需要將電池安裝於電池載體時，僅需要先將電池之一端抵靠第一限位件，再利用電池推擠止擋塊向遠離第一限位件的方向移動到止擋塊至少與抵靠牆齊平後，電池即可順利地朝主板的方向滑入以將電池之相對另一端抵靠支架的抵靠牆，從而限制電池於第一限位件與抵靠牆之間的移動。在上述過程，無論是組裝電池載體本身或是將電池安裝於電池載體，皆可僅需要單手即可完成，操作簡便。 According to the battery carrier disclosed in the above embodiment, when the bracket needs to be assembled to the base, it is only necessary to hold the tail and align the main body against the side edge of the limit, and then insert the positioning post of the tail into the positioning of the main board. In the hole, the assembly between the bracket and the base can be completed; when the battery needs to be installed on the battery carrier, only one end of the battery needs to be pressed against the first stopper, and then the battery is used to push the stopper away After the direction of the first stopper moves until the stopper is at least flush with the abutting wall, the battery can be smoothly slid in the direction of the main board to push the opposite end of the battery against the abutting wall of the bracket, thereby restricting the battery Movement between the first limiting member and the wall against the wall. In the above process, whether it is assembling the battery carrier itself or installing the battery on the battery carrier, it can be completed with only one hand, and the operation is simple.

以上關於本發明內容的說明及以下實施方式的說明係用以示範與解釋本發明的原理，並且提供本發明的專利申請範圍更進一步的解釋。 The above description of the content of the present invention and the description of the following embodiments are used to demonstrate and explain the principle of the present invention and provide a further explanation of the scope of the patent application of the present invention.

10:電池載體 10: Battery carrier

100:基座 100: Pedestal

110:主板 110: Motherboard

111:定位孔 111: positioning hole

112:限位側緣 112: limit side edge

113:限位孔 113: Limit hole

120:第一限位件 120: The first limit piece

130:第二限位件 130: second limit piece

140:第三限位件 140: The third limit piece

150:第四限位件 150: The fourth limit piece

200:支架 200: bracket

210:主體部 210: main body

211:抵靠牆 211: Against the Wall

2111:穿孔 2111: Piercing

212:開孔 212: Hole

213:第一側緣 213: first side edge

214:第二側緣 214: second side edge

215:凸部 215: Convex

220:尾部 220: tail

221:定位柱 221: positioning column

222:斜坡 222: Slope

230:止擋部 230: stop

231:操作臂 231: operating arm

232:止擋塊 232: Stop Block

2321:斜面 2321: inclined plane

240:第一翼板 240: first wing board

241:突起 241: Prominence

250:第二翼板 250: second wing

20:電池 20: battery

21:電線 21: Wire

A1:第一方向 A1: First direction

A2:第二方向 A2: Second direction

D:方向 D: direction

圖1係為根據本發明之一實施例所繪示之電池載體的立體示意圖。 FIG. 1 is a three-dimensional schematic diagram of a battery carrier according to an embodiment of the present invention.

圖2係為圖1之電池載體的分解示意圖。 Fig. 2 is an exploded schematic diagram of the battery carrier of Fig. 1.

圖3係為圖2之電池載體之支架於另一視角的立體示意圖。 FIG. 3 is a three-dimensional schematic diagram of the bracket of the battery carrier of FIG. 2 from another perspective.

圖4至圖5係為電池安裝於圖1之電池載體之過程的示意圖。 4 to 5 are schematic diagrams of the process of installing the battery on the battery carrier of FIG. 1.

以下將說明有關本發明之一實施例，首先請參閱圖1至圖3。圖1係為根據本發明之一實施例所繪示之電池載體10的立體示意圖。圖2係為圖1之電池載體10的分解示意圖。圖3係為圖2之電池載體10之支架200於另一視角的立體示意圖。 The following will describe an embodiment of the present invention. First, please refer to FIG. 1 to FIG. 3. FIG. 1 is a three-dimensional schematic diagram of a battery carrier 10 according to an embodiment of the present invention. FIG. 2 is an exploded schematic diagram of the battery carrier 10 of FIG. 1. FIG. 3 is a three-dimensional schematic diagram of the bracket 200 of the battery carrier 10 of FIG. 2 from another perspective.

本實施例之電池載體10係用以容置例如作為裝設在伺服器內之備用電源並且具有長方形外觀的一電池20(繪示於圖4與圖5)。電池載體10包含一基座100以及一支架200。基座100包含一主板110以及一第一限位件120。第一限位件120設置於主板110上並且用以供電池20抵靠。主板110具有一定位孔111。定位孔111與第一限位件120相對地設置。支架200包含一主體部210、一尾部220以及一止擋部230。主體部210位於主板110上。主體部210包含一抵靠牆211。抵靠牆211立於主板110並且用以供電池20抵靠。尾部220設置於主體部210遠離第一限位件120之一側。尾部220包含一定位柱221。支架200藉由定位柱221設置於定位孔111而設置於基座100。止擋部230包含一操作臂231以及一止擋塊232。操作臂231的材質例如為塑膠。操作臂231設置於抵靠牆211遠離主板110之一側。止擋塊232設置於操作臂231並且朝向第一限位件120凸出於抵靠牆211。也就是說，操作臂231設置於抵靠牆211的上方，並且止擋塊232朝向電池20的方向凸出。 The battery carrier 10 of this embodiment is used to house a battery 20 (shown in FIG. 4 and FIG. 5) that is used as a backup power supply installed in a server and has a rectangular appearance. The battery carrier 10 includes a base 100 and a support 200. The base 100 includes a main board 110 and a first limiting member 120. The first limiting member 120 is disposed on the main board 110 and used for the battery 20 to abut against. The main board 110 has a positioning hole 111. The positioning hole 111 is disposed opposite to the first limiting member 120. The bracket 200 includes a main body 210, a tail 220 and a stop part 230. The main body 210 is located on the main board 110. The main body 210 includes an abutting wall 211. The abutting wall 211 stands on the main board 110 and is used for the battery 20 to abut. The tail 220 is disposed on a side of the main body 210 away from the first limiting member 120. The tail 220 includes a positioning column 221. The bracket 200 is set on the base 100 by the positioning post 221 being set in the positioning hole 111. The stopping portion 230 includes an operating arm 231 and a stopping block 232. The material of the operating arm 231 is, for example, plastic. The operating arm 231 is disposed on the side of the abutting wall 211 away from the main board 110. Stop block 232 is set It is placed on the operating arm 231 and protrudes from the abutting wall 211 toward the first limiting member 120. In other words, the operating arm 231 is disposed above the abutting wall 211, and the stopper 232 protrudes toward the direction of the battery 20.

主板110還具有至少一限位側緣112。詳細來說，在本實施例以及本發明的部份實施例中，主板110還具有一限位孔113，主板110於限位孔113處形成二限位側緣112。在本實施例中，限位側緣112位於第一限位件120與定位孔111之間供主體部210抵靠。限位側緣112的延伸方向(如後述之第一方向A1)不同於第一限位件120至定位孔111的方向(如後述之第二方向A2)。舉例來說，限位側緣112的延伸方向實質上垂直於第一限位件120至定位孔111的方向。 The main board 110 also has at least one limiting side edge 112. In detail, in this embodiment and some embodiments of the present invention, the main board 110 further has a limiting hole 113, and the main board 110 forms two limiting side edges 112 at the limiting hole 113. In this embodiment, the limiting side edge 112 is located between the first limiting member 120 and the positioning hole 111 for the main body 210 to abut. The extending direction of the limiting side edge 112 (such as the first direction A1 described later) is different from the direction of the first limiting member 120 to the positioning hole 111 (such as the second direction A2 described below). For example, the extending direction of the limiting side edge 112 is substantially perpendicular to the direction from the first limiting member 120 to the positioning hole 111.

當需要將支架200組裝於基座100時，僅需要握持著尾部220並且將主體部210對準抵靠限位側緣112後，再將尾部220的定位柱221***主板110的定位孔111中，即可完成支架200與基座100之間的組裝。 When the bracket 200 needs to be assembled to the base 100, it is only necessary to hold the tail 220 and align the main body 210 against the limiting side edge 112, and then insert the positioning post 221 of the tail 220 into the positioning hole 111 of the main board 110 In the middle, the assembly between the bracket 200 and the base 100 can be completed.

接著請一併參閱圖4至圖5，係為電池20安裝於圖1之電池載體10之過程的示意圖。當需要將電池20安裝於電池載體10時，僅需要先將電池20之一端抵靠基座100的第一限位件120，再利用電池20推擠止擋塊232並藉著操作臂231之材質本身容許些許彈性變形的特性讓止擋塊232一併隨著操作臂231向遠離第一限位件120的方向移動到止擋塊232至少與抵靠牆211齊平後，電池20即可順利地朝主板110的方向滑入以將電池20之相對另一端抵靠支架200的抵靠牆211，從而限制電池20於第一限位件120與抵靠牆211之間的移動。詳細來說，在本實施例以及本發明的部份實施例中，止擋塊232於遠離主板110之一側具有一斜面2321。斜面2321用以在安裝電池20的過程中供電池20接觸並作為受壓面而如上所述地帶動操作臂231朝遠離第一限位件120的方向移動，以達到上述止擋塊232至少與抵靠牆211齊平而不致阻擋到電池20之安裝路徑的效果。 Please also refer to FIGS. 4 to 5, which are schematic diagrams of the process of installing the battery 20 on the battery carrier 10 of FIG. 1. When it is necessary to install the battery 20 on the battery carrier 10, it is only necessary to first press one end of the battery 20 against the first limiting member 120 of the base 100, and then use the battery 20 to push the stop block 232 and press the operating arm 231. The material itself allows some elastic deformation, so that the stop block 232 moves along with the operating arm 231 away from the first stop 120 until the stop block 232 is at least flush with the abutting wall 211, and the battery 20 is sufficient. Smoothly slide in toward the main board 110 to press the opposite end of the battery 20 against the abutting wall 211 of the bracket 200, thereby restricting the movement of the battery 20 between the first limiting member 120 and the abutting wall 211. In detail, in this embodiment and some embodiments of the present invention, the stop block 232 has an inclined surface 2321 on a side away from the main board 110. The inclined surface 2321 is used to contact the battery 20 and act as a pressure surface during the process of installing the battery 20 to drive the operating arm 231 to move away from the first stop 120 as described above, so as to reach the stop block 232 at least The effect of being flush against the wall 211 without blocking the installation path of the battery 20.

綜上所述，在本實施例中，無論是組裝電池載體10本身或是將電池20安裝於電池載體10，皆可僅需要單手即可完成，操作簡便。 In summary, in this embodiment, either assembling the battery carrier 10 itself or installing the battery 20 on the battery carrier 10 can be completed with only one hand, and the operation is simple.

此外，在安裝電池20後，止擋塊232會隨著操作臂231的彈性特質被帶動回復到原本的位置，而此時電池20位於主板110與止擋塊232之間。若是電池20受到震動或衝擊時，止擋塊232可做為電池20在遠離主板110方向上的止擋，使電池20不至自電池載體10脫離。 In addition, after the battery 20 is installed, the stop block 232 is driven to return to the original position along with the elastic characteristics of the operating arm 231, and the battery 20 is located between the main board 110 and the stop block 232 at this time. If the battery 20 is shaken or impacted, the stop block 232 can serve as a stop for the battery 20 in a direction away from the main board 110 to prevent the battery 20 from detaching from the battery carrier 10.

當要拆卸電池20時，僅需要朝遠離第一限位件120的方向扳動止擋部230即可將電池20順利地取出。除此之外，由於每次拆裝電池20時操作臂231皆需要受力而移動，因此將操作臂231選用塑膠材質而非金屬材質可避免在移動的過程中產生過多的碎屑，並且縱使產生塑膠碎屑也不會對伺服器內部的其他零件(未繪示)產生短路等影響。 When the battery 20 is to be disassembled, it is only necessary to pull the stop 230 in a direction away from the first limiting member 120 to remove the battery 20 smoothly. In addition, since the operating arm 231 needs to be moved by force every time the battery 20 is removed and assembled, the use of plastic material instead of metal material for the operating arm 231 can avoid excessive debris during the movement, and even The production of plastic debris will not cause short-circuits and other effects on other parts (not shown) inside the server.

在本實施例以及本發明的部份實施例中，尾部220具有一斜坡222。斜坡222較定位柱221遠離主體部210並且面向主板110。尾部220與主板110之間於斜坡222處形成一空間(未另標號)，當需要將支架200自基座100拆卸下來時，使用者僅需要將手指移入此空間並抵住斜坡222後再向遠離主板110的方向撥動尾部220，即可將定位柱221自定位孔111中移除，使用者可再握持尾部220並將支架200拉離基座100即可完成支架200的拆卸過程。 In this embodiment and some embodiments of the present invention, the tail 220 has a slope 222. The slope 222 is farther away from the main body 210 than the positioning pillar 221 and faces the main board 110. A space (not labeled) is formed between the tail 220 and the main board 110 at the slope 222, when needed When disassembling the bracket 200 from the base 100, the user only needs to move his finger into this space and hold the slope 222, and then move the tail 220 away from the main board 110, and the positioning post 221 can be inserted into the positioning hole 111. After removal, the user can hold the tail 220 and pull the bracket 200 away from the base 100 to complete the disassembly process of the bracket 200.

在本實施例以及本發明的部份實施例中，主體部210具有一開孔212。開孔212朝向主板110的限位孔113。基座100更包含一第二限位件130。第二限位件130設置於主板110並且橫跨限位孔113，其中第二限位件130的一端位於二限位側緣112之間。第二限位件130穿過開孔212。第二限位件130與開孔212位於抵靠牆211與尾部220之間。主體部210於開孔212處形成相對的一第一側緣213以及一第二側緣214。第一側緣213與第二側緣214抵靠第二限位件130的相對兩側。第一側緣213至第二側緣214的方向不同於第一限位件120至抵靠牆211的方向。舉例來說，第一側緣213至第二側緣214的方向例如第一方向A1，而第一限位件120至抵靠牆211的方向例如為第二方向A2，其中在電池20組裝後第一方向A1與電池20的短軸方向相同而第二方向A2與電池20的長軸方向相同，但本發明不以此為限。 In this embodiment and some embodiments of the present invention, the main body 210 has an opening 212. The opening 212 faces the limiting hole 113 of the main board 110. The base 100 further includes a second limiting member 130. The second limiting member 130 is disposed on the main board 110 and straddles the limiting hole 113, wherein one end of the second limiting member 130 is located between the two limiting side edges 112. The second limiting member 130 passes through the opening 212. The second limiting member 130 and the opening 212 are located between the abutting wall 211 and the tail 220. The main body 210 forms a first side edge 213 and a second side edge 214 opposite to each other at the opening 212. The first side edge 213 and the second side edge 214 abut on opposite sides of the second limiting member 130. The direction from the first side edge 213 to the second side edge 214 is different from the direction from the first limiting member 120 to the abutting wall 211. For example, the direction from the first side edge 213 to the second side edge 214 is, for example, the first direction A1, and the direction from the first stop 120 to the wall 211 is, for example, the second direction A2. The first direction A1 is the same as the short axis direction of the battery 20 and the second direction A2 is the same as the long axis direction of the battery 20, but the present invention is not limited to this.

藉由以上的配置，第一側緣213與第二側緣214可限制支架200於電池20之第一方向A1上的移動，再搭配上述定位柱221***定位孔111與主體部210抵靠限位側緣112以限制支架200於電池20之第二方向A2上的移動，即可將支架200更加穩定地固定於基座100。值得注意的是，第二限位件130橫跨限位孔113地設置，係方便在安裝支架200時可直接放置於基座100上，並且沿如圖2所示之方向D推動支架200，部份之主體部210便得以滑入第二限位件130與限位孔113之間而抵靠於限位側緣112，而第一側緣213與第二側緣214便得以抵靠第二限位件130的相對兩側，但本發明不以此為限。在部份實施例中，第二限位件亦可橫跨於實體的主板上以供主體部的第一側緣與第二側緣抵靠其相對兩側；並且，在第二限位件與第一限位件之間的限位孔為在電池短軸方向上延伸的長條形開槽，而限位側緣為開槽的其中一長邊以供主體部抵靠；如此的結構亦可達成將支架更加穩定地固定於基座的效果。 With the above configuration, the first side edge 213 and the second side edge 214 can restrict the movement of the bracket 200 in the first direction A1 of the battery 20, and then the positioning pillar 221 is inserted into the positioning hole 111 and the main body 210 is in contact with the limiter. The side edge 112 is positioned to limit the movement of the bracket 200 in the second direction A2 of the battery 20, so that the bracket 200 can be more stably fixed to the base 100. It is worth noting that the second limiting member 130 is arranged across the limiting hole 113, When the bracket 200 is installed, it can be directly placed on the base 100, and the bracket 200 is pushed along the direction D as shown in FIG. 2, and a part of the main body 210 can be slid into the second limiting member 130 and the limiting hole 113 The first side edge 213 and the second side edge 214 can abut the opposite sides of the second limiting member 130, but the present invention is not limited to this. In some embodiments, the second limiting member can also span across the physical main board so that the first side edge and the second side edge of the main body portion abut on opposite sides thereof; and, in the second limiting member The limiting hole between the first limiting member and the first limiting member is an elongated slot extending in the direction of the short axis of the battery, and the limiting side edge is one of the long sides of the slot for the main body to abut; such a structure It can also achieve the effect of more stably fixing the bracket to the base.

在本實施例以及本發明的部份實施例中，主體部210更包含一凸部215。凸部215設置於抵靠牆211遠離第一限位件120之一側。凸部215抵靠第二限位件130。第二限位件130位於凸部215與主板110之間。由於凸部215可限制第二限位件130於遠離主板110方向的位移，因此可避免在將支架200安裝於基座100時因力道過大而導致第二限位件130向遠離主板110的方向變形過多。 In this embodiment and some embodiments of the present invention, the main body 210 further includes a convex portion 215. The convex portion 215 is disposed on a side of the abutting wall 211 away from the first limiting member 120. The convex portion 215 abuts against the second limiting member 130. The second limiting member 130 is located between the convex portion 215 and the main board 110. Since the protrusion 215 can limit the displacement of the second limiting member 130 away from the main board 110, it can avoid the second limiting member 130 moving away from the main board 110 due to excessive force when the bracket 200 is installed on the base 100 Excessive deformation.

在本實施例以及本發明的部份實施例中，電池20包含一電線21，抵靠牆211具有一穿孔2111。穿孔2111朝向第一限位件120並且位於第一限位件120與第二限位件130之間。在將電池20安裝於電池載體10後，穿孔2111供電線21穿過，電線21便得以從抵靠牆211遠離第一限位件120之一面延伸而出並且連接到所欲供電之部件。 In this embodiment and some embodiments of the present invention, the battery 20 includes a wire 21, and the wall 211 has a through hole 2111. The perforation 2111 faces the first limiting member 120 and is located between the first limiting member 120 and the second limiting member 130. After the battery 20 is installed on the battery carrier 10, the through hole 2111 power supply wire 21 passes through, and the wire 21 can extend from the side of the abutting wall 211 away from the first stop 120 and be connected to the component to be powered.

在本實施例以及本發明的部份實施例中，基座100更包含一第三限位件140以及一第四限位件150。第三限位件140與第四限位件150相對地設置於主板110上。第三限位件140與第四限位件150位於第一限位件120與抵靠牆211之間並且用以供電池20抵靠。如此一來，可限制電池20於第一方向A1上的位移，再搭配上述以第一限位件120與抵靠牆211來限制電池20於第二方向A2上的位移，即可將安裝後的電池20固定不易自電池載體10落出。 In this embodiment and some embodiments of the present invention, the base 100 further includes a third limiting member 140 and a fourth limiting member 150. The third limit member 140 and the fourth limit The positioning member 150 is relatively disposed on the main board 110. The third limiting member 140 and the fourth limiting member 150 are located between the first limiting member 120 and the abutting wall 211 and used for the battery 20 to abut. In this way, the displacement of the battery 20 in the first direction A1 can be restricted, and in combination with the above-mentioned first limiting member 120 and the abutting wall 211 to restrict the displacement of the battery 20 in the second direction A2, the battery 20 can be installed The battery 20 is fixed and cannot easily fall out of the battery carrier 10.

在本實施例以及本發明的部份實施例中，支架200更包含一第一翼板240以及一第二翼板250。第一翼板240與第二翼板250設置於主體部210的相對兩側並且至少部份地較抵靠牆211靠近第一限位件120。第一翼板240和第二翼板250之間的距離與第三限位件140和第四限位件150之間的距離實質上相同。也就是說，第一翼板240與第二翼板250亦能供電池20抵靠。同樣地，第一翼板240與第二翼板250亦能限制電池20於第一方向A1上的位移。此外，在如上述步驟中將電池20之相對另一端放置以抵靠支架200之抵靠牆211的過程中，第一翼板240與第二翼板250可做為導引面讓電池20能更平順地放入抵靠牆211與第一限位件120之間而不致於歪斜。 In this embodiment and some embodiments of the present invention, the bracket 200 further includes a first wing plate 240 and a second wing plate 250. The first wing 240 and the second wing 250 are disposed on opposite sides of the main body 210 and are at least partially closer to the first limiting member 120 than the abutting wall 211. The distance between the first wing 240 and the second wing 250 is substantially the same as the distance between the third limiting member 140 and the fourth limiting member 150. In other words, the first wing 240 and the second wing 250 can also be used for the battery 20 to abut against each other. Similarly, the first wing 240 and the second wing 250 can also limit the displacement of the battery 20 in the first direction A1. In addition, in the process of placing the opposite end of the battery 20 against the abutting wall 211 of the bracket 200 in the above steps, the first wing 240 and the second wing 250 can be used as guide surfaces for the battery 20 to be able to It is placed more smoothly between the abutting wall 211 and the first limiting member 120 without being skewed.

在本實施例以及本發明的部份實施例中，第一翼板240的材質亦可例如為塑膠，並且第一翼板240於朝向第二翼板250之一側包含一突起241。突起241與主板110之間的距離大於電池20的厚度。如同上述塑膠材質的操作臂231可容許些許的彈性變形，突起241亦可在安裝電池20時隨著第一翼板240的變形往遠離電池20的方向些許位移而不致阻擋到電池20的安裝路徑；並且在電池20安裝完畢後，突起241可作為電池20在遠離主板110方向上的止擋，使電池20更加不易自電池載體10脫離。 In this embodiment and some embodiments of the present invention, the material of the first wing plate 240 can also be, for example, plastic, and the first wing plate 240 includes a protrusion 241 on the side facing the second wing plate 250. The distance between the protrusion 241 and the main board 110 is greater than the thickness of the battery 20. Like the plastic operating arm 231 mentioned above, it can tolerate some elastic deformation, and the protrusion 241 can also be slightly displaced away from the battery 20 along with the deformation of the first wing plate 240 when the battery 20 is installed, so as not to block the installation path of the battery 20. ; And after the battery 20 is installed, the protrusion 241 can be used as a stop for the battery 20 in the direction away from the main board 110, so that the battery 20 is more It is not easy to detach from the battery carrier 10.

根據上述實施例之電池載體，當需要將支架組裝於基座時，僅需要握持著尾部並且將主體部對準抵靠限位側緣後，再將尾部的定位柱***主板的定位孔中，即可完成支架與基座之間的組裝；當需要將電池安裝於電池載體時，僅需要先將電池之一端抵靠第一限位件，再利用電池推擠止擋塊向遠離第一限位件的方向移動到止擋塊至少與抵靠牆齊平後，電池即可順利地朝主板的方向滑入以將電池之相對另一端抵靠支架的抵靠牆，從而限制電池於第一限位件與抵靠牆之間的移動。在上述過程，無論是組裝電池載體本身或是將電池安裝於電池載體，皆可僅需要單手即可完成，操作簡便。 According to the battery carrier of the above embodiment, when the bracket needs to be assembled to the base, it is only necessary to hold the tail and align the main body against the limiting side edge, and then insert the positioning post of the tail into the positioning hole of the main board , The assembly between the bracket and the base can be completed; when the battery needs to be installed on the battery carrier, only one end of the battery needs to be pressed against the first stopper first, and then the battery is used to push the stopper away from the first stopper. After the stopper moves in the direction of the stopper to be at least flush with the abutting wall, the battery can be smoothly slid in the direction of the main board to push the opposite end of the battery against the abutting wall of the bracket, thereby restricting the battery to the second wall. Movement between a limit piece and abutting wall. In the above process, whether it is assembling the battery carrier itself or installing the battery on the battery carrier, it can be completed with only one hand, and the operation is simple.

在部份實施例中，主體部具有一開孔並於開孔處形成相對的一第一側緣以及一第二側緣。基座更包含一第二限位件。第一側緣與第二側緣抵靠第二限位件的相對兩側。藉此，第一側緣與第二側緣可限制支架於電池之短軸方向上的移動，再搭配上述定位柱***定位孔與主體部抵靠限位側緣以限制支架於電池之長軸方向上的移動，即可將支架更加穩定地固定於基座。 In some embodiments, the main body has an opening and a first side edge and a second side edge opposite to each other are formed at the opening. The base further includes a second limiting member. The first side edge and the second side edge abut on opposite sides of the second limiting member. Thereby, the first side edge and the second side edge can restrict the movement of the bracket in the direction of the short axis of the battery, and the positioning pillar is inserted into the positioning hole and the main body part abuts against the limiting side edge to limit the bracket to the long axis of the battery Moving in the direction, the bracket can be more stably fixed to the base.

在部份實施例中，主體部更包含一凸部。凸部可限制第二限位件於遠離主板方向的位移，因此可避免在將支架安裝於基座時因力道過大而導致第二限位件向遠離主板的方向變形過多。 In some embodiments, the main body further includes a convex portion. The protruding part can limit the displacement of the second limiting member in a direction away from the main board, so that excessive force can be avoided when the bracket is installed on the base, causing the second limiting member to deform too much in a direction away from the main board.

在部份實施例中，電池包含一電線，抵靠牆具有一穿孔。在將電池安裝於電池載體後，穿孔供電線穿過，電線便得以從抵靠牆遠離第一限位件之一面延伸而出並且連接到所欲供電之部件。 In some embodiments, the battery includes a wire with a through hole against the wall. After the battery is installed in the battery carrier, the perforated power supply wire passes through, and the wire can extend from the side of the abutting wall away from the first limiting member and be connected to the component to be powered.

在部份實施例中，基座更包含一第三限位件以及一第四限位件。第三限位件與第四限位件用以供電池抵靠，可限制電池於短軸方向上的位移，再搭配上述以第一限位件與抵靠牆來限制電池於長軸方向上的位移，即可將安裝後的電池固定不易自電池載體落出。 In some embodiments, the base further includes a third limiting member and a fourth limiting member. The third limiting member and the fourth limiting member are used for the battery to abut, which can limit the displacement of the battery in the short axis direction, and in combination with the above-mentioned first limiting member and the abutting wall to limit the battery in the long axis direction The displacement of the battery can be fixed to prevent the battery from falling out of the battery carrier after installation.

在部份實施例中，支架更包含一第一翼板以及一第二翼板。第一翼板與第二翼板亦能限制電池於短軸方向上的位移。此外，在將電池之相對另一端放置以抵靠支架之抵靠牆的過程中，第一翼板與第二翼板可做為導引面讓電池能更平順地放入抵靠牆與第一限位件之間而不致於歪斜。 In some embodiments, the bracket further includes a first wing plate and a second wing plate. The first wing plate and the second wing plate can also limit the displacement of the battery in the short axis direction. In addition, during the process of placing the opposite end of the battery against the abutting wall of the bracket, the first wing plate and the second wing plate can be used as guide surfaces so that the battery can be placed more smoothly into the abutting wall and the first wing. A limit piece is not allowed to be skewed.

雖然本發明以前述之諸項實施例揭露如上，然其並非用以限定本發明，任何熟習相像技藝者，在不脫離本發明之精神和範圍內，當可作些許之更動與潤飾，因此本發明之專利保護範圍須視本說明書所附之申請專利範圍所界定者為準。 Although the present invention is disclosed in the foregoing embodiments as above, it is not intended to limit the present invention. Anyone familiar with similar art can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, the present invention The scope of patent protection for inventions shall be determined by the scope of patent applications attached to this specification.

10:電池載體 10: Battery carrier

100:基座 100: Pedestal

110:主板 110: Motherboard

120:第一限位件 120: The first limit piece

140:第三限位件 140: The third limit piece

150:第四限位件 150: The fourth limit piece

200:支架 200: bracket

210:主體部 210: main body

211:抵靠牆 211: Against the Wall

215:凸部 215: Convex

220:尾部 220: tail

222:斜坡 222: Slope

230:止擋部 230: stop

231:操作臂 231: operating arm

232:止擋塊 232: Stop Block

240:第一翼板 240: first wing board

241:突起 241: Prominence

250:第二翼板 250: second wing

A1:第一方向 A1: First direction

A2:第二方向 A2: Second direction

Claims

一種電池載體，用以容置一電池，該電池載體包含：一基座，包含一主板以及一第一限位件，該第一限位件設置於該主板上並且用以供該電池抵靠，該主板具有一定位孔，該定位孔與該第一限位件相對地設置；以及一支架，包含一主體部、一尾部以及一止擋部，該主體部位於該主板上，該主體部包含一抵靠牆，該抵靠牆立於該主板並且用以供該電池抵靠，該尾部設置於該主體部遠離該第一限位件之一側，該尾部包含一定位柱，該支架藉由該定位柱設置於該定位孔而設置於該基座，該止擋部包含一操作臂以及一止擋塊，該操作臂設置於該抵靠牆遠離該主板之一側，該止擋塊設置於該操作臂並且朝向該第一限位件凸出於該抵靠牆，其中，該主板還具有至少一限位側緣，該至少一限位側緣位於該第一限位件與該定位孔之間供該主體部抵靠，並且該至少一限位側緣的延伸方向不同於該第一限位件至該定位孔的方向。 A battery carrier for accommodating a battery, the battery carrier comprising: a base, comprising a main board and a first limiting member, the first limiting member is arranged on the main board and used for the battery to abut , The main board has a positioning hole, the positioning hole is arranged opposite to the first limiting member; and a bracket including a main body portion, a tail portion and a stop portion, the main body portion is located on the main board, the main body portion It includes an abutment wall standing on the main board and used for the battery to abut, the tail portion is arranged on a side of the main body away from the first limiting member, the tail portion includes a positioning post, and the bracket The positioning column is set on the base by the positioning hole, the stop portion includes an operating arm and a stop block, the operating arm is set on a side of the abutting wall away from the main board, the stop The block is disposed on the operating arm and protrudes out of the abutting wall toward the first limiting member, wherein the main board further has at least one limiting side edge, and the at least one limiting side edge is located between the first limiting member and The positioning holes are for the main body to abut against, and the extension direction of the at least one limiting side edge is different from the direction from the first limiting member to the positioning hole.

如申請專利範圍請求項1所述之電池載體，其中該主體部具有一開孔，該開孔朝向該主板，該基座更包含一第二限位件，該第二限位件設置於該主板上並且穿過該開孔，該第二限位件與該開孔位於該抵靠牆與該尾部之間，該主體部於該開孔處形成相對的一第一側緣以及一第二側緣，該第一側緣與該第二側緣抵靠該第二限位件的相對兩側，該第一側緣至該第二側緣的方向不同於該第一限位件至該抵靠牆的方向。 According to the battery carrier of claim 1, wherein the main body has an opening facing the main board, the base further includes a second limiting member, and the second limiting member is disposed on the On the main board and passing through the opening, the second limiting member and the opening are located between the abutting wall and the tail, and the main body forms a first side edge and a second opposite to the opening at the opening Side edge, the first side edge and the second side edge abut on opposite sides of the second limiting member, and the direction from the first side edge to the second side edge is different from the first limiting member to the The direction against the wall.

如申請專利範圍請求項2所述之電池載體，其中該主體部更包含一凸部，該凸部設置於該抵靠牆遠離該第一限位件之一側，該凸部抵靠該第二限位件，該第二限位件位於該凸部與該主板之間。 According to the battery carrier described in claim 2 of the scope of patent application, the main body portion further includes a convex portion disposed on a side of the abutting wall away from the first limiting member, and the convex portion The portion abuts against the second limiting member, and the second limiting member is located between the convex portion and the main board.

如申請專利範圍請求項2所述之電池載體，其中該抵靠牆具有一穿孔，該穿孔朝向該第一限位件並且位於該第一限位件與該第二限位件之間。 According to the battery carrier described in claim 2 of the scope of patent application, the abutting wall has a perforation, the perforation faces the first limiting member and is located between the first limiting member and the second limiting member.

如申請專利範圍請求項2所述之電池載體，其中該基座更包含一第三限位件以及一第四限位件，該第三限位件與該第四限位件相對地設置於該主板上，該第三限位件與該第四限位件位於該第一限位件與該抵靠牆之間並且用以供該電池抵靠。 For the battery carrier described in claim 2, wherein the base further includes a third limiting member and a fourth limiting member, and the third limiting member and the fourth limiting member are disposed opposite to each other. On the main board, the third limiting member and the fourth limiting member are located between the first limiting member and the abutting wall and used for the battery to abut.

如申請專利範圍請求項1所述之電池載體，其中該支架更包含一第一翼板以及一第二翼板，該第一翼板與該第二翼板設置於該主體部的相對兩側並且至少部份地較該抵靠牆靠近該第一限位件。 The battery carrier according to claim 1, wherein the bracket further includes a first wing plate and a second wing plate, and the first wing plate and the second wing plate are disposed on opposite sides of the main body portion And at least partly closer to the first limiting member than the abutting wall.

如申請專利範圍請求項6所述之電池載體，其中該第一翼板於朝向該第二翼板之一側包含一突起，該突起與該主板之間的距離大於該電池的厚度。 The battery carrier according to claim 6, wherein the first wing plate includes a protrusion on a side facing the second wing plate, and the distance between the protrusion and the main board is greater than the thickness of the battery.

如申請專利範圍請求項1所述之電池載體，其中該止擋塊於遠離該主板之一側具有一斜面，該斜面用以受壓而帶動該操作臂朝遠離該第一限位件的方向移動。 For the battery carrier described in claim 1, wherein the stop block has an inclined surface on a side away from the main board, and the inclined surface is used for being pressed to drive the operating arm in a direction away from the first limiting member mobile.

如申請專利範圍請求項1所述之電池載體，其中該操作臂的材質為塑膠。 For the battery carrier described in claim 1, wherein the material of the operating arm is plastic.

如申請專利範圍請求項1所述之電池載體，其中該尾部具有一斜坡，該斜坡較該定位柱遠離該主體部並且面向該主板。 According to the battery carrier described in claim 1, wherein the tail portion has a slope, and the slope is farther from the main body than the positioning column and faces the main board.