五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係關於一種適應複數電池形狀之充電器，尤指一 種提供簡易變換形狀而適應複數電池形狀之充電器。 【先前技術】 [0002] 許多外出攜帶之電子物品，例如相機、數位影音播放器 、隨身聽、行動電話機等，通常藉由電池提供延伸性之 電力。而電池之充電來源，主要係透過充電器將交流電 轉換成可供儲存之直流電。而目前市面上之充電器，使 用較多者通常係分為傳統的乾電池充電器以及給手機、 相機用的鋰電池的充電器。而現今市場上有許多電池由 於種類、規格而導致其形狀互不同，因此，未必能夠相 容於同一充電器。而製造廠商為了因應不同電池形狀之 適用，所設計之充電器，也往往必須開設多副模具，以 製作出不同之裝配元件。 [0003] 先前技術之充電器，原先有一種先前技術，包括一基座 ，該基座之頂側緣設有一端壁，該端壁設有一列複數穿 孔，以供充電電路與電子機構之二導電片裸出；且該基 座二側設有固定之側壁，二固定側壁與該端壁共同框圍 出一空間容納電池，但是因為電池之形狀越形複雜，因 此固定容納空間之充電器有其侷限性。 [0004] 因此本創作者曾經設計，並提出台灣專利申請，而獲得 證書號之M320804號專利，該專利揭露有一夾持件可以在 限位槽中移動來彈性變化電池容納空間。以及曾經設計 表單编號A0101 第3頁/共20頁 M379268 ，並提出台灣專利申請，而獲得證書號M347744號專利， 其中也揭露利用電池第三側面頂抵推塊之第一推部，並 用力將推塊向後推，使推塊後退而加大推塊與第一頂抵 部之距離，進而彈性變化電池容納空間。但是由於電池 因為規格、種類、型號而導致形狀日漸為繁多，甚至電 池導電接觸片之位置也開設在不同位置，因此該先前技 術對於日漸多元之電池形狀，已經不敷使用。 【新型内容】 [0005] 有鑑於先前技術之問題，本創作者認為應有一種適應複 數電池形狀之充電器，包括一基座：表面設有一軌道， 容許一調節擋壁於該軌道内位移；且該軌道與該調節擋 壁於位移路徑設置有限位裝置；一端壁：設於該基座之 頂緣側表面，與該執道形成垂直向，且該端壁朝向基座 表面設有一列複數穿孔，以供端壁内部所設之充電電路 與電子機構之二導電片裸出；一第一側壁：該第一側壁 與該基座之二側，分別各設有一組活動結合組，以供該 第一側壁選擇性設於該基座二侧中之一側。因此製造廠 商可以在既定之元件中為簡易變化與調整，而不需要大 幅與增減元件與模具。也可以由使用者自行依據電池之 寬度而調整。而對於不同形狀之電池有更為多元與簡易 之適應變化。 【實施方式】 [0006] 以下藉由圖式說明本創作之構造、特點以及實施例，俾 使貴審查委員對於本創作有更進一步之瞭解。 [0007] 請參閱第一圖，配合第二圖所示，本創作係關於一種適 表單編號A0101 第4頁/共20頁 M379268 應複數電池形狀之充電器，該充電器（1)包括： [0008] 一基座（11): [0009] 表面設有一軌道（111 )，容許一調節擋壁（112)於該軌道 (111) 内位移；且該軌道（111)與該調節擋壁（112)於位 移路徑設置有一如第三圖所示之限位裝置（113)。 [0010] 該限位裝置（113)係指可以藉由該調節擋壁（ι12)於該執 道（111)内活動，當至適當位置時，可以形成該調節擋壁 (112) 定位之裝置，而該適當位置可以依據如第四圖所示 之電池（A2)之寬度而定。 [0011] 一端壁（12): [0012] 該端壁（12)内部可以設置有充電之電路與電子機構，惟 該充電之電路與電子機構之細節非關本創作直接之標的 ’容不細述。該端壁（12)設於該基座（11)之頂緣側表面 ’與該軌道（111)形成垂直向，配合該調節擋壁（112)於 該執道（111)内活動’可以與該調節擋壁（112)相間隔出 一個如第一圖所示容納空間（B)，而當如第四圖所示之電 池（A2)放入時’前述該調節擋壁（112)限位，可以被電 池（A2)側邊阻擋》 [0013] 且該端壁（12)朝向基座（11)表面設有一列複數穿孔 (121)，以供端壁（12)内之充電電路與電子機構之二導 電片（122)裸出。該充電電路與電子機構也可以設於該基 座（11)與該基座（11)底部所設之一底座（1〇),二者所合 夾之空間内，而該二導電片（122)則經由端壁（12)朝向 基座（11)表面所設有一列複數穿孔（121)裸出》 表單編號A0101 第5頁/共20頁 M379268 [0014] 該複數穿孔（121)較佳為大於或等於三個穿孔（121)，容 許該二導電片（1 22)可以選擇性由任意二穿孔（丨2丨）裸出 ，該二導電片（122)由何二·個穿孔（121)裸出，可以由製 造廠商簡易裝配與調整，而不需要大幅增減既定之元件 與增減模具。也可以由使用者自行依據電池導電接觸片 之位置而略為調整。 [0015] —第一側壁（13): [0016] 配合第二圖所示，該第一側壁（13)與該基座之二側 ，分別各設有一組活動結合組（15 )，以供該第一側壁 (13)選擇性設於該基座（π)二側中之一側。本創作也可 以更設一第二側壁（14)，該第二側壁（14)與該基座（11) 之二側，分別各設有一組活動結合組（16),以供該第二 側壁（14)選擇性設於該基座（11)二側中之一側。因此製 造廠商可以在既定之元件中為簡易變化與調整，例如只 裝设s亥第一側壁（13 )，而該第一側壁（丨3 )又可以活動選 擇裝设在基座（11)二侧之任何一側，或是同時裝設該第 一側壁（13)與第二側壁（14)，因此製造廠商可以在既定 之元件略為調整，而不需要大幅與增減元件與模具。也 可以由使用者自行依據電池之寬度而調整。 [0017] 至於本創作冬該第一側壁（13)與該基座（11)之二側分別 之活動結合組（15)，可以為該第一側壁（13)與該基座 (11)之二側簡易活動拆裝之組件。其較佳實施例可以為 包括設於該第一側壁（13)底部之一第一插腳（131),以 及於該基座（11)之二側各設有對應該第一插腳（131)之 第一插孔（115)與第二插孔（116)，該第一插孔（115)與 表單编號A0101 S 6頁/共20頁 [0018]M3.79268 該第二插孔（11 6)容許該第一插腳（131)選擇性迫入緊配 。藉由簡易插入即可完成組裝。 至於本創作之該第二側壁（14)與該基座（u)之二側分別 之活動結合組（16)，可以為該第二侧壁（14)與該基座 (11)之二側簡易活動拆裝之組件。較佳之實施例可以為 包括设於該第二側壁（14)底部之一第一插腳（141)，以 及於該基座（11)之二側各設有對應該第一插腳（ΐ4ι)之 第一插孔（115)與第二插孔（116)，該第一插孔（115)與 第二插孔（116)容許該第一插腳（141)選擇性迫入緊配。 藉由簡易插入即可完成組裝。 [0019] 本創作之實施例可以於該活動結合組（15),更於該第一 側壁（13)底部設有一與該第一插腳（131)相間隔之第二 插腳（132)，以及於該基座（π)之二側更各設有對應該 第二插腳（132)之第三插孔（117)與第四插孔（丨18)，該 第三插孔（117)與第四插孔（118)容許該第二插腳（132) 選擇性迫入緊配。而且二個插腳與插孔，可以令結合更 為穩固。 [0020] 實施例也顯示本創作於該活動結合組（16)更於該第二側 壁（14)底部設有一與該第一插腳（141)相間隔之第二插 腳（142) ’以及於該基座（11)之二侧更各設有對應該第 二插腳（142)之第三插孔（117)與第四插孔（118),該第 三插孔（117)與第四插孔（118)容許該第二插聊（142)選 擇性迫入緊配。而且二個插腳與插孔，可以令結合更為 穩固。 表單編號Α0101 第7頁/共20頁 M379268 [0021] 請參閱第三圖，更進一步描述，本創作前述之該軌道 (111)與該調節擋壁（112)於位移路徑所設之限位裝置 (113)，其實施例可以實施為： [0022] 配合第一圖與第二圖，該軌道（111)為一條狀孔，且該基 座（11)底部設有一可沿該條狀孔長條方向伸縮之彈簧 (113A)，且該彈簧（113A)—端固設於該基座（11)底部 ，相對近於該端壁（12)而設之一固定柱（113B)，一端相 對遠於該端壁（12)，而經由該條狀孔，固設於該調節擋 壁（112) » 利用拉動該調節擋壁（112)而使得彈簧（113A)延伸擴張 ’可以如第一圖與第四圖所示，擴大該端壁（12)與該調 節擋壁（112)相間隔出之該容納電池（A2)之空間（B)(指 寬度擴大），而當電池（A2)放入時，放鬆該調節擋壁 (112)，使得該調節擋壁（112)被彈簧（113A)回復力拉 動而回縮至被電池（A 2)側邊阻擋。 [0023]請參閱第五圖所示，顯示本創作只有設置該第一側壁 (13)之狀態’此時該第二側壁不裝設，而為了因應第五 圖所示之該電池（A1)，將該第一側壁（13)由原來第一圖 與第二圖所示之插設型態，將其移到另一側邊，而其對 應之側邊形成空位，此一形成空位狀態下之容納空間（B) 可以容許如第五圖所示較小之電池（A1)，也可以容納如 第四圖所示之較大之電池（A2)，令該電池（A2)可以裸出 該空位。因此本創作可以適應不同形狀之電池（Ai)與電 池（A2)。 [麵]請參閱第六圖所示，若該有其他之電池（圖未顯示），其 第8頁/共20頁V. New Description: [New Technology Field] [0001] This paper is about a charger that adapts to the shape of a plurality of batteries, especially a charger that provides a simple shape change and adapts to the shape of a plurality of batteries. [Prior Art] [0002] Many electronic items that are carried out, such as cameras, digital video players, walkmans, mobile phones, etc., usually provide extended power by batteries. The source of charging of the battery is mainly through the charger to convert the alternating current into a direct current for storage. At present, the chargers on the market are usually divided into traditional dry battery chargers and chargers for lithium batteries for mobile phones and cameras. However, many batteries on the market today have different shapes due to their types and specifications, and therefore may not be compatible with the same charger. In order to meet the application of different battery shapes, manufacturers must also design multiple chargers to create different assembly components. [0003] A charger of the prior art has a prior art, including a base, and a top side edge of the base is provided with an end wall, and the end wall is provided with a plurality of rows of perforations for charging circuit and electronic mechanism. The conductive sheet is bare; and the fixed side wall is disposed on two sides of the base, and the two fixed side walls and the end wall together form a space for accommodating the battery, but because the shape of the battery is more complicated, the charger for fixing the receiving space has Its limitations. [0004] Therefore, the creator has designed and proposed a Taiwan patent application, and obtained the certificate No. M320804, which discloses that a holding member can be moved in the limiting groove to elastically change the battery accommodating space. And once designed the form number A0101 page 3 / 20 pages M379268, and filed a Taiwan patent application, and obtained the certificate number M347744, which also discloses the use of the third side of the battery against the first push of the push block, and force Pushing the push block backwards causes the push block to retreat to increase the distance between the push block and the first abutment portion, thereby elastically changing the battery accommodation space. However, since the shape of the battery is increasing due to the size, type, and model, and even the position of the battery conductive contact piece is set at different positions, the prior art is insufficient for the increasingly diverse battery shape. [New content] [0005] In view of the problems of the prior art, the creator believes that there should be a charger adapted to the shape of a plurality of batteries, including a base: a track is provided on the surface to allow an adjustment barrier to be displaced in the track; And the rail and the adjusting barrier wall are provided with a limiting device on the displacement path; the one end wall is disposed on a top edge side surface of the base, forming a vertical direction with the obstructing lane, and the end wall is provided with a plurality of columns facing the base surface a plurality of conductive sheets for the charging circuit and the electronic device disposed inside the end wall are exposed; a first side wall: the first side wall and the two sides of the base are respectively provided with a set of movable bonding groups for The first side wall is selectively disposed on one side of the two sides of the base. As a result, manufacturers can make simple changes and adjustments in established components without the need for large and incremental components and molds. It can also be adjusted by the user according to the width of the battery. For different shapes of batteries, there are more diverse and simple adaptations. [Embodiment] [0006] The following is a description of the structure, features, and embodiments of the present invention, so that your reviewer has a better understanding of the creation. [0007] Please refer to the first figure. As shown in the second figure, this creation is about a form number A0101, page 4/20 pages, M379268, which should be a battery-shaped charger. The charger (1) includes: 0008] a base (11): [0009] a track (111) is provided on the surface to allow an adjustment barrier (112) to be displaced in the track (111); and the track (111) and the adjustment barrier (112) A stop device (113) as shown in the third figure is disposed on the displacement path. [0010] The limiting device (113) refers to a device that can be moved in the lane (111) by the adjusting barrier wall (ι12), and can be positioned to adjust the positioning barrier wall (112) when it is in an appropriate position. And the appropriate position may depend on the width of the battery (A2) as shown in the fourth figure. [0011] One end wall (12): [0012] The end wall (12) may be provided with a charging circuit and an electronic mechanism, but the details of the charging circuit and the electronic mechanism are not directly related to the creation of the target. Said. The end wall (12) is disposed on a top edge side surface of the base (11) to form a vertical direction with the rail (111), and the adjusting retaining wall (112) is movable in the lane (111). The adjustment barrier wall (112) is spaced apart from the accommodation space (B) as shown in the first figure, and when the battery (A2) as shown in the fourth figure is placed, the aforementioned adjustment barrier wall (112) is limited. , can be blocked by the side of the battery (A2) [0013] and the end wall (12) is provided with a plurality of perforations (121) facing the surface of the base (11) for charging circuits and electrons in the end wall (12) The second conductive sheet (122) of the mechanism is bare. The charging circuit and the electronic mechanism may also be disposed in the base (11) and a base (1〇) provided at the bottom of the base (11), and the two conductive sheets (122) And a plurality of perforations (121) are exposed through the end wall (12) toward the surface of the base (11). Form No. A0101 Page 5 / Total 20 pages M379268 [0014] The plurality of perforations (121) is preferably Greater than or equal to three perforations (121), allowing the two conductive sheets (1 22) to be selectively exposed by any two perforations (丨2丨), and the two conductive sheets (122) by which two perforations (121) Naked, can be easily assembled and adjusted by the manufacturer, without the need to significantly increase or decrease the number of components and increase or decrease the mold. It can also be slightly adjusted by the user according to the position of the battery conductive contact piece. [0015] a first side wall (13): [0016] As shown in the second figure, the first side wall (13) and the two sides of the base are respectively provided with a set of movable bonding groups (15) for The first sidewall (13) is selectively disposed on one of the two sides of the susceptor (π). The second side wall (14) may be further disposed on the second side wall (14) and the two sides of the base (11), and a pair of movable bonding groups (16) are respectively provided for the second side wall. (14) selectively disposed on one of the two sides of the base (11). Therefore, the manufacturer can make simple changes and adjustments in the predetermined components, for example, only the first side wall (13) is installed, and the first side wall (丨3) can be optionally installed on the base (11). The first side wall (13) and the second side wall (14) are mounted on either side of the side, so that the manufacturer can make slight adjustments in the predetermined components without substantially increasing and decreasing the components and the mold. It can also be adjusted by the user according to the width of the battery. [0017] As for the movable binding group (15) of the first side wall (13) and the two sides of the base (11), the first side wall (13) and the base (11) may be Two-sided simple event disassembly assembly. The preferred embodiment may include a first pin (131) disposed at the bottom of the first side wall (13), and corresponding to the first pin (131) on each of the two sides of the base (11). a first jack (115) and a second jack (116), the first jack (115) and the form number A0101 S 6 pages/total 20 pages [0018] M3.79268 the second jack (11 6 The first pin (131) is allowed to selectively engage tightly. Assembly can be done with simple insertion. The movable binding group (16) of the second side wall (14) and the two sides of the base (u) of the present invention may be the two sides of the second side wall (14) and the base (11). Easy to disassemble components. A preferred embodiment may include a first pin (141) disposed at a bottom of the second side wall (14), and a first pin corresponding to the first pin (ΐ4ι) on each of the two sides of the base (11) A jack (115) and a second jack (116), the first jack (115) and the second jack (116) allow the first pin (141) to selectively engage tightly. Assembly can be done with simple insertion. [0019] The embodiment of the present invention may be provided in the active bonding group (15), and at the bottom of the first sidewall (13), a second pin (132) spaced apart from the first pin (131), and The second side of the base (π) is further provided with a third jack (117) and a fourth jack (丨18) corresponding to the second pin (132), the third jack (117) and the fourth jack The jack (118) allows the second pin (132) to be selectively forced into engagement. And the two pins and jacks make the bond more stable. [0020] The embodiment also shows that the active binding group (16) is further provided with a second pin (142) ' spaced apart from the first pin (141) at the bottom of the second side wall (14) and The second side of the base (11) is further provided with a third jack (117) and a fourth jack (118) corresponding to the second pin (142), and the third jack (117) and the fourth jack (118) Allowing the second interrogation (142) to selectively fit into the match. And two pins and jacks make the bond more stable. Form No. 1010101 Page 7 of 20 M379268 [0021] Please refer to the third figure, and further describe the above-mentioned rail (111) and the limiting device of the adjusting barrier (112) in the displacement path. (113), the embodiment may be implemented as follows: [0022] With the first figure and the second figure, the track (111) is a strip-shaped hole, and the bottom of the base (11) is provided with a length along the strip hole. a spring (113A) extending in the direction of the strip, and the end of the spring (113A) is fixed to the bottom of the base (11), and a fixed column (113B) is disposed relatively close to the end wall (12). And the end wall (12) is fixed to the adjusting barrier wall (112) via the strip hole. The spring (113A) is extended and expanded by pulling the adjusting barrier wall (112). As shown in the fourth figure, the space (B) of the battery (A2) accommodating the end wall (12) and the regulating barrier wall (112) is enlarged, and when the battery (A2) is placed When the adjustment barrier (112) is relaxed, the adjustment barrier (112) is pulled by the spring (113A) restoring force and retracted to be blocked by the side of the battery (A2). [0023] Please refer to the fifth figure, showing that the creation only sets the state of the first side wall (13). At this time, the second side wall is not installed, and the battery (A1) is shown in response to the fifth figure. The first side wall (13) is moved from the original type shown in the first figure and the second figure to the other side, and the corresponding side forms a vacancy, which forms a vacancy state. The accommodation space (B) can accommodate the smaller battery (A1) as shown in the fifth figure, and can also accommodate the larger battery (A2) as shown in the fourth figure, so that the battery (A2) can be bare. Vacancies. Therefore, this creation can adapt to different shapes of batteries (Ai) and batteries (A2). [Face] Please refer to the sixth figure. If there are other batteries (not shown), page 8 of 20
表單編號A010I M379268 係另外一側邊相對較長，此時也可以指裝設該第一側壁 (13) ’此時該第二側壁不裝設，而為了因應第五圖所示 之該電池（A1) ’但是該第一側壁（13)仍保持原來第一圖 與第二圖所示之插設型態，而不將其移到另一側邊。 [0025] 經由前述之變化可以發現，製造廠商可以在既定之元件 中為簡易變化與調整，例如前述只裝設該第一側壁（1 3) ’而該第一側壁（13)又可以活動選擇裝設在基座（11)二 側之任何一側’或是同時裝設該第一側壁（13)與第二側 壁（14)，因此製造廠商可以在既定之元件略為調整，而 不需要大幅與增減元件與模具。也可以由使用者自行依 據電池之寬度而調整。 [0026] 此外’該基座（11)鄰近該端壁（12)之部位，設有一列複 數穿孔（119)，該一列複數穿孔（Π9)與端壁（12)該一列 複數穿孔（121)相互垂直，且該基座（11)之該列複數穿 孔（119) ’容許另一組二導電片（122A)由該列複數穿孔 (119)之任意二穿孔裸出。由於基座（U)之該一列複數 穿孔（119)與端壁（12)該一列複數穿孔（121)相互垂直， 因此無論電池之導電接觸片開設在電池側緣或表面，本 創作皆可提供適用，而此種兩個相互垂直向穿孔與導電 片之型態，再配合本創作之可以提供不同形狀之電池適 合使用，相乘變化之下，可以變化出更多不同之適用可 能性。 [0027] 综上所述’本創作確實符合產業利用性，且未於申請前 見於刊物或公開使用’亦未為公眾所知悉，且具有非顯 而易知性，符合可專利之要件，爰依法提出專利申請。 表單编號A0101 第9頁/共20頁 M379268 [0028] 惟上述所陳，為本創作產業上一較佳實施例，舉凡依本 創作申請專利範圍所作之均等變化，皆屬本案訴求標的 之範疇。 【圖式簡單說明】 [0029] 第一圖係本創作裝設第一側壁與第二側壁狀態下之立體 圖 [0030] 第二圖係本創作裝設第一側壁與第二側壁狀態下之立體 分解圖 [0031] 第三圖係本創作由基座底部觀察之立體分解圖 [0032] 第四圖係本創作只裝設一第一側壁至基座另側邊且裝設 較大電池之立體示意圖 [0033] .第五圖係本創作只裝設一第一側壁至基座側邊且裝設較 小電池之立體示意圖 [0034] 第六圖係本創作只裝設一第一側壁至基座側邊之立體示 意圖 【主要元件符號說明】 [0035] ( 1) ·充電器 [0036] UO).底座 [0037] (11).基座 [0038] (111).軌道 [0039] (112).調節擋壁 [0040] (113).限位裝置 表單编號A0101 第10頁/共20頁 M379268 [0041] (113A).彈簧 [0042] (113B).固定柱 [0043] (115).第一插孔 [0044] (116).第二插孔 [0045] (117).第三插孔 [0046] (118 ).第四插孔 [0047] (119).穿孔 [0048] (12).端壁 [0049] (1 21).穿孔 [0050] (122).導電片 [0051] (122A)·導電片 [0052] (13).第一側壁 [0053] (131).第一插腳 [0054] (132).第二插腳 [0055] (14).第二側壁 [0056] (141).第一插腳 [0057] (142).第二插腳 [0058] (1 6 ).活動結合組 [0059] (15)·活動結合組 表單編號A0101 第11頁/共20頁 [0060]M379268 [0061] [0062] (A1).電池 (A2).電池 (B).空間 表單編號A0101 第12頁/共20頁The form number A010I M379268 is relatively long on the other side, and may also mean that the first side wall (13) is installed. At this time, the second side wall is not installed, and in order to respond to the battery shown in the fifth figure ( A1) 'But the first side wall (13) still retains the original insertion pattern shown in the first and second figures without moving it to the other side. [0025] Through the foregoing changes, it can be found that the manufacturer can make simple changes and adjustments in the predetermined components, for example, the first side wall (13) is installed only, and the first side wall (13) can be selected for active selection. Mounted on either side of the two sides of the base (11) or the first side wall (13) and the second side wall (14), so that the manufacturer can adjust the components slightly, without requiring a large With addition and subtraction of components and molds. It can also be adjusted by the user according to the width of the battery. [0026] Further, the portion of the base (11) adjacent to the end wall (12) is provided with a plurality of rows of perforations (119), the plurality of perforations (Π9) and the end walls (12) of the plurality of perforations (121) The plurality of perforations (119)' of the column (11) of the susceptor (11) allow another set of two conductive sheets (122A) to be exposed by any of the two perforations of the plurality of perforations (119). Since the plurality of perforations (119) of the pedestal (U) and the plurality of perforations (121) of the end wall (12) are perpendicular to each other, the creation of the conductive contact piece of the battery is provided on the side edge or surface of the battery. Applicable, and the two types of mutually perpendicular perforation and conductive sheet, together with the creation of the battery can provide different shapes suitable for use, under the change of the variation, can change more different possibilities. [0027] In summary, the 'this creation is indeed in line with the industrial use, and is not seen in the publication or public use before the application' is not known to the public, and has non-obvious knowledge, in line with the patentable elements, File a patent application. Form No. A0101 Page 9 of 20 M379268 [0028] However, the above-mentioned statement is a preferred embodiment of the creative industry, and all the changes in the scope of patent application according to this creation are within the scope of the claim. . BRIEF DESCRIPTION OF THE DRAWINGS [0029] The first figure is a perspective view of the first side wall and the second side wall of the present invention. [0030] The second figure is a three-dimensional state in which the first side wall and the second side wall are installed. Exploded view [0031] The third figure is an exploded view of the creation from the bottom of the base [0032] The fourth picture is a three-dimensional installation of a first side wall to the other side of the base and a larger battery Schematic [0033] The fifth figure is a three-dimensional schematic diagram of the installation of a first side wall to the side of the base and a smaller battery. [0034] The sixth figure is only a first side wall to the base. Stereoscopic view of the side of the seat [Description of main components] [0035] (1) • Charger [0036] UO). Base [0037] (11). Base [0038] (111). Track [0039] (112 Adjusting the retaining wall [0040] (113). Limiting device form number A0101 Page 10 of 20 M379268 [0041] (113A). Spring [0042] (113B). Fixed column [0043] (115) .First jack [0044] (116). Second jack [0045] (117). Third jack [0046] (118). Fourth jack [0047] (119). Piercing [0048] ( 12). End wall [0049] (1 21). Perforation [0050] (122). Conductive sheet [0051] (122A) · Conductive sheet [0052] (13). First side wall [0053] (131). First pin [0054] (132). Second pin [0055] (14). Second side wall [0056] (141). First pin [0057] (142). Second pin [0058] (1 6). Activity combining group [0059] (15) · Activity binding group form No. A0101 Page 11 of 20 [0060] M379268 [0061] (A1). Battery (A2). Battery (B). Space Form No. A0101 Page 12 of 20