JP2019206321A - Power battery combination device - Google Patents

Power battery combination device Download PDF

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JP2019206321A
JP2019206321A JP2018117487A JP2018117487A JP2019206321A JP 2019206321 A JP2019206321 A JP 2019206321A JP 2018117487 A JP2018117487 A JP 2018117487A JP 2018117487 A JP2018117487 A JP 2018117487A JP 2019206321 A JP2019206321 A JP 2019206321A
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housing
slide
power
end surface
screw bolt
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JP6561238B1 (en
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張波
Bo Zhang
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Haining Jinxin Bearing Co Ltd
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Haining Jinxin Bearing Co Ltd
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    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
    • H01M50/00—Constructional details or processes of manufacture of the non-active parts of electrochemical cells other than fuel cells, e.g. hybrid cells
    • H01M50/20—Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02E60/10—Energy storage using batteries

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  • Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Electrochemistry (AREA)
  • General Chemical & Material Sciences (AREA)
  • Arrangement Or Mounting Of Propulsion Units For Vehicles (AREA)
  • Battery Mounting, Suspending (AREA)

Abstract

To provide an intelligent power battery combination device.SOLUTION: The power battery combination device includes a packed enclosure arranged at a top part of a new energy vehicle body and a battery body mounted on the packed enclosure by locking. A guide enclosure is arranged at an inner wall at the left side of the packed enclosure, and a guide lever that extends vertically is fixedly arranged in the guide enclosure. A mold lifting plate is slidably and engagedly mounted in the guide enclosure, and the mold lifting plate is inserted into the packed enclosure and also slidably and engagedly connected to the packed enclosure. In the guide enclosure is arranged a first screw bolt engaged with and connected to the mold lifting plate by a screw. A terminal of a bottom part of the first screw bolt is rotationally and engagedly connected to an inner bottom wall of the guide enclosure, and a terminal of a top part of the first screw bolt is fixedly connected to a first rotary shaft. In the new energy vehicle body above the guide enclosure is arranged a power enclosure, and the first rotary shaft is rotationally arranged between the power enclosure and the guide enclosure.SELECTED DRAWING: Figure 1

Description

本発明はパワーバッテリーコンビ技術分野に関し、具体的には知能的パワーバッテリーコンビ装置に関する。   The present invention relates to the field of power battery combination technology, and more particularly to an intelligent power battery combination device.

目の前に、新エネルギー自動車の使用が多くて、その中の蓄電池は頻繁な変更または解体充電が必要である。伝統的な新エネルギー自動車の中にある蓄電池は直接に新エネルギー自動車の溝に取付けられるため、手動に取り出すことには骨が折れ、更に、新エネルギーを長時間に渡って使用すると、溝に変形または埃などの顆粒物の進入によって、蓄電池が引っ掛られて取り出すことが難しくなり、また、伝統的な蓄電池のコネクターを手動に接続しなければならなく、使用が不便である。   In front of the eyes, there are many uses of new energy vehicles, and the storage batteries in them need to be frequently changed or dismantled. Storage batteries in traditional new energy vehicles can be installed directly into the grooves of new energy vehicles, so it is difficult to remove them manually, and when new energy is used for a long time, they become deformed into grooves. Or the entry of granules such as dust makes it difficult for the storage battery to be caught and removed, and the connector of the traditional storage battery must be manually connected, which is inconvenient to use.

中国特許出願公開第102769118号明細書Chinese Patent Application No. 102769118

本発明の目的は上記の背景技術に提出された問題を解決するための知能的パワーバッテリーコンビ装置を提供することにある。   It is an object of the present invention to provide an intelligent power battery combination device for solving the problems submitted to the background art described above.

本発明の知能的パワーバッテリーコンビ装置は、新エネルギー車体の頂部に設置される詰込筐体と前記詰込筐体にロッキングで取付けられるバッテリー体を含み、前記詰込筐体の左側の内壁にガイド筐体が設置され、前記ガイド筐体の中に上下に伸長するガイドレバーが固定に設置され、前記ガイド筐体の中に型上げ板がスライドし係合し取付けられ、前記型上げ板が前記詰込筐体に挿入するかつ前記詰込筐体とスライドし係合し接続し、前記ガイド筐体の中に前記型上げ板とねじで係合し接続する第一ねじボルトが設置され、前記第一ねじボルトの底部の末端が前記ガイド筐体の内底壁と回転し係合し接続し、前記第一ねじボルトの頂部の末端が前記第一回転軸と固定に接続し、前記ガイド筐体の上側の前記新エネルギー車体に動力筐体が設置され、前記第一回転軸が前記動力筐体と前記ガイド筐体の間に回転し設置され、前記動力筐体の中にスライド台がスライドし係合し取付けられ、前記スライド台の底部の端面に第一電機が固定に設置され、前記第一電機の底端にスプライン軸が動力で接続され、前記第一回転軸の頂部の端面に前記スプライン軸が挿入するスプライン筐体が設置され、前記動力筐体の内底壁にばね筐体が左右対称に設置され、前記ばね筐体の底壁に前記スライド台の底部の端面と押さえ合って係合し接続する圧縮ばねが設置され、前記動力筐体の内頂壁に接続筐体が連通し設置され、前記新エネルギー車体の頂部の端面にそれぞれ前記詰込筐体及び前記接続筐体と連通し設置されるスイッチ筐体が設置され、前記スイッチ筐体の中に前記スライド台と押さえあって係合し接続するスイッチ構造がヒンジで繋ぎ取付けられ、前記詰込筐体の内底壁にロッキングスライド筐体が左右対称に設置され、前記ロッキングスライド筐体の中に前記詰込筐体に挿入するロッキングスライド板がスライドし係合し取付けられ、前記詰込筐体に挿入する左右両側の前記ロッキングスライド板の反対に向かう側の端面にロッキングスライドブロックが固定に設置され、前記ロッキングスライド筐体の左側の内壁に第二電機が固定に設置され、前記第二電機の右端に第二ねじボルトが動力で接続され、前記第二ねじボルトが前記ロッキングスライド板とねじで係合し接続するかつ左右両側の前記ロッキングスライド筐体の間の部分と回転し係合し接続し、前記第二ねじボルトの右側の末端に送電構造が動力で接続され、前記第一電機の外部にサポート装置が設置される。 The intelligent power battery combination device of the present invention includes a stuffing case installed at the top of a new energy vehicle body and a battery body attached to the stuffing case by locking, on the left inner wall of the stuffing case. A guide housing is installed, a guide lever extending vertically is fixedly installed in the guide housing, and a mold raising plate is slidably engaged and attached in the guide housing. A first screw bolt that is inserted into the stuffing housing and is slidably engaged with and connected to the stuffing housing, and is engaged with and connected to the mold raising plate in the guide housing, is installed, The bottom end of the first screw bolt rotates and engages with the inner bottom wall of the guide housing, the top end of the first screw bolt is fixedly connected to the first rotating shaft, and the guide A power case is attached to the new energy vehicle body above the case. The first rotating shaft is rotated and installed between the power casing and the guide casing, and a slide base is slidably engaged with and attached to the power casing. The first electric machine is fixedly installed on the end face, the spline shaft is connected to the bottom end of the first electric machine by power, and the spline housing into which the spline shaft is inserted is installed on the end face of the top of the first rotating shaft, A spring housing is installed symmetrically on the inner bottom wall of the power housing, and a compression spring is installed on the bottom wall of the spring housing to engage and connect with the end surface of the bottom of the slide base, A connection housing is installed in communication with the inner top wall of the power housing, and a switch housing installed in communication with the stuffing housing and the connection housing is installed on the end surface of the top of the new energy vehicle body, The slide base and pressed into the switch housing A switch structure that is engaged and connected is hinged and attached, a locking slide casing is installed symmetrically on the inner bottom wall of the stuffing casing, and the stuffing casing is placed in the locking slide casing A locking slide plate to be inserted into the sliding slide is engaged and attached, and a locking slide block is fixedly installed on the opposite end surfaces of the locking slide plate on both the left and right sides to be inserted into the stuffing housing, and the locking slide A second electric machine is fixedly installed on the inner wall on the left side of the housing, a second screw bolt is connected to the right end of the second electric machine by power, and the second screw bolt is engaged and connected to the locking slide plate with a screw. And rotate and engage and connect with the part between the locking slide housings on both the left and right sides, and a power transmission structure is connected by power to the right end of the second screw bolt, A support device is installed outside the first electric machine.

更の技術プランとして、前記スイッチ構造が前記スイッチ筐体の左側端に設置されるアーティキュレーテッドアクスルと前記アーティキュレーテッドアクスルとヒンジで繋ぐかつ前記スイッチ筐体を塞がるスイッチ板を含み、前記スイッチ板の左側の端面に前記接続筐体に挿入する引張レバーが固定に設置され、前記スイッチ板の頂部の端面の右側に収納筐体が嵌入し設置され、前記収納筐体の中に引き輪が回転し係合し接続される。 As a further technical plan, the switch structure includes an articulated axle installed at a left end of the switch housing, a switch plate that connects the articulated axle with a hinge and closes the switch housing, A tension lever to be inserted into the connection housing is fixedly installed on the left end surface of the switch plate, a storage housing is fitted and installed on the right side of the top end surface of the switch plate, and a pull ring is installed in the storage housing. Rotate, engage and connect.

更の技術プランとして、前記送電構造が前記ロッキングスライド筐体の右側の前記新エネルギー車体の中に設置される第一伝動筐体を含み、前記第一伝動筐体と前記ロッキングスライド筐体の間に前記第二ねじボルトの右側の末端と固定に接続する第二回転軸が回転し係合し接続され、前記第二回転軸の右側の末端に第一段車が固定に設置され、前記第一伝動筐体の中に前記第一段車と噛み合う第二段車が設置され、前記第一電動筐体の直上に第二伝動筐体が設置され、前記第二伝動筐体と前記第一伝動筐体の間に底部末端が前記第二段車の頂部の端面と固定に接続する第三回転軸が回転し取付けられ、前記第三回転軸の頂部の末端に第三段車が固定に設置され、前記第二伝動筐体の中に前記第三段車と噛み合う第四段車が設置され、前記第二伝動筐体の左側に前記詰込筐体と連通し設置されるスライド筐体が設置され、前記スライド筐体の中に送電ブロックがスライドし係合し取付けられ、前記送電ブロックの右側の端面に第三ねじボルトがねじで係合し取付けられ、前記第三ねじボルトが前記スライド筐体と前記第二伝動筐体の間に回転し係合し設置されるかつ右側の末端が前記第四段車の左側の端面と固定に接続し、前記送電ブロックの左側の端面に送電穴が設置される。 As a further technical plan, the power transmission structure includes a first transmission housing that is installed in the new energy vehicle body on the right side of the rocking slide housing, and between the first transmission housing and the rocking slide housing. A second rotating shaft connected fixedly to the right end of the second screw bolt is rotated and engaged, and a first step wheel is fixedly installed at the right end of the second rotating shaft. A second gear that meshes with the first gear is installed in one transmission housing, a second transmission housing is installed immediately above the first electric housing, and the second transmission housing and the first A third rotating shaft is fixedly attached to the top end of the third rotating shaft. The third rotating shaft is fixedly connected to the end of the top of the second rotating vehicle. A fourth car that is installed and meshes with the third car in the second transmission housing; A slide housing is installed on the left side of the transmission housing to communicate with the stuffing housing, and the power transmission block is slidably engaged with and attached to the slide housing, and is attached to the right end surface of the power transmission block. A third screw bolt is engaged and attached with a screw, the third screw bolt is rotated and engaged between the slide housing and the second transmission housing, and the right end is the fourth stage. A power transmission hole is installed in the left end face of the power transmission block, fixedly connected to the left end face of the vehicle.

更の技術プランとして、前記バッテリー体の底部の端面に固定ブロックが固定に取付けられ、前記固定ブロックの底部の端面に前記ロッキングスライド筐体と相対するロッキングスライド口が左右対称に設置され、左右両側の前記ロッキングスライド口の反対に向かう側の端面に前記ロッキングスライドブロックが挿入するロッキング口が設置され、前記バッテリー体の右側の端面に前記送電穴に挿入する送電子が固定に設置される。 As a further technical plan, a fixed block is fixedly attached to an end surface of the bottom of the battery body, and a locking slide opening facing the locking slide housing is symmetrically installed on an end surface of the bottom of the fixed block. A locking port into which the locking slide block is inserted is installed on an end surface on the opposite side of the locking slide port, and an electron transmitter to be inserted into the power transmission hole is fixedly installed on the right end surface of the battery body.

更の技術プランとして、前記型上げ板の頂部の端面に前記固定ブロックとスライドし係合し接続する弾力性固定板が左右対称に固定に設置され、左右両側の前記弾性力固定板の相対する側の端面に固定子が固定に設置され、前記固定ブロックの左右両側の端面に前記固定子が挿入する固定口が対称に設置される。 As a further technical plan, an elastic fixing plate that slides, engages and connects with the fixing block on the end face of the top portion of the mold raising plate is fixed in a symmetrical manner, and the elastic force fixing plates on both the left and right sides face each other A stator is fixedly installed on the end face on the side, and fixing ports into which the stator is inserted are symmetrically installed on the left and right end faces of the fixing block.

更の技術プランとして、前記型上げ板に前記ロッキングスライド筐体と相対する貫通筐体が上下を貫通して設置される。 As a further technical plan, a penetrating housing facing the rocking slide housing is installed on the mold raising plate so as to penetrate vertically.

更の技術プランとして、左右両側の前記ロッキングスライド筐体の中の第二ねじボルトがねじで反対方向で設置される。 As a further technical plan, the second screw bolts in the rocking slide casings on the left and right sides are installed in opposite directions with screws.

更の技術プランとして、前記サポート装置が緩衝板と放熱片を含み、前記緩衝板が前記第一電機の左端と右端に設置されるかつ前記第一電機と固定に接続し、前記放熱片が前記第一電機の前端と後端に設置されるかつ前記第一電機と固定に接続する。 As a further technical plan, the support device includes a buffer plate and a heat radiating piece, the buffer plate is installed at the left end and the right end of the first electric machine and is fixedly connected to the first electric machine, and the heat radiating piece is It is installed at the front end and the rear end of the first electric machine and is fixedly connected to the first electric machine.

本発明の有益効果は：本発明は構造が簡単で、操作が便利で、詰込筐体の左側の内壁にガイド筐体が設置され、ガイド筐体の中に上下に伸長するガイドレバーが固定に設置され、ガイド筐体の中に型上げ板がスライドし係合し取付けられ、型上げ板が詰込筐体に挿入するかつ詰込筐体とスライドし係合し接続し、ガイド筐体の中に型上げ板とねじで係合し接続する第一ねじボルトが設置され、第一ねじボルトの底部の末端がガイド筐体の内底壁と回転し係合し接続し、第一ねじボルトの頂部の末端が第一回転軸と固定に接続し、ガイド筐体の上側の新エネルギー車体に動力筐体が設置され、第一回転軸が動力筐体とガイド筐体の間に回転し設置され、動力筐体の中にスライド台がスライドし係合し取付けられ、スライド台の底部の端面に第一電機が固定に設置され、第一電機の底端にスプライン軸が動力で接続され、第一回転軸の頂部の端面にスプライン軸が挿入するスプライン筐体が設置され、動力筐体の内底壁にばね筐体が左右対称に設置され、ばね筐体の底壁にスライド台の底部の端面と押さえ合って係合し接続する圧縮ばねが設置され、動力筐体の内頂壁に接続筐体が連通し設置され、新エネルギー車体の頂部の端面にそれぞれ詰込筐体及び接続筐体と連通し設置されるスイッチ筐体が設置され、スイッチ筐体の中にスライド台と押さえあって係合し接続するスイッチ構造がヒンジで繋ぎ取付けられ、詰込筐体の内底壁にロッキングスライド筐体が左右対称に設置され、ロッキングスライド筐体の中に詰込筐体に挿入するロッキングスライド板がスライドし係合し取付けられ、詰込筐体に挿入する左右両側のロッキングスライド板の反対に向かう側の端面にロッキングスライドブロックが固定に設置され、ロッキングスライド筐体の左側の内壁に第二電機が固定に設置され、第二電機の右端に第二ねじボルトが動力で接続され、第二ねじボルトがロッキングスライド板とねじで係合し接続するかつ左右両側のロッキングスライド筐体の間の部分と回転し係合し接続し、第二ねじボルトの右側の末端に送電構造が動力で接続され、これによりバッテリー体を詰込筐体にロッキング取り付けることが便利になり、ロッキング取付けの操作が簡単便利で、詰込筐体に砂などの顆粒物が入ることによってバッテリー体が押さえて取り出しにくくなることを防止でき、型上げ板によってバッテリー体を上へ押さえることで、バッテリーの取り出しがもっと便利になり、更にバッテリーの通電接続の自動化も実現でき、人工で手動に操作するのを省略し、自動化使用効率を大きく高める。 Advantages of the present invention: The present invention is simple in structure, easy to operate, a guide housing is installed on the inner wall on the left side of the packing housing, and a guide lever that extends vertically is fixed in the guide housing. The mold raising plate is slidably engaged with and attached to the guide housing, and the mold raising plate is inserted into the stuffing housing and slidably engaged with and connected to the guide housing. A first screw bolt that engages and connects with the mold raising plate is installed in the inside, and the bottom end of the first screw bolt rotates and engages and connects with the inner bottom wall of the guide housing. The top end of the bolt is fixedly connected to the first rotating shaft, the power housing is installed on the new energy vehicle body above the guide housing, and the first rotating shaft rotates between the power housing and the guide housing. Installed, the slide base slides into and engages in the power housing, and is attached to the end surface of the bottom of the slide base. The machine is fixedly installed, the spline shaft is connected to the bottom end of the first electric machine by power, the spline housing into which the spline shaft is inserted is installed on the top end surface of the first rotating shaft, and the inner bottom wall of the power housing The spring housing is installed symmetrically on the left and right, and a compression spring is installed on the bottom wall of the spring housing to press and engage with the end surface of the bottom of the slide base. Is installed on the end face of the top part of the new energy vehicle body, and a switch housing that is installed in communication with the clogging housing and connection housing is installed. The connecting switch structure is connected by hinges, the locking slide housing is installed symmetrically on the inner bottom wall of the stuffing housing, and the locking slide plate to be inserted into the stuffing housing is inside the locking slide housing. Slide and engage The locking slide block is fixedly installed on the opposite end surfaces of the right and left locking slide plates to be inserted into the packing housing, and the second electric machine is fixedly installed on the left inner wall of the locking slide housing. The second screw bolt is connected by power to the right end of the two electric machines, and the second screw bolt engages and connects with the locking slide plate with screws and rotates and engages and connects with the part between the left and right locking slide housings. Then, the power transmission structure is connected to the right end of the second screw bolt by power, which makes it convenient to lock the battery body to the stuffing case, making the operation of the locking attachment easy and convenient. It is possible to prevent the battery body from being pressed and difficult to remove due to sand or other granular material entering it. The battery can be taken out more conveniently, and the battery can be connected automatically. This eliminates the need for manual operation and greatly increases the efficiency of automation.

図1は本発明の知能的パワーバッテリーコンビ装置の外部総体構造概略図である。FIG. 1 is a schematic diagram of an external overall structure of an intelligent power battery combination device of the present invention. 図2は本発明の知能的パワーバッテリーコンビ装置の内部総体構造概略図である。FIG. 2 is a schematic diagram of the internal overall structure of the intelligent power battery combination device of the present invention. 図3は本発明の第一スライドブロックの左視点画像である。FIG. 3 is a left viewpoint image of the first slide block of the present invention. 図4は本発明の図1の右視点構造概略図である。FIG. 4 is a schematic diagram of the right viewpoint structure of FIG. 1 of the present invention.

下記に図1〜4を合わせて本発明について詳しく説明する。 The present invention will be described in detail below with reference to FIGS.

図1〜4を参照し、本発明の実施例の知能的パワーバッテリーコンビ装置は、新エネルギー車体10の頂部に設置される詰込筐体11と前記詰込筐体11にロッキングで取付けられるバッテリー体35を含み、前記詰込筐体11の左側の内壁にガイド筐体27が設置され、前記ガイド筐体27の中に上下に伸長するガイドレバー25が固定に設置され、前記ガイド筐体27の中に型上げ板17がスライドし係合し取付けられ、前記型上げ板17が前記詰込筐体11に挿入するかつ前記詰込筐体11とスライドし係合し接続し、前記ガイド筐体27の中に前記型上げ板17とねじで係合し接続する第一ねじボルト26が設置され、前記第一ねじボルト26の底部の末端が前記ガイド筐体27の内底壁と回転し係合し接続し、前記第一ねじボルト26の頂部の末端が前記第一回転軸54と固定に接続し、前記ガイド筐体27の上側の前記新エネルギー車体10に動力筐体58が設置され、前記第一回転軸54が前記動力筐体58と前記ガイド筐体27の間に回転し設置され、前記動力筐体58の中にスライド台31がスライドし係合し取付けられ、前記スライド台31の底部の端面に第一電機52が固定に設置され、前記第一電機52の底端にスプライン軸53が動力で接続され、前記第一回転軸54の頂部の端面に前記スプライン軸53が挿入するスプライン筐体55が設置され、前記動力筐体58の内底壁にばね筐体56が左右対称に設置され、前記ばね筐体56の底壁に前記スライド台31の底部の端面と押さえ合って係合し接続する圧縮ばね57が設置され、前記動力筐体58の内頂壁に接続筐体32が連通し設置され、前記新エネルギー車体10の頂部の端面にそれぞれ前記詰込筐体11及び前記接続筐体32と連通し設置されるスイッチ筐体39が設置され、前記スイッチ筐体39の中に前記スライド台31と押さえあって係合し接続するスイッチ構造がヒンジで繋ぎ取付けられ、前記詰込筐体11の内底壁にロッキングスライド筐体16が左右対称に設置され、前記ロッキングスライド筐体16の中に前記詰込筐体11に挿入するロッキングスライド板15がスライドし係合し取付けられ、前記詰込筐体11に挿入する左右両側の前記ロッキングスライド板15の反対に向かう側の端面にロッキングスライドブロック13が固定に設置され、前記ロッキングスライド筐体16の左側の内壁に第二電機22が固定に設置され、前記第二電機22の右端に第二ねじボルト18が動力で接続され、前記第二ねじボルト18が前記ロッキングスライド板15とねじで係合し接続するかつ左右両側の前記ロッキングスライド筐体16の間の部分と回転し係合し接続し、前記第二ねじボルト18の右側の末端に送電構造が動力で接続され、前記第一電機52の外部にサポート装置が設置される。 1 to 4, an intelligent power battery combination device according to an embodiment of the present invention includes a stuffing case 11 installed at the top of a new energy vehicle body 10 and a battery attached to the stuffing case 11 by locking. A guide housing 27 is installed on the left inner wall of the stuffing housing 11, and a guide lever 25 extending vertically is fixedly installed in the guide housing 27. The mold raising plate 17 is slidably engaged with and attached to the guide housing, and the mold raising plate 17 is inserted into the stuffing housing 11 and slidably engaged with and connected to the stuffing housing 11, and the guide housing A first screw bolt 26 is installed in the body 27 to be engaged with and connected to the mold raising plate 17 with a screw, and the bottom end of the first screw bolt 26 rotates with the inner bottom wall of the guide housing 27. Engaging and connecting, the top end of the first screw bolt 26 is fixedly connected to the first rotating shaft 54, and A power casing 58 is installed on the new energy vehicle body 10 on the upper side of the id casing 27, and the first rotating shaft 54 is rotated and installed between the power casing 58 and the guide casing 27. A slide base 31 is slidably engaged with and attached to the body 58, the first electric machine 52 is fixedly installed on the end surface of the bottom part of the slide base 31, and the spline shaft 53 is driven by the bottom end of the first electric machine 52. The spline housing 55 into which the spline shaft 53 is inserted is installed on the top end surface of the first rotary shaft 54, and the spring housing 56 is installed symmetrically on the inner bottom wall of the power housing 58. A compression spring 57 is installed on the bottom wall of the spring housing 56 so as to press and engage with the end surface of the bottom of the slide base 31, and the connection housing 32 communicates with the inner top wall of the power housing 58. Installed on the end face of the top part of the new energy vehicle body 10, respectively. A switch housing 39 that is installed in communication is installed, and a switch structure that is pressed and engaged with and connected to the slide base 31 in the switch housing 39 is connected by a hinge, and the switch housing 39 A locking slide casing 16 is installed symmetrically on the inner bottom wall, and a locking slide plate 15 to be inserted into the stuffing casing 11 is slidably engaged and attached in the locking slide casing 16, A locking slide block 13 is fixedly installed on the opposite end surfaces of the right and left locking slide plates 15 to be inserted into the housing 11, and the second electric machine 22 is fixed to the left inner wall of the locking slide housing 16. The second screw bolt 18 is connected to the right end of the second electric machine 22 by power, and the second screw bolt 18 is engaged with and connected to the locking slide plate 15 by screws, and the left and right locks The power transmission structure is connected to the right end of the second screw bolt 18 by power, and a support device is installed outside the first electric machine 52. The

有益なまた例を示すように、前記スイッチ構造が前記スイッチ筐体39の左側端に設置されるアーティキュレーテッドアクスル34と前記アーティキュレーテッドアクスル34とヒンジで繋ぐかつ前記スイッチ筐体39を塞がるスイッチ板36を含み、前記スイッチ板36の左側の端面に前記接続筐体32に挿入する引張レバー33が固定に設置され、前記スイッチ板36の頂部の端面の右側に収納筐体38が嵌入し設置され、前記収納筐体38の中に引き輪37が回転し係合し接続され、これにより前記詰込筐体11を塞がることやスライド第31を抑えることに便利を与える。 As a useful example, the switch structure is connected to the articulated axle 34 installed at the left end of the switch housing 39, the articulated axle 34 with a hinge, and the switch housing 39 is connected to the switch housing 39. The switch lever 36 includes a switch plate 36 to be closed, and a tension lever 33 to be inserted into the connection housing 32 is fixedly installed on the left end surface of the switch plate 36, and a storage housing 38 is fitted on the right side of the top end surface of the switch plate 36. The pulling wheel 37 rotates and engages and is connected to the storage housing 38, which is convenient for blocking the stuffing housing 11 and suppressing the slide 31st.

有益なまた例を示すように、前記送電構造が前記ロッキングスライド筐体16の右側の前記新エネルギー車体10の中に設置される第一伝動筐体72を含み、前記第一伝動筐体72と前記ロッキングスライド筐体16の間に前記第二ねじボルト18の右側の末端と固定に接続する第二回転軸12が回転し係合し接続され、前記第二回転軸12の右側の末端に第一段車73が固定に設置され、前記第一伝動筐体72の中に前記第一段車73と噛み合う第二段車71が設置され、前記第一電動筐体72の直上に第二伝動筐体66が設置され、前記第二伝動筐体66と前記第一伝動筐体72の間に底部末端が前記第二段車71の頂部の端面と固定に接続する第三回転軸68が回転し取付けられ、前記第三回転軸68の頂部の末端に第三段車67が固定に設置され、前記第二伝動筐体66の中に前記第三段車67と噛み合う第四段車65が設置され、前記第二伝動筐体66の左側に前記詰込筐体11と連通し設置されるスライド筐体63が設置され、前記スライド筐体63の中に送電ブロック62がスライドし係合し取付けられ、前記送電ブロック62の右側の端面に第三ねじボルト64がねじで係合し取付けられ、前記第三ねじボルト64が前記スライド筐体63と前記第二伝動筐体66の間に回転し係合し設置されるかつ右側の末端が前記第四段車65の左側の端面と固定に接続し、前記送電ブロック62の左側の端面に送電穴61が設置され、これにより前記バッテリー体と自動的に通電し接続することに便利を与える。 As a beneficial example, the power transmission structure includes a first transmission housing 72 installed in the new energy vehicle body 10 on the right side of the rocking slide housing 16, and the first transmission housing 72 and A second rotary shaft 12 fixedly connected to the right end of the second screw bolt 18 rotates and engages between the locking slide housing 16 and is connected to the right end of the second rotary shaft 12. A first-stage vehicle 73 is fixedly installed, a second-stage vehicle 71 that meshes with the first-stage vehicle 73 is installed in the first transmission housing 72, and a second transmission is directly above the first electric housing 72. A casing 66 is installed, and a third rotating shaft 68 that rotates between the second transmission casing 66 and the first transmission casing 72 and whose bottom end is fixedly connected to the top end surface of the second step wheel 71 rotates. The third stage 67 is fixedly installed at the top end of the third rotating shaft 68, and the third stage 67 and the second transmission case 66 are A mating fourth-stage vehicle 65 is installed, a slide housing 63 that is installed in communication with the stuffing housing 11 is installed on the left side of the second transmission housing 66, and power is transmitted into the slide housing 63. The block 62 is slidably engaged and attached, and a third screw bolt 64 is engaged and attached to the right end surface of the power transmission block 62 with a screw. The third screw bolt 64 is connected to the slide housing 63 and the second housing. The right end is fixedly connected to the left end surface of the fourth step wheel 65 and the power transmission hole 61 is installed in the left end surface of the power transmission block 62. This provides convenience in automatically energizing and connecting to the battery body.

有益なまた例を示すように、前記バッテリー体35の底部の端面に固定ブロック19が固定に取付けられ、前記固定ブロック19の底部の端面に前記ロッキングスライド筐体16と相対するロッキングスライド口43が左右対称に設置され、左右両側の前記ロッキングスライド口43の反対に向かう側の端面に前記ロッキングスライドブロック13が挿入するロッキング口14が設置され、前記バッテリー体35の右側の端面に前記送電穴61に挿入する送電子42が固定に設置され、これにより前記バッテリー体35に行う通電接続及びロッキング取付けに便利を与える。 As a beneficial example, a fixed block 19 is fixedly attached to an end surface of the bottom of the battery body 35, and a locking slide port 43 facing the locking slide housing 16 is provided on an end surface of the bottom of the fixed block 19. The locking hole 14 into which the locking slide block 13 is inserted is installed on the opposite end surfaces of the left and right sides of the locking slide port 43, and the power transmission hole 61 is formed on the right end surface of the battery body 35. The electron feeder 42 to be inserted into the battery is fixedly installed, thereby providing convenience for energization connection and locking attachment to the battery body 35.

有益なまた例を示すように、前記型上げ板17の頂部の端面に前記固定ブロック19とスライドし係合し接続する弾力性固定板23が左右対称に固定に設置され、左右両側の前記弾性力固定板23の相対する側の端面に固定子24が固定に設置され、前記固定ブロック19の左右両側の端面に前記固定子24が挿入する固定口41が対称に設置され、これにより前記バッテリー体35の取付け安定性を増加する。 As shown in a useful example, an elastic fixing plate 23 that slides into engagement with and connects to the fixing block 19 is connected to the end surface of the top portion of the mold raising plate 17 so as to be symmetrically fixed. The stator 24 is fixedly installed on the opposite end surfaces of the force fixing plate 23, and the fixing ports 41 into which the stator 24 is inserted are symmetrically installed on the left and right end surfaces of the fixing block 19, whereby the battery Increase the mounting stability of the body 35.

有益なまた例を示すように、前記型上げ板17に前記ロッキングスライド筐体16と相対する貫通筐体20が上下を貫通して設置され、これにより前記ロッキングスライド板15が前記ロッキングスライド口43に挿入するが便利になる。 As shown in a useful example, a penetrating housing 20 opposite to the rocking slide housing 16 is installed on the mold raising plate 17 so as to penetrate vertically, so that the rocking slide plate 15 is connected to the rocking slide port 43. It becomes convenient to insert into.

有益なまた例を示すように、左右両側の前記ロッキングスライド筐体16の中の第二ねじボルト18がねじで反対方向で設置され、これにより左右両側の前記ロッキングスライド板15を相対または反対の方向へスライドさせる。 As a useful example, the second screw bolts 18 in the locking slide housings 16 on the left and right sides are installed in opposite directions with screws, thereby making the locking slide plates 15 on the left and right sides relative or opposite. Slide in the direction.

有益なまた例を示すように、前記サポート装置が緩衝板81と放熱片82を含み、前記緩衝板81が前記第一電機52の左端と右端に設置されるかつ前記第一電機52と固定に接続し、前記放熱片82が前記第一電機52の前端と後端に設置されるかつ前記第一電機52と固定に接続し、前記放熱片82が前記第一電機52が運行する時に生じる熱量を吸収して発散し、前記緩衝板81が前記第一電機52が運行する時に生じる震動力を減少し、これにより前記第一電機52が運行する時に生じる震動力の過大による本装置の揺れを防止する。   As a useful example, the support device includes a buffer plate 81 and a heat dissipating piece 82, and the buffer plate 81 is installed at the left end and the right end of the first electric machine 52 and fixed to the first electric machine 52. The amount of heat generated when the heat radiating piece 82 is installed at the front end and the rear end of the first electric machine 52 and fixedly connected to the first electric machine 52, and the heat radiating piece 82 operates the first electric machine 52. The buffer plate 81 reduces the seismic power generated when the first electric machine 52 is operated, thereby reducing the vibration of the apparatus due to the excessive seismic power generated when the first electric machine 52 is operated. To prevent.

バッテリー体35を取り出す時、引き輪37を引くことによってスイッチ板36を手動に引き起こし、引き起こす時に引張レバー33が下へ回転するかつスライド台31を圧縮ばね57の圧力を抵抗して下へスライドさせ、この時に、スプライン軸53が完全にスプライン筐体55に挿入し、第二電機22を起動し、第二ねじボルト18を回転させることによって左右両側のロッキングスライド板15を相対方向へスライドさせた後でロッキングスライドブロック13がロッキング口14から完全に離脱し、同時に、第二ねじボルト18の回転によって送電ブロック62を右へスライドして送電子42との接触から完全に離脱させ、この時に、第一電機52を起動することによって第一ねじボルト26を回転させ、第一ねじボルト26によって型上げ板17をガイド筐体27の一番頂端へスライドさせ、それから、手動にバッテリー体35を上へ引いたら取り出せる When the battery body 35 is taken out, the switch plate 36 is manually triggered by pulling the pulling ring 37, and when it is raised, the tension lever 33 rotates downward and the slide base 31 is slid downward while resisting the pressure of the compression spring 57. At this time, the spline shaft 53 is completely inserted into the spline housing 55, the second electric machine 22 is started, and the second screw bolt 18 is rotated to slide the left and right locking slide plates 15 in the relative directions. Later, the locking slide block 13 is completely detached from the locking port 14, and at the same time, the power transmission block 62 is slid to the right by the rotation of the second screw bolt 18 to completely disengage from the contact with the electron transmission 42. The first screw bolt 26 is rotated by starting the first electric machine 52, the mold raising plate 17 is slid to the top end of the guide housing 27 by the first screw bolt 26, Rekara, taken out once a manual to pull the battery 35 to the top

本発明はパワーバッテリーコンビ技術分野に関し、具体的にはパワーバッテリーコンビ装置に関する。 The present invention relates to the technical field of power battery combination, and more particularly to a power battery combination device .

目の前に、新エネルギー自動車の使用が多くて、その中の蓄電池は頻繁な変更または解体充電が必要である。伝統的な新エネルギー自動車の中にある蓄電池は直接に新エネルギー自動車の溝に取付けられるため、手動に取り出すことには骨が折れ、更に、新エネルギーを長時間に渡って使用すると、溝に変形または埃などの顆粒物の進入によって、蓄電池が引っ掛られて取り出すことが難しくなり、また、伝統的な蓄電池のコネクターを手動に接続しなければならなく、使用が不便である。   In front of the eyes, there are many uses of new energy vehicles, and the storage batteries in them need to be frequently changed or dismantled. Storage batteries in traditional new energy vehicles can be installed directly into the grooves of new energy vehicles, so it is difficult to remove them manually, and when new energy is used for a long time, they become deformed into grooves. Or the entry of granules such as dust makes it difficult for the storage battery to be caught and removed, and the connector of the traditional storage battery must be manually connected, which is inconvenient to use.

中国特許出願公開第102769118号明細書Chinese Patent Application No. 102769118

本発明の目的は上記の背景技術に提出された問題を解決するためのパワーバッテリーコンビ装置を提供することにある。 An object of the present invention is to provide a power battery combination device for solving the problems submitted to the background art described above.

本発明のパワーバッテリーコンビ装置は、新エネルギー車体の頂部に設置される詰込筐体と前記詰込筐体にロッキングで取付けられるバッテリー体を含み、前記詰込筐体の左側の内壁にガイド筐体が設置され、前記ガイド筐体の中に上下に伸長するガイドレバーが固定的に設置され、前記ガイド筐体の中に型上げ板がスライドし係合し取付けられ、前記型上げ板が前記詰込筐体に挿入され、かつ前記詰込筐体とスライドし係合し接続し、前記ガイド筐体の中に前記型上げ板とねじで係合し接続する第一ねじボルトが設置され、前記第一ねじボルトの底部の末端が前記ガイド筐体の内底壁と回転し係合し接続し、前記第一ねじボルトの頂部の末端が第一回転軸と固定的に接続し、前記ガイド筐体の上側の前記新エネルギー車体に動力筐体が設置され、前記第一回転軸が前記動力筐体と前記ガイド筐体の間に回転し設置され、前記動力筐体の中にスライド台がスライドし係合し取付けられ、前記スライド台の底部の端面に第一電機が固定的に設置され、前記第一電機の底端にスプライン軸が動力が伝達できるように接続され、前記第一回転軸の頂部の端面に前記スプライン軸が挿入されるスプライン筐体が設置され、前記動力筐体の内底壁にばね筐体が左右対称に設置され、前記ばね筐体の底壁に前記スライド台の底部の端面と押さえ合って係合し接続する圧縮ばねが設置され、前記動力筐体の内頂壁に接続筐体が連通し設置され、前記新エネルギー車体の頂部の端面にそれぞれ前記詰込筐体及び前記接続筐体と連通し設置されるスイッチ筐体が設置され、前記スイッチ筐体の中に前記スライド台と押さえあって係合し接続するスイッチ構造がヒンジで繋ぎ取付けられ、前記詰込筐体の内底壁にロッキングスライド筐体が左右対称に設置され、前記ロッキングスライド筐体の中に前記詰込筐体に挿入するロッキングスライド板がスライドし係合し取付けられ、前記詰込筐体に挿入する左右両側の前記ロッキングスライド板の反対に向かう側の端面にロッキングスライドブロックが固定的に設置され、前記ロッキングスライド筐体の左側の内壁に第二電機が固定的に設置され、前記第二電機の右端に第二ねじボルトが動力が伝達できるように接続され、前記第二ねじボルトが前記ロッキングスライド板とねじで係合し接続され、かつ左右両側の前記ロッキングスライド筐体の間の部分と回転し係合し接続し、前記第二ねじボルトの右側の末端に送電構造が動力が伝達できるように接続され、前記第一電機の外部にサポート装置が設置される。 The power battery combination device of the present invention includes a stuffing housing installed on the top of a new energy vehicle body and a battery body attached to the stuffing housing by locking, and a guide housing is provided on the left inner wall of the stuffing housing. A body is installed, and a guide lever extending vertically is fixedly installed in the guide housing, and a mold raising plate is slidably engaged and attached in the guide housing. A first screw bolt that is inserted into the stuffing housing and is slidably engaged with and connected to the stuffing housing, and is engaged with and connected to the mold raising plate in the guide housing by a screw; The end of the bottom of the first screw bolt rotates and engages with the inner bottom wall of the guide housing, the end of the top of the first screw bolt is fixedly connected to the first rotating shaft, and the guide A power case is installed on the new energy body above the case. The first rotating shaft is rotated and installed between the power casing and the guide casing, and a slide base is slidably engaged with and attached to the power casing. A spline housing in which the first electric machine is fixedly connected, the spline shaft is connected to the bottom end of the first electric machine so that power can be transmitted , and the spline shaft is inserted into the top end surface of the first rotating shaft. A compression spring in which a body is installed, a spring housing is installed symmetrically on the inner bottom wall of the power housing, and engages and connects to the bottom wall of the spring housing by pressing against the end surface of the bottom of the slide base A switch housing that is installed in communication with the inner top wall of the power housing, and that is installed in communication with the clogging housing and the connection housing on the top end surface of the new energy vehicle body, respectively. A body is installed, and the switch housing A switch structure that engages and connects with a ride base is connected by a hinge, a locking slide casing is installed symmetrically on the inner bottom wall of the stuffing casing, The locking slide plate to be inserted into the stuffing housing slides and engages and is mounted, and the locking slide block is fixedly installed on the opposite end surfaces of the left and right sides of the locking slide plate to be inserted into the stuffing housing. A second electric machine is fixedly installed on the left inner wall of the rocking slide housing, and a second screw bolt is connected to the right end of the second electric machine so that power can be transmitted. Engaged with and connected to the locking slide plate with screws, and rotated and engaged with and connected to the portions between the locking slide housings on the left and right sides of the second screw bolt. A power transmission structure is connected to the right end so that power can be transmitted , and a support device is installed outside the first electric machine.

更の技術プランとして、前記スイッチ構造が前記スイッチ筐体の左側端に設置されるアーティキュレーテッドアクスルと前記アーティキュレーテッドアクスルとヒンジで繋ぐかつ前記スイッチ筐体を塞ぐスイッチ板を含み、前記スイッチ板の左側の端面に前記接続筐体に挿入する引張レバーが固定的に設置され、前記スイッチ板の頂部の端面の右側に収納筐体が嵌入し設置され、前記収納筐体の中に引き輪が回転し係合し接続される。 As a further technical plan, the switch structure includes an articulated axle installed at a left end of the switch casing, a switch plate that connects the articulated axle with a hinge and closes the switch casing, A tension lever that is inserted into the connection housing is fixedly installed on the left end surface of the switch plate, and a storage housing is fitted and installed on the right side of the top end surface of the switch plate, and is pulled into the storage housing. The wheels rotate and engage and connect.

更の技術プランとして、前記送電構造が前記ロッキングスライド筐体の右側の前記新エネルギー車体の中に設置される第一伝動筐体を含み、前記第一伝動筐体と前記ロッキングスライド筐体の間に前記第二ねじボルトの右側の末端と固定的に接続する第二回転軸が回転し係合し接続され、前記第二回転軸の右側の末端に第一段車が固定的に設置され、前記第一伝動筐体の中に前記第一段車と噛み合う第二段車が設置され、前記第一電動筐体の直上に第二伝動筐体が設置され、前記第二伝動筐体と前記第一伝動筐体の間に底部末端が前記第二段車の頂部の端面と固定的に接続する第三回転軸が回転し取付けられ、前記第三回転軸の頂部の末端に第三段車が固定的に設置され、前記第二伝動筐体の中に前記第三段車と噛み合う第四段車が設置され、前記第二伝動筐体の左側に前記詰込筐体と連通し設置されるスライド筐体が設置され、前記スライド筐体の中に送電ブロックがスライドし係合し取付けられ、前記送電ブロックの右側の端面に第三ねじボルトがねじで係合し取付けられ、前記第三ねじボルトが前記スライド筐体と前記第二伝動筐体の間に回転し係合し設置され、かつ右側の末端が前記第四段車の左側の端面と固定的に接続し、前記送電ブロックの左側の端面に送電穴が設置される。 As a further technical plan, the power transmission structure includes a first transmission housing that is installed in the new energy vehicle body on the right side of the rocking slide housing, and between the first transmission housing and the rocking slide housing. A second rotating shaft fixedly connected to the right end of the second screw bolt is rotated and engaged and connected, and a first step wheel is fixedly installed at the right end of the second rotating shaft, A second gear that meshes with the first gear is installed in the first transmission housing, a second transmission housing is installed immediately above the first electric housing, and the second transmission housing and the A third rotating shaft, whose bottom end is fixedly connected to the end surface of the top of the second step car, is rotatably mounted between the first transmission housings, and the third step wheel is attached to the top end of the third rotating shaft. There is fixedly installed, a fourth stage wheel that meshes with the third-stage wheel in the second transmission housing is installed A slide housing that is installed in communication with the stuffing housing is installed on the left side of the second transmission housing, and a power transmission block is slidably engaged and attached in the slide housing. third screw bolt on the end face of the attached engagement with a screw, said third screw bolt is rotated to engage Installation between the sliding housing and the second transmission housing, and the right end is A power transmission hole is installed in the left end face of the power transmission block, which is fixedly connected to the left end face of the fourth stage car.

更の技術プランとして、前記バッテリー体の底部の端面に固定ブロックが固定的に取付けられ、前記固定ブロックの底部の端面に前記ロッキングスライド筐体と相対するロッキングスライド口が左右対称に設置され、左右両側の前記ロッキングスライド口の反対に向かう側の端面に前記ロッキングスライドブロックが挿入されるロッキング口が設置され、前記バッテリー体の右側の端面に前記送電穴に挿入する送電子が固定的に設置される。 As a further technical plan, a fixed block is fixedly attached to the end surface of the bottom portion of the battery body, and a locking slide port facing the locking slide housing is installed symmetrically on the end surface of the bottom portion of the fixed block. A locking port into which the locking slide block is inserted is installed on the opposite end surface of the locking slide port on both sides, and an electron transmitter to be inserted into the power transmission hole is fixedly installed on the right end surface of the battery body. The

更の技術プランとして、前記型上げ板の頂部の端面に前記固定ブロックとスライドし係合し接続する弾力性固定板が左右対称に固定的に設置され、左右両側の前記弾性力固定板の相対する側の端面に固定子が固定的に設置され、前記固定ブロックの左右両側の端面に前記固定子が挿入される固定口が対称に設置される。 As a further technical plan, an elastic fixing plate that slides, engages and connects with the fixing block is fixed to the end face of the top portion of the mold raising plate in a symmetrical manner. The stator is fixedly installed on the end surface on the side to be fixed, and the fixing ports into which the stator is inserted are symmetrically installed on the left and right end surfaces of the fixing block.

更の技術プランとして、前記型上げ板に前記ロッキングスライド筐体と相対する貫通筐体が上下を貫通して設置される。 As a further technical plan, a penetrating housing facing the rocking slide housing is installed on the mold raising plate so as to penetrate vertically.

更の技術プランとして、左右両側の前記ロッキングスライド筐体の中の第二ねじボルトがねじで反対方向で設置される。 As a further technical plan, the second screw bolts in the rocking slide casings on the left and right sides are installed in opposite directions with screws.

更の技術プランとして、前記サポート装置が緩衝板と放熱片を含み、前記緩衝板が前記第一電機の左端と右端に設置され、かつ前記第一電機と固定的に接続し、前記放熱片が前記第一電機の前端と後端に設置され、かつ前記第一電機と固定的に接続する。 As a further technical plan, the support device includes a buffer plate and a heat radiating piece, the buffer plate is installed at the left end and the right end of the first electric machine, and is fixedly connected to the first electric machine, and the heat radiating piece is It is installed at the front end and the rear end of the first electric machine, and is fixedly connected to the first electric machine.

本発明の有益効果は：本発明は構造が簡単で、操作が便利で、詰込筐体の左側の内壁にガイド筐体が設置され、ガイド筐体の中に上下に伸長するガイドレバーが固定的に設置され、ガイド筐体の中に型上げ板がスライドし係合し取付けられ、型上げ板が詰込筐体に挿入するかつ詰込筐体とスライドし係合し接続し、ガイド筐体の中に型上げ板とねじで係合し接続する第一ねじボルトが設置され、第一ねじボルトの底部の末端がガイド筐体の内底壁と回転し係合し接続し、第一ねじボルトの頂部の末端が第一回転軸と固定的に接続し、ガイド筐体の上側の新エネルギー車体に動力筐体が設置され、第一回転軸が動力筐体とガイド筐体の間に回転し設置され、動力筐体の中にスライド台がスライドし係合し取付けられ、スライド台の底部の端面に第一電機が固定的に設置され、第一電機の底端にスプライン軸が動力が伝達できるように接続され、第一回転軸の頂部の端面にスプライン軸が挿入されるスプライン筐体が設置され、動力筐体の内底壁にばね筐体が左右対称に設置され、ばね筐体の底壁にスライド台の底部の端面と押さえ合って係合し接続する圧縮ばねが設置され、動力筐体の内頂壁に接続筐体が連通し設置され、新エネルギー車体の頂部の端面にそれぞれ詰込筐体及び接続筐体と連通し設置されるスイッチ筐体が設置され、スイッチ筐体の中にスライド台と押さえあって係合し接続するスイッチ構造がヒンジで繋ぎ取付けられ、詰込筐体の内底壁にロッキングスライド筐体が左右対称に設置され、ロッキングスライド筐体の中に詰込筐体に挿入するロッキングスライド板がスライドし係合し取付けられ、詰込筐体に挿入する左右両側のロッキングスライド板の反対に向かう側の端面にロッキングスライドブロックが固定的に設置され、ロッキングスライド筐体の左側の内壁に第二電機が固定的に設置され、第二電機の右端に第二ねじボルトが動力が伝達できるように接続され、第二ねじボルトがロッキングスライド板とねじで係合し接続され、かつ左右両側のロッキングスライド筐体の間の部分と回転し係合し接続し、第二ねじボルトの右側の末端に送電構造が動力が伝達できるように接続され、これによりバッテリー体を詰込筐体にロッキング取り付けることが便利になり、ロッキング取付けの操作が簡単便利で、詰込筐体に砂などの顆粒物が入ることによってバッテリー体が押さえて取り出しにくくなることを防止でき、型上げ板によってバッテリー体を上へ押さえることで、バッテリーの取り出しがもっと便利になり、更にバッテリーの通電接続の自動化も実現でき、人工で手動に操作するのを省略し、自動化使用効率を大きく高める。 Advantages of the present invention: The present invention is simple in structure, easy to operate, a guide housing is installed on the inner wall on the left side of the packing housing, and a guide lever that extends vertically is fixed in the guide housing. The mold raising plate is slidably engaged with and attached to the guide housing, and the mold raising plate is inserted into the stuffing housing and slidably engaged with and connected to the guide housing. A first screw bolt that engages and connects with the mold raising plate with a screw is installed in the body, and a bottom end of the first screw bolt rotates and engages and connects with the inner bottom wall of the guide housing. The top end of the screw bolt is fixedly connected to the first rotating shaft, the power housing is installed on the new energy vehicle body above the guide housing, and the first rotating shaft is located between the power housing and the guide housing. Rotating and installed, the slide base slides into and engages in the power housing, and is attached to the end face of the bottom One electric machine is installed fixedly, the spline shaft at the bottom end of the first electrical machine is connected to the power that can be transmitted, a spline housing in which the spline shaft is inserted is disposed on the end face of the top of the first rotary shaft, A spring casing is installed symmetrically on the inner bottom wall of the power casing, and a compression spring is installed on the bottom wall of the spring casing to engage and connect with the end face of the bottom of the slide base. A connection housing is installed in communication with the inner top wall, and a switch housing that is installed in communication with the clogging housing and connection housing is installed on the end face of the top part of the new energy vehicle body, and slides into the switch housing. The switch structure that engages and connects with the base is connected by hinges, and the locking slide case is installed symmetrically on the inner bottom wall of the stuffing case, and the stuffing case is inside the locking slide case. Locking slide plate to be inserted into Ride and engaged attached, locking the slide block on the end face on the side toward the opposite left and right sides of the locking slide plate to be inserted into the stuffing housing is installed fixedly, the second to the left of the inner wall of the locking slide housing The electric machine is fixedly installed , the second screw bolt is connected to the right end of the second electric machine so that power can be transmitted , the second screw bolt is engaged with and connected to the locking slide plate , and the right and left sides are locked. Rotate, engage and connect with the part between the slide housings, and the power transmission structure is connected to the right end of the second screw bolt so that power can be transmitted , thereby locking the battery body to the clogging housing It is convenient, and the operation of locking and mounting is easy and convenient, and when the granule such as sand enters the packing case, it is difficult to hold down and remove the battery body. It is possible to prevent the battery body from being pushed up by the mold raising plate, making it easier to take out the battery, further automating the battery connection, and eliminating the need for manual operation by man-made. Greatly increase.

図1は本発明のパワーバッテリーコンビ装置の外部総体構造概略図である。FIG. 1 is a schematic diagram of the external overall structure of the power battery combination device of the present invention. 図2は本発明のパワーバッテリーコンビ装置の内部総体構造概略図である。FIG. 2 is a schematic diagram of the internal overall structure of the power battery combination device of the present invention. 図3は本発明の第一スライドブロックの左視点画像である。FIG. 3 is a left viewpoint image of the first slide block of the present invention. 図4は本発明の図1の右視点構造概略図である。FIG. 4 is a schematic diagram of the right viewpoint structure of FIG. 1 of the present invention.

下記に図1〜4を合わせて本発明について詳しく説明する。 The present invention will be described in detail below with reference to FIGS.

図1〜4を参照し、本発明の実施例のパワーバッテリーコンビ装置は、新エネルギー車体10の頂部に設置される詰込筐体11と前記詰込筐体11にロッキングで取付けられるバッテリー体35を含み、前記詰込筐体11の左側の内壁にガイド筐体27が設置され、前記ガイド筐体27の中に上下に伸長するガイドレバー25が固定的に設置され、前記ガイド筐体27の中に型上げ板17がスライドし係合し取付けられ、前記型上げ板17が前記詰込筐体11に挿入され、かつ前記詰込筐体11とスライドし係合し接続し、前記ガイド筐体27の中に前記型上げ板17とねじで係合し接続する第一ねじボルト26が設置され、前記第一ねじボルト26の底部の末端が前記ガイド筐体27の内底壁と回転し係合し接続し、前記第一ねじボルト26の頂部の末端が第一回転軸54と固定的に接続し、前記ガイド筐体27の上側の前記新エネルギー車体10に動力筐体58が設置され、前記第一回転軸54が前記動力筐体58と前記ガイド筐体27の間に回転し設置され、前記動力筐体58の中にスライド台31がスライドし係合し取付けられ、前記スライド台31の底部の端面に第一電機52が固定的に設置され、前記第一電機52の底端にスプライン軸53が動力が伝達できるように接続され、前記第一回転軸54の頂部の端面に前記スプライン軸53が挿入されるスプライン筐体55が設置され、前記動力筐体58の内底壁にばね筐体56が左右対称に設置され、前記ばね筐体56の底壁に前記スライド台31の底部の端面と押さえ合って係合し接続する圧縮ばね57が設置され、前記動力筐体58の内頂壁に接続筐体32が連通し設置され、前記新エネルギー車体10の頂部の端面にそれぞれ前記詰込筐体11及び前記接続筐体32と連通し設置されるスイッチ筐体39が設置され、前記スイッチ筐体39の中に前記スライド台31と押さえあって係合し接続するスイッチ構造がヒンジで繋ぎ取付けられ、前記詰込筐体11の内底壁にロッキングスライド筐体16が左右対称に設置され、前記ロッキングスライド筐体16の中に前記詰込筐体11に挿入するロッキングスライド板15がスライドし係合し取付けられ、前記詰込筐体11に挿入する左右両側の前記ロッキングスライド板15の反対に向かう側の端面にロッキングスライドブロック13が固定的に設置され、前記ロッキングスライド筐体16の左側の内壁に第二電機22が固定的に設置され、前記第二電機22の右端に第二ねじボルト18が動力が伝達できるように接続され、前記第二ねじボルト18が前記ロッキングスライド板15とねじで係合し接続され、かつ左右両側の前記ロッキングスライド筐体16の間の部分と回転し係合し接続し、前記第二ねじボルト18の右側の末端に送電構造が動力が伝達できるように接続され、前記第一電機52の外部にサポート装置が設置される。 1 to 4, a power battery combination device according to an embodiment of the present invention includes a stuffing case 11 installed at the top of a new energy vehicle body 10, and a battery body 35 attached to the stuffing case 11 by locking. A guide housing 27 is installed on the inner wall on the left side of the stuffing housing 11, and a guide lever 25 extending vertically is fixedly installed in the guide housing 27. The mold raising plate 17 is slidably engaged and attached, the mold raising plate 17 is inserted into the stuffing housing 11 and is slidably engaged with and connected to the stuffing housing 11, and the guide housing A first screw bolt 26 is installed in the body 27 to be engaged with and connected to the mold raising plate 17 with a screw, and the bottom end of the first screw bolt 26 rotates with the inner bottom wall of the guide housing 27. engage and connect the ends of the top portion of the first threaded bolt 26 is fixedly connected to the first rotation shaft 54, the guide A power casing 58 is installed on the new energy vehicle body 10 on the upper side of the casing 27, and the first rotating shaft 54 rotates between the power casing 58 and the guide casing 27, and the power casing A slide base 31 is slidably engaged with and attached in 58, a first electric machine 52 is fixedly installed on an end surface of the bottom part of the slide base 31, and a spline shaft 53 is powered on the bottom end of the first electric machine 52. Is connected to the top end surface of the first rotary shaft 54, and a spline housing 55 is installed on the inner end wall of the power housing 58. A compression spring 57, which is installed symmetrically and is engaged with and connected to the bottom wall of the slide base 31 while being pressed against the bottom wall of the spring housing 56, is connected to the inner top wall of the power housing 58. A case 32 is provided in communication with the end surfaces of the top portions of the new energy vehicle body 10 and the stuffed case 11 and A switch housing 39 that is installed in communication with the connection housing 32 is installed, and a switch structure that is pressed and engaged with and connected to the slide base 31 in the switch housing 39 is connected by a hinge. A locking slide housing 16 is installed symmetrically on the inner bottom wall of the stuffing housing 11, and a locking slide plate 15 inserted into the stuffing housing 11 slides and engages in the locking slide housing 16. A locking slide block 13 is fixedly installed on the opposite end faces of the locking slide plate 15 on both the left and right sides to be inserted into the stuffing housing 11, and is attached to the left inner wall of the locking slide housing 16. A second electric machine 22 is fixedly installed , and a second screw bolt 18 is connected to the right end of the second electric machine 22 so that power can be transmitted. The second screw bolt 18 is engaged with the locking slide plate 15 by a screw. And connected to the right and left ends of the second screw bolt 18 so that power can be transmitted. A support device is installed outside the first electric machine 52.

有益なまた例を示すように、前記スイッチ構造が前記スイッチ筐体39の左側端に設置されるアーティキュレーテッドアクスル34と前記アーティキュレーテッドアクスル34とヒンジで繋ぐかつ前記スイッチ筐体39を塞ぐスイッチ板36を含み、前記スイッチ板36の左側の端面に前記接続筐体32に挿入する引張レバー33が固定的に設置され、前記スイッチ板36の頂部の端面の右側に収納筐体38が嵌入し設置され、前記収納筐体38の中に引き輪37が回転し係合し接続され、これにより前記詰込筐体11を塞ぐことやスライド第31を抑えることに便利を与える。 As a useful example, the switch structure is connected to the articulated axle 34 installed at the left end of the switch housing 39, the articulated axle 34 with a hinge, and the switch housing 39 is connected to the switch housing 39. closing includes a switch plate 36, the tension lever 33 to be inserted into the end face of the left side to the connection housing 32 of the switch plate 36 is installed fixedly, housed on the right side of the end face the housing 38 of the top portion of the switch plate 36 is The pulling ring 37 rotates and engages and is connected to the storage housing 38 by being fitted and installed, thereby providing convenience for closing the stuffing housing 11 and suppressing the slide 31st.

有益なまた例を示すように、前記送電構造が前記ロッキングスライド筐体16の右側の前記新エネルギー車体10の中に設置される第一伝動筐体72を含み、前記第一伝動筐体72と前記ロッキングスライド筐体16の間に前記第二ねじボルト18の右側の末端と固定的に接続する第二回転軸12が回転し係合し接続され、前記第二回転軸12の右側の末端に第一段車73が固定的に設置され、前記第一伝動筐体72の中に前記第一段車73と噛み合う第二段車71が設置され、前記第一電動筐体72の直上に第二伝動筐体66が設置され、前記第二伝動筐体66と前記第一伝動筐体72の間に底部末端が前記第二段車71の頂部の端面と固定的に接続する第三回転軸68が回転し取付けられ、前記第三回転軸68の頂部の末端に第三段車67が固定的に設置され、前記第二伝動筐体66の中に前記第三段車67と噛み合う第四段車65が設置され、前記第二伝動筐体66の左側に前記詰込筐体11と連通し設置されるスライド筐体63が設置され、前記スライド筐体63の中に送電ブロック62がスライドし係合し取付けられ、前記送電ブロック62の右側の端面に第三ねじボルト64がねじで係合し取付けられ、前記第三ねじボルト64が前記スライド筐体63と前記第二伝動筐体66の間に回転し係合し設置され、かつ右側の末端が前記第四段車65の左側の端面と固定的に接続し、前記送電ブロック62の左側の端面に送電穴61が設置され、これにより前記バッテリー体と自動的に通電し接続することに便利を与える。 As a beneficial example, the power transmission structure includes a first transmission housing 72 installed in the new energy vehicle body 10 on the right side of the rocking slide housing 16, and the first transmission housing 72 and A second rotary shaft 12 that is fixedly connected to the right end of the second screw bolt 18 is rotated and engaged between the locking slide housing 16 and is connected to the right end of the second rotary shaft 12. A first step car 73 is fixedly installed , a second step wheel 71 meshing with the first step car 73 is installed in the first transmission case 72, and a first step car 73 is directly above the first electric case 72. A second rotary housing 66 is installed, and a bottom end between the second transmission housing 66 and the first transmission housing 72 is fixedly connected to the top end surface of the second stepped wheel 71. 68 is attached to rotate, the third-stage wheel 67 is fixedly installed to the end of the top portion of the third rotating shaft 68, the third in the second transmission housing 66 A fourth-stage vehicle 65 that meshes with the vehicle 67 is installed, and a slide housing 63 that is installed in communication with the stuffing housing 11 is installed on the left side of the second transmission housing 66. The power transmission block 62 is slidably engaged with and attached to the right end surface of the power transmission block 62, and a third screw bolt 64 is engaged with and attached to the right end surface of the power transmission block 62. The right end is fixedly connected to the left end surface of the fourth step wheel 65, and the power transmission hole is formed in the left end surface of the power transmission block 62. 61 is installed, which gives convenience to automatically energize and connect with the battery body.

有益なまた例を示すように、前記バッテリー体35の底部の端面に固定ブロック19が固定的に取付けられ、前記固定ブロック19の底部の端面に前記ロッキングスライド筐体16と相対するロッキングスライド口43が左右対称に設置され、左右両側の前記ロッキングスライド口43の反対に向かう側の端面に前記ロッキングスライドブロック13が挿入されるロッキング口14が設置され、前記バッテリー体35の右側の端面に前記送電穴61に挿入する送電子42が固定的に設置され、これにより前記バッテリー体35に行う通電接続及びロッキング取付けに便利を与える。 As shown in a beneficial example, a fixing block 19 is fixedly attached to the bottom end surface of the battery body 35, and a locking slide opening 43 facing the locking slide housing 16 is fixed to the bottom end surface of the fixing block 19. Are installed symmetrically, a locking port 14 into which the locking slide block 13 is inserted is installed on the opposite end surfaces of the left and right sides of the locking slide port 43, and the power transmission is provided on the right end surface of the battery body 35. An electron transmitter 42 to be inserted into the hole 61 is fixedly installed, thereby providing convenience for energization connection and locking attachment to the battery body 35.

有益なまた例を示すように、前記型上げ板17の頂部の端面に前記固定ブロック19とスライドし係合し接続する弾力性固定板23が左右対称に固定的に設置され、左右両側の前記弾性力固定板23の相対する側の端面に固定子24が固定的に設置され、前記固定ブロック19の左右両側の端面に前記固定子24が挿入される固定口41が対称に設置され、これにより前記バッテリー体35の取付け安定性を増加する。 As shown in a beneficial example, a resilient fixing plate 23 that slides and engages and connects with the fixing block 19 is fixedly mounted on the end face of the top of the mold raising plate 17 in a bilaterally symmetrical manner. The stator 24 is fixedly installed on the opposite end surfaces of the elastic force fixing plate 23, and the fixing ports 41 into which the stator 24 is inserted are symmetrically installed on the left and right end surfaces of the fixing block 19. As a result, the mounting stability of the battery body 35 is increased.

有益なまた例を示すように、前記型上げ板17に前記ロッキングスライド筐体16と相対する貫通筐体20が上下を貫通して設置され、これにより前記ロッキングスライド板15が前記ロッキングスライド口43に挿入するが便利になる。 As shown in a useful example, a penetrating housing 20 opposite to the rocking slide housing 16 is installed on the mold raising plate 17 so as to penetrate vertically, so that the rocking slide plate 15 is connected to the rocking slide port 43. It becomes convenient to insert into.

有益なまた例を示すように、左右両側の前記ロッキングスライド筐体16の中の第二ねじボルト18がねじで反対方向で設置され、これにより左右両側の前記ロッキングスライド板15を相対または反対の方向へスライドさせる。 As a useful example, the second screw bolts 18 in the locking slide housings 16 on the left and right sides are installed in opposite directions with screws, thereby making the locking slide plates 15 on the left and right sides relative or opposite. Slide in the direction.

有益なまた例を示すように、前記サポート装置が緩衝板81と放熱片82を含み、前記緩衝板81が前記第一電機52の左端と右端に設置され、かつ前記第一電機52と固定的に接続し、前記放熱片82が前記第一電機52の前端と後端に設置され、かつ前記第一電機52と固定的に接続し、前記放熱片82が前記第一電機52が運行する時に生じる熱量を吸収して発散し、前記緩衝板81が前記第一電機52が運行する時に生じる震動力を減少し、これにより前記第一電機52が運行する時に生じる震動力の過大による本装置の揺れを防止する。 As a useful example, the support device includes a buffer plate 81 and a heat radiating piece 82, the buffer plate 81 is installed at the left end and the right end of the first electric machine 52, and fixed to the first electric machine 52 . connected to, when the heat dissipation piece 82 is installed at front and rear ends of the first electric machine 52, and connected to the first electric 52 fixedly, the heat radiating piece 82 is the first electric 52 runs The amount of generated heat is absorbed and diffused, and the buffer plate 81 reduces the seismic power generated when the first electric machine 52 is operated, and thereby the apparatus is caused by excessive seismic power generated when the first electric machine 52 is operated. Prevent shaking.

バッテリー体35を取り出す時、引き輪37を引くことによってスイッチ板36を手動に引き起こし、引き起こす時に引張レバー33が下へ回転するかつスライド台31を圧縮ばね57の圧力を抵抗して下へスライドさせ、この時に、スプライン軸53が完全にスプライン筐体55に挿入し、第二電機22を起動し、第二ねじボルト18を回転させることによって左右両側のロッキングスライド板15を相対方向へスライドさせた後でロッキングスライドブロック13がロッキング口14から完全に離脱し、同時に、第二ねじボルト18の回転によって送電ブロック62を右へスライドして送電子42との接触から完全に離脱させ、この時に、第一電機52を起動することによって第一ねじボルト26を回転させ、第一ねじボルト26によって型上げ板17をガイド筐体27の一番頂端へスライドさせ、それから、手動にバッテリー体35を上へ引いたら取り出せる
When the battery body 35 is taken out, the switch plate 36 is manually triggered by pulling the pulling ring 37, and when it is raised, the tension lever 33 rotates downward and the slide base 31 is slid downward while resisting the pressure of the compression spring 57. At this time, the spline shaft 53 is completely inserted into the spline housing 55, the second electric machine 22 is started, and the second screw bolt 18 is rotated to slide the left and right locking slide plates 15 in the relative directions. Later, the locking slide block 13 is completely detached from the locking port 14, and at the same time, the power transmission block 62 is slid to the right by the rotation of the second screw bolt 18 to completely disengage from the contact with the electron transmission 42. The first screw bolt 26 is rotated by starting the first electric machine 52, the mold raising plate 17 is slid to the top end of the guide housing 27 by the first screw bolt 26, Rekara, taken out once a manual to pull the battery 35 to the top

Claims (1)

知能的パワーバッテリーコンビ装置は、新エネルギー車体の頂部に設置される詰込筐体と前記詰込筐体にロッキングで取付けられるバッテリー体を含み、その特徴は：前記詰込筐体の左側の内壁にガイド筐体が設置され、前記ガイド筐体の中に上下に伸長するガイドレバーが固定に設置され、前記ガイド筐体の中に型上げ板がスライドし係合し取付けられ、前記型上げ板が前記詰込筐体に挿入するかつ前記詰込筐体とスライドし係合し接続し、前記ガイド筐体の中に前記型上げ板とねじで係合し接続する第一ねじボルトが設置され、前記第一ねじボルトの底部の末端が前記ガイド筐体の内底壁と回転し係合し接続し、前記第一ねじボルトの頂部の末端が前記第一回転軸と固定に接続し、前記ガイド筐体の上側の前記新エネルギー車体に動力筐体が設置され、前記第一回転軸が前記動力筐体と前記ガイド筐体の間に回転し設置され、前記動力筐体の中にスライド台がスライドし係合し取付けられ、前記スライド台の底部の端面に第一電機が固定に設置され、前記第一電機の底端にスプライン軸が動力で接続され、前記第一回転軸の頂部の端面に前記スプライン軸が挿入するスプライン筐体が設置され、前記動力筐体の内底壁にばね筐体が左右対称に設置され、前記ばね筐体の底壁に前記スライド台の底部の端面と押さえ合って係合し接続する圧縮ばねが設置され、前記動力筐体の内頂壁に接続筐体が連通し設置され、前記新エネルギー車体の頂部の端面にそれぞれ前記詰込筐体及び前記接続筐体と連通し設置されるスイッチ筐体が設置され、前記スイッチ筐体の中に前記スライド台と押さえあって係合し接続するスイッチ構造がヒンジで繋ぎ取付けられ、前記詰込筐体の内底壁にロッキングスライド筐体が左右対称に設置され、前記ロッキングスライド筐体の中に前記詰込筐体に挿入するロッキングスライド板がスライドし係合し取付けられ、前記詰込筐体に挿入する左右両側の前記ロッキングスライド板の反対に向かう側の端面にロッキングスライドブロックが固定に設置され、前記ロッキングスライド筐体の左側の内壁に第二電機が固定に設置され、前記第二電機の右端に第二ねじボルトが動力で接続され、前記第二ねじボルトが前記ロッキングスライド板とねじで係合し接続するかつ左右両側の前記ロッキングスライド筐体の間の部分と回転し係合し接続し、前記第二ねじボルトの右側の末端に送電構造が動力で接続され、前記第一電機の外部にサポート装置が設置され、前記スイッチ構造が前記スイッチ筐体の左側端に設置されるアーティキュレーテッドアクスルと前記アーティキュレーテッドアクスルとヒンジで繋ぐかつ前記スイッチ筐体を塞がるスイッチ板を含み、前記スイッチ板の左側の端面に前記接続筐体に挿入する引張レバーが固定に設置され、前記スイッチ板の頂部の端面の右側に収納筐体が嵌入し設置され、前記収納筐体の中に引き輪が回転し係合し接続され、前記送電構造が前記ロッキングスライド筐体の右側の前記新エネルギー車体の中に設置される第一伝動筐体を含み、前記第一伝動筐体と前記ロッキングスライド筐体の間に前記第二ねじボルトの右側の末端と固定に接続する第二回転軸が回転し係合し接続され、前記第二回転軸の右側の末端に第一段車が固定に設置され、前記第一伝動筐体の中に前記第一段車と噛み合う第二段車が設置され、前記第一電動筐体の直上に第二伝動筐体が設置され、前記第二伝動筐体と前記第一伝動筐体の間に底部末端が前記第二段車の頂部の端面と固定に接続する第三回転軸が回転し取付けられ、前記第三回転軸の頂部の末端に第三段車が固定に設置され、前記第二伝動筐体の中に前記第三段車と噛み合う第四段車が設置され、前記第二伝動筐体の左側に前記詰込筐体と連通し設置されるスライド筐体が設置され、前記スライド筐体の中に送電ブロックがスライドし係合し取付けられ、前記送電ブロックの右側の端面に第三ねじボルトがねじで係合し取付けられ、前記第三ねじボルトが前記スライド筐体と前記第二伝動筐体の間に回転し係合し設置されるかつ右側の末端が前記第四段車の左側の端面と固定に接続し、前記送電ブロックの左側の端面に送電穴が設置され、前記バッテリー体の底部の端面に固定ブロックが固定に取付けられ、前記固定ブロックの底部の端面に前記ロッキングスライド筐体と相対するロッキングスライド口が左右対称に設置され、左右両側の前記ロッキングスライド口の反対に向かう側の端面に前記ロッキングスライドブロックが挿入するロッキング口が設置され、前記バッテリー体の右側の端面に前記送電穴に挿入する送電子が固定に設置され、前記型上げ板の頂部の端面に前記固定ブロックとスライドし係合し接続する弾力性固定板が左右対称に固定に設置され、左右両側の前記弾性力固定板の相対する側の端面に固定子が固定に設置され、前記固定ブロックの左右両側の端面に前記固定子が挿入する固定口が対称に設置され、前記型上げ板に前記ロッキングスライド筐体と相対する貫通筐体が上下を貫通して設置され、左右両側の前記ロッキングスライド筐体の中の第二ねじボルトがねじで反対方向で設置され、前記サポート装置が緩衝板と放熱片を含み、前記緩衝板が前記第一電機の左端と右端に設置されるかつ前記第一電機と固定に接続し、前記放熱片が前記第一電機の前端と後端に設置されるかつ前記第一電機と固定に接続する。   The intelligent power battery combination device includes a stuffing case installed at the top of a new energy vehicle body and a battery body that is attached to the stuffing case by locking, and its features are: an inner wall on the left side of the stuffing case The guide housing is installed in the guide housing, and a guide lever extending vertically is fixedly installed in the guide housing, and a mold raising plate is slidably engaged and attached in the guide housing. Is inserted into the stuffing housing and is slidably engaged with and connected to the stuffing housing, and a first screw bolt is provided in the guide housing to engage and connect with the mold raising plate. The bottom end of the first screw bolt rotates and engages with the inner bottom wall of the guide housing, the top end of the first screw bolt is fixedly connected to the first rotating shaft, and The new energy vehicle body on the upper side of the guide housing Is installed, and the first rotating shaft rotates and is installed between the power casing and the guide casing, and a slide base is slidably engaged with and attached to the power casing. The first electric machine is fixedly installed on the end surface of the first electric machine, the spline shaft is connected to the bottom end of the first electric machine by power, and the spline housing into which the spline shaft is inserted is installed on the end surface of the top of the first rotating shaft. A spring housing is installed symmetrically on the inner bottom wall of the power housing, and a compression spring is installed on the bottom wall of the spring housing to engage and connect with the end surface of the bottom of the slide base, A connection case is provided in communication with the inner top wall of the power case, and a switch case that is provided in communication with the stuffing case and the connection case is provided on the top end surface of the new energy vehicle body. The slide base in the switch housing A switch structure that engages and connects with each other is connected by a hinge, and a locking slide casing is installed symmetrically on the inner bottom wall of the stuffing casing, and the stuffing casing is placed in the locking slide casing. A locking slide plate to be inserted into the body is slid and engaged and attached, and a locking slide block is fixedly installed on the opposite end surfaces of the right and left locking slide plates to be inserted into the stuffing housing, and the locking A second electric machine is fixedly installed on the left inner wall of the slide housing, a second screw bolt is connected to the right end of the second electric machine by power, and the second screw bolt is engaged with the locking slide plate with a screw. The power transmission structure is connected by power to the right end of the second screw bolt. A support device is installed outside the first electric machine, and the switch structure is connected to the articulated axle installed at the left end of the switch housing, the articulated axle and a hinge, and the switch housing. Including a switch plate that closes the body, a tension lever that is inserted into the connection housing is fixedly installed on the left end surface of the switch plate, and a storage housing is fitted and installed on the right side of the top end surface of the switch plate, A pulling wheel rotates and engages and is connected to the storage housing, and the power transmission structure includes a first transmission housing installed in the new energy vehicle body on the right side of the rocking slide housing, A second rotating shaft connected to the right end of the second screw bolt and fixedly rotates and engages between the transmission housing and the locking slide housing, and is connected to the right of the second rotating shaft. A first gear is fixedly installed at the end of the first gear, a second gear that meshes with the first gear is installed in the first transmission housing, and a second transmission housing is directly above the first electric housing. A third rotating shaft that is fixedly connected between the second transmission housing and the first transmission housing, the bottom end of which is fixedly connected to the end surface of the top of the second car, and is attached to the first transmission housing. A third gear is fixedly installed at the end of the top of the three rotation shaft, a fourth gear that meshes with the third gear is installed in the second transmission housing, and a left side of the second transmission housing. A slide housing that is installed in communication with the clogging housing, and a power transmission block is slidably engaged with and attached to the slide housing, and a third screw bolt is provided on the right end surface of the power transmission block. The third screw bolt rotates and engages between the slide housing and the second transmission housing. And the right end is fixedly connected to the left end surface of the fourth car, the power transmission hole is installed in the left end surface of the power transmission block, and the fixed block is fixed to the bottom end surface of the battery body. The locking slide port facing the locking slide housing is symmetrically installed on the end surface of the bottom of the fixed block, and the locking slide block is on the opposite end surfaces of the left and right sides of the locking slide port. A locking port to be inserted is installed, an electron transmitter to be inserted into the power transmission hole is fixedly installed on the right end surface of the battery body, and the fixed block is slidably engaged with and connected to the top end surface of the mold raising plate. The elastic fixing plate is fixed to be fixed symmetrically on the left and right sides, and the stator is fixed to the opposite end surfaces of the elastic force fixing plates on both the left and right sides. Fixing ports into which the stator is inserted are installed symmetrically on the left and right end faces of the fixed block, and a penetrating housing opposite to the locking slide housing is installed on the mold raising plate vertically. A second screw bolt in the locking slide housing is installed in the opposite direction with a screw, the support device includes a buffer plate and a heat dissipating piece, and the buffer plate is installed at the left end and the right end of the first electric machine; The first electric machine is fixedly connected, and the heat dissipating pieces are installed at the front end and the rear end of the first electric machine and are connected to the first electric machine fixedly.
JP2018117487A 2018-05-28 2018-06-20 Power battery combination device Expired - Fee Related JP6561238B1 (en)

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