JP2019135904A - Improved new energy charging pile device - Google Patents

Improved new energy charging pile device Download PDF

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JP2019135904A
JP2019135904A JP2018169777A JP2018169777A JP2019135904A JP 2019135904 A JP2019135904 A JP 2019135904A JP 2018169777 A JP2018169777 A JP 2018169777A JP 2018169777 A JP2018169777 A JP 2018169777A JP 2019135904 A JP2019135904 A JP 2019135904A
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chute
engaged
cavity
slide block
charging
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JP6545340B1 (en
Inventor
韓俊飛
jun fei Han
張叔禹
shu yu Zhang
呉集光
Ji Guang Wu
楊宝峰
Bao Feng Yang
何晋偉
jin wei He
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Guangzhou Yalong Automation Equipment Co Ltd
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Guangzhou Yalong Automation Equipment Co Ltd
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
    • B60L53/00—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles
    • B60L53/30—Constructional details of charging stations
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
    • B60L53/00—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles
    • B60L53/10—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles characterised by the energy transfer between the charging station and the vehicle
    • B60L53/14—Conductive energy transfer
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
    • B60L53/00—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles
    • B60L53/30—Constructional details of charging stations
    • B60L53/31—Charging columns specially adapted for electric vehicles
    • 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
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/60—Other road transportation technologies with climate change mitigation effect
    • Y02T10/70—Energy storage systems for electromobility, e.g. batteries
    • 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
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/60—Other road transportation technologies with climate change mitigation effect
    • Y02T10/7072—Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
    • 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
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02T90/10—Technologies relating to charging of electric vehicles
    • Y02T90/12—Electric charging stations
    • 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
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02T90/10—Technologies relating to charging of electric vehicles
    • Y02T90/14—Plug-in electric vehicles

Abstract

To disclose an improved new energy charging pile device.SOLUTION: A charging pile device includes: a charging pile; and a charging end which is connected with a new energy automobile, in which a base is integrally installed on the bottom of the charging pile, a rain-proof shelf is fixedly installed to an apex part of the charging pile, an installed type cavity is installed in a front side end face of the charging pile, an electric communication structure is installed in the installed type cavity, a circular head is fixedly installed at a rear side end of the electric communication structure, a vertically extending steering axis is fixedly installed in the circular head, an apex extension end of the steering axis is engaged and connected with an inner apex wall of the installed type cavity by rotation, a bottom extension end of the steering axis is engaged and connected with a first motor by power, an outer surface of the first motor is fixedly installed in an inner bottom wall of the installed type cavity, an insertion cavity is installed in a front side end face of the electric communication structure, and a first chute is installed in the electric communication structure on a rear side of the insertion cavity.SELECTED DRAWING: Figure 1

Description

本発明は新エネルギー自動車技術分野を取り上げて、具体的には改良型新エネルギー充電杭装置である。 The present invention takes up the field of new energy automobile technology, specifically an improved new energy charging pile device.

新エネルギー自動車はエネルギー節約、汚染なしなどの多くの長所で伝統的な自動車を次第に取り替え広く用いられる。充電杭は新エネルギー自動車の付帯設備であり、新エネルギー自動車に充電するキャリアであり、しかし伝統的な充電杭の設定モードが単一であり、充電中に充電端と充電端部の挿入するときの摩擦力だけで動かない状態を維持し、不注意に充電端を触りあるいは充電線を引っ張ることの影響で充電端の脱落を引き起こす可能性があり、これにより充電中断を起こし、また、従来の場合、充電端部内の電気伝導シートは一般的に外部に設置され、人が不注意に接触した後感電事故が発生しやすく、大きな隠れる安全問題がある。 New energy vehicles are widely used to gradually replace traditional vehicles with many advantages such as energy saving and pollution free. Charging pile is an incidental facility for new energy vehicles and is a carrier for charging new energy vehicles, but the traditional charging pile setting mode is single and when charging end and charging end are inserted during charging The frictional force of the battery keeps it from moving, and the charging end may be accidentally touched or the charging line may be pulled off, causing the charging end to drop off. In this case, the electrically conductive sheet in the charging end is generally installed outside, and an electric shock is likely to occur after a person inadvertently touches, and there is a large hidden safety problem.

中国特許出願公開第104253449号明細書Chinese Patent Application No. 104253449

本発明の目的は改良型新エネルギー充電杭装置を提供し、それは上記の現在の技術中の問題を解決できる。   The object of the present invention is to provide an improved new energy charging pile device, which can solve the problems in the above current technology.

本発明による改良型新エネルギー充電杭装置は、充電杭と、新エネルギー自動車に接続する充電端を含み、前記充電杭の底部にベースが一体式に設置され、前記充電杭の頂部に防雨棚が固設され、前記充電杭の前側端面内に据付キャビティが設置され、前記据付キャビティの中に電気連通構造が設置され、前記電気連通構造の後側端に円弧ヘッドが固設され、前記円弧ヘッドの中に上下へ延伸するカジ取軸が固設され、前記カジ取軸の頂部延伸末端が前記据付キャビティの内頂壁と回転で係合接続され、前記カジ取軸の底部延伸末端が第一モーターと動力で係合接続され、前記第一モーターの外表面が前記据付キャビティの内底壁の中に固設され、前記電気連通構造の前側端面内に挿入キャビティが設置され、前記挿入キャビティの後側にある前記電気連通構造の中に第一シュートが設置され、前記第一シュートの中に第一スライドブロックが平滑に係合接続され、前記第一スライドブロックの中に前後へ延伸設置される第一ねじボルトが係合接続され、前記第一ねじボルトの前側延伸末端が前記第一シュートの前側内壁と回転で係合接続され、前記第一ねじボルトの後側延伸末端が第二モーターと動力で係合接続され、前記第二モーターの外表面が前記第一シュートの後側内壁の中に固設され、前記挿入キャビティの左右両側にある前記電気連通構造の中に前後へ延伸設置される第二シュートが対称で設置され、前記第二シュートの後側延伸末端が前記第一シュートと通じ合い設置され、前記第二シュートの前記挿入キャビティから離れる側には第三シュートが設置され、前記第三シュートの中に第三スライドブロックが平滑に係合接続され、前記第三スライドブロックの前記第二シュートから離れる側にある前記第三シュートの中には弾みシートが圧着係合接続され、前記第二シュートの中にはそれぞれ前記挿入キャビティと前記第三シュートに通じ合い設置される第一斜めシュートが貫通設置され、前記第二シュートの中に後側へ延伸設置されるスライドバーが平滑に係合接続され、前記スライドバーの中に前記第一斜めシュートと通じ合う第二斜めシュートが設置され、前記第二斜めシュートの中には一端が前記第一斜めシュートを通して前記第三シュートの中に挿入する且つ前記第三スライドブロックと固定係合接続される斜めスライドブロックが平滑に係合接続され、前記斜めスライドブロックのほかの一端が前記第一斜めシュートを通して前記挿入キャビティの中に挿入し、前記充電端にライトディスプレイ装置が設けられ、前記ライトディスプレイ装置が沈みキャビティ及びストロボ電球を含む。 An improved new energy charging pile device according to the present invention includes a charging pile and a charging end connected to a new energy vehicle, a base is integrally installed at the bottom of the charging pile, and a rainproof shelf at the top of the charging pile. Is installed in the front end face of the charging pile, an electrical communication structure is installed in the installation cavity, and an arc head is fixed at the rear end of the electrical communication structure, and the arc A razor removing shaft extending vertically is fixed in the head, a top extending end of the swag removing shaft is rotationally engaged with an inner top wall of the installation cavity, and a bottom extending end of the swag removing shaft is connected to a first extending end. An outer surface of the first motor is fixed in an inner bottom wall of the installation cavity, an insertion cavity is installed in a front end surface of the electrical communication structure, and the insertion cavity On the back side A first screw is installed in the electric communication structure, a first slide block is smoothly engaged and connected in the first chute, and a first screw is extended and installed in the first slide block. A bolt is engaged and connected, a front extension end of the first screw bolt is engaged and connected with a front inner wall of the first chute, and a rear extension end of the first screw bolt is engaged with a second motor by power. The second motor is connected and the second motor has an outer surface fixed in the rear inner wall of the first chute, and is extended in the front-rear direction in the electric communication structure on the left and right sides of the insertion cavity. The chute is installed symmetrically, the rear extended end of the second chute is installed in communication with the first chute, a third chute is installed on the side of the second chute away from the insertion cavity, A third slide block is smoothly engaged and connected in the chute, and a resilient sheet is crimped and connected in the third chute on the side away from the second chute of the third slide block. In each of the two chutes, a first slant chute that is installed in communication with the insertion cavity and the third chute is penetrated, and a slide bar that extends backward in the second chute is smoothly engaged. A second diagonal chute that is connected to the first diagonal chute is installed in the slide bar, and one end of the second diagonal chute passes through the first diagonal chute into the third chute. An oblique slide block to be inserted and fixedly engaged with the third slide block is smoothly engaged and connected, and the other end of the oblique slide block is connected The light display device is inserted into the insertion cavity through the first oblique chute and is provided at the charging end, and the light display device includes a sinking cavity and a strobe bulb.

更の技術プラン、前記据付キャビティの後側内壁にブレンドストップが固設される。 A further technical plan, a blend stop is fixed on the rear inner wall of the installation cavity.

更の技術プラン、前記挿入キャビティの後側内壁に給電シートが固設される。 According to a further technical plan, a power supply sheet is fixed on the inner wall of the rear side of the insertion cavity.

更の技術プラン、前記充電端の後側末端に前記挿入キャビティと係合接続される挿入軸が固設され、前記挿入軸の左右両側端面に前記斜めスライドブロックと係合接続されるロックド溝が対称で設置され、前記挿入軸の後側末端に斜めスライドヘッドが固設され、前記斜めスライドヘッドの後側末端端面の中に前記給電シートと係合接続される電気連通溝が設置される。 According to a further technical plan, an insertion shaft that is engaged with and connected to the insertion cavity is fixed to a rear end of the charging end, and a locked groove that is engaged and connected to the oblique slide block is formed on both left and right end surfaces of the insertion shaft. An oblique slide head is fixedly installed at the rear end of the insertion shaft, and an electrical communication groove that is engaged with and connected to the power supply sheet is installed in the rear end face of the oblique slide head.

更の技術プラン、前記カジ取軸の右側にある前記据付キャビティの内底壁の中に持上げ構造が設置され、前記カジ取軸の前側にある前記電気連通構造の底部端面の中には前記持上げ構造と係合接続されるキーホールが設置され、前記持上げ構造が前記据付キャビティの内底壁の中に設置される押出溝と、前記押出溝の中に平滑に係合接続設置される持上げアームを含み、前記持上げアームの底部端面の中には下へ延伸設置される第二ねじボルトが係合接続され、前記第二ねじボルトの底部延伸末端が第三モーターに動力で係合接続され、前記第三モーターの外表面が前記押出溝の内底壁の中に固設され、前記押出溝の左右両側内壁にガイドスライド溝が対称で設置され、前記ガイドスライド溝の中に前記持上げアームと固定係合接続されるガイドスライドブロックが平滑に係合接続される。 A further technical plan is that a lifting structure is installed in the inner bottom wall of the installation cavity on the right side of the squeezing shaft, and the lifting structure is in the bottom end surface of the electrical communication structure on the front side of the scouring shaft. A keyhole that is engaged and connected to the structure is installed, and a lifting groove in which the lifting structure is installed in the inner bottom wall of the installation cavity, and a lifting arm that is smoothly engaged and installed in the pushing groove A second screw bolt that extends downward is engaged and connected to the bottom end surface of the lifting arm, and a bottom extended end of the second screw bolt is engaged and connected to a third motor by power. The outer surface of the third motor is fixed in the inner bottom wall of the push groove, and the guide slide grooves are symmetrically installed on the right and left inner walls of the push groove, and the lifting arm is placed in the guide slide groove. Fixed engagement connected gas De slide block is smooth engagement connection.

更の技術プラン、前記沈みキャビティが前記充電端の頂部端面の中に設置され、前記沈みキャビティの中に前記ストロボ電球が取付けられる。 In a further technical plan, the sinking cavity is installed in the top end surface of the charging end, and the strobe bulb is mounted in the sinking cavity.

本発明の有益な効果は下記の通りである：本発明の構造が簡単で、操作が便利で、前記電気連通構造の前側端面内に挿入キャビティが設置され、前記挿入キャビティの後側にある前記電気連通構造の中に第一シュートが設置され、前記第一シュートの中に第一スライドブロックが平滑に係合接続され、前記第一スライドブロックの中に前後へ延伸設置される第一ねじボルトが係合接続され、前記第一ねじボルトの前側延伸末端が前記第一シュートの前側内壁と回転で係合接続され、前記第一ねじボルトの後側延伸末端が第二モーターと動力で係合接続され、前記第二モーターの外表面が前記第一シュートの後側内壁の中に固設され、前記挿入キャビティの左右両側にある前記電気連通構造の中に前後へ延伸設置される第二シュートが対称で設置され、前記第二シュートの後側延伸末端が前記第一シュートと通じ合い設置され、前記第二シュートの前記挿入キャビティから離れる側には第三シュートが設置され、前記第三シュートの中に第三スライドブロックが平滑に係合接続され、前記第三スライドブロックの前記第二シュートから離れる側にある前記第三シュートの中には弾みシートが圧着係合接続され、前記第二シュートの中にはそれぞれ前記挿入キャビティと前記第三シュートに通じ合い設置される第一斜めシュートが貫通設置され、前記第二シュートの中に後側へ延伸設置されるスライドバーが平滑に係合接続され、前記スライドバーの中に前記第一斜めシュートと通じ合う第二斜めシュートが設置され、前記第二斜めシュートの中には一端が前記第一斜めシュートを通して前記第三シュートの中に挿入する且つ前記第三スライドブロックと固定係合接続される斜めスライドブロックが平滑に係合接続され、前記斜めスライドブロックのほかの一端が前記第一斜めシュートを通して前記挿入キャビティの中に挿入し、これにより充電端と電気連通構造の係合接続作業の自動制御を実現し、その同時に電気連通構造の収納とロック作業の自動制御を実現し、充電の安全性及び充電連通の安定性を大幅に高める。 The beneficial effects of the present invention are as follows: the structure of the present invention is simple, the operation is convenient, an insertion cavity is installed in the front end face of the electrical communication structure, and the insertion cavity is located behind the insertion cavity. A first screw bolt is installed in the electric communication structure, the first slide block is smoothly engaged and connected in the first chute, and is extended and installed in the first slide block. Are engaged and connected, the front extension end of the first screw bolt is engaged with the front inner wall of the first chute by rotation, and the rear extension end of the first screw bolt is engaged by power with the second motor. A second chute that is connected, the outer surface of the second motor is fixed in the rear inner wall of the first chute, and is extended and installed in the electrical communication structure on the left and right sides of the insertion cavity. Is symmetrical A rear extending end of the second chute is installed in communication with the first chute, a third chute is installed on a side of the second chute away from the insertion cavity, and a second chute is installed in the third chute. Three slide blocks are smoothly engaged and connected, and a resilient sheet is crimped and connected in the third chute on the side away from the second chute of the third slide block. The first oblique chute that is installed in communication with the insertion cavity and the third chute is penetrated, and a slide bar that is installed to extend rearward in the second chute is smoothly engaged and connected, A second diagonal chute that communicates with the first diagonal chute is installed in the slide bar, and one end of the second diagonal chute passes through the first diagonal chute. An oblique slide block inserted into the third chute and fixedly engaged with the third slide block is smoothly engaged and connected, and the other end of the oblique slide block is inserted through the first oblique chute. Inserting into the cavity, this realizes automatic control of the engagement and connection work of the charging end and the electrical communication structure, and at the same time realizes automatic control of storage and locking work of the electrical communication structure, charging safety and charging Significantly improve communication stability.

図1は本発明の改良型新エネルギー充電杭装置の構造概略図である。FIG. 1 is a schematic structural view of an improved new energy charging pile device of the present invention. 図2は図1の矢印方向の構造概略図である。FIG. 2 is a schematic structural diagram in the direction of the arrow in FIG. 図3は本発明の充電端の全体構造概略図である。FIG. 3 is a schematic diagram of the entire structure of the charging end according to the present invention. 図4は本発明の電気連通構造の底面図である。FIG. 4 is a bottom view of the electrical communication structure of the present invention. 図5は本発明の持上げ構造の内部構造概略図である。FIG. 5 is a schematic diagram of the internal structure of the lifting structure of the present invention.

下記に図1~5をあわせて本発明について詳しく説明する。 Hereinafter, the present invention will be described in detail with reference to FIGS.

図1~5が示すように、本発明の実施例による改良型新エネルギー充電杭装置は、充電杭5と、新エネルギー自動車に接続する充電端7を含み、前記充電杭5の底部にベース4が一体式に設置され、前記充電杭5の頂部に防雨棚500が固設され、前記充電杭5の前側端面内に据付キャビティ51が設置され、前記据付キャビティ51の中に電気連通構造6が設置され、前記電気連通構造6の後側端に円弧ヘッド61が固設され、前記円弧ヘッド61の中に上下へ延伸するカジ取軸610が固設され、前記カジ取軸610の頂部延伸末端が前記据付キャビティ51の内頂壁と回転で係合接続され、前記カジ取軸610の底部延伸末端が第一モーター611と動力で係合接続され、前記第一モーター611の外表面が前記据付キャビティ51の内底壁の中に固設され、前記電気連通構造6の前側端面内に挿入キャビティ62が設置され、前記挿入キャビティ62の後側にある前記電気連通構造6の中に第一シュート63が設置され、前記第一シュート63の中に第一スライドブロック631が平滑に係合接続され、前記第一スライドブロック631の中に前後へ延伸設置される第一ねじボルト632が係合接続され、前記第一ねじボルト632の前側延伸末端が前記第一シュート63の前側内壁と回転で係合接続され、前記第一ねじボルト632の後側延伸末端が第二モーター633と動力で係合接続され、前記第二モーター633の外表面が前記第一シュート63の後側内壁の中に固設され、前記挿入キャビティ62の左右両側にある前記電気連通構造6の中に前後へ延伸設置される第二シュート66が対称で設置され、前記第二シュート66の後側延伸末端が前記第一シュート63と通じ合い設置され、前記第二シュート66の前記挿入キャビティ62から離れる側には第三シュート64が設置され、前記第三シュート64の中に第三スライドブロック641が平滑に係合接続され、前記第三スライドブロック641の前記第二シュート66から離れる側にある前記第三シュート64の中には弾みシート642が圧着係合接続され、前記第二シュート66の中にはそれぞれ前記挿入キャビティ62と前記第三シュート64に通じ合い設置される第一斜めシュート65が貫通設置され、前記第二シュート66の中に後側へ延伸設置されるスライドバー661が平滑に係合接続され、前記スライドバー661の中に前記第一斜めシュート65と通じ合う第二斜めシュート662が設置され、前記第二斜めシュート662の中には一端が前記第一斜めシュート65を通して前記第三シュート64の中に挿入する且つ前記第三スライドブロック641と固定係合接続される斜めスライドブロック643が平滑に係合接続され、前記斜めスライドブロック643のほかの一端が前記第一斜めシュート65を通して前記挿入キャビティ62の中に挿入し、前記充電端7にライトディスプレイ装置が設けられ、前記ライトディスプレイ装置が沈みキャビティ78及びストロボ電球79を含む。 As shown in FIGS. 1 to 5, an improved new energy charging pile device according to an embodiment of the present invention includes a charging pile 5 and a charging end 7 connected to a new energy vehicle, and a base 4 at the bottom of the charging pile 5. Are installed integrally, a rainproof shelf 500 is fixed to the top of the charging pile 5, an installation cavity 51 is installed in the front end face of the charging pile 5, and an electrical communication structure 6 is installed in the installation cavity 51. Is installed, a circular arc head 61 is fixed to the rear end of the electric communication structure 6, and a cradling shaft 610 extending vertically is fixed in the circular arc head 61, and The end is engaged and connected to the inner top wall of the installation cavity 51 by rotation, the bottom extension end of the razor removing shaft 610 is engaged and connected to the first motor 611 by power, and the outer surface of the first motor 611 is It is fixed in the inner bottom wall of the installation cavity 51, and is inserted into the front end face of the electrical communication structure 6. A cavity 62 is installed, a first chute 63 is installed in the electrical communication structure 6 on the rear side of the insertion cavity 62, and a first slide block 631 is smoothly engaged and connected in the first chute 63. The first screw bolt 632 extending and installed in the first slide block 631 is engaged and connected, and the front extended end of the first screw bolt 632 is rotated with the front inner wall of the first chute 63. Engaged, and the rear extension end of the first screw bolt 632 is engaged and connected to the second motor 633 by power, and the outer surface of the second motor 633 is in the rear inner wall of the first chute 63. A second chute 66 that is fixedly installed and extends in the front-rear direction in the electrical communication structure 6 on both the left and right sides of the insertion cavity 62 is symmetrically installed, and the rearward extension end of the second chute 66 is the first extension end. Installed in communication with one chute 63, before A third chute 64 is installed on the side away from the insertion cavity 62 of the second chute 66, and a third slide block 641 is smoothly engaged and connected in the third chute 64. In the third chute 64 on the side away from the second chute 66, a resilient sheet 642 is crimped and connected, and in the second chute 66, the insertion cavity 62 and the third chute 64 are respectively connected. The first oblique chute 65 installed in a communicating manner is penetrated, and a slide bar 661 extending and installed to the rear side in the second chute 66 is smoothly engaged and connected. A second oblique chute 662 communicating with the one oblique chute 65 is installed, and one end of the second oblique chute 662 is inserted into the third chute 64 through the first oblique chute 65 and the third shoe. An oblique slide block 643 fixedly engaged and connected to the id block 641 is smoothly engaged and connected, and the other end of the oblique slide block 643 is inserted into the insertion cavity 62 through the first oblique chute 65, and A light display device is provided at the charging end 7, and the light display device includes a sink cavity 78 and a strobe bulb 79.

有益なまた例を示すように、前記据付キャビティ51の後側内壁にブレンドストップ510が固設される。 As a useful example, a blend stop 510 is secured to the rear inner wall of the installation cavity 51.

有益なまた例を示すように、前記挿入キャビティ62の後側内壁に給電シートが固設される。 As a useful example, a power supply sheet is fixed to the rear inner wall of the insertion cavity 62.

有益なまた例を示すように、前記充電端7の後側末端に前記挿入キャビティ62と係合接続される挿入軸71が固設され、前記挿入軸71の左右両側端面に前記斜めスライドブロック643と係合接続されるロックド溝711が対称で設置され、前記挿入軸71の後側末端に斜めスライドヘッド712が固設され、前記斜めスライドヘッド712の後側末端端面の中に前記給電シートと係合接続される電気連通溝713が設置され、これにより快速なゲーブル接続作業に便利を与える同時に、ゲーブル接続の安定性を高める。 As shown in a useful example, an insertion shaft 71 engaged with and connected to the insertion cavity 62 is fixed to the rear end of the charging end 7, and the oblique slide block 643 is mounted on both left and right end surfaces of the insertion shaft 71. A locked groove 711 that is engaged and connected is installed symmetrically, an oblique slide head 712 is fixed to the rear end of the insertion shaft 71, and the power supply sheet is placed in the rear end face of the oblique slide head 712. An electrical communication groove 713 to be engaged and connected is installed, thereby providing convenience for quick gable connection work and at the same time improving stability of the gable connection.

有益なまた例を示すように、前記カジ取軸610の右側にある前記据付キャビティ51の内底壁の中に持上げ構造511が設置され、前記カジ取軸610の前側にある前記電気連通構造6の底部端面の中には前記持上げ構造511と係合接続されるキーホール67が設置され、前記持上げ構造511が前記据付キャビティ51の内底壁の中に設置される押出溝5110と、前記押出溝5110の中に平滑に係合接続設置される持上げアーム5111を含み、前記持上げアーム5111の底部端面の中には下へ延伸設置される第二ねじボルト5114が係合接続され、前記第二ねじボルト5114の底部延伸末端が第三モーター5115に動力で係合接続され、前記第三モーター5115の外表面が前記押出溝5110の内底壁の中に固設され、前記押出溝5110の左右両側内壁にガイドスライド溝5112が対称で設置され、前記ガイドスライド溝5112の中に前記持上げアーム5111と固定係合接続されるガイドスライドブロック5113が平滑に係合接続され、これにより収納ロック作業を自動に制御する。 As a useful example, a lifting structure 511 is installed in the inner bottom wall of the installation cavity 51 on the right side of the squeezing shaft 610, and the electrical communication structure 6 on the front side of the scouring shaft 610 is provided. A keyhole 67 that is engaged with and connected to the lifting structure 511 is installed in the bottom end surface of the bottom of the extrusion groove 5110 in which the lifting structure 511 is installed in the inner bottom wall of the installation cavity 51, and the extrusion A lifting arm 5111 that is smoothly engaged and connected in the groove 5110 is included, and a second screw bolt 5114 that extends downward is engaged and connected to the bottom end surface of the lifting arm 5111, and the second The bottom extension end of the screw bolt 5114 is engaged and connected to the third motor 5115 by power, and the outer surface of the third motor 5115 is fixed in the inner bottom wall of the extrusion groove 5110. Guide slide grooves 5112 are symmetrically installed on the inner walls on both sides, and the guide The lifting guide slide block 5113 to be fixed engagement connection with the arm 5111 into a ride groove 5112 is smooth engaging contact, thereby controlling the storage lock work automatically.

有益なまた例を示すように、前記沈みキャビティ78が前記充電端の頂部端面の中に設置され、前記沈みキャビティ78の中に前記ストロボ電球79が取付けられ、前記ストロボ電球79が前記充電端7の電気連通状態の注意付けに用られる。 As a useful example, the sink cavity 78 is installed in the top end face of the charging end, the strobe bulb 79 is mounted in the sink cavity 78, and the strobe bulb 79 is connected to the charging end 7. It is used for warning of the electrical communication state.

初期状態に、第一スライドブロック631が第一シュート63の中の一番前側に位置し、この時、第一スライドブロック631がスライドバー661を完全に第二シュート66に駆動挿入させ、その同時に、第二斜めシュート662を第一斜めシュート65と完全に向かい合う位置に位置させ、この時、第三スライドブロック641が弾みシート642からの圧力を受けて斜めスライドブロック643を最大限に挿入キャビティ62の中に挿入駆動させる。 In the initial state, the first slide block 631 is positioned at the foremost side of the first chute 63, and at this time, the first slide block 631 completely inserts the slide bar 661 into the second chute 66, and at the same time The second diagonal chute 662 is positioned at a position completely opposite to the first diagonal chute 65. At this time, the third slide block 641 receives pressure from the elastic sheet 642 and inserts the diagonal slide block 643 to the maximum extent. Insert the drive inside.

充電する時、充電端7を電気連通構造6の前側に移動させ、その同時に、挿入軸71を挿入キャビティ62の相対位置にさせ、それから充電端7を後側に移動して次第に挿入キャビティ62の中に挿入させ、斜めスライドヘッド712が斜めスライドブロック643と圧着平滑に係合接続されると、この時、斜めスライドブロック643により第三スライドブロック641を弾みシート642の圧力に抵抗して次第に第三シュート64の中に挿入させ、挿入軸71が完全に挿入キャビティ62の中に挿入すると、この時、挿入軸71が給電シートを電気連通溝713と完全に係合接続駆動させ、その同時に、ロックド溝711を斜めスライドブロック643の相対位置に移動させ、この時、第三スライドブロック641が弾みシート642の圧力を受け、第三スライドブロック641により斜めスライドブロック643を完全にロックド溝711の中に挿入させて充電端7の係合接続作業を完成し、これにより新エネルギー自動車のロック充電接続作業を実現する。 When charging, the charging end 7 is moved to the front side of the electrical communication structure 6, and at the same time, the insertion shaft 71 is moved to the relative position of the insertion cavity 62, and then the charging end 7 is moved to the rear side and gradually inserted into the insertion cavity 62. When the oblique slide head 712 is engaged and connected with the oblique slide block 643 in a crimping and smooth manner, the oblique slide block 643 causes the third slide block 641 to resist the pressure of the elastic sheet 642 and gradually increase. When inserted into the three chutes 64 and the insertion shaft 71 is completely inserted into the insertion cavity 62, at this time, the insertion shaft 71 drives the power supply sheet to fully engage and connect with the electric communication groove 713. The locked groove 711 is moved to the relative position of the oblique slide block 643. At this time, the third slide block 641 receives the pressure of the elastic sheet 642, and the third slide block 641 causes the oblique slide block 643 to move. Completely by inserting completed the engagement operation of connecting the charging terminals 7 into the locked groove 711, thereby realizing a lock charging connection work of new energy vehicles.

充電が完了後、第二モーター633が第一ねじボルト632を回転駆動させ、そして第一ねじボルト632により第一スライドブロック631を次第に第一シュート63の中の後側に沿ってスライドさせ、その同時に、第一スライドブロック631によりスライドバー661を次第に第二シュート66の中の後側に沿ってスライドさせ、この時、第一スライドブロック631の中にある第二斜めシュート662が斜めスライドブロック643と圧着平滑に係合され、斜めスライドブロック643が第三スライドブロック641を駆動して弾みシート642の圧力を克服し次第に第三シュート64の中に挿入させ、その同時に、斜めスライドブロック643を次第にロックド溝711の中から離れさせ、この時、充電端7を外へ引き抜けば良く、充電端7を引き抜いた後第一モーター611がカジ取軸610を回転駆動させ、カジ取軸610により円弧ヘッド61と、円弧ヘッド61の前側にある電気連通構造6とを反時計回転させ、そして電気連通構造6により充電端7を次第に据付キャビティ51の中に挿入させ、電気連通構造6がブレンドストップ510と当接すると、この時第一モーター611を回転停止させ、その同時に、キーホール67を持上げ構造511の真上に位置させ、この時、第三モーター5115により第二ねじボルト5114を回転させ、第二ねじボルト5114により持上げアーム5111を次第に押出溝5110の中の頂部方向に沿ってスライドさせ、その同時に、持上げアーム5111の頂部を次第にキーホール67の中に挿入させ、これにより電気連通構造6の係合接続作業を完成し、これにより外に漏らすための感電事故の発生を防止する。 After the charging is completed, the second motor 633 drives the first screw bolt 632 to rotate, and the first screw bolt 632 gradually slides the first slide block 631 along the rear side of the first chute 63, At the same time, the slide bar 661 is gradually slid along the rear side of the second chute 66 by the first slide block 631, and at this time, the second diagonal chute 662 in the first slide block 631 is moved to the diagonal slide block 643. The diagonal slide block 643 drives the third slide block 641 to overcome the pressure of the elastic sheet 642 and gradually insert it into the third chute 64, and at the same time, the diagonal slide block 643 gradually At this time, it is only necessary to pull out the charging end 7 from the inside of the locked groove 711, and after pulling out the charging end 7, the first motor 611 rotates the scouring shaft 610, The rotating shaft 610 causes the arc head 61 and the electric communication structure 6 on the front side of the arc head 61 to rotate counterclockwise, and the electric communication structure 6 causes the charging end 7 to be gradually inserted into the installation cavity 51 for electric communication. When structure 6 comes into contact with blend stop 510, the first motor 611 stops rotating at this time, and at the same time, the keyhole 67 is positioned directly above the lifting structure 511. At this time, the second screw is driven by the third motor 5115. The bolt 5114 is rotated and the lifting arm 5111 is gradually slid along the top direction in the extrusion groove 5110 by the second screw bolt 5114, and at the same time, the top of the lifting arm 5111 is gradually inserted into the keyhole 67, As a result, the engagement connection work of the electrical communication structure 6 is completed, thereby preventing the occurrence of an electric shock accident for leakage to the outside.

本分野の技術者が明確できるのは、本発明の総体精神や発想から離脱しない場合で、以上の実施例に各種な変形ができ、それらの変形がすべて本発明の保護範囲にある。本発明の保護方案は本発明の権利要求書を標準とすべきである。 An engineer in this field can clarify the case where it does not depart from the general spirit and idea of the present invention. Various modifications can be made to the above-described embodiments, and these modifications are all within the protection scope of the present invention. The protection scheme of the present invention should be based on the rights claim of the present invention.

本発明は新エネルギー自動車技術分野を取り上げて、具体的には改良型新エネルギー充電杭装置である。 The present invention takes up the field of new energy automobile technology, specifically an improved new energy charging pile device.

新エネルギー自動車はエネルギー節約、汚染なしなどの多くの長所で伝統的な自動車を次第に取り替え広く用いられる。充電杭は新エネルギー自動車の付帯設備であり、新エネルギー自動車に充電するキャリアであり、しかし伝統的な充電杭の設定モードが単一であり、充電中に充電端と充電端部の挿入するときの摩擦力だけで動かない状態を維持し、不注意に充電端を触りあるいは充電線を引っ張ることの影響で充電端の脱落を引き起こす可能性があり、これにより充電中断を起こし、また、従来の場合、充電端部内の電気伝導シートは一般的に外部に設置され、人が不注意に接触した後感電事故が発生しやすく、大きな隠れる安全問題がある。 New energy vehicles are widely used to gradually replace traditional vehicles with many advantages such as energy saving and pollution free. Charging pile is an incidental facility for new energy vehicles and is a carrier for charging new energy vehicles, but the traditional charging pile setting mode is single and when charging end and charging end are inserted during charging The frictional force of the battery keeps it from moving, and the charging end may be accidentally touched or the charging line may be pulled off, causing the charging end to drop off. In this case, the electrically conductive sheet in the charging end is generally installed outside, and an electric shock is likely to occur after a person inadvertently touches, and there is a large hidden safety problem.

中国特許出願公開第104253449号明細書Chinese Patent Application No. 104253449

本発明の目的は改良型新エネルギー充電杭装置を提供し、それは上記の現在の技術中の問題を解決できる。 The object of the present invention is to provide an improved new energy charging pile device, which can solve the problems in the above current technology.

本発明による改良型新エネルギー充電杭装置は、充電杭と、新エネルギー自動車に設置される充電端を含み、前記充電杭の底部にベースが一体式に設置され、前記充電杭の頂部に防雨棚が固設され、前記充電杭の前側端面内に据付キャビティが設置され、前記据付キャビティの中に電気連通構造が設置され、前記電気連通構造の後側端に円弧ヘッドが固設され、前記円弧ヘッドの中に上下へ延伸するカジ取軸が固設され、前記カジ取軸の頂部延伸末端が前記据付キャビティの内頂壁と回転で係合接続され、前記カジ取軸の底部延伸末端が第一モーターと動力で係合接続され、前記第一モーターの外表面が前記据付キャビティの内底壁の中に固設され、前記電気連通構造の前側端面内に挿入キャビティが設置され、前記挿入キャビティの後側にある前記電気連通構造の中に第一シュートが設置され、前記第一シュートの中に第一スライドブロックが平滑に係合接続され、前記第一スライドブロックの中に前後へ延伸設置される第一ねじボルトが係合接続され、前記第一ねじボルトの前側延伸末端が前記第一シュートの前側内壁と回転で係合接続され、前記第一ねじボルトの後側延伸末端が第二モーターと動力で係合接続され、前記第二モーターの外表面が前記第一シュートの後側内壁の中に固設され、前記挿入キャビティの左右両側にある前記電気連通構造の中に前後へ延伸設置される第二シュートが対称で設置され、前記第二シュートの後側延伸末端が前記第一シュートと通じ合い設置され、前記第二シュートの前記挿入キャビティから離れる側には第三シュートが設置され、前記第三シュートの中に第三スライドブロックが平滑に係合接続され、前記第三スライドブロックの前記第二シュートから離れる側にある前記第三シュートの中には弾みシートが圧着係合接続され、前記第二シュートの中にはそれぞれ前記挿入キャビティと前記第三シュートに通じ合い設置される第一斜めシュートが貫通設置され、前記第二シュートの中に後側へ延伸設置されるスライドバーが平滑に係合接続され、前記スライドバーの中に前記第一斜めシュートと通じ合う第二斜めシュートが設置され、前記第二斜めシュートの中には一端が前記第一斜めシュートを通して前記第三シュートの中に挿入する且つ前記第三スライドブロックと固定係合接続される斜めスライドブロックが平滑に係合接続され、前記斜めスライドブロックのほかの一端が前記第一斜めシュートを通して前記挿入キャビティの中に挿入し、前記充電端にライトディスプレイ装置が設けられ、前記ライトディスプレイ装置が沈みキャビティ及びストロボ電球を含む。 An improved new energy charging pile device according to the present invention includes a charging pile and a charging end installed in a new energy vehicle, wherein a base is integrally installed at the bottom of the charging pile, and a rainproof is provided at the top of the charging pile. A shelf is fixed, an installation cavity is installed in the front end face of the charging pile, an electrical communication structure is installed in the installation cavity, and an arc head is fixed to the rear end of the electrical communication structure, A razor shaft extending in the vertical direction is fixed in the arc head, and a top extending end of the razor shaft is rotationally engaged with an inner top wall of the installation cavity. The first motor is engaged and connected by power, the outer surface of the first motor is fixed in the inner bottom wall of the installation cavity, the insertion cavity is installed in the front end surface of the electrical communication structure, and the insertion Behind the cavity A first chute is installed in the electric communication structure, a first slide block is smoothly engaged and connected in the first chute, and a first chute is installed in the first slide block extending in the front-rear direction. A screw bolt is engaged and connected, a front extension end of the first screw bolt is engaged with a front inner wall of the first chute by rotation, and a rear extension end of the first screw bolt is driven by a second motor and power. Engaged and connected, the outer surface of the second motor is fixed in the rear inner wall of the first chute, and is extended and installed in the electrical communication structure on both the left and right sides of the insertion cavity. The two chutes are installed symmetrically, the rear extended end of the second shoot is installed in communication with the first chute, the third chute is installed on the side away from the insertion cavity of the second chute, A third slide block is smoothly engaged and connected in the three chutes, and an elastic sheet is crimped and connected in the third chute on the side away from the second chutes of the third slide block, In each of the second chutes, a first oblique chute that is installed in communication with the insertion cavity and the third chute is penetrated, and a slide bar that extends backward in the second chute is smooth. A second oblique chute that is engaged and connected and communicates with the first oblique chute is installed in the slide bar, and one end of the second oblique chute passes through the first oblique chute and enters the third chute. The other end of the oblique slide block is inserted into the third slide block and fixedly engaged with the third slide block. Is inserted into the insertion cavity through the first oblique chute, a light display device is provided at the charging end, and the light display device includes a sinking cavity and a strobe light bulb.

更の技術プラン、前記据付キャビティの後側内壁にブレンドストップが固設される。 A further technical plan, a blend stop is fixed on the rear inner wall of the installation cavity.

更の技術プラン、前記挿入キャビティの後側内壁に給電シートが固設される。 According to a further technical plan, a power supply sheet is fixed on the inner wall of the rear side of the insertion cavity.

更の技術プラン、前記充電端の後側末端に前記挿入キャビティと係合接続される挿入軸が固設され、前記挿入軸の左右両側端面に前記斜めスライドブロックと係合接続されるロックド溝が対称で設置され、前記挿入軸の後側末端に斜めスライドヘッドが固設され、前記斜めスライドヘッドの後側末端端面の中に前記給電シートと係合接続される電気連通溝が設置される。 According to a further technical plan, an insertion shaft that is engaged with and connected to the insertion cavity is fixed to a rear end of the charging end, and a locked groove that is engaged and connected to the oblique slide block is formed on both left and right end surfaces of the insertion shaft. An oblique slide head is fixedly installed at the rear end of the insertion shaft, and an electrical communication groove that is engaged with and connected to the power supply sheet is installed in the rear end face of the oblique slide head.

更の技術プラン、前記カジ取軸の右側にある前記据付キャビティの内底壁の中に持上げ構造が設置され、前記カジ取軸の前側にある前記電気連通構造の底部端面の中には前記持上げ構造と係合接続されるキーホールが設置され、前記持上げ構造が前記据付キャビティの内底壁の中に設置される押出溝と、前記押出溝の中に平滑に係合接続設置される持上げアームを含み、前記持上げアームの底部端面の中には下へ延伸設置される第二ねじボルトが係合接続され、前記第二ねじボルトの底部延伸末端が第三モーターに動力で係合接続され、前記第三モーターの外表面が前記押出溝の内底壁の中に固設され、前記押出溝の左右両側内壁にガイドスライド溝が対称で設置され、前記ガイドスライド溝の中に前記持上げアームと固定係合接続されるガイドスライドブロックが平滑に係合接続される。 A further technical plan is that a lifting structure is installed in the inner bottom wall of the installation cavity on the right side of the squeezing shaft, and the lifting structure is in the bottom end surface of the electrical communication structure on the front side of the scouring shaft. A keyhole that is engaged and connected to the structure is installed, and a lifting groove in which the lifting structure is installed in the inner bottom wall of the installation cavity, and a lifting arm that is smoothly engaged and installed in the pushing groove A second screw bolt that extends downward is engaged and connected to the bottom end surface of the lifting arm, and a bottom extended end of the second screw bolt is engaged and connected to a third motor by power. The outer surface of the third motor is fixed in the inner bottom wall of the push groove, and the guide slide grooves are symmetrically installed on the right and left inner walls of the push groove, and the lifting arm is placed in the guide slide groove. Fixed engagement connected gas De slide block is smooth engagement connection.

更の技術プラン、前記沈みキャビティが前記充電端の頂部端面の中に設置され、前記沈みキャビティの中に前記ストロボ電球が取付けられる。 In a further technical plan, the sinking cavity is installed in the top end surface of the charging end, and the strobe bulb is mounted in the sinking cavity.

本発明の有益な効果は下記の通りである：本発明の構造が簡単で、操作が便利で、前記電気連通構造の前側端面内に挿入キャビティが設置され、前記挿入キャビティの後側にある前記電気連通構造の中に第一シュートが設置され、前記第一シュートの中に第一スライドブロックが平滑に係合接続され、前記第一スライドブロックの中に前後へ延伸設置される第一ねじボルトが係合接続され、前記第一ねじボルトの前側延伸末端が前記第一シュートの前側内壁と回転で係合接続され、前記第一ねじボルトの後側延伸末端が第二モーターと動力で係合接続され、前記第二モーターの外表面が前記第一シュートの後側内壁の中に固設され、前記挿入キャビティの左右両側にある前記電気連通構造の中に前後へ延伸設置される第二シュートが対称で設置され、前記第二シュートの後側延伸末端が前記第一シュートと通じ合い設置され、前記第二シュートの前記挿入キャビティから離れる側には第三シュートが設置され、前記第三シュートの中に第三スライドブロックが平滑に係合接続され、前記第三スライドブロックの前記第二シュートから離れる側にある前記第三シュートの中には弾みシートが圧着係合接続され、前記第二シュートの中にはそれぞれ前記挿入キャビティと前記第三シュートに通じ合い設置される第一斜めシュートが貫通設置され、前記第二シュートの中に後側へ延伸設置されるスライドバーが平滑に係合接続され、前記スライドバーの中に前記第一斜めシュートと通じ合う第二斜めシュートが設置され、前記第二斜めシュートの中には一端が前記第一斜めシュートを通して前記第三シュートの中に挿入する且つ前記第三スライドブロックと固定係合接続される斜めスライドブロックが平滑に係合接続され、前記斜めスライドブロックのほかの一端が前記第一斜めシュートを通して前記挿入キャビティの中に挿入し、これにより充電端と電気連通構造の係合接続作業の自動制御を実現し、その同時に電気連通構造の収納とロック作業の自動制御を実現し、充電の安全性及び充電連通の安定性を大幅に高める。 The beneficial effects of the present invention are as follows: the structure of the present invention is simple, the operation is convenient, an insertion cavity is installed in the front end face of the electrical communication structure, and the insertion cavity is located behind the insertion cavity. A first screw bolt is installed in the electric communication structure, the first slide block is smoothly engaged and connected in the first chute, and is extended and installed in the first slide block. Are engaged and connected, the front extension end of the first screw bolt is engaged with the front inner wall of the first chute by rotation, and the rear extension end of the first screw bolt is engaged by power with the second motor. A second chute that is connected, the outer surface of the second motor is fixed in the rear inner wall of the first chute, and is extended and installed in the electrical communication structure on the left and right sides of the insertion cavity. Is symmetrical A rear extending end of the second chute is installed in communication with the first chute, a third chute is installed on a side of the second chute away from the insertion cavity, and a second chute is installed in the third chute. Three slide blocks are smoothly engaged and connected, and a resilient sheet is crimped and connected in the third chute on the side away from the second chute of the third slide block. The first oblique chute that is installed in communication with the insertion cavity and the third chute is penetrated, and a slide bar that is installed to extend rearward in the second chute is smoothly engaged and connected, A second diagonal chute that communicates with the first diagonal chute is installed in the slide bar, and one end of the second diagonal chute passes through the first diagonal chute. An oblique slide block inserted into the third chute and fixedly engaged with the third slide block is smoothly engaged and connected, and the other end of the oblique slide block is inserted through the first oblique chute. Inserting into the cavity, this realizes automatic control of the engagement and connection work of the charging end and the electrical communication structure, and at the same time realizes automatic control of storage and locking work of the electrical communication structure, charging safety and charging Significantly improve communication stability.

図1は本発明の改良型新エネルギー充電杭装置の構造概略図である。FIG. 1 is a schematic structural view of an improved new energy charging pile device of the present invention. 図2は図1の矢印方向の構造概略図である。FIG. 2 is a schematic structural diagram in the direction of the arrow in FIG. 図3は本発明の充電端の全体構造概略図である。FIG. 3 is a schematic diagram of the entire structure of the charging end according to the present invention. 図4は本発明の電気連通構造の底面図である。FIG. 4 is a bottom view of the electrical communication structure of the present invention. 図5は本発明の持上げ構造の内部構造概略図である。FIG. 5 is a schematic diagram of the internal structure of the lifting structure of the present invention.

下記に図1~5をあわせて本発明について詳しく説明する。 Hereinafter, the present invention will be described in detail with reference to FIGS.

図1~5が示すように、本発明の実施例による改良型新エネルギー充電杭装置は、充電杭5と、新エネルギー自動車に設置される充電端7を含み、前記充電杭5の底部にベース4が一体式に設置され、前記充電杭5の頂部に防雨棚500が固設され、前記充電杭5の前側端面内に据付キャビティ51が設置され、前記据付キャビティ51の中に電気連通構造6が設置され、前記電気連通構造6の後側端に円弧ヘッド61が固設され、前記円弧ヘッド61の中に上下へ延伸するカジ取軸610が固設され、前記カジ取軸610の頂部延伸末端が前記据付キャビティ51の内頂壁と回転で係合接続され、前記カジ取軸610の底部延伸末端が第一モーター611と動力で係合接続され、前記第一モーター611の外表面が前記据付キャビティ51の内底壁の中に固設され、前記電気連通構造6の前側端面内に挿入キャビティ62が設置され、前記挿入キャビティ62の後側にある前記電気連通構造6の中に第一シュート63が設置され、前記第一シュート63の中に第一スライドブロック631が平滑に係合接続され、前記第一スライドブロック631の中に前後へ延伸設置される第一ねじボルト632が係合接続され、前記第一ねじボルト632の前側延伸末端が前記第一シュート63の前側内壁と回転で係合接続され、前記第一ねじボルト632の後側延伸末端が第二モーター633と動力で係合接続され、前記第二モーター633の外表面が前記第一シュート63の後側内壁の中に固設され、前記挿入キャビティ62の左右両側にある前記電気連通構造6の中に前後へ延伸設置される第二シュート66が対称で設置され、前記第二シュート66の後側延伸末端が前記第一シュート63と通じ合い設置され、前記第二シュート66の前記挿入キャビティ62から離れる側には第三シュート64が設置され、前記第三シュート64の中に第三スライドブロック641が平滑に係合接続され、前記第三スライドブロック641の前記第二シュート66から離れる側にある前記第三シュート64の中には弾みシート642が圧着係合接続され、前記第二シュート66の中にはそれぞれ前記挿入キャビティ62と前記第三シュート64に通じ合い設置される第一斜めシュート65が貫通設置され、前記第二シュート66の中に後側へ延伸設置されるスライドバー661が平滑に係合接続され、前記スライドバー661の中に前記第一斜めシュート65と通じ合う第二斜めシュート662が設置され、前記第二斜めシュート662の中には一端が前記第一斜めシュート65を通して前記第三シュート64の中に挿入する且つ前記第三スライドブロック641と固定係合接続される斜めスライドブロック643が平滑に係合接続され、前記斜めスライドブロック643のほかの一端が前記第一斜めシュート65を通して前記挿入キャビティ62の中に挿入し、前記充電端7にライトディスプレイ装置が設けられ、前記ライトディスプレイ装置が沈みキャビティ78及びストロボ電球79を含む。 As shown in FIGS. 1 to 5, an improved new energy charging pile device according to an embodiment of the present invention includes a charging pile 5 and a charging end 7 installed in a new energy vehicle, and a base at the bottom of the charging pile 5. 4 is installed integrally, a rainproof shelf 500 is fixed to the top of the charging pile 5, an installation cavity 51 is installed in the front end face of the charging pile 5, and an electrical communication structure is installed in the installation cavity 51. 6 is installed, a circular arc head 61 is fixed to the rear end of the electrical communication structure 6, and a cradling shaft 610 extending in the vertical direction is fixed in the circular arc head 61. The extension end is rotationally engaged with the inner top wall of the installation cavity 51, the bottom extension end of the razor shaft 610 is engaged with the first motor 611, and the outer surface of the first motor 611 is Fixed in the inner bottom wall of the installation cavity 51, in the front end surface of the electrical communication structure 6 An insertion cavity 62 is installed, a first chute 63 is installed in the electrical communication structure 6 on the rear side of the insertion cavity 62, and a first slide block 631 is smoothly engaged in the first chute 63. A first screw bolt 632 that is connected and extended in the front-rear direction in the first slide block 631 is engaged and connected, and a front extension end of the first screw bolt 632 rotates with a front inner wall of the first chute 63 And the rear extension end of the first screw bolt 632 is engaged and connected to the second motor 633 by power, and the outer surface of the second motor 633 is located in the rear inner wall of the first chute 63. The second chute 66 is installed symmetrically in the electrical communication structure 6 on both the left and right sides of the insertion cavity 62, and the rear extended end of the second chute 66 is the rear extended end. Installed in communication with the first chute 63, A third chute 64 is installed on the side away from the insertion cavity 62 of the second chute 66, and a third slide block 641 is smoothly engaged and connected in the third chute 64, and the third slide block 641 In the third chute 64 on the side away from the second chute 66, a resilient sheet 642 is press-fitted and connected, and in the second chute 66, the insertion cavity 62 and the third chute 64 are respectively connected. The first oblique chute 65 that is installed in communication with the slide bar 661 is installed in a penetrating manner, and a slide bar 661 extending and installed rearward in the second chute 66 is smoothly engaged and connected. A second oblique chute 662 communicating with the first oblique chute 65 is installed, and one end of the second oblique chute 662 is inserted into the third chute 64 through the first oblique chute 65 and the third chute 652. An oblique slide block 643 fixedly engaged with the ride block 641 is smoothly engaged and connected, and the other end of the oblique slide block 643 is inserted into the insertion cavity 62 through the first oblique chute 65, A light display device is provided at the charging end 7, and the light display device includes a sink cavity 78 and a strobe bulb 79.

有益なまた例を示すように、前記据付キャビティ51の後側内壁にブレンドストップ510が固設される。 As a useful example, a blend stop 510 is secured to the rear inner wall of the installation cavity 51.

有益なまた例を示すように、前記挿入キャビティ62の後側内壁に給電シートが固設される。 As a useful example, a power supply sheet is fixed to the rear inner wall of the insertion cavity 62.

有益なまた例を示すように、前記充電端7の後側末端に前記挿入キャビティ62と係合接続される挿入軸71が固設され、前記挿入軸71の左右両側端面に前記斜めスライドブロック643と係合接続されるロックド溝711が対称で設置され、前記挿入軸71の後側末端に斜めスライドヘッド712が固設され、前記斜めスライドヘッド712の後側末端端面の中に前記給電シートと係合接続される電気連通溝713が設置され、これにより快速なゲーブル接続作業に便利を与える同時に、ゲーブル接続の安定性を高める。 As shown in a useful example, an insertion shaft 71 engaged with and connected to the insertion cavity 62 is fixed to the rear end of the charging end 7, and the oblique slide block 643 is mounted on both left and right end surfaces of the insertion shaft 71. A locked groove 711 that is engaged and connected is installed symmetrically, an oblique slide head 712 is fixed to the rear end of the insertion shaft 71, and the power supply sheet is placed in the rear end face of the oblique slide head 712. An electrical communication groove 713 to be engaged and connected is installed, thereby providing convenience for quick gable connection work and at the same time improving stability of the gable connection.

有益なまた例を示すように、前記カジ取軸610の右側にある前記据付キャビティ51の内底壁の中に持上げ構造511が設置され、前記カジ取軸610の前側にある前記電気連通構造6の底部端面の中には前記持上げ構造511と係合接続されるキーホール67が設置され、前記持上げ構造511が前記据付キャビティ51の内底壁の中に設置される押出溝5110と、前記押出溝5110の中に平滑に係合接続設置される持上げアーム5111を含み、前記持上げアーム5111の底部端面の中には下へ延伸設置される第二ねじボルト5114が係合接続され、前記第二ねじボルト5114の底部延伸末端が第三モーター5115に動力で係合接続され、前記第三モーター5115の外表面が前記押出溝5110の内底壁の中に固設され、前記押出溝5110の左右両側内壁にガイドスライド溝5112が対称で設置され、前記ガイドスライド溝5112の中に前記持上げアーム5111と固定係合接続されるガイドスライドブロック5113が平滑に係合接続され、これにより収納ロック作業を自動に制御する。 As a useful example, a lifting structure 511 is installed in the inner bottom wall of the installation cavity 51 on the right side of the squeezing shaft 610, and the electrical communication structure 6 on the front side of the scouring shaft 610 is provided. A keyhole 67 that is engaged with and connected to the lifting structure 511 is installed in the bottom end surface of the bottom of the extrusion groove 5110 in which the lifting structure 511 is installed in the inner bottom wall of the installation cavity 51, and the extrusion A lifting arm 5111 that is smoothly engaged and connected in the groove 5110 is included, and a second screw bolt 5114 that extends downward is engaged and connected to the bottom end surface of the lifting arm 5111, and the second The bottom extension end of the screw bolt 5114 is engaged and connected to the third motor 5115 by power, and the outer surface of the third motor 5115 is fixed in the inner bottom wall of the extrusion groove 5110. Guide slide grooves 5112 are symmetrically installed on the inner walls on both sides, and the guide The lifting guide slide block 5113 to be fixed engagement connection with the arm 5111 into a ride groove 5112 is smooth engaging contact, thereby controlling the storage lock work automatically.

有益なまた例を示すように、前記沈みキャビティ78が前記充電端の頂部端面の中に設置され、前記沈みキャビティ78の中に前記ストロボ電球79が取付けられ、前記ストロボ電球79が前記充電端7の電気連通状態の注意付けに用られる。 As a useful example, the sink cavity 78 is installed in the top end face of the charging end, the strobe bulb 79 is mounted in the sink cavity 78, and the strobe bulb 79 is connected to the charging end 7. It is used for warning of the electrical communication state.

初期状態に、第一スライドブロック631が第一シュート63の中の一番前側に位置し、この時、第一スライドブロック631がスライドバー661を完全に第二シュート66に駆動挿入させ、その同時に、第二斜めシュート662を第一斜めシュート65と完全に向かい合う位置に位置させ、この時、第三スライドブロック641が弾みシート642からの圧力を受けて斜めスライドブロック643を最大限に挿入キャビティ62の中に挿入駆動させる。 In the initial state, the first slide block 631 is positioned at the foremost side of the first chute 63, and at this time, the first slide block 631 completely inserts the slide bar 661 into the second chute 66, and at the same time The second diagonal chute 662 is positioned at a position completely opposite to the first diagonal chute 65. At this time, the third slide block 641 receives pressure from the elastic sheet 642 and inserts the diagonal slide block 643 to the maximum extent. Insert the drive inside.

充電する時、充電端7を電気連通構造6の前側に移動させ、その同時に、挿入軸71を挿入キャビティ62の相対位置にさせ、それから充電端7を後側に移動して次第に挿入キャビティ62の中に挿入させ、斜めスライドヘッド712が斜めスライドブロック643と圧着平滑に係合接続されると、この時、斜めスライドブロック643により第三スライドブロック641を弾みシート642の圧力に抵抗して次第に第三シュート64の中に挿入させ、挿入軸71が完全に挿入キャビティ62の中に挿入すると、この時、挿入軸71が給電シートを電気連通溝713と完全に係合接続駆動させ、その同時に、ロックド溝711を斜めスライドブロック643の相対位置に移動させ、この時、第三スライドブロック641が弾みシート642の圧力を受け、第三スライドブロック641により斜めスライドブロック643を完全にロックド溝711の中に挿入させて充電端7の係合接続作業を完成し、これにより新エネルギー自動車のロック充電接続作業を実現する。 When charging, the charging end 7 is moved to the front side of the electrical communication structure 6, and at the same time, the insertion shaft 71 is moved to the relative position of the insertion cavity 62, and then the charging end 7 is moved to the rear side and gradually inserted into the insertion cavity 62. When the oblique slide head 712 is engaged and connected with the oblique slide block 643 in a crimping and smooth manner, the oblique slide block 643 causes the third slide block 641 to resist the pressure of the elastic sheet 642 and gradually increase. When inserted into the three chutes 64 and the insertion shaft 71 is completely inserted into the insertion cavity 62, at this time, the insertion shaft 71 drives the power supply sheet to fully engage and connect with the electric communication groove 713. The locked groove 711 is moved to the relative position of the oblique slide block 643. At this time, the third slide block 641 receives the pressure of the elastic sheet 642, and the third slide block 641 causes the oblique slide block 643 to move. Completely by inserting completed the engagement operation of connecting the charging terminals 7 into the locked groove 711, thereby realizing a lock charging connection work of new energy vehicles.

充電が完了後、第二モーター633が第一ねじボルト632を回転駆動させ、そして第一ねじボルト632により第一スライドブロック631を次第に第一シュート63の中の後側に沿ってスライドさせ、その同時に、第一スライドブロック631によりスライドバー661を次第に第二シュート66の中の後側に沿ってスライドさせ、この時、第一スライドブロック631の中にある第二斜めシュート662が斜めスライドブロック643と圧着平滑に係合され、斜めスライドブロック643が第三スライドブロック641を駆動して弾みシート642の圧力を克服し次第に第三シュート64の中に挿入させ、その同時に、斜めスライドブロック643を次第にロックド溝711の中から離れさせ、この時、充電端7を外へ引き抜けば良く、充電端7を引き抜いた後第一モーター611がカジ取軸610を回転駆動させ、カジ取軸610により円弧ヘッド61と、円弧ヘッド61の前側にある電気連通構造6とを反時計回転させ、そして電気連通構造6により充電端7を次第に据付キャビティ51の中に挿入させ、電気連通構造6がブレンドストップ510と当接すると、この時第一モーター611を回転停止させ、その同時に、キーホール67を持上げ構造511の真上に位置させ、この時、第三モーター5115により第二ねじボルト5114を回転させ、第二ねじボルト5114により持上げアーム5111を次第に押出溝5110の中の頂部方向に沿ってスライドさせ、その同時に、持上げアーム5111の頂部を次第にキーホール67の中に挿入させ、これにより電気連通構造6の係合接続作業を完成し、これにより外に漏らすための感電事故の発生を防止する。 After the charging is completed, the second motor 633 drives the first screw bolt 632 to rotate, and the first screw bolt 632 gradually slides the first slide block 631 along the rear side of the first chute 63, At the same time, the slide bar 661 is gradually slid along the rear side of the second chute 66 by the first slide block 631, and at this time, the second diagonal chute 662 in the first slide block 631 is moved to the diagonal slide block 643. The diagonal slide block 643 drives the third slide block 641 to overcome the pressure of the elastic sheet 642 and gradually insert it into the third chute 64, and at the same time, the diagonal slide block 643 gradually At this time, it is only necessary to pull out the charging end 7 from the inside of the locked groove 711, and after pulling out the charging end 7, the first motor 611 rotates the scouring shaft 610, The rotating shaft 610 causes the arc head 61 and the electric communication structure 6 on the front side of the arc head 61 to rotate counterclockwise, and the electric communication structure 6 causes the charging end 7 to be gradually inserted into the installation cavity 51 for electric communication. When structure 6 comes into contact with blend stop 510, the first motor 611 stops rotating at this time, and at the same time, the keyhole 67 is positioned directly above the lifting structure 511. At this time, the second screw is driven by the third motor 5115. The bolt 5114 is rotated and the lifting arm 5111 is gradually slid along the top direction in the extrusion groove 5110 by the second screw bolt 5114, and at the same time, the top of the lifting arm 5111 is gradually inserted into the keyhole 67, As a result, the engagement connection work of the electrical communication structure 6 is completed, thereby preventing the occurrence of an electric shock accident for leakage to the outside.

本分野の技術者が明確できるのは、本発明の総体精神や発想から離脱しない場合で、以上の実施例に各種な変形ができ、それらの変形がすべて本発明の保護範囲にある。本発明の保護方案は本発明の権利要求書を標準とすべきである。 An engineer in this field can clarify the case where it does not depart from the general spirit and idea of the present invention. Various modifications can be made to the above-described embodiments, and these modifications are all within the protection scope of the present invention. The protection scheme of the present invention should be based on the rights claim of the present invention.

Claims (1)

改良型新エネルギー充電杭装置は、充電杭と、新エネルギー自動車に接続する充電端を含み、前記充電杭の底部にベースが一体式に設置され、前記充電杭の頂部に防雨棚が固設され、前記充電杭の前側端面内に据付キャビティが設置され、前記据付キャビティの中に電気連通構造が設置され、前記電気連通構造の後側端に円弧ヘッドが固設され、前記円弧ヘッドの中に上下へ延伸するカジ取軸が固設され、前記カジ取軸の頂部延伸末端が前記据付キャビティの内頂壁と回転で係合接続され、前記カジ取軸の底部延伸末端が第一モーターと動力で係合接続され、前記第一モーターの外表面が前記据付キャビティの内底壁の中に固設され、前記電気連通構造の前側端面内に挿入キャビティが設置され、前記挿入キャビティの後側にある前記電気連通構造の中に第一シュートが設置され、前記第一シュートの中に第一スライドブロックが平滑に係合接続され、前記第一スライドブロックの中に前後へ延伸設置される第一ねじボルトが係合接続され、前記第一ねじボルトの前側延伸末端が前記第一シュートの前側内壁と回転で係合接続され、前記第一ねじボルトの後側延伸末端が第二モーターと動力で係合接続され、前記第二モーターの外表面が前記第一シュートの後側内壁の中に固設され、前記挿入キャビティの左右両側にある前記電気連通構造の中に前後へ延伸設置される第二シュートが対称で設置され、前記第二シュートの後側延伸末端が前記第一シュートと通じ合い設置され、前記第二シュートの前記挿入キャビティから離れる側には第三シュートが設置され、前記第三シュートの中に第三スライドブロックが平滑に係合接続され、前記第三スライドブロックの前記第二シュートから離れる側にある前記第三シュートの中には弾みシートが圧着係合接続され、前記第二シュートの中にはそれぞれ前記挿入キャビティと前記第三シュートに通じ合い設置される第一斜めシュートが貫通設置され、前記第二シュートの中に後側へ延伸設置されるスライドバーが平滑に係合接続され、前記スライドバーの中に前記第一斜めシュートと通じ合う第二斜めシュートが設置され、前記第二斜めシュートの中には一端が前記第一斜めシュートを通して前記第三シュートの中に挿入する且つ前記第三スライドブロックと固定係合接続される斜めスライドブロックが平滑に係合接続され、前記斜めスライドブロックのほかの一端が前記第一斜めシュートを通して前記挿入キャビティの中に挿入し、前記充電端にライトディスプレイ装置が設けられ、前記ライトディスプレイ装置が沈みキャビティ及びストロボ電球を含み、前記据付キャビティの後側内壁にブレンドストップが固設され、前記挿入キャビティの後側内壁に給電シートが固設され、前記充電端の後側末端に前記挿入キャビティと係合接続される挿入軸が固設され、前記挿入軸の左右両側端面に前記斜めスライドブロックと係合接続されるロックド溝が対称で設置され、前記挿入軸の後側末端に斜めスライドヘッドが固設され、前記斜めスライドヘッドの後側末端端面の中に前記給電シートと係合接続される電気連通溝が設置され、前記カジ取軸の右側にある前記据付キャビティの内底壁の中に持上げ構造が設置され、前記カジ取軸の前側にある前記電気連通構造の底部端面の中には前記持上げ構造と係合接続されるキーホールが設置され、前記持上げ構造が前記据付キャビティの内底壁の中に設置される押出溝と、前記押出溝の中に平滑に係合接続設置される持上げアームを含み、前記持上げアームの底部端面の中には下へ延伸設置される第二ねじボルトが係合接続され、前記第二ねじボルトの底部延伸末端が第三モーターに動力で係合接続され、前記第三モーターの外表面が前記押出溝の内底壁の中に固設され、前記押出溝の左右両側内壁にガイドスライド溝が対称で設置され、前記ガイドスライド溝の中に前記持上げアームと固定係合接続されるガイドスライドブロックが平滑に係合接続され、前記沈みキャビティが前記充電端の頂部端面の中に設置され、前記沈みキャビティの中に前記ストロボ電球が取付けられる。 The improved new energy charging pile device includes a charging pile and a charging end connected to a new energy vehicle, a base is integrally installed at the bottom of the charging pile, and a rainproof shelf is fixed at the top of the charging pile. An installation cavity is installed in the front end face of the charging pile, an electrical communication structure is installed in the installation cavity, an arc head is fixed to the rear end of the electrical communication structure, and the arc head And a top extension end of the stake removal shaft is engaged with the inner top wall of the installation cavity by rotation, and a bottom extension end of the sledge removal shaft is connected to the first motor. Engaged and connected by power, an outer surface of the first motor is fixed in an inner bottom wall of the installation cavity, an insertion cavity is installed in a front end surface of the electrical communication structure, and a rear side of the insertion cavity Said electric ream A first chute is installed in the structure, a first slide block is smoothly engaged and connected in the first chute, and a first screw bolt that is extended and installed in the first slide block is engaged. And the front extension end of the first screw bolt is engaged with the front inner wall of the first chute by rotation, and the rear extension end of the first screw bolt is engaged and connected by power to the second motor. The outer surface of the second motor is fixed in the rear inner wall of the first chute, and the second chute extended symmetrically in the electric communication structure on the left and right sides of the insertion cavity is symmetrical. And the rear extended end of the second chute is installed in communication with the first chute, a third chute is installed on the side of the second chute away from the insertion cavity, The third slide block is smoothly engaged and connected, and a resilient sheet is press-fitted and connected in the third chute on the side away from the second chute of the third slide block. A first oblique chute that is installed in communication with the insertion cavity and the third chute is installed therethrough, and a slide bar that is installed extending rearward in the second chute is smoothly engaged and connected. A second diagonal chute that communicates with the first diagonal chute is installed in the slide bar, and one end of the second diagonal chute is inserted into the third chute through the first diagonal chute and An oblique slide block fixedly engaged and connected to the third slide block is smoothly engaged and connected, and the other end of the oblique slide block is connected to the first oblique block. Inserted into the insertion cavity through a chute, a light display device is provided at the charging end, the light display device includes a sink cavity and a strobe light bulb, and a blend stop is fixed to a rear inner wall of the installation cavity; A power supply sheet is fixed to the rear inner wall of the insertion cavity, an insertion shaft that is engaged with and connected to the insertion cavity is fixed to a rear end of the charging end, and the oblique slide is formed on both left and right end surfaces of the insertion shaft. Locked grooves to be engaged and connected to the block are installed symmetrically, an oblique slide head is fixed to the rear end of the insertion shaft, and the power supply sheet is engaged and connected to the rear end surface of the oblique slide head. An electrical communication groove is installed, and a lifting structure is installed in the inner bottom wall of the installation cavity on the right side of the razor shaft, A keyhole that is engaged with and connected to the lifting structure is installed in the bottom end face of the electrical communication structure on the front side of the shaft, and the lifting structure is installed in the inner bottom wall of the installation cavity. An extrusion groove and a lifting arm that is smoothly engaged and installed in the extrusion groove, and a second screw bolt that extends downward is engaged and connected in the bottom end surface of the lifting arm, The bottom extension end of the second screw bolt is engaged and connected to the third motor by power, and the outer surface of the third motor is fixed in the inner bottom wall of the push groove, and is attached to the left and right inner walls of the push groove. A guide slide groove is installed symmetrically, a guide slide block fixedly engaged and connected to the lifting arm is smoothly engaged and connected in the guide slide groove, and the sinking cavity is in the top end surface of the charging end. Installed, The strobe bulb is mounted in the Kishizumi cavity.
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JP6545340B1 (en) 2019-07-17

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