Removal equipment for an electric conduction plate of electric double layer capacitors battery for electric vehicle
The present invention relates to a winding conveying unit for an electrode plate of a rechargeable battery for an electric vehicle which can manufacture electric rolls by conveying and winding an electrode from the electric rolls without breakage when the electrode rolls are manufactured by using electrode rolls in which an electrode is configured in a direction to fill the electrode rolls in a box at a high integration in a manufacturing process of a rechargeable battery for an electric vehicle that is configured by stacking electrode rolls in a sealed (cylindrical or angular) box. The present invention provides a winding conveying unit for an electrode plate of a rechargeable battery for an electric vehicle, which can prevent a breakage when an electrode is conveyed, by providing a guide roller at a moving position of the electrode on an external surface of a conveying roller.
1. A winding conveying unit for an electrode plate of a rechargeable battery for an electric vehicle, comprising: a conveying roller ( 100 ) configured to convey an electrode plate ( 500 ); a guide fixing portion ( 200 ); a fixing shaft ( 300 ) fixed to a body panel ( 600 ), and coupled to the conveying roller ( 100 ) to serve as a fixing and rotational shaft of conveying roller ( 100 ) and couple and fix the guide fixing portion ( 200 ) to a front end of the conveying roller ( 100 ); at least one guide roller ( 400 ) fixed to the guide fixing portion ( 200 ); and the at least one guide roller ( 400 ) coupled and fixed to the guide fixing portion ( 200 ) and disposed on an external surface of the conveying roller ( 100 ) to guide an electrode ( 501 ) of the electrode plate 500 while being rotated by the electrode plate ( 500 ) via the conveying roller ( 100 );
wherein an elastic ring coupling groove formed on an external circumferential surface of the conveying roller ( 100 ) facing the at least one guide roller ( 400 ) is coupled with the elastic ring ( 110 ), and the elastic ring contacts the at least one guide roller ( 400 ) to provide a gap between the guide roller ( 400 ) and the conveying roller ( 100 ).
2. The winding conveying unit of claim 1 , wherein the guide fixing portion ( 200 ) is configured to adjust a mounting angle of the electrode plate ( 500 ) by adjusting mounting position of the at least one guide roller ( 400 ) with respect to the conveying roller ( 100 ), and the at least one guide roller ( 400 ) being mounted at the guide fixing portion ( 200 ) in consideration of a force that is applied to the electrode plate ( 500 ) according to a conveying path of the electrode plate ( 500 ).
3. The winding conveying unit of claim 1 , wherein a guide roller fixing portion ( 202 ) is formed at an upper end of the guide fixing portion ( 200 ) to fix the at least one guide roller ( 400 ) and position the least one guide roller ( 400 ) on the external surface of the conveying roller ( 100 ), and the guide roller fixing portion ( 202 ) is formed to have a semi-circular shape according to a curvature of the conveying roller ( 100 ) to adjust mounting position of the at least one guide roller ( 400 ) in consideration of a force that is applied to the electrode plate ( 500 ) according to a conveying path of the electrode plate ( 500 ).
4. The winding conveying unit of claim 1 , further comprising:
the fixing shaft ( 300 ) including a conveying roller coupling portion ( 301 ) coupled to the conveying roller ( 100 ), and a bearing ( 320 )coupled between the conveying roller ( 100 ) and the conveying roller coupling portion ( 301 ) at one of a front side and a rear side of the conveying roller coupling portion ( 301 ) so that the conveying roller ( 100 ) is rotatable on the conveying roller coupling portion ( 301 ), a fixing ring coupling portion ( 301 a ) formed at a front end of the conveying roller coupling portion ( 301 ) to couple with a fixing ring to fix the fixing shaft ( 300 ), and a guide roller fixing and coupling portion ( 302 ) coupled to the guide fixing portion ( 200 ) formed at an end of the conveying roller coupling portion ( 301 ), the guide fixing portion ( 200 ) including a fixing shaft coupling portion ( 201 ) coupled to the guide fixing and coupling portion ( 302 ) fixed by a first fixing unit ( 210 ) to the fixing shaft coupling portion ( 201 ).
5. The winding conveying unit of claim 4 , wherein the at least one guide roller ( 400 ) includes a roller fixing shaft ( 410 ) coupled and fixed to a guide roller fixing portion ( 202 ) to couple and fix a roller portion ( 420 ) and to serve as a fixing and rotational shaft, the roller portion ( 420 ) guiding a part of the electrode plate ( 500 ) via the conveying roller ( 100 ) and an electrode ( 501 ), a bearing ( 440 ) mounted between the roller fixing shaft ( 410 ) and the roller portion ( 420 ) so that the roller portion ( 420 ) being rotatable on the roller fixing shaft ( 410 ), and the roller fixing shaft ( 410 ) includes a guide fixing portion ( 410 a ) coupled to the guide roller fixing portion ( 202 ) and fixed by a second fixing unit ( 220 ), and a roller coupling portion ( 410 b ) to which the roller portion ( 420 ) is coupled together with the bearing ( 440 ) at an opposite end of the roller fixing shaft ( 410 ), the roller coupling portion ( 410 b ) being coupled together with the bearing ( 440 ) to allow the roller portion ( 420 ) to rotate and to move backward and forward.
6. The winding conveying unit of claim 4 , wherein a third fixing unit ( 430 ) has an inclination surface to facilitate easy insertion of the electrode plate ( 500 ).
7. A winding conveying unit for an electrode plate of a rechargeable battery for an electric vehicle, comprising: a conveying roller ( 100 ) configured to convey an electrode plate ( 500 ); a guide fixing portion ( 200 ); a fixing shaft ( 300 ) fixed to a body panel ( 600 ), and coupled to the conveying roller ( 100 ) to serve as a fixing and rotational shaft of conveying roller ( 100 ) and couple and fix the guide fixing portion ( 200 ) to a front end of the conveying roller ( 100 );at least one guide roller ( 400 ) fixed to the guide fixing portion ( 200 ); and the at least one guide roller ( 400 ) coupled and fixed to the guide fixing portion ( 200 ) and disposed on an external surface of the conveying roller ( 100 ) to guide an electrode ( 501 ) of the electrode plate 500 while being rotated by the electrode plate 500 via the conveying roller;
the fixing shaft ( 300 ) including a conveying roller coupling portion ( 301 ) coupled to the conveying roller ( 100 ), and a bearing ( 320 ) coupled between the conveying roller ( 100 ) and the conveying roller coupling portion ( 301 ) at one of a front side and a rear side of the conveying roller coupling portion ( 301 ) so that the conveying roller ( 100 ) is rotatable on the conveying roller coupling portion ( 301 ), a fixing ring coupling portion ( 301 a ) formed at a front end of the conveying roller coupling portion ( 301 ) to couple with a fixing ring to fix the fixing shaft ( 300 ), and a guide roller fixing and coupling portion ( 302 ) coupled to the guide fixing portion ( 200 ) formed at an end of the conveying roller coupling portion ( 301 ), the guide fixing portion ( 200 ) including a fixing shaft coupling portion ( 201 ) coupled to the guide fixing and coupling portion ( 302 ) fixed by a first fixing unit ( 210 ) to the fixing shaft coupling portion ( 201 ).
8. The winding conveying unit of claim 7 , wherein the at least one guide roller ( 400 ) includes a roller fixing shaft ( 410 ) coupled and fixed to a guide roller fixing portion ( 202 ) to couple and fix a roller portion ( 420 ) and to serve as a fixing and rotational shaft, the roller portion ( 420 ) guiding a part of the electrode plate ( 500 ) via the conveying roller ( 100 ) and an electrode ( 501 ), a bearing ( 440 ) mounted between the roller fixing shaft ( 410 ) and the roller portion ( 420 ) so that the roller portion ( 420 ) being rotatable on the roller fixing shaft ( 410 ), and the roller fixing shaft ( 410 ) includes a guide fixing portion ( 410 a ) coupled to the guide roller fixing portion ( 202 ) and fixed by a second fixing unit ( 220 ), and a roller coupling portion ( 410 b ) to which the roller portion ( 420 ) is coupled together with the bearing ( 440 ) at an opposite end of the roller fixing shaft ( 410 ), the roller coupling portion ( 410 b ) being coupled together with the bearing ( 440 ) to allow the roller portion ( 420 ) to rotate and to move backward and forward.
9. The winding conveying unit of claim 7 , wherein a third fixing unit ( 430 ) has an inclination surface to facilitate easy insertion of the electrode plate ( 500 ).