Lamination apparatus for automated manufacturing system of lithium secondary battery

1. A lamination apparatus for an automated manufacturing system of a secondary lithium battery comprising:

a frame;

a stacking member provided with a plurality of positive-electrode-plate storing portions each of which a multitude of positive electrode plates are stored in, and which are disposed equidistantly, and a plurality of negative-electrode-plate storing portions each of which a multitude of negative electrode plates are stored in, and which are disposed equidistantly, and are installed at the frame to be asymmetrical to the positive-electrode-plate storing portions about a separator to which adhesive has been applied to in a predetermined pattern;

pairs of pivoting members installed at the frame to pivot so as to face the positive-electrode-plate storing portions and the negative-electrode-plate storing portions, respectively; and

pushing members installed to be linearly movable with respect to the respective pivoting members so as to approach the stacking member and the separator to attach the positive electrode plates and the negative electrode plates which are stored in the stacking member to the separator, wherein each of the pushing members comprise a cushion member which corresponds to one of the positive electrode plates and the neoative electrode plates, and is provided with a passage communicating with an absorbing member so as to hold the corresponding electrode plate stored in the stacking member with an absorbing force, and so as to attach to the separator.

2. The lamination apparatus for an automated manufacturing system of a secondary lithium battery claimed as in claim 1 , wherein the stacking member further comprises pressing means for pressing the positive electrode plates and the negative electrode plates which are stored in the positive-electrode-plate storing portions and the negative-electrode-plate storing portions, respectively, against the respective pivoting members.

3. The lamination apparatus for an automated manufacturing system of a secondary lithium battery claimed as in claim 2 , wherein each of the pressing means comprises:

an elongated hole provided at each of the positive-electrode-plate storing portions and the negative-electrode-plate storing portions; and

a pressing plate which has a pressing projection to be inserted into the elongated hole, and is installed at the frame to be linearly moved by a moving member.

4. The lamination apparatus for an automated manufacturing system of a secondary lithium battery claimed as in claim 3 , wherein each of the pressing means further comprises an elastic member installed at the pressing projection so as to give an elastic force to corresponding one of the positive electrode plates and the negative electrode plates.

5. The lamination apparatus for an automated manufacturing system of a secondary lithium battery claimed as in claim 1 , wherein the apparatus further comprises aligning members installed to be linearly movable with respect to the stacking member so as to align the positive electrode plates or the negative electrode plates stored in the stacking member.

6. A lamination apparatus for an automated manufacturing system of a secondary lithium battery comprising:

a frame;

a stacking member provided with a plurality of positive-electrode-plate storing portions each of which a multitude of positive electrode plates are stored in, and which are disposed equidistantly, and a plurality of negative-electrode-plate storing portions each of which a multitude of negative electrode plates are stored in, and which are disposed equidistantly, and are installed at the frame to be asymmetrical to the positive-electrode-plate storing portions about a separator to which adhesive has been applied to in a predetermined pattern;

pairs of pivoting members installed at the frame to pivot so as to face the positive-electrode-plate storing portions and the negative-electrode-plate storing portions, respectively;

pushing members installed to be linearly movable with respect to the respective pivoting members so as to approach the stacking member and the separator to attach the positive electrode plates and the negative electrode plates which are stored in the stacking member to the separator; and

aligning members installed to be linearly movable with respect to the stacking member so as to align the positive electrode plates or the negative electrode plates stored in the stacking member.