Automatic boxing mechanism for electronic packaging materials

[0018] An automatic packaging mechanism for electronic packaging materials, comprising a box-shaped frame 1, a blanking sub-mechanism, and a combined driving sub-mechanism;

[0019] The feeding sub-mechanism includes a gathering trough 201, a feeding trough 202, a supporting beam 203, a blocking plate 204, a feeding square tube 205, a first cylinder 206, a second cylinder 207, a pushing plate 208, and a third cylinder 209. Pressing plate 210;

[0020] The aggregate trough 201 is longitudinally fixed on the box-shaped frame 1, and the notch of the aggregate trough 201 faces upward; the width of the aggregate trough 201 gradually decreases from front to back, and the inner surface of the aggregate trough 201 is left and right high , a low arc surface in the middle; the material guide trough 202 is inclined and fixed on the box-shaped frame 1 with a high front and a low back, and the notch of the material guide trough 202 faces upward; The number of the supporting beams 203 is two; the two supporting beams 203 are horizontally fixed on the box frame 1, and the two supporting beams 203 are arranged before and after; The right part of the holding gap is connected with the rear end of the material guide trough 202; the plate surface of the baffle plate 204 is provided with two through holes, and the baffle plate 204 is fixedly assembled to the two through holes through the two through holes. The left part of the support beam 203; the unloading square tube 205 is vertically fixed on the box-shaped frame 1, and the unloading square tube 205 is located in the front and bottom of the support gap; the unloading square tube 205 is in the shape of a chamfered pyramid; The left inner side of the pipe 205 is connected with the right plate surface of the baffle plate 204; the right inner side of the unloading square pipe 205 is connected with the left outer side of the material guide trough 202; the cylinder of the first cylinder 206 is fixed on the box-shaped frame 1 and the cylinder barrel of the first air cylinder 206 is located at the upper right of the material support gap; the piston rod of the first air cylinder 206 faces to the left; the cylinder barrel of the second air cylinder 207 is fixed on the box-shaped frame 1, and the The cylinder barrel is located at the rear and upper part of the material support gap; the piston rod of the second air cylinder 207 faces forward; the pushing plate 208 is arranged horizontally and upright, and the rear plate surface of the pushing plate 208 is fixed with the end surface of the piston rod of the second air cylinder 207; The left end face of the material plate 208 and the right plate face of the baffle plate 204 are detachably slidable; the right end face of the pushing plate 208 is detachably slidably fitted with the left outer side of the material guide groove 202; the cylinder of the third cylinder 209 It is fixed on the box-shaped frame 1, and the cylinder of the third air cylinder 209 is located in the front and upper part of the material support gap; the piston rod of the third air cylinder 209 faces downward; the pressing plate 210 is arranged horizontally, and the upper plate of the pressing plate 210 The left end face of the pressing plate 210 is slidably fitted with the right plate surface of the baffle plate 204 and the left inner side of the blanking square tube 205 respectively; The right end face is detachably slidably fitted with the left outer side of the material guide trough 202 and the right inner side of the unloading square tube 205;

[0021] The combined driving sub-mechanism includes a roller conveyor 301, a first linear module 302, a guide column 303, a second linear module 304, a support arm 305, and a U-shaped bracket 306;

[0022]The roller conveyor 301 is fixed on the box-shaped frame 1, and the roller conveyor 301 is located below the unloading square pipe 205; the conveying direction of the roller conveyor 301 is longitudinal; the first linear module 302 is vertically fixed on the box-shaped frame 1, and the first linear module 302 is located on the left of the roller conveyor 301; the sliding table of the first linear module 302 faces to the right; the number of guide posts 303 is two; both guide posts 303 are vertical The two guide posts 303 are respectively located in front of and behind the first linear module 302 ; the middle of the slide rail of the second linear module 304 and the sliding table of the first linear module 302 Fixed; the two ends of the slide rails of the second linear module 304 are respectively slidably connected with the two guide posts 303 ; the number of slides of the second linear module 304 is two, and the two slides of the second linear module 304 are both Towards the right; the number of support arms 305 is two; the two support arms 305 are arranged horizontally, and the left ends of the two support arms 305 are respectively fixed with the two slides of the second linear module 304; U-shaped bracket The number of the two U-shaped brackets 306 is two; the bottom edges of the two U-shaped brackets 306 are arranged laterally, and the upper ends of the left sides of the two U-shaped brackets 306 are respectively fixed to the right ends of the two bracket arms 305 .

[0023] In specific implementation, the blanking square tube 205 is made of elastic material.