CN115846002A - Handling equipment of low-resistance storage battery separator - Google Patents
Handling equipment of low-resistance storage battery separator Download PDFInfo
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- CN115846002A CN115846002A CN202211458254.9A CN202211458254A CN115846002A CN 115846002 A CN115846002 A CN 115846002A CN 202211458254 A CN202211458254 A CN 202211458254A CN 115846002 A CN115846002 A CN 115846002A
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- 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
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/84—Recycling of batteries or fuel cells
Abstract
The invention provides a disposal device for a low-resistance storage battery separator, which belongs to the technical field of storage battery separators and comprises an operation box, wherein an operation chamber which is communicated from the head to the tail is reserved in the operation box, the head of the operation chamber is an input channel, and the tail of the operation chamber is a discharge channel; the two ends of the fixed connecting rod extend and are assembled at the head part of the operation chamber. The invention solves the problems of complicated operation and low speed when the low-resistance battery separator is chopped into small crushed materials, the invention pulls the variable shredding parts by the connecting cylinder to change along the curved groove, the clearance between the shredding parts is shortened when the variable shredding parts change towards the head, the shredding parts are expanded when the variable shredding parts change towards the tail, and the swinging shredding strips connected by the swinging parts cooperate with the variable shredding parts to shred the battery separator by pulling 2 swinging parts which are consistent but back to back repeatedly.
Description
Technical Field
The invention belongs to the technical field of storage battery separators, and particularly relates to a disposal device for a low-resistance storage battery separator.
Background
The separator is an important component of the storage battery, and even plays a role in determining the performance of the storage battery under certain conditions, the separator has two important performance parameters, wherein one parameter is the capacity of adsorbing the electrolyte, the other parameter is the resistance, and the requirements of the storage battery on the separator are that the capacity of adsorbing the electrolyte is strong and the resistance is small.
The storage battery separator with low resistance can be accidentally used during production to prevent the storage battery separator from being used, the scrapped storage battery separator after being used needs to be disposed, the storage battery separator is cut into small particles with small size, and subsequent disposal is facilitated.
Disclosure of Invention
The invention provides a disposal device for a low-resistance storage battery separator, and aims to solve the problems of complex operation and low speed when the low-resistance storage battery separator is chopped into small crushed materials.
The invention provides a disposal device for a low-resistance storage battery separator, comprising:
the operation box is internally provided with an operation chamber which is communicated from the head to the tail, the head of the operation chamber is an input channel, and the tail is a discharge channel;
two ends of the fixed connecting rod extend and are assembled at the head part of the operation chamber;
the variable part comprises a plurality of connecting cylinders and a plurality of variable shredding parts, the connecting cylinders extend along the radius direction of the fixed connecting rod and are arranged at equal intervals along the ring surface of the fixed connecting rod, the head parts of the connecting cylinders can be connected on the surface of the fixed connecting rod in a rotating way around the fixed connecting rod, the variable shredding parts are arranged in the operation chamber, and the variable shredding parts are arranged at intervals; the variable shredding part comprises a plurality of shredding strips I and a plurality of connecting strips which are installed in a staggered mode in sequence and close to each other and are in pin joint with one end, pin joints can be rotating pin joints and displacement pin joints, the rotating pin joints and the displacement pin joints are installed at intervals, the displacement pin joints are connected to a plurality of connecting cylinders in a displacement mode, and torsion springs III are installed among 2 variable shredding parts close to each other and among the tail variable shredding parts and the tail of the connecting cylinders;
the bending groove path is reserved in the operation chamber of the operation box, the bending groove path is inclined and bent towards the head, and the variable chopping part can be connected in the bending groove path in a displacement manner;
the swinging part comprises a first swinging part and a second swinging part, and the first swinging part and the second swinging part surround the fixed connecting rod to swing in a consistent but repeated way; the 2 swinging parts are all connected with the separately arranged shredding parts, each shredding part comprises a plurality of swinging shredding parts which are separately arranged, each swinging shredding part comprises a plurality of swinging shredding strips which are separately arranged, a torsion spring I is arranged among the swinging shredding strips of each swinging shredding part, each swinging shredding strip is a shredding tool which extends in the front and back direction and is sharp at one side, the sharp edges of the swinging shredding strips in the 1 shredding parts are consistent, the sharp edges of the swinging shredding strips of the 2 adjacent shredding parts in the swinging parts are inconsistent, and the sharp edges of the swinging shredding strips towards the right shredding part are at the head; the shredding parts in the first swing part and the shredding parts in the second swing part are arranged in a staggered way along the direction from the head part to the tail part;
the swinging shredding strips are connected to the swinging part in a pin joint mode, the swinging shredding strips and a stopping table arranged in the swinging part cooperate to enable the swinging shredding strips to be incapable of rotating when sharp edges bear impulses and capable of rotating when non-sharp edges bear impulses, the sharp edges of the swinging shredding strips and the swinging part are provided with a second torsion spring, and the second torsion spring pulls the swinging shredding strips to return to the original position after the swinging shredding strips bear the impulses; the rocking part is forced to rock, and the variable shredding part is positioned in the gap of the rocking shredding strips
And the traction part is assembled to pull the swinging part I and the swinging part II to perform consistent but opposite repeated swinging.
Preferably, the left side of the first swinging part is provided with a plurality of extending strips which extend along the surface of the fixed connecting rod ring and are separately arranged from the head part to the tail part, the right side of the second swinging part is provided with a plurality of extending strips which extend along the surface of the fixed connecting rod ring and are separately arranged from the head part to the tail part, and the extending strips are connected with the matched chopping parts.
Preferably, the variable shredding part comprises a first variable shredding part and a second variable shredding part, the first variable shredding part is arranged at the head of the second variable shredding part, a first shredding strip among 2 displacement pin joints of the first variable shredding part is on the left side of the first shredding strip, and a second shredding strip among 2 displacement pin joints of the second variable shredding part is on the left side of the first shredding strip.
Preferably, the bending channel comprises a first bending channel and a second bending channel, the first bending channel is reserved at the head of the second bending channel, a stopping table is arranged between the first bending channel and the second bending channel, the first variable chopping part is arranged in the first bending channel, and the second variable chopping part is arranged in the second bending channel.
Preferably, the device also comprises a feed back part, wherein the feed back part comprises a feed back holed filter disc, a feed back channel and a filter disc, the filter disc is obliquely arranged in the operation chamber, the head part of the filter disc is in pin joint connection with the variable cutting part, the feed back holed filter disc is arranged on the side with shorter inclination of the filter disc, and the feed back channel is connected with the feed back holed filter disc; the variable shredding part is lifted and changed to pull the filtering pieces to lift and change, during the lifting and changing of the filtering pieces, the orientation of the non-conforming materials changes towards the direction of the feed back holed filter piece under the influence of gravity, the materials pass through the feed back holed filter piece and then are displaced into the feed back channel, and the feed back channel is provided with conveying equipment for conveying the non-conforming materials to the head of the input channel.
Preferably, the conveying device is a screw conveyor.
Preferably, the traction part comprises a motor, a first worm wheel and a first auxiliary worm wheel, the output end of the motor is connected with the first worm wheel, the first auxiliary worm wheel comprises a second auxiliary worm wheel and a third auxiliary worm wheel, the pair of auxiliary worm wheels are meshed with the first worm wheel, the second auxiliary worm wheel is connected with the first swinging part through the transmission part, and the third auxiliary worm wheel is connected with the second swinging part through the transmission part; the motor pulls the first worm gear to rotate, the first worm gear pulls the pair of auxiliary worm gears to rotate, the middle of the pair of auxiliary worm gears is connected with the rotating rod, and the rotating rod rotates to pull 2 swinging parts to perform consistent but back-to-back repeated swinging.
Preferably, still contain to prop and hold the portion of holding and contain bearing piece one and bearing stick one, the bearing piece is together operated the case and is linked firmly, and bearing stick one is installed 4 to install at the afterbody of bearing piece one and link firmly with bearing piece one, prop and install the motor in the portion of holding and prop and hold the frame, the motor props and holds the frame and install bearing piece two and bearing stick two, bearing piece two is used for the bearing motor, installs on the bearing piece two and link firmly piece one and be used for the bearing to rotate the stick.
Compared with the prior art, the technical scheme of the invention has the following beneficial technical effects:
in the invention, the coupling cylinder pulls the variable shredding parts to move along the curved groove, so that the clearance between the shredding parts is shortened when the variable shredding parts move towards the head, the shredding parts expand when the variable shredding parts move towards the tail, and the swinging shredding strips connected by the swinging parts and the variable shredding parts are in accordance and repeatedly swung back and back by pulling 2 swinging parts, so that the swinging shredding strips and the variable shredding parts are cooperated to shred the battery separator, when the sharp edges of the swinging shredding strips bear the impulse, the swinging shredding strips rotate to reduce the influence of rotation obstruction, when the sharp edges are staggered, the variable shredding parts bear the common impulse towards the right and move towards the head when the sharp edges bear the impulse, when the small-sized battery separator shreds are shredded, the swinging shredding parts bear the common impulse towards the left and move towards the tail, and the shredding tool of the variable shredding parts can automatically change the shredding tool to improve the non-shredding speed.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention may be realized and attained by the structure particularly pointed out in the written description and drawings.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
FIG. 1 is a schematic view of the overall structure of the present invention;
FIG. 2 is a schematic front view of the present invention;
FIG. 3 is a schematic cross-sectional view taken at the point N-N in FIG. 2;
FIG. 4 is an enlarged view of the structure at α in FIG. 3;
FIG. 5 is a schematic top view of the present invention;
FIG. 6 is a left side view of the present invention;
FIG. 7 is a schematic cross-sectional view taken at M-M in FIG. 6;
FIG. 8 is a schematic view of the coupling structure of the coupling cylinder and the operation box;
FIG. 9 is a schematic cross-sectional view taken at K-K in FIG. 8;
FIG. 10 is an enlarged view of the structure at O in FIG. 9;
FIG. 11 is a schematic view of the overall structure of the present invention;
FIG. 12 is an enlarged view of the structure at J in FIG. 11;
FIG. 13 is a schematic view of the rocking section;
fig. 14 is a schematic cross-sectional view at U-U in fig. 13.
Reference numerals: 2. a motor; 3. a first worm wheel; 4. a second auxiliary worm wheel; 5. a third auxiliary worm wheel; 6. putting into a hole; 7. a first bearing sheet; 8. a first bearing rod; 9. a second bearing sheet; 10. a second bearing rod; 21. an operation box; 22. a feed back channel; 23. a first swinging part; 24. a second swinging part; 212. rotating the disc; 213. a traction bar; 214. a pin joint strip; 215. rotating the rod; 216. a change bar; 217. a first connecting rod; 218. fixing the first connecting sheet; 219. a coupling cylinder; 2110. a coupling ring; 2121. a beaded chamber; 2122. a second connecting rod; 2123. a coupling table; 2124. fixing the second connecting sheet; 2125. filtering the slices; 2126. a hole filter disc is arranged on the returned material; 2127. bending a first channel; 2128. bending a second ditch; 2129. a fixed connecting rod; 2130. reserving a supporting sheet of the ditch; 232. a first swing rod; 233. a first stretching strip; 234. a second stretching strip; 242. a second swing rod; 243. a third stretching strip; 244. a fourth stretching strip; 312. a third ditch way; 313. a variable coil; 314. a tie bar; 315. cutting the first strips; 316. assembling the sheet; 317. a variable plate; 412. swinging the shredded strips; 413. a first torsion spring; 414. a second torsion spring; 415. a pinning bar; 416. a stopping table; 417. and (4) a ditch way IV.
Detailed Description
In order to make the objects, technical solutions and advantages of the technical solutions of the present invention clearer, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the drawings of the specific embodiments of the present invention. Like reference symbols in the various drawings indicate like elements. It should be noted that the described embodiments are only some embodiments of the invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the described embodiments of the invention without any inventive step, are within the scope of protection of the invention.
As shown in fig. 1 to 14, the present invention provides a disposal apparatus for a low resistance battery separator, comprising a work box 21, a curved channel, a swing portion and a variable portion.
The operation box 21 has an operation chamber formed therein and extending from the head to the tail, the head of the operation chamber is a feed passage, the tail is a discharge passage, and a feed hole 6 for connecting the operation chambers is formed in the feed passage.
The fixing bar 2129 extends at both ends and is fitted to the head of the operating room.
The variable portion includes a plurality of coupling cylinders 219 and a plurality of variable shredding portions. The fastening bar 2129 is hooped by a coupling ring 2110 on its periphery, the coupling ring 2110 can be screwed around the fastening bar 2129, and the heads of a plurality of coupling tubes 219 are fastened to the surface of the coupling ring 2110 and are arranged at equal distances along the ring surface of the coupling ring 2110, and the tail extends toward the tail of the operation box 21.
The variable shredding parts are arranged in the operation chamber and are arranged at equal intervals along the extending direction of the connecting barrel 219, each variable shredding part comprises a first variable shredding part and a second variable shredding part, the first variable shredding part is arranged at the head of the second variable shredding part, the first variable shredding part comprises a first plurality of shredding strips 315 and a plurality of connecting strips 314, the first plurality of shredding strips 315 and the second plurality of connecting strips 314 are arranged in a staggered mode in sequence and are connected through a head pin, the right side of each connecting strip 314 and the left side of the first shredding strip 315 are provided with a variable ring 313, the two ends of the first variable shredding part are also provided with the variable ring 313, the variable ring 313 is connected to the surface of the corresponding connecting barrel 219 in a hooped mode, a groove third 312 arranged along the extending direction of the connecting barrel 219 is reserved on the surface of the connecting barrel 219, a boss is arranged in the variable ring 313, the boss enables the variable ring 313 to rotate in the groove third 312, and enables the first variable shredding strips 313 to move towards the left side of the connecting barrel 314 and the tail part of the connecting barrel 219. The second variable shredding part comprises a plurality of shredding strips I315 and a plurality of connecting strips 314, the shredding strips I315 and the connecting strips 314 are installed in a staggered mode in sequence and are connected with one end close to each other through pins, the right side of the shredding strips I315 is connected with a variable ring 313 through pins on the left side of the connecting strips 314, the two ends of the second variable shredding part are also provided with the variable ring 313, a boss is installed inside the variable ring 313, the boss is installed inside the third channel 312 to enable the variable ring 313 to be incapable of rotating, the shredding strips I315 between the pair of variable rings 313 are located on the left side of the connecting strips 314, and the first variable shredding part can change between the head and the tail along the extending direction of the connecting barrel 219. A torsion spring is arranged between the variable shredding parts and a compression spring is arranged between the variable shredding part at the tail part and the tail part of the connecting cylinder 219.
A bent groove which is inclined and bent towards the head is reserved on the back inner wall of the operation chamber of the operation box 21, one end of a plurality of variable sheets 317 is positioned in the bent groove, so that the plurality of variable sheets 317 can be changed in the bent groove, an assembling sheet 316 is arranged between the variable sheets 317 and the variable ring 313, the back surface of the assembling sheet 316 is fixedly connected with the variable sheets 317, and the front surface of the assembling sheet 316 is fixedly connected with the variable ring 313. The curved channel comprises a first curved channel 2127 and a second curved channel 2128, the first curved channel 2127 is reserved at the head of the second curved channel 2128, a stopping table is arranged between the first curved channel 2127 and the second curved channel 2128, the first variable cutting part adaptive variable sheet 317 is arranged inside the first curved channel 2127, and the second variable cutting part adaptive variable sheet 317 is arranged inside the second curved channel 2128.
The swing member includes a first swing portion 23 and a second swing portion 24.
The first swinging part 23 comprises a first swinging rod 232, the first swinging rod 232 extends from the head part to the tail part, the head part of the first swinging rod 232 is connected with the operation box 21 through the fixed connecting rod 2129, the first swinging rod 232 can surround the fixed connecting rod 2129 to perform repeated swinging, a first extending strip 233 and a second extending strip 234 are arranged on the left side of the first swinging rod 232, the first extending strip 233 and the second extending strip 234 extend along the ring surface of the fixed connecting rod 2129, the first extending strip 233 and the second extending strip 234 are separately arranged, and the first extending strip 233 is positioned at the head part of the second extending strip 234.
The second swinging part 24 comprises a second swinging rod 242, the second swinging rod 242 extends from the head part to the tail part, the head part of the second swinging rod 242 is connected with the operation box 21 through a fixed connecting rod 2129, and the second swinging rod 242 can swing around the fixed connecting rod 2129 in the same way as the first swinging rod 232 but back to back repeatedly. The second swing part 24 is arranged at the left side of the first swing part 23, the right side of the second swing rod 242 is provided with a third extending strip 243 and a fourth extending strip 244, the third extending strip 243 and the fourth extending strip 244 extend along the loop surface of the fixed connecting rod 2129, the third extending strip 243 and the fourth extending strip 244 are arranged separately, the third extending strip 243 is positioned between the first extending strip 233 and the second extending strip 234, and the fourth extending strip 244 is positioned at the tail part of the second extending strip 234.
The shredding portion presets 4, with stretch the strip each other the adaptation link to each other, the shredding portion contains the rocking shredding portion that a plurality of separation were installed, rocking shredding portion contains rocking shredding strip 412 that a plurality of separation were installed, rocking shredding strip 412 all is the shredding tool that the positive and negative face extended and sharp on one side, rocking shredding strip 412 of shredding portion links to each other through a torsional spring 413, and the sharp limit of rocking shredding strip 412 that is located 1 shredding portion is unanimous.
The back of the first stretching strip 233 is connected with 1 shredding part, the swinging shredding parts connected with the first stretching strips 233 are arranged at equal intervals along the stretching direction of the first stretching strips 233, the right sides of the swinging shredding strips 412 in the swinging shredding parts are sharp edges, the back of the second stretching strips 234 is connected with a plurality of swinging shredding parts, the swinging shredding parts connected with the second stretching strips 234 are arranged at equal intervals along the stretching direction of the second stretching strips 234, and the swinging shredding strips 412 in the swinging shredding parts are all sharp edges surrounded on the left sides. The back of the extension strip three 243 is connected with a plurality of swinging shredding parts, the swinging shredding parts connected with the extension strip three 243 are arranged at equal intervals along the direction in which the extension strip three 243 extends, the left sides of the swinging shredding strips 412 in the swinging shredding parts are sharp edges, the back of the extension strip four 244 is connected with a plurality of swinging shredding parts, the swinging shredding parts connected with the extension strip four 244 are arranged at equal intervals along the direction in which the extension strip four 244 extends, and the left sides of the swinging shredding strips 412 in the swinging shredding parts are sharp edges.
The surface of the first stretching strip 233 is preset with a plurality of channel four 417 matched with the swinging shredding parts, the channel four 417 stretches from the head to the tail, pin connecting rods 415 extending from the head to the tail are arranged in the channel four 417, a plurality of swinging shredding strips 412 in 1 swinging shredding part are connected with the pin connecting rods 415, a stopping platform 416 matched with the sharp edge of the swinging shredding strip 412 is arranged in the channel four 417, the swinging shredding strip 412 cannot rotate when the sharp edge is pressed, the influence of obstruction can be reduced when the non-sharp edge is pressed, a second torsion spring 414 is arranged between the sharp edge of the swinging shredding strip 412 and the channel four 417, and the second torsion spring 414 pulls the swinging shredding strip 412 to return to the original position after the swinging shredding strip 412 is pressed and rotated. The connection of the fixedly connected chopping portions with the other stretching strips is the same as that of the fixedly connected chopping portions with the second stretching strips 234. The rocking shredding strips 412 are located in the gaps of the plurality of variable shredding segments during rocking of the rocking bars one 232 and two 242, and the rocking shredding strips 412 and the variable shredding segments cooperate to disintegrate the low resistance battery separator to shred the battery separator into small pieces.
The scheme also comprises a material returning part, wherein the material returning part comprises a material returning hole-forming filter sheet 2126, a material returning channel 22 and a filter sheet 2125, the filter sheet 2125 is obliquely arranged in the operation chamber, the head part of the filter sheet 2125 is fixedly connected with a second connecting sheet 2124, the head part of the second connecting sheet 2124 is fixedly connected with a connecting table 2123, the connecting table 2123 is positioned between a variable ring 313 of a variable chopping part at the tail part and a second connecting rod 2122, the head part of the second connecting rod 2122 is fixedly connected with a variable ring 313, and the tail part of the second connecting rod is in pin connection with the connecting table 2123, so that the variable ring 313 can pull the filter sheet 2125 to move up and down all the time during the lifting change. The hole-opening filter 2126 is installed on the side of the filter 2125 that is inclined and short, and during the lifting and lowering of the filter 2125, the non-compliant material moves toward the hole-opening filter 2126 under the influence of gravity. The feed back channel 22 is connected with the feed back holing filter 2126, the material passes through the feed back holing filter 2126 and then is displaced into the feed back channel 22, a screw conveyor is arranged in the feed back channel 22, and the screw conveyor conveys the non-conforming material to the head of the input channel and then falls into the input hole 6.
Still including the traction part in this scheme, the traction part contains motor 2, worm wheel 3 and vice worm wheel, and motor 2's output links to each other with worm wheel 3, and vice worm wheel contains vice worm wheel two 4 and vice worm wheel three 5, and a pair of vice worm wheel all with worm wheel 3 interlock, vice worm wheel two 4 through transmission portion with sway a 23 and link to each other, vice worm wheel three 5 through transmission portion with sway a two 24 and link to each other. The motor 2 pulls the worm wheel one 3 to rotate, the worm wheel one 3 pulls the pair of auxiliary worm wheels to rotate, the middle of the pair of auxiliary worm wheels is connected with the rotating rod 215, and the rotating rod 215 rotates and pulls the 2 swinging parts to perform consistent but opposite repeated swinging. The transmission part comprises a rotating disk 212, a traction rod 213, a pin joint strip 214, a change strip 216 and a first connecting rod 217, the rotating disk 212 is connected with the rotating rod 215 and is dragged to rotate by the rotating rod 215, the traction rod 213 is arranged on the surface of the rotating disk 212, the traction rod 213 is connected with the pin joint strip 214, a supporting sheet 2130 with a reserved groove is fixedly connected with the operation box 21, a penetrating groove with a penetrating head is reserved in the head part, the change strip 216 is arranged in the penetrating groove, a bead chamber 2121 is reserved on the swinging part, one end of the change strip 216 is arranged in the bead chamber 2121, and the change strip 216 is connected with the pin joint strip 214 through the first connecting rod 217 with the front and back surfaces extending.
This scheme still contains to prop and holds the portion, props and holds the portion and contain bearing piece 7 and bearing stick 8, and bearing piece 7 connects firmly with operation case 21, and 4 have been installed to bearing stick 8 to install and connect firmly with bearing piece 7 at the afterbody of bearing piece 7. The supporting part is provided with a motor 2 supporting frame, the motor 2 supporting frame is provided with two bearing sheets 9 and two bearing rods 10, the two bearing sheets 9 are used for bearing the motor 2, the two bearing rods 10 are provided with 4 bearing rods and fixedly connected with the two bearing sheets 9 at the tail parts of the two bearing sheets 9, and the two bearing rods 10 are fixedly connected with the first bearing sheets 7. The first fixed connecting piece 218 is arranged on the second supporting piece 9 for supporting the rotating rod 215.
The implementation mode is specifically as follows: the storage battery separator is thrown into the operation chamber through the throwing hole 6, the starting motor 2 pulls the first swing part 23 and the second swing part 24 to swing in a consistent and repeated mode, the cooperative operation displacement of the swing and cutting part and the swing and cutting strips 412 is larger in the head direction and is deflected to cut the storage battery separator into small-size crushed materials, and the cooperative operation displacement of the swing and cutting part and the swing and cutting strips 412 is smaller in the tail direction and is deflected to cut the small-size storage battery separator crushed materials into smaller crushed materials.
When the rocking part one 23 and the rocking part two 24 rock towards the side, the sharp edge of the rocking shredding strip 412 on the stretching strip one 233 and the shredding strip one 315 of the changing shredding part one cooperate to shred the battery separator, the non-sharp edge of the rocking shredding strip 412 on the stretching strip two 234 and the connecting strip 314 of the changing shredding part two cooperate, the non-sharp edge is pressed to make the rocking shredding strip 412 rotate and have essentially no shredding function, the non-sharp edge of the rocking shredding strip 412 connected with the stretching strip three 243 cooperates with the connecting strip 314 of the changing shredding part one, the non-sharp edge is pressed to make the rocking shredding strip 412 rotate and have essentially no shredding function, and the sharp edge of the rocking shredding strip 412 connected with the stretching strip four 244 and the shredding strip one 315 of the changing shredding part two cooperate to shred the shredded battery separator into finer pieces. When the battery separator crushed aggregates are large in volume, most of the battery separator crushed aggregates at the head position for crushing, so that when the rocking part I23 rocks towards the side together with the rocking part II 24, the momentum of the stretching strip I233 towards the right received by the crushing part is changed, the momentum of the stretching strip IV 244 towards the left received by the crushing part is changed, the common momentum is towards the right, the momentum towards the right received by the connecting cylinder 219 allows the connecting cylinder 219 to pull the connecting ring 2110 to reversely rotate, therefore, the first changed crushing part moves towards the head along the first bent groove 2127, and the second changed crushing part moves towards the head along the second bent groove 2128, therefore, the large-volume battery separator crushed aggregates can be crushed into small crushed aggregates. Most of the crushed battery separator particles are gathered at the tail part to perform finer crushing, so that when the rocking part one 23 and the rocking part two 24 rock towards the side, the momentum borne by the stretching strip one 233 towards the right and the momentum borne by the stretching strip four 244 towards the left are changed, and the common momentum faces towards the left, so that the momentum borne by the connecting cylinder 219 towards the left makes the connecting cylinder 219 pull the connecting ring 2110 to rotate forwards, so that the first changed crushing part moves towards the tail part along the first bent groove 2127, and the second changed crushing part moves towards the tail part along the second bent groove 2128, thereby more completely crushing the crushed battery separator particles into finer particles.
When the rocking part I23 and the rocking part II 24 rock together, the non-sharp edges of the rocking shredding strips 412 on the stretching strips I233 and the connecting strips 314 of the first variable shredding parts cooperate, the non-sharp edges are pressed to make the rocking shredding strips 412 rotate and have no shredding function essentially, the sharp edges of the rocking shredding strips 412 connected by the stretching strips III 243 cooperate with the shredding strips I315 of the second variable shredding parts to shred the battery separator, the partial inner edges of the rocking shredding strips 412 connected by the stretching strips III 243 cooperate with the shredding strips 315 of the first variable shredding parts to shred the battery separator into finer pieces, the non-sharp edges of the rocking shredding strips 412 connected by the stretching strips IV 244 cooperate with the connecting strips 314 of the second variable shredding parts, and the non-sharp edges are pressed to make the rocking shredding strips 412 rotate and have no shredding function essentially. When the battery separator crushed aggregates are large in volume, most of the battery separator crushed aggregates at the head position to perform crushing, so that when the rocking part I23 rocks inwards together with the rocking part II 24, the momentum of the stretching strip I233 borne by the variable crushing part towards the left and the momentum of the stretching strip IV 244 borne by the variable crushing part towards the right, and the common momentum is towards the right, so that the momentum borne by the coupling cylinder 219 towards the right causes the coupling cylinder 219 to pull the coupling ring 2110 to reversely rotate, so that the variable crushing part I moves towards the head along the curved groove I2127, and the variable crushing part II moves towards the head along the curved groove II 2128, so that the large battery separator crushed aggregates can be crushed more completely. When the crushed battery separator scraps are mostly gathered at the tail part to perform finer crushing, so that the swinging part I23 swings inwards together with the swinging part II 24, the momentum of the stretching strip I233 borne by the crushing part I towards the left and the momentum of the stretching strip IV 244 borne by the crushing part I towards the right are changed, and the common momentum faces towards the left, so that the linking barrel 219 bears the momentum towards the left to lead the linking ring 2110 to rotate forwards, so that the first changed crushing part I moves towards the tail part along the bent groove I2127, and the second changed crushing part II moves towards the tail part along the bent groove II 2128, and therefore, the crushed battery separator scraps with small volume are more completely crushed into finer scraps.
The chopped storage battery separator crushed aggregates move to the filtering piece 2125 towards the tail part, the storage battery separator crushed aggregates meeting the requirement fall to the discharge channel through the filtering piece 2125, the lifting displacement of the filtering piece 2125 during the lifting displacement of the chopping part is changed, the speed of filtering the storage battery separator crushed aggregates by the filtering piece 2125 is improved, the storage battery separator crushed aggregates which do not meet the requirement change towards the direction of the feed back hole-opening filter piece 2126 under the influence of gravity, and the storage battery separator crushed aggregates pass through the feed back hole-opening filter piece 2126 and then fall into the feed back channel 22, and the spiral conveyor conveys the storage battery separator crushed aggregates which do not meet the requirement to the head part of the feed-in channel and then falls into the feed-in hole 6 for chopping again.
The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (8)
1. A disposal apparatus for a low resistance battery separator, comprising:
the operation box is internally provided with an operation chamber which is communicated from the head to the tail, the head of the operation chamber is an input channel, and the tail is a discharge channel;
two ends of the fixed connecting rod extend and are assembled at the head part of the operation chamber;
the variable part comprises a plurality of connecting cylinders and a plurality of variable chopping parts, the connecting cylinders extend along the radius direction of the fixed connecting rod and are arranged at equal intervals along the ring surface of the fixed connecting rod, the head parts of the connecting cylinders can surround the fixed connecting rod and are connected on the surface of the fixed connecting rod in a rotating way, the variable chopping parts are arranged in the operating room, and the variable chopping parts are arranged at intervals; the variable shredding part comprises a plurality of shredding strips I and a plurality of connecting strips which are installed in a staggered mode in sequence and close to each other and are in pin joint with one end, pin joints can be rotating pin joints and displacement pin joints, the rotating pin joints and the displacement pin joints are installed at intervals, the displacement pin joints are connected to a plurality of connecting cylinders in a displacement mode, and torsion springs III are installed among 2 variable shredding parts close to each other and among the tail variable shredding parts and the tail of the connecting cylinders;
the bending groove path is reserved in the operation chamber of the operation box, the bending groove path is inclined and bent towards the head, and the variable chopping part can be connected in the bending groove path in a displacement manner;
the swinging part comprises a first swinging part and a second swinging part, and the first swinging part and the second swinging part surround the fixed connecting rod to swing in a consistent but repeated way; the 2 swinging parts are connected with the separately installed shredding parts, each shredding part comprises a plurality of swinging shredding parts which are separately installed, each swinging shredding part comprises a plurality of swinging shredding strips which are separately installed, a torsion spring I is installed among the swinging shredding strips of each swinging shredding part, each swinging shredding strip is a shredding tool which extends in the front and back direction and is sharp at one side, the sharp edges of the swinging shredding strips in 1 shredding part are consistent, the sharp edges of the swinging shredding strips of 2 adjacent shredding parts in each swinging part are inconsistent, and the shredding parts with the sharp edges facing to the right in each swinging part are positioned at the head; the shredding parts in the first swing part and the shredding parts in the second swing part are arranged in a staggered way along the direction from the head part to the tail part;
the swinging shredding strips are connected to the swinging part in a pin joint mode, the swinging shredding strips and a stopping table arranged in the swinging part cooperate to enable the swinging shredding strips to be incapable of rotating when sharp edges bear impulses and capable of rotating when non-sharp edges bear impulses, the sharp edges of the swinging shredding strips and the swinging part are provided with a second torsion spring, and the second torsion spring pulls the swinging shredding strips to return to the original position after the swinging shredding strips bear the impulses; the rocking part is forced to rock, and the variable shredding part is positioned in the gap of the rocking shredding strips
And the traction part is assembled to pull the swinging part I and the swinging part II to perform consistent but opposite repeated swinging.
2. A disposal device for a low resistance battery separator as recited in claim 1, wherein: the left side of the first swinging part is provided with a plurality of extending strips which extend along the surface of the fixed connecting rod ring and are separately arranged from the head part to the tail part, the right side of the second swinging part is provided with a plurality of extending strips which extend along the surface of the fixed connecting rod ring and are separately arranged from the head part to the tail part, and the extending strips are connected with the matched chopping part.
3. A disposal device for a low resistance battery separator as recited in claim 1, wherein: the variable shredding part comprises a first variable shredding part and a second variable shredding part, the first variable shredding part is arranged at the head of the second variable shredding part, a first shredding strip among the 2 displacement pins of the first variable shredding part is arranged on the left side of the first shredding strip, and a second shredding strip among the 2 displacement pins of the second variable shredding part is arranged on the left side of the first shredding strip.
4. A disposal device for a low resistance battery separator as recited in claim 1, wherein: the bending channel comprises a first bending channel and a second bending channel, the first bending channel is reserved at the head of the second bending channel, a stopping table is arranged between the first bending channel and the second bending channel, a changing sheet matched with the first changing cutting part is arranged in the first bending channel, and a changing sheet matched with the second changing cutting part is arranged in the second bending channel.
5. A disposal device for a low resistance battery separator as recited in claim 3, wherein: the feed back part comprises a feed back holed filter disc, a feed back channel and a filtering disc, wherein the filtering disc is installed in the operation chamber in a skew manner, the head part of the filtering disc is connected with a variable cutting part in a pin joint manner, the feed back holed filter disc is installed on the side with the lower skew of the filtering disc, and the feed back channel is connected with the feed back holed filter disc; the variable shredding part is lifted and changed to pull the filtering pieces to be lifted and changed, during the lifting and changing of the filtering pieces, the orientation of the non-conforming materials changes towards the direction of the feed back hole opening filter piece under the influence of gravity, the materials pass through the feed back hole opening filter piece and then are displaced into the feed back channel, and the feed back channel is provided with conveying equipment for conveying the non-conforming materials to the head of the input channel.
6. A disposal device for a low resistance battery separator as recited in claim 1, wherein: the conveying device is a screw conveyor.
7. A disposal device for a low resistance battery separator as recited in claim 5, wherein: the traction part comprises a motor, a first worm wheel and a first auxiliary worm wheel, the output end of the motor is connected with the first worm wheel, the first auxiliary worm wheel comprises a second auxiliary worm wheel and a third auxiliary worm wheel, the pair of first auxiliary worm wheels are meshed with the first worm wheel, the second auxiliary worm wheel is connected with the first swing part through a transmission part, and the third auxiliary worm wheel is connected with the second swing part through the transmission part; the first traction worm wheel rotates, the first worm wheel pulls the pair of auxiliary worm wheels to rotate, the middle of the pair of auxiliary worm wheels is connected with a rotating rod, and the rotating rod rotates to pull 2 swinging parts to perform consistent but back-to-back repeated swinging.
8. A disposal device for a low resistance battery separator as recited in claim 1, wherein: still contain to prop and hold the portion and contain bearing piece one and bearing stick one, bearing piece together the operation case link firmly, 4 are installed to bearing stick one to install at the afterbody of bearing piece one and link firmly with bearing piece one, prop and install the motor in the portion of holding and prop and hold the frame, the motor props and holds the frame and install bearing piece two and bearing stick two, bearing piece two is used for bearing the motor, is installing on bearing piece two and is being connected firmly piece one and be used for the bearing to revolve the stick.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211458254.9A CN115846002B (en) | 2022-11-21 | 2022-11-21 | Disposal equipment of low-resistance storage battery separator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211458254.9A CN115846002B (en) | 2022-11-21 | 2022-11-21 | Disposal equipment of low-resistance storage battery separator |
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| CN115846002A true CN115846002A (en) | 2023-03-28 |
| CN115846002B CN115846002B (en) | 2023-08-08 |
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| CN202211458254.9A Active CN115846002B (en) | 2022-11-21 | 2022-11-21 | Disposal equipment of low-resistance storage battery separator |
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| JP2010241033A (en) * | 2009-04-08 | 2010-10-28 | Institute Of National Colleges Of Technology Japan | Shredder for tree branches and leaves |
| CN109201245A (en) * | 2018-08-07 | 2019-01-15 | 信丰福昌发电子有限公司 | A kind of crushing device of discarded circuit board |
| CN112515048A (en) * | 2020-11-13 | 2021-03-19 | 张闫 | Dog food production equipment and production method thereof |
| CN213254891U (en) * | 2020-08-21 | 2021-05-25 | 伊通满族自治县德利农产品开发有限责任公司 | Crushed aggregates machine is used in fertilizer production |
| CN114604604A (en) * | 2022-05-16 | 2022-06-10 | 江苏东玖光电科技有限公司 | Lifting platform for automatically packaging long-length target material |
| CN115301380A (en) * | 2022-08-09 | 2022-11-08 | 建德市健丰钙业有限公司 | A raw materials classifying crushing screening system for calcium oxide production |
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2022
- 2022-11-21 CN CN202211458254.9A patent/CN115846002B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2010241033A (en) * | 2009-04-08 | 2010-10-28 | Institute Of National Colleges Of Technology Japan | Shredder for tree branches and leaves |
| CN109201245A (en) * | 2018-08-07 | 2019-01-15 | 信丰福昌发电子有限公司 | A kind of crushing device of discarded circuit board |
| CN213254891U (en) * | 2020-08-21 | 2021-05-25 | 伊通满族自治县德利农产品开发有限责任公司 | Crushed aggregates machine is used in fertilizer production |
| CN112515048A (en) * | 2020-11-13 | 2021-03-19 | 张闫 | Dog food production equipment and production method thereof |
| CN114604604A (en) * | 2022-05-16 | 2022-06-10 | 江苏东玖光电科技有限公司 | Lifting platform for automatically packaging long-length target material |
| CN115301380A (en) * | 2022-08-09 | 2022-11-08 | 建德市健丰钙业有限公司 | A raw materials classifying crushing screening system for calcium oxide production |
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