Device for precisely positioning and recycling three-legged walking stick stool through hot melting

[0031] Example 1

[0032] A three-legged cane bench passed the hot melt precision recovery device, such as Figure 1-11 As shown, including the bottom plate assembly 1, the armrest separation unit 2, the cushion separation unit 3, the support separation unit 4, and the control screen 5; the bottom plate assembly 1 is connected to the armrest separation unit 2; the bottom plate assembly 1 is connected to the seat cushion separation unit 3 The bottom plate assembly 1 is connected to the support separation unit 4; the bottom plate assembly 1 is connected to the control screen 5; the armrest separation unit 2 is connected to the support separation unit 4.

[0033] Place a three-legged cane by the hot melt precision positioning recovery device, then the external power supply, the external power supply is activated by the control screen 5; first by the staff, the three-legged cane stool is placed in parallel. The armrest separation unit 2 fixed to the bottom plate assembly 1, because the three-foot cane is used for a long time, it is easy to lead to the case of receiving, and then, the three-legged cane stool is collected by extruding the unit 2, and then Remove the plastic parts of the wear arcuate armor, then transfer the three-foot cane soool to the seat cushion separation unit 3, which heats the seat cushion of the three foot cane by the cushion separation unit 3, easy to separate the wear cushion After separating the seat cushion, it is collected by manual, then, then transmitted to the legacy unit 4, due to the long use of the three-legged cane, the wear is large, and the three feet of the three-legged cane is required to position and fix the three feet. In order to remove the non-slip plastic parts of the three-legged bottom, then the angle of the support separation unit 4 is adjusted, thereby caught the three-legged support member, exposes the bottom non-slip plastic parts, and then use the cushion separation unit 3 The fitting separation unit 4 removes the non-slip plastic parts of the three bottom, and then collects the manual, the present invention realizes that the three-legged cane stool is collected by extrusion, and then the wear curved armrest part The plastic member is removed, then, then heaters the seat cushion portion of the three-foot cane soon, separate the wear cushion, and then adjust the two supports of the two sides to position and fix the two sides. The three supports of the stool fixed, and then remove the non-slip plastic parts of the three bottoms to avoid the injury in the walking process, protecting personal safety.

[0034] Such as image 3 with Figure 4 As shown, the armrest separation unit 2 includes a motor 201, a first transmitting shaft 202, a first tapered gear 203, a first slider 204, a second cone 205, a third cone gear 206, a first electric push rod 207, The four cone gear 208, the second drive shaft 209, the first thread rod 210, the first slide 211, the second electric push rod 212, the fifth cone 213, the third drive shaft 214, the first transmission wheel 215, the second transmission The wheel 216, the fourth drive shaft 217, the turntable 218, the first link 219, the first slider 220, the support block 221, and the conveyor belt 222; the motor 201 is fixed to the bottom plate assembly 1; the motor 201 is performed with the first drive shaft 202 Securit; the first drive shaft 202 is rotatably coupled to the bottom plate assembly 1; the first drive shaft 202 is fixed to the first tapered gear 203; the first drive shaft 202 is connected to the first slider 204; the first slider 204 Secure to fix the second cone 205; the first slider 204 is fixed to the third cone gear 206; the first slider 204 is fixed to the first electric push rod 207 by the light rod; the first electric push rod 207 The bottom plate assembly 1 is fixed; the side of the second cone gear 205 is provided with a fourth cone gear 208; the fourth tapered gear 208 is fixed to the second drive shaft 209; the second drive shaft 209 is rotatably connected to the bottom plate assembly 1. The second drive shaft 209 is fixed to the first filament rod 210; the first wire rod 210 is rotatably coupled to the bottom plate assembly 1; the first wire rod 210 rotates with the first slide 211; the first slider 211 and the bottom plate assembly 1 Turn the connection; the first slide 211 is fixed to the second electric push rod 212; the first tapered gear 203 is engaged with the fifth cone gear 213; the fifth cone gear 213 is fixed to the third drive shaft 214; The three pass shaft 214 is connected to the bottom plate assembly 1; the third transmitting shaft 214 is connected to the support separation unit 4; the third drive shaft 214 is fixed to the first drive wheel 215; the first transmission wheel 215 passes through the belt and the second The drive wheel 216 performs a drive connection; the second drive wheel 216 is fixed to the fourth drive shaft 217; the fourth drive shaft 217 is rotated to the bottom plate assembly 1; the fourth drive shaft 217 is fixed to the turntable 218; the turntable 218 The first link 219 performs a rotation connection; the first link 219 is rotatably coupled to the first slider 220; the first slider 220 is slidable with the bottom plate assembly 1; the first slider 220 is fixed to the support block 221; A conveyed belt 222 is provided below the support block 221; the conveyor belt 222 is connected to the bottom plate assembly 1.

[0035] First, the staff is placed on the conveyor 222 by the staff. Then, after the three-foot cane stool is long, it is easy to lead to the case, then, the conveyor belt 222 is activated to transfer the three-legged cane. Under the support block 221, the three-foot cane stool is collected by extrusion, and then the plastic member of the wear armrest portion is then removed, the motor 201 starts to drive the first tapered gear 203 through the first transmitting shaft 202, the first cone The gear 203 rotates to rotate the fifth cone 213, and the fifth tapered gear 213 rotates through the third drive shaft 214 to rotate, the third transmitting shaft 214 rotates to drive the support separation unit 4 to operate, the first transmission wheel 215 The rotation is rotated by the belt, and the second drive wheel 216 rotates by the fourth drive shaft 217 to rotate the turntable 218, the turntable 218 rotates through the first link 219 to drive the first slider 220 and the support block 221 downward movement. Further, the tile is placed on the three-legged cane soap on the conveyor belt 222, thereby collating it, then, when the support block 221 moves down, the first cone 203 rotates to drive the first slider 204 rotation, The first slider 204 rotates to rotate the second bevel gear 205, and the first slider 204 rotates to rotate the third cone gear 206, and the first electric push rod 207 controls the first slider 204 on the first transport shaft 202 by the light rod. Slide, thus controlling the engagement of the second cone gear 205 and the third cone 208 and the fourth cone gear 208, when the second cone gear 205 is engaged with the fourth cone 208, the second cone 205 rotates the fourth cone. The gear 208 is rotated, and the fourth cone gear 208 rotates through the second drive shaft 209 to rotate, the first wire rod 210 rotates to move the first slide 211 and the second electric push rod 212 to move to the three cane stool curved shape The armrest position, then, the second electric push rod 212 is started to move down, and thereby caught the three-foot cane arcuate armrest, then, the first electric push rod 207 controls the first slider 204 on the first transmit shaft 202 by the light rod. Slide, the third cone gear 206 is controlled to engage the fourth cone gear 208, and the second cone 205 is engaged with the fourth cone 208, so that the first slide 211 and the second electric push rod 212 move reset, thereby The plastic parts of the three-foot cane bench are separated from the support pin, and then collect it by manual, the armrest separation unit 2 achieves the three foot cane stools to collapse by extrusion, and then wear The plastic parts of the curved armrest part are removed, and the support separation unit 4 is driven.

[0036] Such as Figure 5 , Figure 6 with Figure 7 As shown, the cushion separation unit 3 includes an electric rail 301, a second sliding plate 302, a heater 303, a first fixing plate 304, a second fixing plate 305, a third electric push rod 306, a first fixing frame 307, fourth The electric push rod 308, the first shovel 309, the fifth electric push rod 310, the second shovel 311, the sixth electric push rod 312, and the fixed block 313; the electric rail 301 is fixed to the bottom plate assembly 1; electric rail The 301 is slidable with the second sliding plate 302; the second sliding plate 302 is fixed to the heater 303; the second sliding plate 302 is fixed to the first fixing plate 304; the second sliding plate 302 is fixed to the second fixing plate 305; One side of the second fixing plate 305 is provided with a third electric push rod 306; the third electric push rod 306 is fixed to the bottom plate assembly 1; the third electric push rod 306 is fixed to the first fixing frame 307; the first fixation The frame 307 is fixed to the fourth electric push rod 308; the fourth electric push rod 308 is fixed to the first shovel 309; the first shovel 309 is slidable with the first fixing frame 307; the first fixing frame 307 The fifth electric push rod 310 is fixed; the fifth electric push rod 310 is fixed to the second shovel 311; the second shovel 311 is slidable with the first fixing frame 307; the second fixing plate 305 and the sixth electric The push rod 312 is fixed; the sixth electric push rod 312 is fixed to the fixed block 313.

[0037]After removing the plastic parts of the arc-shaped armrest, the three-foot cane is transferred to the second sliding plate 302, and then heated on the cushion portion of the three-foot cane soil, so that the wear cushion is separated, and then the cushion is separated, and then dismantled. The electric rail 301 initiates all the components on the second sliding board 302 to move together to the designated position, followed by aligning the seat position of the three foot cane stool to the position of the heater 303, and thus heating the cushion portion, at this time, three foot cane stools The arcuate armrest position is placed below the first fixing plate 304, and the three-foot position is placed under the second fixing plate 305, and then the sixth electric push rod 312 is activated to move the fixed block 313 to move down, thereby clamping the three-legged cane The three-legged connection is fixed, thereby fixing the three-legged cane stool, after the heating is completed, the third electric push rod 306 activates all the components that drive the first fixing frame 307 to move down, then the fourth electric push rod 308 Starting the first shovel 309 movement, the fifth electric push rod 310 activates the second shovel 311 movement, the first shovel 309 and the second shovel 311 are relatively moved, thereby fixing the seat cushion of the three-legged cane. The third electric push rod 306 initiates all the components from the first fixing frame 307 to move together, thereby separating the wear cushion, and the cushion separation unit 3 achieves heating for the seat cushion portion of the three-legged cane. The wear cushion is separated and removed, and the cushion is separated and removed, and the support separation unit 4 operates.

[0038] Such as Figure 8 , Figure 9 , Figure 10 with Figure 11 As shown, the feet separation unit 4 includes a second slip sleeve 401, a sixth cone gear 402, a seventh cone 403, a third fixing plate 404, a seventh electric push rod 405, an eighth cone gear 406, a fifth transmission. Shaft 407, two-way threaded screw 408, second slider 409, second fixing frame 410, second link 411, telescopic rod 412, sixth transmitting shaft 413, straight gear 414, rack 415, first sleeve 416 The third shift wheel 417, the fourth transmission wheel 418, the telescopic nodes 419, the fourth fixing plate 420, the eighth electric push rod 421, the seventh drive shaft 422, the second screw 423, the third slider 424, the first The four slide 425, the eighth transport shaft 426, and the second sleeve 427; the third drive shaft 214 is connected to the second slider 401; the second slider 401 is fixed to the sixth cone 402; the second slider 401 is secured to the seventh cone gear 403; the second slider 401 is connected to the third fixing plate 404; the third fixing plate 404 is fixed to the seventh electric push rod 405; the seventh electric push rod 405 floor assembly 1 The first tapered gear 406 is provided on one side of the sixth cone gear 402; the eighth tapers 406 is fixed to the fifth drive shaft 407; the fifth drive shaft 407 is rotated to the bottom plate assembly 1; fifth The transmission shaft 407 is fixed to the bidirectional threaded screw 408; the bidirectional threaded rod 408 is rotatable with the bottom plate assembly 1; the bidirectional threaded rod 408 is rotatably coupled to the second slider 409; the second slider 409 and the bottom plate assembly 1 Slide connection; the second slider 409 is connected to the second fixing frame 410; the second fixing frame 410 is fixed to the second link 411; the second link 411 is fixed to the telescopic rod 412; The third slider 424 is fixed; the second slider 409 is rotatably coupled to the sixth drive shaft 413; the sixth transport shaft 413 is fixed to the straight gear 414; the straight gear 414 meshes with the rack 415; rack 415 Secure to fix the second fixing frame 410; the sixth transition shaft 413 is fixed to the first sleeve 416; the third drive shaft 214 is fixed to the third drive wheel 417; the third transmission wheel 417 passes through the belt and fourth The drive wheel 418 performs a drive connection; the fourth transmission wheel 418 is fixed to the telescoping thread 419; the telescoping thread 419 is rotatably coupled to the bottom plate assembly 1; the telescopic rod 419 is connected to the fourth fixing plate 420; the fourth fixing plate 420 is fixed to the eighth electric push rod 421; the eighth electric push rod 421 is fixed to the bottom plate assembly 1; the seventh drive shaft 422 is provided on one side of the fourth fixation plate 420; the seventh drive shaft 422 and the bottom plate assembly 1 Make a rotation connection; the seventh transition shaft 422 is fixed to the second screw 423; the second rod 423 is rotatably coupled to the third slider 424; the third slider 424 is slidable with the bottom plate assembly 1; bidirectional thread The screw 408 is rotatably coupled to the fourth slider 425; the fourth slider 425 is fixed to the bottom plate assembly 1; The four slide block 425 is fixed to the eighth transition shaft 426; the eighth transport shaft 426 is fixed to the second sleeve 427; the second slider 409 to the first sleeve 416 are central axes in the third slider 424. Symmetrical setting has an exproprant part.

[0039] After separating the cushion, it is transferred to the second sleeve 427 fixed to the eighth transfer shaft 426. At this time, the support foot is fixed in the middle of the three-foot cane stool, and then in the second sleeve 427, then Since the three-foot cane stool is long, the wear is large, the two supports on both sides of the three crust should be positioned and fixed to facilitate the removal of the non-slip plastic parts of the three-legged bottom, and the third transmitting shaft 214 is rotated. The second slip sleeve 401 is rotated, and the second slider 401 rotates to rotate the sixth cone 402, the second slider 401 rotates the seventh cone 403 to rotate, the seventh electric push rod 405 is activated by the third fixing plate 404 The second slider 401 slides on the third transport shaft 214, thereby controlling the engagement of the sixth cone gear 402 and the seventh cone 403 and the eighth cone 402, and the sixth cone 402 and the eighth cone gear 406. When engaged, the sixth bevel gear 402 rotates to rotate the eighth cone 406, and the eighth taper gear 406 rotates through the fifth transmitting shaft 407 to rotate, the bidirectional threaded rod 408 rotates the middle of the tank in the fourth slip The block 425 is rotated, and the bidirectional threaded screw 408 rotates together by the second slider 409 to move all the components on the second fixing frame 410, at this time, the telescoping rod 412 on the second link 411 starts shrinking, while at the same time. The second slider 409 to the first sleeve 416 is disposed in the middle shaft symmetry in the third slider 424, and thereby positioning two support bokees on both sides, then adjusting a certain angle. The two supports on both sides are fixed, and then the third drive shaft 214 rotates to rotate the third drive wheel 417, the third drive wheel 417 rotates through the belt to rotate the fourth drive wheel 418, the fourth drive wheel 418 rotates to promote the telescopic The nipper 419 is rotated, and the eighth electric push rod 421 controls the engagement of the telescoping nod 419 and the seventh transport shaft 422 by the fourth fixing plate 420, when the telescopic retaining rod 419 is engaged with the seventh transfer shaft 422, the telescopic rod 419 rotates The seventh drive shaft 422 is rotated, and the seventh drive shaft 422 rotates to slide through the second screw 423, and the third sliding block 424 slides through the telescoping rod 412 and the second link 411 to drive the second fixation All components on the frame 410 move together, and the second slider 409 to the first sleeve 416 is movable in the middle shaft symmetry in the third slider 424, and the second fixing frame 410 moves tooth The strip 415 moves, the rack 415 moves the rotation of the straight gear 414, and the straight gear 414 rotates through the sixth transport shaft 413 to rotate the first sleeve 416, the second slider 409 to the first sleeve 416 in the middle of the third slider 424. The same components are provided in the center axis, which is the same as the second slider 409 to the first sleeve 416, thereby positioning the two supports on both sides and fixing, after which the electric rail 301 starts All of the two skateboard 302 The component is reset together, thereby removing the non-slip plastic parts of the three bottom, and then collecting it by manual, and the leg separation unit 4 achieves two sides of the two supports and fixes the two sides by adjusting an angle. The three supports of the three-foot cane are fixed, and then the secondary pad separation unit 3 is then used to remove the non-slip plastic parts of the three-legged bottom.

[0040] The first transmitting shaft 202 is provided with a ridge at the first slider 204, and the first slider 204 is provided with a groove.

[0041] The first slider 204 can be slid on the first transport shaft 202, and hold rotation, thereby controlling the engagement of the second cone gear 205 and the third cone 208 to the fourth cone gear 208.

[0042] The first transport shaft 202 is provided with a ridge at the second slider 401, and the second slider 401 is provided with a groove.

[0043] The second slider 401 can be slid on the first transport shaft 202, and hold rotation, thereby controlling the engagement of the sixth cone gear 402 and the seventh cone 403 to the eighth cone gear 406.

[0044] The telescopic nip 419 is adjacent to one end of the seventh drive shaft 422, and a gear is provided, and the seventh drive shaft 422 is provided with a tooth hole at one end of the telescopic housing 419.

[0045] The telescopic hip 419 can be connected to the seventh drive shaft 422, and can be controlled by the electric push rod control.

[0046] The first sleeve 416 and the second sleeve 427 are provided with a spring plate.

[0047] A strong set can be taken out on the pedicure of the cane so that the wear plastic foot pad on the pedic pipe is easily removed.

[0048] The middle part of the bidirectional threaded wire 408 is provided with the fourth slide 425 connection as a light rod.

[0049] When the bidirectional threaded rod 408 is rotated, no movement of the fourth slider 425 is moved, and only rotates inside the fourth slider 425.