CN108968794B

CN108968794B - Wearable garbage collection and cleaning equipment

Info

Publication number: CN108968794B
Application number: CN201810826639.3A
Authority: CN
Inventors: 单筱慧
Original assignee: Wuhu Huiyu Commerce And Trade Co ltd
Current assignee: Wuhu Huiyu Commerce And Trade Co ltd
Priority date: 2018-07-25
Filing date: 2018-07-25
Publication date: 2020-11-24
Anticipated expiration: 2038-07-25
Also published as: CN108968794A

Abstract

The invention discloses wearable garbage collection and cleaning equipment, which comprises a suction treatment pulverizer, a connecting pipeline, a connecting inlet and a storage box, wherein the suction treatment pulverizer comprises a boosting device, a protective shell, a primary rolling device, auxiliary force application equipment, a fine crushing group, a trigger main force device, a manual control pushing group and a wind power suction group, the storage box comprises a box body, the storage box also comprises a spray head and a cleaning pump, the spray head is connected with the cleaning pump through a water guide pipe, the spray head is arranged above the box body in a lifting mode, and the cleaning pump is fixed on the outer wall of the box body. The garbage bin can easily suck external garbage, so that the garbage bin is crushed for three times after being sucked, and the crushed garbage is input into a back box after the volume of the garbage bin is reduced, so that more garbage can be accommodated in the garbage bin. In addition, after the garbage is treated, the inner wall of the box body can be effectively cleaned, the box body is kept clean, and the generation of peculiar smell caused by the garbage remained on the inner wall of the box body in time is avoided.

Description

Wearable garbage collection and cleaning equipment

Technical Field

The invention relates to the field of wearable garbage collection and cleaning equipment, in particular to wearable garbage collection and cleaning equipment.

Background

Pick up the stock form instrument that rubbish was used, owing to pick up rubbish most commonly in the sanitation, so called rubbish pickup, the name again: the garbage picking tool, the sanitary garbage clamp, the urban garbage picker, the sanitary garbage picker, the domestic garbage picker, the fetching clamp, the sanitary clamp, the picking clamp, the garbage pliers, the cleaning tool garbage clamp, the garbage pliers, the picking clamp, the fetching device, the sanitary clamp, the fetching clamp and the like are generally plastics, steel wires, aluminum stainless steel or plastic pipes or steel sheets, mainly tools for environmental sanitation, are convenient for personnel to pick up articles, can be cleaned and operated easily, can fetch articles at high positions, can fetch articles from slits, small holes and pick up ground articles, are also good helpers for the old and people with inconvenient actions to work and live, and have a plurality of deformation and other application ranges according to different functions, and the garbage is solid waste generated in daily life and production of human beings, and has complicated and various components due to large discharge amount, the garbage disposal method widely applied at present is sanitary landfill, high-temperature composting and incineration, and aims at harmlessness, reclamation and reduction, so that the garbage disposal is difficult to dispose in time and is convenient for picking up more garbage.

For the current portable garbage disposal wearing equipment, the environment is required to be picked up more, and after the garbage is picked up completely, the garbage is put into large-scale processing equipment to be processed, so that secondary pollution to the environment is probably caused again when the garbage is processed due to the large amount of the garbage.

Disclosure of Invention

Aiming at the defects of the prior art, the invention is realized by the following technical scheme: a wearable garbage collection and cleaning device comprises a suction treatment pulverizer, a linking pipeline, a linking inlet and a storage box, wherein one end of the linking pipeline is communicated with the suction treatment pulverizer, and the other end of the linking pipeline is communicated with the linking inlet; the suction treatment crusher comprises a boosting device, a protective shell, a primary rolling device, an auxiliary force application device, a fine crushing group, a trigger main force device, a manual control pushing group and a wind power suction group, wherein the boosting device is installed in the protective shell and corresponds to the horizontal central line of the boosting device, one end of the primary rolling device is connected with the auxiliary force application device and is movably connected with the primary rolling device, the fine crushing group is positioned right below the trigger main force device, one end of the manual control pushing group is electrically connected with the trigger main force device, and the wind power suction group is embedded in the protective shell and is positioned on the side, close to an outlet, of the fine crushing group; put thing case and bag and draw together the box, the top and the bottom of box are provided with pan feeding mouth and bin outlet respectively, bin outlet department is provided with the valve of normal close, the box diapire sets up towards the slope of bin outlet, the pan feeding mouth with link up the access connection, put thing case still includes shower head and clean pump, the shower head passes through the aqueduct with the clean pump and links to each other, the setting of shower head liftable is in the top of box, the clean pump is fixed on the outer wall of box, be equipped with the lift between shower head and the box, the both ends of lift are fixed respectively on box and shower head, be equipped with the clean through-hole that supplies the shower head to pass on the box roof, through the rising or the decline of lift, can make the shower head fix.

Furthermore, the spray holes on the spray header are provided with an upper row, a middle row and a lower row, the number of the spray holes in each row is 5-6, the spray holes in each row are uniformly arranged in the radial direction, the included angle between the upper row of spray holes and the horizontal plane is 10-15 degrees, the included angle between the middle row of spray holes and the horizontal plane is 0-5 degrees, and the included angle between the lower row of spray holes and the horizontal plane is-35-55 degrees.

Further, the boosting device includes limiting plate, driving belt, atress pivot, propelling hammer, turns to belt, main power pole, driving belt one end internal surface and atress pivot surface swing joint, the atress pivot is embedded in promotion hammer one end and clearance fit, turn to belt one end internal surface and atress pivot surface swing joint, turn to the belt and keep away from the one end internal surface and the main power pole one end external surface swing joint of atress pivot, two limiting plates are installed in rolling machine both ends and symmetric distribution for the first time.

Further, manual promotion group includes gag lever post, fixed negative pole end, removal positive terminal, reset spring, slope catch plate, promotes the piece, promotes the pivot, it has gag lever post and swing joint to promote piece internally mounted, fixed negative pole end is parallel to each other with the removal positive terminal, reset spring installs between fixed negative pole end and removal positive terminal, the slope catch plate welds and is located in the centre in promoting piece top surface, it inhales inside of group and hinged joint in wind-force to promote the pivot embedding.

Further, the fine crushing group comprises two stirring crushing rods, a transmission belt, transmission bevel gears, a fixed stress plate and a secondary crushing body, the two stirring crushing rods are installed in a staggered mode, the inner surface of one end of the transmission belt is movably connected with the outer surface of the top end of the stirring crushing rod, the transmission bevel gears are installed in the middle of the top end of the stirring crushing rod, and the fixed stress plate is parallel to the secondary crushing body.

Further, first rolling machine includes fixed rotating shaft, promotes to turn, smash body, atress catch bar for the first time, expand body cover, the fixed mounting body, pivot, arc pole, central pivot, force limiting rod, fixed rotating shaft imbeds in the inside and hinged joint of force limiting rod, the one end and the central pivot hinged joint of fixed rotating shaft are kept away from to the force limiting rod, promote to turn and install in smashing body side surface for the first time, the atress catch bar welds in smashing the positive centre in body top for the first time, the atress catch bar imbeds inside expanding body cover, the pivot is installed inside fixed mounting body one end, center pivot imbeds in the inside positive and hinged joint of arc pole, two limiting plates are installed and are smashed body both ends and symmetric distribution to the first time.

Further, trigger the dominant force device and include transmission band, motor, fixed anodal body, remove the negative pole body, slide rail, motor side is located to the transmission band, fixed anodal body imbeds in the inside and electricity connection in motor top, remove the negative pole body and install in the inside and swing joint of slide rail.

Further, the wind-force inhales group and includes atress piece, atress rotation, atress pole, extrusion spring, promotes the body, removes the negative pole body, fixed positive pole body, aspirator pump, export, the atress is rotated and is imbedded in the inside and clearance fit of atress piece, the atress is rotated and is installed in atress pole inside and clearance fit, extrusion spring top welds in the atress and rotates the bottom surface, remove the negative pole body and install on the coplanar with fixed positive pole body, it is located the one end that fixed positive pole body was kept away from to the removal negative pole body to promote the body, fixed positive pole body imbeds in the inside and electricity connection in aspirator pump top, promote the pivot embedding and keep away from inside and hinged joint of atress rotation one end in the atress pole.

Further, supplementary force application equipment includes transmission pivot, magnetic field wheel, leads magnetic ball, conversion conductor, location pivot, return spring, tilting rod, arc slide rail, magnetic field ball, magnetic field sliding body, arc spring, the transmission pivot is embedded in magnetic field wheel inside and is located the same axis, it installs on the coplanar to lead magnetic ball and magnetic field ball, the conversion conductor is installed between magnetic field ball and magnetic conduction ball, return spring installs in the opposite both ends and the symmetric distribution of location pivot surface, tilting rod welds the one end of keeping away from the location pivot in return spring, the magnetic field sliding body is embedded in the inside and swing joint of arc slide rail, arc spring one end is connected with the magnetic field sliding body, and the one end of keeping away from the magnetic field sliding body is connected with the inside one end of arc slide rail.

Advantageous effects

Based on the prior art, the garbage bin has the advantages that the garbage bin can easily suck external garbage after being simply operated, so that the garbage bin is crushed for three times after being sucked, and the crushed garbage is input into a back box after the volume of the garbage bin is reduced, so that more garbage can be accommodated. In addition, after the garbage disposal is finished, the inner wall of the box body can be effectively cleaned, the box body is kept clean, and the generation of peculiar smell caused by the garbage remained on the inner wall of the box body in time is avoided.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is a schematic structural diagram of a wearable garbage collecting and cleaning device of the present invention.

Fig. 2 is a schematic view of the internal structure of the suction treatment shredder according to the present invention.

Fig. 3 is a schematic view of the internal structure of the suction treatment shredder of the present invention.

Fig. 4 is a schematic view of the internal structure of the operation of the suction treatment shredder according to the present invention.

Fig. 5 is a schematic view of the internal structure of the auxiliary force application device of the present invention.

Fig. 6 is a sectional view of the storage box of the present invention.

In the figure: adjusting shoulder straps-1, a suction treatment crusher-2, a connecting pipeline-3, shoulder straps-4, a connecting inlet-5, a connecting wearing opening-6, a storage box-7, a boosting device-21, a protective shell-22, a primary rolling device-23, an auxiliary force application device-24, a fine crushing group-25, a triggering main force device-26, a manual control pushing group-27, a wind power suction group-28, a limit plate-211, a transmission belt-212, a stress rotating shaft-213, a pushing hammer-214, a steering belt-215, a main force rod-216, a limit rod-271, a fixed negative end-272, a moving positive end-273, a reset spring-274, an inclined pushing plate-275, a pushing block-276, a pushing rotating shaft-277, a connecting inlet-5, a connecting wearing opening-6, a storage box-7, a boosting device-, A stirring rod-251, a transmission belt-252, a transmission bevel gear-253, a fixed stressed plate-254, a secondary smashing body-255, a fixed rotating shaft-231, a pushing rotating body-232, a primary smashing body-233, a stressed pushing rod-234, an expanding sleeve-235, a fixed installation body-236, a rotating shaft-237, an arc rod-238, a central rotating shaft-239, a force limiting rod-2310, a transmission belt-261, a motor-262, a fixed anode body-263, a movable cathode body-264, a sliding rail-265, a stressed block-281, a stressed rotating body-282, a stressed rod-283, an extrusion spring-284, a pushing body-285, a movable cathode body-286, a fixed anode body-287, an air suction pump-288, an outlet-289, a transmission rotating shaft-241, a fixed anode body-287, a suction pump-288, a transmission rotating shaft, The device comprises a magnetic field wheel-242, a magnetic conductive ball-243, a conversion conductor-244, a positioning rotating shaft-245, a return spring-246, a tilting rod-247, an arc-shaped sliding rail-248, a magnetic field ball-249, a magnetic field sliding body-2410, an arc-shaped spring-2411, a box body-70, a material inlet-71, a material outlet-72, a spray header-73, a lifter-74, a cleaning pump-75 and a cleaning through hole-76.

Detailed Description

In order to make the technical means, the original characteristics, the achieved purposes and the effects of the invention easy to understand, the following description and the accompanying drawings further illustrate the preferred embodiments of the invention.

Examples

Referring to fig. 1-6, the present invention provides a wearable garbage collecting and cleaning device, which comprises an adjusting shoulder strap 1, a suction treatment shredder 2, a linking pipe 3, a shoulder strap 4, a linking inlet 5, a linking wearing port 6 and a storage box 7, wherein one end of the adjusting shoulder strap 1 is embedded inside the shoulder strap 4 and movably connected, one end of the linking pipe 3 is connected with the suction treatment shredder 2, one end of the linking pipe 3 far away from the suction treatment shredder 2 is connected with the linking inlet 5, the four linking wearing ports 6 are uniformly embedded inside four corners of one side of the storage box 7, and the tail end of the head end of the shoulder strap 4 is embedded inside the linking wearing port 6;

inhale and handle grinder 2 and include boosting device 21, protective housing 22, primary rolling device 23, supplementary force application equipment 24, finely smash group 25, trigger main power device 26, manual promotion group 27, wind-force and inhale group 28, boosting device 21 is installed in protective housing 22 inside and corresponding rather than the horizontal central line, primary rolling device 23 one end is connected and swing joint with supplementary force application equipment 24, finely smash group 25 and be located under triggering main power device 26, manual promotion group 27 one end is connected with triggering main power device 26 electricity, wind-force inhales group 28 and imbeds in protective housing 22 inside and be located finely and smash the side that group 25 is close to the export.

The boosting device 21 comprises a limiting plate 211, a transmission belt 212, a stressed rotating shaft 213, a pushing hammer 214, a steering belt 215 and a main force rod 216, wherein the inner surface of one end of the transmission belt 212 is movably connected with the outer surface of the stressed rotating shaft 213, the stressed rotating shaft 213 is embedded into one end of the pushing hammer 214 and is in clearance fit, the inner surface of one end of the steering belt 215 is movably connected with the outer surface of the stressed rotating shaft 213, the inner surface of one end, far away from the stressed rotating shaft 213, of the steering belt 215 is movably connected with the outer surface of one end of the main force rod 216, the two limiting plates 211 are arranged at two ends of the primary rolling device 23 and are symmetrically distributed, the manual control pushing group 27 comprises a limiting rod 271, a fixed negative end 272, a movable positive end 273, a reset spring 274, an inclined pushing plate 275, a pushing block 276 and a pushing rotating shaft 277, the limiting rod 271 and the movable connection are arranged, the return spring 274 is installed between the fixed negative terminal 272 and the moving positive terminal 273, the inclined push plate 275 is welded to the outer surface of the top end of the push block 276 and is located at the center, and the push rotating shaft 277 is embedded in the wind power suction group 28 and is hinged thereto.

The fine crushing group 25 comprises two crushing rods 251, a transmission belt 252, transmission bevel teeth 253, a fixed stressed plate 254 and a secondary crushing body 255, the two crushing rods 251 are installed in a staggered manner, the inner surface of one end of the transmission belt 252 is movably connected with the outer surface of the top end of the crushing rod 251, the transmission bevel teeth 253 is installed in the middle of the top end of the crushing rod 251, the fixed stressed plate 254 and the secondary crushing body 255 are parallel to each other, the primary rolling device 23 comprises a fixed rotating shaft 231, a pushing rotating body 232, a primary crushing body 233, a stressed rod 234, an expansion sleeve 235, a fixed installation body 236, a rotating shaft 237, an arc-shaped rod 238, a central rotating shaft 239 and a force limiting rod 2310, the fixed rotating shaft 231 is embedded in the force limiting rod 2310 and is connected with a hinge, one end of the force limiting rod 2310, which is far away from the fixed rotating shaft 231, is connected with the central rotating shaft 239 in a hinge manner, and the pushing rotating body 232 is installed, atress catch bar 234 welds in smashing body 233 top centre for the first time, atress catch bar 234 imbeds inside expanding body cover 235, pivot 237 is installed inside fixed mounting body 236 one end, center pivot 239 imbeds in the inside centre of arc pole 238 and hinged joint, two limiting plates 211 are installed and are smashed body 233 both ends and symmetric distribution for the first time.

Trigger main power device 26 includes transmission band 261, motor 262, fixed anodal body 263, removes the anodal body 264, slide rail 265, transmission band 261 locates motor 262 side, fixed anodal body 263 imbeds in motor 262 top inside and the electricity is connected, remove the anodal body 264 and install in the inside and swing joint of slide rail 265.

The wind power suction group 28 comprises a force bearing block 281, a force bearing rotating body 282, a force bearing rod 283, an extrusion spring 284, a pushing body 285, a movable negative pole body 286, a fixed positive pole body 287, a suction pump 288 and an outlet 289, wherein the force bearing rotating body 282 is embedded in the force bearing block 281 and is in clearance fit, the force bearing rotating body 282 is installed in the force bearing rod 283 and is in clearance fit, the top end of the extrusion spring 284 is welded on the outer surface of the bottom of the force bearing rotating body 282, the movable negative pole body 286 and the fixed positive pole body 287 are installed on the same plane, the pushing body 285 is located at one end, far away from the fixed positive pole body 287, of the movable negative pole body 286, the fixed positive pole body 287 is embedded in the top end of the suction pump 288 and is electrically connected, and the pushing rotating shaft 277 is embedded in one end, far away from the force.

The auxiliary force application device 24 comprises a transmission rotating shaft 241, a magnetic field wheel 242, a magnetic conductive ball 243, a conversion conductor 244, a positioning rotating shaft 245, a return spring 246, a tilting rod 247, an arc-shaped sliding rail 248, a magnetic field ball 249, a magnetic field sliding body 2410 and an arc-shaped spring 2411, the transmission rotating shaft 241 is embedded inside the magnetic field wheel 242 and is located on the same axis, the magnetic conductive ball 243 and the magnetic field ball 249 are installed on the same plane, the conversion conductor 244 is installed between the magnetic field ball 249 and the magnetic conductive ball 243, the return springs 246 are installed at two opposite ends of the outer surface of the positioning rotating shaft 245 and are symmetrically distributed, the tilting rod 247 is welded to one end of the return spring 246 away from the positioning rotating shaft 245, the magnetic field sliding body 2410 is embedded in the arc-shaped slide rail 248 and movably connected, one end of the arc-shaped spring 2411 is connected with the magnetic field sliding body 2410, and the end far away from the magnetic field sliding body 2410 is connected with one end in the arc-shaped slide rail 248.

The storage box 7 comprises a box body 70, a material inlet 71 and a material outlet 72 are respectively arranged at the top and the bottom of the box body 70, a normally closed valve is arranged at the material outlet 72, the bottom wall of the box body 70 is obliquely arranged towards the material outlet 72, so that garbage in the box body 70 can automatically move towards the material outlet 72 under the action of gravity, the material inlet 71 is connected with a connecting inlet 5, the external garbage sequentially passes through the suction treatment pulverizer 2, the connecting pipeline 3 and the connecting inlet 5, finally enters the box body 70 through the material inlet 71 and is stored in the box body 70, the storage box 7 further comprises a spray head 73 and a cleaning pump 75, the spray head 73 is arranged above the box body 70 in a lifting way, the cleaning pump 75 is fixed on the outer wall of the box body 70, a lifter 74 is arranged between the spray head 73 and the box body 70, two ends of the lifter 74 are respectively fixed on the box body 70 and the spray head 73, a cleaning through hole 76 for the spray head 73 to, the shower head 73 can be fixed at a high position or a low position by raising or lowering the lifter 74. The number and the angle of the spray holes on the spray head 73 can be set to achieve the optimization of the cleaning effect, specifically, the spray holes on the spray head 73 are provided with an upper row, a middle row and a lower row, the number of the spray holes in each row is 5-6, the spray holes in the upper row are uniformly arranged in the radial direction, the included angle between the spray holes in the upper row and the horizontal plane is 10-15 degrees, the included angle between the spray holes in the middle row and the horizontal plane is 0-5 degrees, and the included angle between the spray holes in the lower row and the horizontal plane is-35-55 degrees.

The principle of the invention is as follows: the opening of the pushing rod is aligned with garbage, so that the stressed block 281 is pressed downwards by external force, the stressed rod 283 is pushed, the pushing block 276 slides along the limiting rod 271 under stress, when the pushing block 276 slides, the pushing body 285 arranged below the pushing block is pushed together, the movable negative pole body 286 is pushed to be in contact with the fixed positive pole body 287, the air suction pump 288 is started, the external garbage is sucked, the inclined pushing plate 275 arranged on the outer surface moves along with the inclined pushing plate 275, the fixed negative pole end 272 is pushed upwards until being in contact with the movable positive pole end 273, energy is generated when the movable negative pole body 286 and the fixed positive pole body are in contact, the movable negative pole body 264 slides along the sliding rail 265 through the repulsive force of the magnetic field until being in contact with the fixed positive pole body 263, the motor 262 is started to drive the main force rod 216 to rotate, and the rotating force is transferred to the stressed rotating shaft 213 through the steering belt 215 when the motor rotates, the pushing hammer 214 pushes the sucked garbage inwards to the lower part of the primary smashing body 233, the transmission belt 261 transmits the rotating force to the transmission rotating shaft 241, so as to drive the magnetic field wheel 242 to rotate, the magnetic field wheel rotates to intermittently touch the magnetic guide ball 243, energy is generated during contact, so that the magnetic field sliding body 2410 is pushed upwards along the arc-shaped slide rail 248 by the mutual repulsion force of the magnetic fields, when one end of the magnetic field sliding body tilts upwards, the other end of the magnetic field sliding body drives the stressed push rod 234 to move downwards by the fixed push rotating shaft 237 of the central rotating shaft 239, so as to primarily grind the garbage, so that the garbage is sucked to the upper part of the secondary smashing body 255 by the suction force, when the primary smashing body 233 moves, the secondary smashing body 255 is driven upwards by the tilting rod 247, so as to secondarily smash the garbage, and the garbage is sucked into the smashing rod 251 by the suction force after secondary stirring, the garbage is finely crushed and then is discharged through an outlet 289. The device is normal during operation, when the shower head 73 is in the high position, the shower head 73 is located the outside of box 70 completely, avoid producing the contact with the rubbish in the box 70, when the rubbish of waiting to store in the box 70 need be poured out, open the valve of bin outlet 72 department, discharge the rubbish in the suitcase 70, then be connected to outside water source with cleaning pump 75, lift 74 drives the shower head 73 and reduces to the low position, the shower head 73 passes inside clean through-hole 76 gets into the box 70, then open cleaning pump, water sprays into in the box 70 from the shower head 73 after passing cleaning pump 75, thereby reach and carry out abluent mesh to the inside wall of box 70.

The invention solves the problem that for the prior portable garbage disposal wearing equipment, the garbage is required to be picked up by the outside and then is completely put into large-scale disposal equipment for disposal after the picking up is finished, and because the amount of the garbage is large, the environment is likely to be polluted again after the disposal.

While there have been shown and described what are at present considered the fundamental principles of the invention, the essential features and advantages thereof, it will be understood by those skilled in the art that the present invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but rather, is capable of numerous changes and modifications in various forms without departing from the spirit or essential characteristics thereof, and it is intended that the invention be limited not by the foregoing descriptions, but rather by the appended claims and their equivalents.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims

1. The utility model provides a wearing formula garbage collection clean-up equipment, handles grinder (2), links up pipeline (3), links up entry (5) and storage box (7) including inhaling, its characterized in that:

one end of the connecting pipeline (3) is communicated with the suction treatment pulverizer (2), and the other end of the connecting pipeline is communicated with the connecting inlet (5);

the suction treatment pulverizer (2) comprises a boosting device (21), a protective shell (22), a primary rolling device (23), an auxiliary force application device (24), a fine crushing group (25), a trigger main force device (26), a manual control pushing group (27) and a wind power suction group (28), wherein the boosting device (21) is installed inside the protective shell (22) and corresponds to the horizontal central line of the protective shell, one end of the primary rolling device (23) is connected and movably connected with the auxiliary force application device (24), the fine crushing group (25) is located right below the trigger main force device (26), one end of the manual control pushing group (27) is electrically connected with the trigger main force device (26), and the wind power suction group (28) is embedded inside the protective shell (22) and located on the side of the fine crushing group (25) close to an outlet;

the storage box (7) comprises a box body (70), the top and the bottom of the box body (70) are respectively provided with a feeding port (71) and a discharging port (72), the discharging port (72) is provided with a normally closed valve, the bottom wall of the box body (70) is obliquely arranged towards the discharging port (72), the feeding port (71) is connected with the linking inlet (5), the storage box (7) further comprises a spray head (73) and a cleaning pump (75), the spray head (73) is connected with the cleaning pump (75) through a water guide pipe, the spray head (73) is arranged above the box body (70) in a lifting manner, the cleaning pump (75) is fixed on the outer wall of the box body (70), a lifter (74) is arranged between the spray head (73) and the box body (70), two ends of the lifter (74) are respectively fixed on the box body (70) and the spray head (73), the top wall of the box body is provided with a cleaning through hole (76) for the spray, the shower head (73) can be fixed at a high position or a low position by the ascending or descending of the lifter (74);

boosting device (21) include limiting plate (211), driving belt (212), atress pivot (213), promote hammer (214), turn to belt (215), main power pole (216), driving belt (212) one end internal surface and atress pivot (213) surface swing joint, atress pivot (213) are embedded in promotion hammer (214) one end and clearance fit, turn to belt (215) one end internal surface and atress pivot (213) surface swing joint, turn to belt (215) and keep away from the one end internal surface and main power pole (216) one end surface swing joint of atress pivot (213), two limiting plate (211) are installed in rolling device (23) both ends and symmetric distribution for the first time.

2. A wearable waste collection and disposal apparatus as claimed in claim 1, wherein: the spray holes in the spray header (73) are arranged in three rows, namely an upper row, a middle row and a lower row, the number of the spray holes in each row is 5-6, the spray holes in each row are uniformly arranged in the radial direction, the included angle between the spray holes in the upper row and the horizontal plane is 10-15 degrees, the included angle between the spray holes in the middle row and the horizontal plane is 0-5 degrees, and the included angle between the spray holes in the lower row and the horizontal plane is-35-55 degrees.

3. A wearable waste collection and disposal apparatus as claimed in claim 1, wherein: manual group (27) that promotes includes gag lever post (271), fixed negative pole end (272), removal positive pole end (273), reset spring (274), slope promotion board (275), promotion piece (276), promotion pivot (277), it has gag lever post (271) and swing joint to promote piece (276), fixed negative pole end (272) is parallel to each other with removal positive pole end (273), reset spring (274) are installed between fixed negative pole end (272) and removal positive pole end (273), slope promotion board (275) weld in promotion piece (276) top surface and are located in the centre, promote pivot (277) and imbed in wind-force and inhale the inside and hinged joint of group (28).

4. A wearable waste collection and disposal apparatus as claimed in claim 1, wherein: the fine stirring and crushing group (25) comprises stirring and crushing rods (251), a transmission belt (252), transmission bevel teeth (253), a fixed stress plate (254) and a secondary stirring and crushing body (255), the two stirring and crushing rods (251) are installed in a staggered mode, the inner surface of one end of the transmission belt (252) is movably connected with the outer surface of the top end of the stirring and crushing rod (251), the transmission bevel teeth (253) are installed in the middle of the top end of the stirring and crushing rod (251), and the fixed stress plate (254) is parallel to the secondary stirring and crushing body (255).

5. A wearable waste collection and disposal apparatus as claimed in claim 1, wherein: the primary rolling device (23) comprises a fixed rotating shaft (231), a pushing rotating body (232), a primary smashing body (233), a stress pushing rod (234), a body expanding sleeve (235), a fixed mounting body (236), a rotating shaft (237), an arc-shaped rod (238), a central rotating shaft (239) and a force limiting rod (2310), wherein the fixed rotating shaft (231) is embedded into the force limiting rod (2310) and is in hinge connection, one end of the force limiting rod (2310) far away from the fixed rotating shaft (231) is in hinge connection with the central rotating shaft (239), the pushing rotating body (232) is installed on the outer surface of the side of the primary smashing body (233), the stress pushing rod (234) is welded in the middle of the top end of the primary smashing body (233), the stress pushing rod (234) is embedded into the body expanding sleeve (235), the rotating shaft (237) is installed in one end of the fixed mounting body (236), the central rotating shaft (239) is embedded into the middle of the arc-shaped rod (238) and is in hinge connection, the two limit plates (211) are arranged at two ends of the primary smashing body (233) and are symmetrically distributed.

6. A wearable waste collection and disposal apparatus as claimed in claim 1, wherein: trigger main power device (26) and include transmission band (261), motor (262), the first fixed anodal body (263), the first negative pole body that removes (264), slide rail (265), motor (262) side is located in transmission band (261), the fixed anodal body (263) imbeds in motor (262) top inside and electricity and connect, the negative pole body that removes (264) are installed in inside and swing joint of slide rail (265).

7. A wearable waste collection and disposal apparatus as claimed in claim 3, wherein: the wind power suction group (28) comprises a force bearing block (281), a force bearing rotating body (282), a force bearing rod (283), an extrusion spring (284), a pushing body (285), a second movable negative pole body (286), a second fixed positive pole body (287), a suction pump (288) and an outlet (289), wherein the force bearing rotating body (282) is embedded in the force bearing block (281) and is in clearance fit, the force bearing rotating body (282) is installed in the force bearing rod (283) and is in clearance fit, the top end of the extrusion spring (284) is welded on the outer surface of the bottom of the force bearing rotating body (282), the movable negative pole body (286) and the fixed positive pole body (287) are installed on the same plane, the pushing body (285) is located at one end, far away from the fixed positive pole body (287), of the fixed positive pole body (287) is embedded in the top end of the suction pump (288) and is electrically connected, and the pushing rotating shaft (277) is embedded in the inside, far away from one end of the force bearing rod (283) and is in a hinge connection mode.

8. A wearable waste collection and disposal apparatus as claimed in claim 1, wherein: the auxiliary force application equipment (24) comprises a transmission rotating shaft (241), a magnetic field wheel (242), a magnetic conductive ball (243), a conversion conductor (244), a positioning rotating shaft (245), a return spring (246), a tilting rod (247), an arc-shaped sliding rail (248), a magnetic field ball (249), a magnetic field sliding body (2410) and an arc-shaped spring (2411), wherein the transmission rotating shaft (241) is embedded into the magnetic field wheel (242) and is positioned on the same axis, the magnetic conductive ball (243) and the magnetic field ball (249) are installed on the same plane, the conversion conductor (244) is installed between the magnetic field ball (249) and the magnetic conductive ball (243), the return spring (246) is installed at two opposite ends of the outer surface of the positioning rotating shaft (245) and is symmetrically distributed, the tilting rod (247) is welded at one end of the return spring (246) far away from the positioning rotating shaft (245), and the magnetic field sliding body (2410) is embedded into the arc-shaped sliding rail (248, one end of the arc-shaped spring (2411) is connected with the magnetic field sliding body (2410), and the end far away from the magnetic field sliding body (2410) is connected with one end inside the arc-shaped slide rail (248).