CN212830613U

CN212830613U - Other-class garbage classification and recovery system

Info

Publication number: CN212830613U
Application number: CN202021690925.0U
Authority: CN
Inventors: 冯一文
Original assignee: Guangzhou Pz Intelligent Technology Co ltd
Current assignee: Guangdong Childhood My Dream Environmental Technology Co ltd
Priority date: 2020-08-14
Filing date: 2020-08-14
Publication date: 2021-03-30
Anticipated expiration: 2030-08-14

Abstract

The utility model discloses a other class waste classification recovery system relating to recovery plant technical field. The problem of inconvenient classification measurement to rubbish is solved. The technical key points are as follows: the utility model provides a categorised recovery system of other types of rubbish, including paper class recovery unit, bottle class recovery unit and other recovery unit, paper class recovery unit includes the paper class box, paper class recycling bin and paper class subassembly of weighing, paper class subassembly fixed mounting of weighing in paper class box, the paper class recycling bin is placed on the paper class subassembly of weighing, bottle class recovery unit includes the bottle class box and sweeps a yard module, sweep yard module fixed mounting in bottle class box, other recovery unit include other boxes, other recycling bin and other subassemblies of weighing, other subassembly fixed mounting of weighing in other boxes, other recycling bins are placed on other subassemblies of weighing. The garbage can be classified, measured and recycled for storage, and the advantage of convenient classification and measurement of garbage is achieved.

Description

Other-class garbage classification and recovery system

Technical Field

The utility model relates to a recovery plant technical field, especially a other class waste classification recovery system.

Background

The garbage classification means that garbage is classified according to a certain rule or standard, and then classified garbage can be put in and classified and conveyed to a specified position for treatment, so that reusable resources can be formed. The garbage classified collection can reduce the garbage treatment amount and treatment equipment, reduce the treatment cost and have social, economic, ecological and other benefits.

At present, a part of the source of domestic household garbage classification needs to classify garbage in the production and living process by residents and then place the garbage at a specified position; and the other part of the garbage is recycled by manually purchasing waste products. In the garbage classification process, the number of throwing times and throwing points are more, different garbage types have different unit prices, and different types of garbage need to be measured respectively, so that the garbage after classified throwing is difficult to settle the recovery value, residents can only carry out classified throwing in a free manner, and the enthusiasm of classified throwing of the residents is difficult to arouse. Although the latter can return certain benefits to residents through the way of home-to-home purchase, the home-to-home recovery times and recovery efficiency are difficult to meet the requirements of domestic residents on domestic household garbage treatment at present. Therefore, the problem that the garbage is inconvenient to classify and measure exists in the prior art.

SUMMERY OF THE UTILITY MODEL

In order to overcome the above disadvantages of the prior art, the present invention provides a garbage classification and recycling system for other types of garbage, which has the advantages of convenient classification and measurement of garbage.

The utility model provides a technical scheme that its technical problem adopted is:

the utility model provides an other class waste classification recovery system, includes paper recovery unit, bottle recovery unit and other recovery unit, paper recovery unit includes paper box, paper recycling bin and paper class subassembly of weighing, paper class subassembly fixed mounting of weighing in paper box, paper class recycling bin places on paper class subassembly of weighing, bottle recovery unit includes bottle box and sweeps a yard module, sweep yard module fixed mounting in bottle box, other recovery unit includes other boxes, other recycling bins and other subassemblies of weighing, other subassembly fixed mounting of weighing in other boxes, other recycling bins place on other subassemblies of weighing.

As a further improvement of the utility model: the paper type box body is fixedly provided with a paper type compression frame, the paper type compression frame is provided with a first paper type sliding rail, the first paper type sliding rail is provided with a first paper type sliding pin matched with the first paper type sliding rail, a paper type scissor arm assembly is arranged between the paper type compression frame and the first paper type sliding pin, a paper type compression plate is arranged on the paper type scissor arm, a paper type compression driving assembly connected with the first paper type sliding pin is arranged on the paper type compression frame, and the opening of the paper type recovery barrel faces the paper type compression plate.

As a further improvement of the utility model: the paper type scissor arm assembly comprises a first paper type scissor arm and a second paper type scissor arm, the paper type compression frame is rotatably connected with the first paper type scissor arm, the first paper type sliding pin is rotatably connected with the second paper type scissor arm, the middle of the first paper type scissor arm is rotatably connected with the middle of the second paper type scissor arm, the paper type compression plate is rotatably connected with the second paper type scissor arm, the paper type compression plate is provided with a second paper type sliding rail, the second paper type sliding rail is provided with a second paper type sliding pin matched with the second paper type sliding rail, and the second paper type sliding pin is rotatably connected with the first paper type scissor arm.

As a further improvement of the utility model: the paper compression driving assembly comprises a paper compression driving frame, a paper compression screw rod and a paper compression motor, the paper compression motor is fixedly mounted on the paper compression frame, the paper compression driving frame is rotatably connected with a first paper sliding pin, and the paper compression screw rod is fixedly connected with a motor output shaft and is in threaded connection with the paper compression driving frame.

As a further improvement of the utility model: the paper weighing assembly comprises a paper fixing frame, a paper supporting frame and a paper weighing frame, the paper fixing frame is fixedly connected with a paper box body and abutted to the paper recycling bin, a paper pressure sensor is fixedly mounted on the paper box body, the paper supporting frame is fixedly mounted on the paper pressure sensor, the paper weighing frame is vertically and slidably connected with the paper supporting frame, the paper supporting frame is rotatably connected with a paper eccentric rod, the paper weighing frame is provided with a paper weighing groove extending in the horizontal direction, and the paper eccentric rod is rotatably connected with a paper eccentric wheel which is not overlapped with the axis of the paper eccentric rod and is matched with the paper weighing groove.

As a further improvement of the utility model: the bottle box body is fixedly provided with a compression support, the compression support is rotatably connected with at least 2 compression rollers, the compression rollers are provided with compression grooves, and the compression rollers are fixedly connected with cutting plates of which the width is smaller than that of the compression grooves.

As a further improvement of the utility model: the compression support is fixedly provided with a compression motor, an output shaft of the compression motor is fixedly provided with a compression driving gear, and the compression roller is fixedly connected with a compression driven gear meshed with the compression driving gear.

As a further improvement of the utility model: the compression support is rotatably connected with a stirring plate positioned above the compression roller, and the stirring plate is fixedly connected with a stirring gear meshed with the compression driving gear.

As a further improvement of the utility model: other box fixed mounting have other compression framves, other compression framves are equipped with first other slide rails, first other slide rails be equipped with first other slide rail complex first other sliding pin, be equipped with other scissor arm subassemblies between other compression framves and the first other sliding pin, other scissor arm install other compression boards, other compression framves install other compression drive assembly with first other sliding pin connection, other recycling bin openings are towards other compression boards.

As a further improvement of the utility model: other scissor arm subassemblies include other scissor arms of first other scissor arm and second, other compression shelves rotate with first other scissor arm and are connected, other scissor arm of first other sliding pin and second rotate and are connected, other scissor arm middle parts of first other scissor arm and second rotate and are connected, other compression boards rotate with other scissor arm of second and are connected, other compression boards are equipped with other slide rails of second, and other slide rails of second are equipped with other sliding pin of second with other slide rail complex of second, other sliding pin of second rotate with first other scissor arm and are connected.

Compared with the prior art, the beneficial effects of the utility model are that:

paper garbage, bottle garbage and other garbage are respectively metered and recycled through the paper recovery device, the bottle recovery device and the other recovery devices, so that classified metering and recycling storage of various different types of garbage are realized, and the advantage of conveniently performing classified metering on the garbage is achieved. Can lay this waste classification recovery system in district, street and garden, can adapt to and put in the number of times and put in the equal more user demand of some to can be through measuring paper class rubbish, bottle class rubbish and other rubbish and conveniently carry out the settlement of waste product recovery income, be favorable to effectively arousing resident waste product recovery categorised consciousness, promote the popularization of china's waste classification recovery.

Drawings

FIG. 1 is a schematic structural diagram of an alternative garbage classification and recycling system according to an embodiment of the present disclosure;

FIG. 2 is a schematic structural diagram of a paper recycling device in an embodiment of the present application;

FIG. 3 is a schematic structural diagram of a paper weighing assembly in an embodiment of the present application;

FIG. 4 is a schematic structural diagram of a code scanning module, a compression bracket and a conveying rack in an embodiment of the application;

FIG. 5 is a schematic view of the construction of the compression roller and the stirring plate in the embodiment of the present application;

FIG. 6 is a schematic structural diagram of another recycling apparatus in an embodiment of the present application;

FIG. 7 is a schematic structural view of another weighing assembly in an embodiment of the present application;

fig. 8 is a schematic diagram of a connection structure of a main control module in the embodiment of the present application.

Reference numerals: 10. a paper recovery device; 11. a paper box body; 12. a paper recycling bin; 13. a paper input port; 14. a paper baffle; 150. a paper weighing assembly; 151. a paper support frame; 152. a paper weighing frame; 153. a paper pressure sensor; 154. a paper-like eccentric rod; 155. a paper eccentric wheel; 156. a paper weighing slot; 157. a paper weighing motor; 158. a paper-like drive gear; 159. a paper-like driven gear; 160. a paper compression rack; 161. a first paper slide rail; 162. a first paper sliding pin; 163. a second paper-like slide rail; 164. a second paper-like slide pin; 171. a paper scissor arm assembly; 172. a first paper scissor arm; 173. a second paper scissor arm; 174. a paper compression driving frame; 175. a paper compression screw; 176. a paper-like compression motor; 18. a paper compression plate; 19. a paper fixing frame; 20. a bottle recycling device; 21. a bottle box body; 22. a code scanning module; 23. a bottle putting port; 24. a bottle baffle; 250. compressing the stent; 251. compressing the stick; 252. a compression groove; 253. cutting the plate; 254. a compression motor; 255. compressing the driving gear; 256. compressing the driven gear; 257. stirring the plate; 258. a stirring gear; 260. a carriage; 261. a guide sprocket; 262. lifting the chain wheel; 263. parallel sprockets; 264. a first chain; 265. a second chain; 266. a first connecting rod; 267. a second connecting rod; 268. a support plate; 269. a conveying motor; 30. other recovery devices; 31. other box bodies; 32. other recycling tanks; 33. other input ports; 34. other baffles; 350. other weighing components; 351. other support frames; 352. other weighing frames; 353. other pressure sensors; 354. other eccentric rods; 355. other eccentric wheels; 356. other weighing grooves; 357. other weighing motors; 358. other driving gears; 359. other driven gears; 360. other compression racks; 361. a first other slide rail; 362. a first other slide pin; 363. a second other slide rail; 364. a second other slide pin; 370. other scissor arm assemblies; 371. a first further scissor arm; 372. a second other scissor arm; 373. other compression drive mounts; 374. other compression screws; 375. other compression motors; 38. other compression plates; 39. other fixed frames; 40. a main control module; 41. a communication module; 42. a storage unit; 43. a background server; 44. a control panel.

Detailed Description

The invention will now be further described with reference to the accompanying drawings, in which:

example (b):

an other type of garbage classification and recycling system, as shown in fig. 1 to 8, includes a paper recycling device 10, a bottle recycling device 20, another recycling device 30, a main control module 40 and a communication module 41. The paper recycling device 10 comprises a paper box body 11, a paper recycling bin 12 and a paper weighing component 150, wherein the paper weighing component 150 is fixedly arranged on the paper box body 11, and the paper recycling bin 12 is placed on the paper weighing component 150. The bottle recycling device 20 comprises a bottle box 21 and a code scanning module 22, and the code scanning module 22 is fixedly installed on the bottle box 21. The other recycling devices 30 comprise other boxes 31, other recycling tanks 32 and other weighing components 350, the other weighing components 350 are fixedly arranged on the other boxes 31, and the other recycling tanks 32 are placed on the other weighing components 350.

The paper compression frame 160 is fixedly mounted on the paper box 11, the paper compression frame 160 is provided with a first paper slide rail 161, the first paper slide rail 161 is provided with a first paper slide pin 162 matched with the first paper slide rail 161, a paper scissor arm assembly 171 is arranged between the paper compression frame 160 and the first paper slide pin 162, the paper compression plate 18 is mounted on the paper scissor arm, a paper compression driving assembly connected with the first paper slide pin 162 is mounted on the paper compression frame 160, and an opening of the paper recovery barrel 12 faces the paper compression plate 18. The paper compression plate 18 is positioned between the paper scissor arm assembly 171 and the paper recovery bucket 12.

The paper scissor arm assembly 171 includes a first paper scissor arm 172 and a second paper scissor arm 173, the paper compression frame 160 is rotatably connected to the first paper scissor arm 172, the first paper sliding pin 162 is rotatably connected to the second paper scissor arm 173, the middle of the first paper scissor arm 172 is rotatably connected to the middle of the second paper scissor arm 173, the paper compression plate 18 is rotatably connected to the second paper scissor arm 173, the paper compression plate 18 is provided with a second paper sliding rail 163, the second paper sliding rail 163 is provided with a second paper sliding pin 164 engaged with the second paper sliding rail 163, and the second paper sliding pin 164 is rotatably connected to the first paper scissor arm 172.

The number of the first paper scissor arms 172 and the number of the second paper scissor arms 173 are 2, and the number of the 2 first paper scissor arms 172 and the number of the 2 second paper scissor arms 173 are all arranged along the direction of the paper compression frame 160 toward the paper compression plate 18, and the adjacent first paper scissor arms 172 and the second paper scissor arms 173 in the arrangement direction are rotatably connected.

The paper compression driving assembly comprises a paper compression driving frame 174, a paper compression screw rod 175 and a paper compression motor 176, the paper compression motor 176 is fixedly mounted on the paper compression frame 160, the paper compression driving frame 174 is rotatably connected with the first paper sliding pin 162, and the paper compression screw rod 175 is fixedly connected with the output shaft of the motor and is in threaded connection with the paper compression driving frame 174.

The paper weighing assembly 150 comprises a paper fixing frame 19, a paper supporting frame 151 and a paper weighing frame 152, the paper fixing frame 19 is fixedly connected with a paper box body 11 and abutted to the paper recycling bin 12, the paper box body 11 is fixedly provided with a paper pressure sensor 153, the paper supporting frame 151 is fixedly arranged on the paper pressure sensor 153, the paper weighing frame 152 is vertically and slidably connected with the paper supporting frame 151, the paper supporting frame 151 is rotatably connected with a paper eccentric rod 154, the paper weighing frame 152 is provided with a paper weighing groove 156 extending along the horizontal direction, and the paper eccentric rod 154 is rotatably connected with a paper eccentric wheel 155 which is not coincident with the axis of the paper eccentric rod 154 and is matched with the paper weighing groove 156.

The paper support frame 151 is fixedly provided with a paper weighing motor 157, an output shaft of the paper weighing motor 157 is fixedly connected with a paper driving gear 158, and the paper eccentric rod 154 is fixedly connected with a paper driven gear 159 meshed with the paper driving gear 158.

The bottle box 21 is fixedly provided with a compression bracket 250, the compression bracket 250 is rotatably connected with at least 2 compression rollers 251, the compression rollers 251 are provided with compression grooves 252, and the compression rollers 251 are fixedly connected with cutting plates 253 of which the width is smaller than that of the compression grooves 252.

The compression bracket 250 is fixedly provided with a compression motor 254, an output shaft of the compression motor 254 is fixedly provided with a compression driving gear 255, and the compression roller 251 is fixedly connected with a compression driven gear 256 engaged with the compression driving gear 255.

The compressing bracket 250 is rotatably connected with a stirring plate 257 positioned above the compressing roller 251, and the stirring plate 257 is fixedly connected with a stirring gear 258 engaged with the compressing driving gear 255.

A conveying frame 260 fixedly connected with the bottle box 21 is arranged between the compression roller 251 and the code scanning module 22, and the conveying frame 260 is rotatably connected with a first wheel set and a second wheel set. The first wheel set comprises 3 guide chain wheels 261 and 1 lifting chain wheel 262, and a first chain 264 is wound between 2

guide chain wheels

261 and 2 lifting chain wheels 262; the second wheel set comprises 3

guide chain wheels

261 and 2 parallel chain wheels 263, and a second chain 265 is wound between the 3 guide chain wheels 261 and the 2 parallel chain wheels 263. The 2 different lifting sprockets 262 are respectively located at the same height as the 2 different parallel sprockets 263, and the arrangement direction of the 2 different lifting sprockets 262 is the same as that of the 2 different parallel sprockets 263. The first chain 264 is fixedly connected with a first connecting rod 266, the second chain 265 is fixedly connected with a second connecting rod 267, a supporting plate 268 is arranged between the first connecting rod 266 and the second connecting rod 267, and the supporting plate 268 is fixedly connected with the first connecting rod 266 and the second connecting rod 267 respectively. The distance between the first and second connecting

rods

266 and 267 is the same as the distance between the lifting and

parallel sprockets

262 and 263 at the same height. The conveying frame 260 is fixedly provided with a conveying motor 269 of which the output shaft is fixedly connected with a guide chain wheel 261. One end of the first chain 264 close to the code scanning module 22 is located below the code scanning module 22, one end of the first chain 264 close to the compression bracket 250 is located above the compression bracket 250, and one end of the first chain 264 close to the code scanning module 22 is lower than one end of the first chain 264 close to the compression bracket 250.

Sweep the sign indicating number back through sweeping sign indicating number module 22 to bottle class rubbish, place bottle class rubbish on layer board 268, drive leading sprocket 261 through conveying motor 269 and drive first chain 264 and second chain 265 gyration to drive head rod 266, second connecting rod 267 and layer board 268 through first chain 264 and second chain 265 and remove, thereby realize carrying bottle class rubbish to compression rod 251 top through layer board 268. First chain 264 is close to the one end height that sweeps yard module 22 and is less than the one end that first chain 264 is close to compression support 250 to can place bottle class rubbish at lower position at layer board 268, conveniently put in bottle class rubbish, and can set up compression support 250 in higher position, prevent that compression support 250 from taking up the space of bottle class box 21 below, play the effect of optimizing bottle class box 21 inner space, make bottle class box 21 can store more bottle class rubbish.

Other compression racks 360 are fixedly mounted on other box bodies 31, other compression racks 360 are provided with first other sliding rails 361, the first other sliding rails 361 are provided with first other sliding pins 362 matched with the first other sliding rails 361, other scissor arm assemblies 370 are arranged between the other compression racks 360 and the first other sliding pins 362, other compression plates 38 are mounted on other scissor arms, other compression driving assemblies connected with the first other sliding pins 362 are mounted on other compression racks 360, and openings of other recovery buckets 32 face other compression plates 38.

The further scissor arm assembly 370 comprises a first further scissor arm 371 and a second further scissor arm 372, the further compression bracket 360 is pivotally connected to the first further scissor arm 371, the first further sliding pin 362 is pivotally connected to the second further scissor arm 372, the middle of the first further scissor arm 371 is pivotally connected to the middle of the second further scissor arm 372, the further compression plate 38 is pivotally connected to the second further scissor arm 372, the further compression plate 38 is provided with a second further sliding rail 363, and the second further sliding rail 363 is provided with a second further sliding pin 364 cooperating with the second further sliding rail 363, the second further sliding pin 364 being pivotally connected to the first further scissor arm 371.

Each of the first other scissor arm 371 and the second other scissor arm 372 is provided with 2, and each of the 2 first other scissor arm 371 and the 2 second other scissor arm 372 is arranged along the other compression frames 360 toward the other compression plates 38, and the first other scissor arm 371 adjacent to the arrangement direction is rotatably connected with the second other scissor arm 372.

Other compression drive components include other compression drive shelves 373, other compression lead screws 374 and other compression motors 375, and other compression motors 375 are fixed mounting in other compression shelves 360, and other compression drive shelves 373 are connected with first other slide pin 362 is changeing, and other compression lead screws 374 and motor output shaft fixed connection and with other compression drive shelves 373 threaded connection.

Other weighing assemblies 350 include other fixed frames 39, other supporting frames 351 and other weighing frames 352, the other fixed frames 39 are fixedly connected with other box bodies 31 and abut against other recycling barrels 32, other pressure sensors 353 are fixedly installed on the other box bodies 31, the other supporting frames 351 are fixedly installed on the other pressure sensors 353, the other weighing frames 352 are vertically and slidably connected with the other supporting frames 351, the other supporting frames 351 are rotatably connected with other eccentric rods 354, the other weighing frames 352 are provided with other weighing grooves 356 extending along the horizontal direction, and the other eccentric rods 354 are rotatably connected with other eccentric wheels 355 which are not coincident with the axes of the other eccentric rods 354 and are matched with the other weighing grooves 356.

Other support frame 351 fixed mounting have other weighing motor 357, other weighing motor 357 output shaft fixedly connected with other driving gear 358, other eccentric rod 354 fixedly connected with other driven gear 359 of other driving gear 358 meshing.

The paper box 11 is provided with a paper input port 13, and the paper box 11 is rotatably connected with a paper baffle 14 for blocking the paper input port 13. The paper baffle 14 is rotated on the paper box body 11, so that the paper baffle 14 can not block the paper input opening 13, paper garbage can be input into the paper box body 11, when the paper garbage does not need to be input, the paper baffle 14 is rotated, the paper baffle 14 blocks the paper input opening 13, odor emitted by the paper garbage can be prevented from diffusing to the outside of the paper box body 11 through the paper input opening 13 to a certain extent, and the effect of improving the attractiveness can be achieved.

The bottle case 21 is provided with a bottle inlet 23, and the bottle case 21 is slidably connected with a bottle stopper 24 for stopping the bottle inlet 23. The bottle baffle plate 24 is slid on the bottle box body 21, so that the bottle baffle plate 24 can not block the bottle putting-in opening 23, bottle garbage can be put into the bottle box body 21, when the bottle garbage does not need to be put in, the bottle baffle plate 24 is slid, the bottle baffle plate 24 blocks the bottle putting-in opening 23, and therefore odor emitted by the bottle garbage can be prevented from diffusing to the outside of the bottle box body 21 through the bottle putting-in opening 23 to a certain degree, and the effect of improving the attractiveness can be achieved.

The other box 31 is provided with another input port 33, and another baffle 34 for blocking the other input port 33 is rotatably connected to the other box 31. Other baffles 34 are rotated on other boxes 31, so that other baffles 34 cannot block other putting-in openings 33, other garbage can be put into other boxes 31, when other garbage does not need to be put in, other baffles 34 are rotated, other baffles 34 block other putting-in openings 33, odor emitted by other garbage can be prevented from diffusing to the outside of other boxes 31 through other putting-in openings 33 to a certain extent, and the effect of improving the attractiveness can also be achieved.

The main control module 40 is electrically connected to the storage unit 42, the main control module 40 is electrically connected to the paper pressure sensor 153, the code scanning module 22, the other pressure sensors 353 and the communication module 41, the communication module 41 is communicatively connected to the background server 43, and the background server 43 is used for storing and updating account data.

The bottle type box 21 is fixedly provided with a control panel 44, and the control panel 44 is electrically connected with the main control module 40.

In this embodiment, the code scanning module 22 employs an EM3000 scanning module. The code scanning module 22 is used for scanning one-dimensional codes on the bottle garbage and is connected with an upper computer, and the upper computer stores one-dimensional code data and bottle weight information corresponding to the one-dimensional code data.

The embodiment has the following advantages:

the paper collection device 10 is used to collect paper waste. Before putting paper class rubbish into paper class recovery unit 10, weigh paper class recycling bin 12 through paper class subassembly 150 earlier, then put paper class rubbish into paper class recycling bin 12 again, weigh the paper class rubbish in paper class recycling bin 12 and the paper class recycling bin 12 through paper class subassembly 150 again, then calculate the difference of twice weighing result, reach the weight of paper class rubbish, thereby the measurement to paper class rubbish is realized, can be applicable to putting in many times of paper class rubbish.

All printed on the beverage bottle of daily purchase with the one-dimensional code that this beverage bottle corresponds, through sweeping the one-dimensional code on the sign indicating number module 22 discernment beverage bottle, the one-dimensional code image conversion who will scan out sends to the host computer, and the host computer looks for corresponding one-dimensional code data through the contrast to can obtain the bottle class weight information that corresponds with this beverage bottle, and then can realize the measurement to bottle class rubbish through bottle class weight information.

The other recovery device 30 is used to recover other garbage (in the present embodiment, the other garbage is recyclable metallic garbage) other than paper and bottles. Before putting into other recovery unit 30 with other rubbish, weigh other recycling bin 32 through other subassembly 350 of weighing earlier, then put into other recycling bin 32 with other rubbish again, weigh other rubbish in other recycling bin 32 and other recycling bin 32 through other subassembly 350 of weighing again, then calculate the difference of twice weighing result, reach the weight of other rubbish, thereby realize the measurement to other rubbish, can be applicable to the many times of other rubbish and put in.

Paper garbage, bottle garbage and other garbage are respectively metered and recycled through the paper recovery device 10, the bottle recovery device 20 and the other recovery devices 30, so that classified metering and recycling storage of various different types of garbage are realized, and the advantage of conveniently classifying and metering garbage is achieved. Can lay this waste classification recovery system in district, street and garden, can adapt to and put in the number of times and put in the equal more user demand of some to can be through measuring paper class rubbish, bottle class rubbish and other rubbish and conveniently carry out the settlement of waste product recovery income, be favorable to effectively arousing resident waste product recovery categorised consciousness, promote the popularization of china's waste classification recovery.

The paper scissor arm assembly 171 is used to drive the paper compression plate 18 in a direction closer to the paper recovery bucket 12. After the paper garbage is placed in the paper recycling bin 12, the paper compression driving assembly drives the paper scissor arm assembly 171 to move, and the paper scissor arm assembly 171 drives the paper compression plate 18 to move towards the paper recycling bin 12, so that the paper compression plate 18 is abutted to the paper garbage, the paper compression plate 18 extrudes the paper garbage, and the space-saving effect is achieved.

In the process that the first paper sliding pin 162 slides in the first paper sliding rail 161 toward the direction close to the first paper scissor arm 172, the first paper sliding pin 162 drives the second paper scissor arm 173 to move and rotate, and drives the first paper scissor arm 172 to rotate through the second paper scissor arm 173, so that the first paper scissor arm 172 and the second paper scissor arm 173 rotate toward the paper compression plate 18, and the first paper scissor arm 172 and the second paper scissor arm 173 can drive the paper compression plate 18 to move, thereby realizing the function of driving the paper compression plate 18 to move toward the direction close to the paper recycling bin 12 through the paper scissor arm assembly 171.

The first paper scissor arm 172 is pivotally connected to the adjacent second paper scissor arm 173, so that when the first paper sliding pin 162 drives the first paper scissor arm 172 and the second paper scissor arm 173 to rotate, the first paper scissor arm 172 and the second paper scissor arm 173 can drive the adjacent second paper scissor arm 173 and the first paper scissor arm 172 to rotate synchronously, so that the paper compression plate 18 can be driven to move by 2 first

paper scissor arms

172 and 2 second paper scissor arms 173, which serves to increase the movement stroke of the paper compression plate 18.

The paper compression motor 176 drives the paper compression screw rod 175 to rotate, the paper compression screw rod 175 drives the paper compression frame 160 in threaded connection with the paper compression screw rod to move, and then the paper compression frame 160 drives the first paper sliding pin 162 to move on the first paper sliding rail 161, so that the function of driving the first paper sliding pin 162 to move through the paper compression driving component is realized.

The paper eccentric rod 154 and the paper eccentric wheel 155 are rotated, the paper weighing frame 152 is driven by the eccentric wheel to slide upwards on the paper supporting frame 151, the paper pressure sensor 153 is driven to move upwards and abut against the paper recycling bin 12, and the paper recycling bin 12 is supported, so that the weight of the paper recycling bin 12 can be detected by the paper pressure sensor 153, and the function of detecting the weight of the paper recycling bin 12 by the paper weighing assembly 150 is realized. When the paper compression plate 18 presses the paper recycling bin 12, the paper weight frame 152 is driven to move downwards by rotating the paper eccentric rod 154 and the paper eccentric wheel 155, so that the paper weight frame 19 is clamped with the paper recycling bin 12, the paper weight frame 152 is separated from the paper recycling bin 12, and the paper pressure sensor 153 is prevented from being crushed by the paper compression plate 18.

When the paper weighing motor 157 is in operation, the paper driving gear 158 and the paper driven gear 159 can drive the paper eccentric rod 154 and the paper eccentric wheel 155 to rotate, so as to realize the function of driving the eccentric rod and the eccentric wheel to rotate.

The bottle garbage is placed above the 2 compression rods 251, the compression rods 251 are driven to rotate on the compression support 250, and the compression rods 251 drive the cutting plate 253 to cut the bottle garbage, so that the function of crushing the bottle garbage is achieved, and the effect of conveniently storing the bottle garbage in the bottle box body 21 is achieved.

The compression motor 254 drives the 2 compression rollers 251 to rotate through the transmission of the compression driving gear 255 and the compression driven gear 256, so as to realize the function of driving the 2 compression rollers 251 to rotate on the compression bracket 250.

The compression motor 254 drives the stirring plate 257 to rotate through the stirring gear 258, and the bottle garbage above the compression roller 251 is stirred through the stirring plate 257, so that the bottle garbage is prevented from being clamped and cannot be cut and extruded by the cutting plate 253 on the compression roller 251, and the effect of improving reliability is achieved.

Other scissor arm assemblies 370 are used to drive other compression plates 38 in a direction closer to other recycling bins 32. After other rubbish is put into other recycling bins 32, other scissor arm assemblies 370 are driven to move through other compression driving assemblies, and other compression plates 38 are driven to move towards other recycling bins 32 through other scissor arm assemblies 370, so that other compression plates 38 are abutted against other rubbish, other rubbish is extruded by other compression plates 38, and the space-saving effect is achieved.

Other compression plates 38 are located between other scissor arm assemblies 370 and other recovery buckets 32.

In the process that the first other sliding pin 362 slides in the direction close to the first other scissor arm 371 in the first other sliding rail 361, the first other sliding pin 362 drives the second other scissor arm 372 to move and rotate, and the second other scissor arm 372 drives the first other scissor arm 371 to rotate, so that the first other scissor arm 371 and the second other scissor arm 372 rotate towards other compression plates 38, and the first other scissor arm 371 and the second other scissor arm 372 can drive other compression plates 38 to move, thereby realizing the function of driving other compression plates 38 to move in the direction close to other recovery buckets 32 through the other scissor arm assemblies 370.

First further scissor arm 371 is connected with second further scissor arm 372 in a rotating manner, so that when first further sliding pin 362 drives first further scissor arm 371 and second further scissor arm 372 to rotate, first further scissor arm 371 and second further scissor arm 372 can drive second further scissor arm 372 and first further scissor arm 371 adjacent to each other to rotate synchronously, so that 2 first further scissor arms 371 and second further scissor arms 372 can drive other compression plates 38 to move, and the function of increasing the moving stroke of other compression plates 38 is achieved.

Other compression motors 375 drive other compression screw rods 374 to rotate, other compression screw rods 374 drive other compression racks 360 in threaded connection with the other compression screw rods to move, and then the other compression racks 360 drive the first other sliding pins 362 to move on the first other sliding rails 361, so that the function of driving the first other sliding pins 362 to move through other compression driving components is realized.

Other eccentric rods 354 and other eccentric wheels 355 are rotated, other weighing frames 352 are driven to slide upwards on other supporting frames 351 through the eccentric wheels, other pressure sensors 353 are driven to move upwards and abut against other recycling barrels 32, and other recycling barrels 32 are supported, so that the weights of other recycling barrels 32 can be detected through other pressure sensors 353, and the function of detecting the weights of other recycling barrels 32 through other weighing assemblies 350 is achieved. When the other compression plate 38 presses the other recycling bin 32, the other weighing rack 352 is driven to move downwards by rotating the other eccentric rod 354 and the other eccentric wheel 355, so that the other fixing rack 39 is clamped with the other recycling bin 32 and the other weighing rack 352 is separated from the other recycling bin 32, and the other pressure sensor 353 is prevented from being crushed by the other compression plate 38.

When the other weighing motors 357 are in operation, the other driving gears 358 and the other driven gears 359 can drive the other eccentric rods 354 and the other eccentric wheels 355 to rotate, so as to realize the function of driving the eccentric rods and the eccentric wheels to rotate.

The main control module 40 is used as an upper computer of the code scanning module 22, and the storage unit 42 is used for storing the one-dimensional code data and the bottle weight information corresponding to the one-dimensional code data. The control panel 44 is used to enter account information. The account data includes garbage weight data.

When a user needs to throw garbage, account information corresponding to account data is input on the control panel 44, the control panel 44 sends the account information to the main control module 40, and the main control module 40 sends the account information to the background server 43 through the communication module 41 to complete account login. Then, the paper weighing component 150, the code scanning module 22 and the other weighing components 350 respectively send paper weight information, digital information and other weight information to the main control module 40, then the main control module 40 uploads the paper weight information, the bottle weight information corresponding to the digital information and the other weight information to the background server 43 through the communication module 41, and the background server 43 accumulates and updates garbage weight data according to the received paper weight information, the bottle weight information and the other weight information, so that the garbage recycling measurement and statistics of a user are completed, and the garbage classification and measurement effect is achieved conveniently.

In this embodiment, the main control module 40 is further configured to calculate a difference value between the weight information of the paper sheets weighed twice by the paper sheet pressure sensor 153 and the other pressure sensors 353, and a difference value between the other weight information, and the storage unit 42 is further configured to store the weight information of the paper sheets weighed last time and the other weight information. When the main control module 40 receives the difference value of the paper weight information and other weight information, the difference value of the paper weight information weighed last time and other weight information are extracted from the storage unit 42, so that the weight of the paper garbage and other garbage thrown in this time can be obtained through the difference value of the paper weight information obtained by weighing twice and other weight information, the function of metering the paper garbage and other garbage through the main control module 40 is realized, and the effect of convenient metering is achieved.

In conclusion, after the ordinary skilled in the art reads the document of the present invention, according to the present invention, the technical solution and technical concept of the present invention do not need creative mental labor to make other various corresponding transformation schemes, which all belong to the protection scope of the present invention.

Claims

1. The other-class garbage classification and recovery system is characterized in that: comprises a paper recycling device (10), a bottle recycling device (20) and other recycling devices (30), the paper recycling device (10) comprises a paper box body (11), a paper recycling bin (12) and a paper weighing component (150), the paper weighing component (150) is fixedly arranged on the paper box body (11), the paper recycling bin (12) is placed on the paper weighing component (150), the bottle recycling device (20) comprises a bottle box body (21) and a code scanning module (22), the code scanning module (22) is fixedly arranged on the bottle box body (21), the other recovery device (30) comprises other box bodies (31), other recovery barrels (32) and other weighing components (350), the other weighing components (350) are fixedly arranged on the other box bodies (31), and the other recycling barrels (32) are placed on the other weighing components (350).

2. The other-class garbage classification and recycling system according to claim 1, wherein: paper class box (11) fixed mounting has paper class compression frame (160), paper class compression frame (160) are equipped with first paper class slide rail (161), first paper class slide rail (161) are equipped with first paper class slide rail (161) complex first paper class sliding pin (162), be equipped with paper class scissor arm subassembly (171) between paper class compression frame (160) and first paper class sliding pin (162), paper class compression board (18) are installed to paper class scissor arm, the paper class compression drive assembly who is connected with first paper class sliding pin (162) is installed to paper class compression frame (160), paper class recycling bin (12) opening is towards paper class compression board (18).

3. The other-class garbage classification and recycling system according to claim 2, wherein: the paper scissor arm assembly (171) comprises a first paper scissor arm (172) and a second paper scissor arm (173), the paper compression frame (160) is rotationally connected with the first paper scissor arm (172), the first paper sliding pin (162) is rotationally connected with the second paper scissor arm (173), the middle of the first paper scissor arm (172) is rotationally connected with the middle of the second paper scissor arm (173), the paper compression plate (18) is rotationally connected with the second paper scissor arm (173), the paper compression plate (18) is provided with a second paper sliding rail (163), the second paper sliding rail (163) is provided with a second paper sliding pin (164) matched with the second paper sliding rail (163), and the second paper sliding pin (164) is rotationally connected with the first paper scissor arm (172).

4. The other-class garbage classification and recycling system according to claim 2, wherein: the paper compression driving assembly comprises a paper compression driving frame (174), a paper compression screw rod (175) and a paper compression motor (176), the paper compression motor (176) is fixedly installed on the paper compression frame (160), the paper compression driving frame (174) is rotatably connected with a first paper sliding pin (162), and the paper compression screw rod (175) is fixedly connected with an output shaft of the motor and is in threaded connection with the paper compression driving frame (174).

5. The other-class garbage classification and recycling system according to claim 2, wherein: the paper weighing component (150) comprises a paper fixing frame (19), a paper supporting frame (151) and a paper weighing frame (152), the paper fixing frame (19) is fixedly connected with a paper box body (11) and abutted to the paper recycling bin (12), the paper box body (11) is fixedly provided with a paper pressure sensor (153), the paper supporting frame (151) is fixedly installed on the paper pressure sensor (153), the paper weighing frame (152) is vertically connected with the paper supporting frame (151) in a sliding manner, the paper supporting frame (151) is rotatably connected with a paper eccentric rod (154), the paper weighing frame (152) is provided with a paper weighing groove (156) extending along the horizontal direction, and the paper eccentric rod (154) is rotatably connected with a paper eccentric wheel (155) which is not matched with the axis of the paper eccentric rod (154) and is matched with the paper weighing groove (156).

6. The other-class garbage classification and recycling system according to claim 1, wherein: the bottle box body (21) is fixedly provided with a compression support (250), the compression support (250) is rotatably connected with at least 2 compression rollers (251), the compression rollers (251) are provided with compression grooves (252), and the compression rollers (251) are fixedly connected with cutting plates (253) of which the width is smaller than that of the compression grooves (252).

7. The other-class garbage classification and recycling system according to claim 6, wherein: the compression roller is characterized in that a compression motor (254) is fixedly mounted on the compression support (250), a compression driving gear (255) is fixedly mounted on an output shaft of the compression motor (254), and a compression driven gear (256) meshed with the compression driving gear (255) is fixedly connected to the compression roller (251).

8. The other-class garbage classification and recycling system according to claim 7, wherein: the compression bracket (250) is rotatably connected with a stirring plate (257) positioned above the compression roller (251), and the stirring plate (257) is fixedly connected with a stirring gear (258) engaged with the compression driving gear (255).

9. The other-class garbage classification and recycling system according to claim 1, wherein: other box (31) fixed mounting have other compression frame (360), other compression frame (360) are equipped with first other slide rail (361), first other slide rail (361) are equipped with first other slide pin (362) of first other slide rail (361) complex, be equipped with other scissor arm subassembly (370) between other compression frame (360) and first other slide pin (362), other compression board (38) are installed to other scissor arm, other compression drive assembly who is connected with first other slide pin (362) are installed to other compression frame (360), other recycling bin (32) opening towards other compression board (38).

10. The system for classifying and recycling other types of garbage according to claim 9, wherein: the other scissor arm assemblies (370) comprise a first other scissor arm (371) and a second other scissor arm (372), the other compression frame (360) is rotatably connected with the first other scissor arm (371), the first other sliding pin (362) is rotatably connected with the second other scissor arm (372), the middle part of the first other scissor arm (371) is rotatably connected with the middle part of the second other scissor arm (372), the other compression plate (38) is rotatably connected with the second other scissor arm (372), the other compression plate (38) is provided with a second other sliding rail (363), the second other sliding rail (363) is provided with a second other sliding pin (364) matched with the second other sliding rail (363), and the second other sliding pin (364) is rotatably connected with the first other scissor arm (371).