CN215854514U - Multifunctional special express elevator system - Google Patents

Abstract

The utility model discloses a multifunctional special express elevator system, which comprises a plurality of storage elevator cabinets and transport elevator cabinets; the plurality of storage elevator cabinets are respectively fixed on a plurality of floors, and the transportation elevator cabinet is arranged in the elevator shaft and is connected with the elevator lifting device; one surface of the storage elevator cabinet has the same area as one surface of the transportation elevator cabinet; when the transportation elevator cabinet stops, the transportation elevator cabinet is aligned and connected with one surface with the same area as the storage elevator cabinet. The utility model provides a multifunctional special express elevator system which can realize automatic delivery of takeaway, express and other online purchased articles, can automatically recycle waste products and plastic bottles, and solves the problem that in the prior art, an owner waits for a long time for an elevator because the express, the online purchased articles and the takeaway delivery occupy the elevator.

Description

Multifunctional special express elevator system

Technical Field

The utility model belongs to the field of elevators, and particularly relates to a multifunctional special express elevator system.

Background

With the development of industry, the living area of people is reduced, the building is built higher and higher, and the elevator becomes an indispensable part in life. The number of elevators in each building is limited, and express delivery, online shopping and takeaway delivery can occupy the elevators, so that the elevators are busy, and the time for an owner to wait for the elevators is long.

SUMMERY OF THE UTILITY MODEL

Aiming at the defects in the prior art, the multifunctional special express elevator system provided by the utility model realizes automatic delivery of express, online purchased articles and takeout through the matched use of the storage elevator cabinet and the transportation elevator cabinet, and solves the problem of long waiting time of the elevator in the prior art.

In order to achieve the purpose of the utility model, the utility model adopts the technical scheme that: a multifunctional special express delivery elevator system comprises a plurality of storage elevator cabinets and transportation elevator cabinets; the plurality of storage elevator cabinets are respectively fixed on a plurality of floors, and the transportation elevator cabinet is arranged in the elevator shaft and is connected with the elevator lifting device;

one surface of the storage elevator cabinet has the same area as one surface of the transportation elevator cabinet; when the transportation elevator cabinet stops, the transportation elevator cabinet is aligned and connected with one surface with the same area as the storage elevator cabinet.

Further, the storage elevator cabinet comprises a control console, a plurality of article storage boxes, a plurality of garbage recycling boxes and a waste recycling box; the plurality of article storage boxes, the plurality of garbage recycling boxes and the waste recycling boxes are arranged around the console; the control console is electrically connected with the plurality of article storage boxes, the plurality of garbage recycling boxes and the waste recycling boxes respectively;

the control console, the plurality of article storage boxes, the plurality of garbage recycling boxes and the waste recycling boxes are all rectangular boxes, and two opposite surfaces are arranged to be front and rear panels; the control console, the article storage boxes, the garbage recycling boxes and the waste recycling boxes form a front panel of the storage elevator cabinet, and the control console, the article storage boxes, the garbage recycling boxes and the waste recycling boxes form a rear panel of the storage elevator cabinet; and ultraviolet sterilizing lamps are arranged in a plurality of article storage boxes in the storage elevator cabinet positioned on the first floor.

Furthermore, the control console comprises a main controller, a main communication module, a display, a first code scanning window, a second code scanning window, a plastic bottle input port, a plastic bottle storage structure, a first camera, a first conveyor belt, a first control console two-dimensional code and a second control console two-dimensional code;

the main controller, the main communication module, the plastic bottle storage structure and the first conveyor belt are arranged in the console, and the display, the first code scanning window, the second code scanning window, the plastic bottle input port, the first console two-dimensional code and the second console two-dimensional code are arranged on a front panel of the console; the plastic bottle storage structure is arranged in the console and is positioned below the plastic bottle input port; the first conveyor belt is arranged at the bottom of the plastic bottle storage structure, the first camera is arranged on the plastic bottle input port, and the main controller is electrically connected with the main communication module, the display, the first code scanning window, the second code scanning window, the first camera and the first conveyor belt respectively;

the control console further comprises a first sensor and a first electric rolling shutter door, the first sensor and the first electric rolling shutter door are arranged on a rear panel of the control console, the plastic bottle storage structure is communicated to the first electric rolling shutter door, and the first sensor and the first electric rolling shutter door are both electrically connected with the main controller.

Furthermore, the plurality of article storage boxes are identical in structure and respectively comprise a first illuminating lamp switch, a second sensor, a second electric rolling door, a second conveying belt and a first illuminating lamp;

the second sensor, the first lighting lamp switch and the second electric rolling door are all arranged on a front panel of the article storage box, the second conveyor belt is arranged at the bottom end inside the article storage box, the first lighting lamp switch is electrically connected with the first lighting lamp, and the second sensor, the second electric rolling door and the second conveyor belt are all electrically connected with the main controller;

the article storage box also comprises a third sensor and a third electric rolling door, and the third sensor and the third electric rolling door are both arranged on the rear panel of the article storage box; and the third sensor and the third electric rolling door are electrically connected with the main controller.

Furthermore, the garbage recycling boxes are identical in structure and comprise garbage throwing-in openings, automatic sealing machines and third conveying belts;

the garbage throwing-in opening is arranged on a front panel of the garbage recycling bin, the automatic sealing machine and the third conveyor belt are both arranged inside the garbage recycling bin, the third conveyor belt is arranged below the automatic sealing machine, and the automatic sealing machine and the third conveyor belt are both electrically connected with the main controller;

the garbage collection box further comprises a fourth sensor and a fourth electric rolling door, wherein the fourth sensor and the fourth electric rolling door are arranged on a rear panel of the garbage collection box, and the fourth sensor and the fourth electric rolling door are electrically connected with the main controller.

Further, the waste recycling bin comprises a second lighting lamp switch, a second camera, a fifth sensor, a fifth electric rolling door, an electronic scale, a fourth conveying belt and a second lighting lamp;

the second illuminating lamp switch, the fifth inductor and the fifth electric rolling door are all arranged on a front panel of the waste recycling bin, the second camera is arranged at the top end of the interior of the waste recycling bin, the electronic scale is arranged on the side wall of the interior of the waste recycling bin, the fourth conveying belt is arranged at the bottom end of the interior of the waste recycling bin, the second illuminating lamp switch is electrically connected with the second illuminating lamp, and the second camera, the fifth inductor, the fifth electric rolling door, the electronic scale and the fourth conveying belt are all electrically connected with the main controller;

the waste recycling bin further comprises a sixth inductor and a sixth electric rolling shutter door, wherein the sixth inductor and the sixth electric rolling shutter door are arranged on a rear panel of the waste recycling bin, and the sixth inductor and the sixth electric rolling shutter door are electrically connected with the main controller.

Further, the transport elevator cabinet comprises a slave controller, a slave communication module, a plurality of article transport boxes, a plurality of garbage transport boxes and a waste transport box;

the article transport boxes, the garbage transport boxes and the waste transport boxes are rectangular boxes, and two opposite surfaces are arranged as front and rear panels; the front panels of the article transport boxes, the garbage transport boxes and the waste transport boxes jointly form a front panel of the transport elevator cabinet, and the rear panels of the article transport boxes, the garbage transport boxes and the waste transport boxes jointly form a rear panel of the transport elevator cabinet;

the front panels of the plurality of article transport cases are respectively matched with the rear panels of the article storage cases, the front panels of the garbage transport cases are respectively matched with the rear panels of the garbage recycling cases, the front panels of the waste transport cases are respectively matched with the rear panels of the plastic bottle storage structures and the rear panels of the waste recycling cases, the slave controllers are respectively connected with the slave communication module, the article transport cases, the garbage transport cases and the waste transport cases in an electric connection mode, and the slave communication module is in communication connection with the master communication module.

Furthermore, the article transport boxes are identical in structure and comprise a third illuminating lamp switch, a seventh inductor, a seventh electric rolling door, a fifth conveying belt and a third illuminating lamp;

the third illuminating lamp switch, the seventh inductor and the seventh electric rolling shutter door are all arranged on a front panel of the article transport case, the fifth conveying belt is arranged at the bottom end inside the article transport case, the third illuminating lamp is arranged at the top end inside the article transport case, the third illuminating lamp switch is electrically connected with the third illuminating lamp, and the seventh inductor, the seventh electric rolling shutter door and the fifth conveying belt are all electrically connected with the slave controller.

Furthermore, the garbage transport boxes are identical in structure and respectively comprise a fourth lighting lamp switch, an eighth inductor, an eighth electric rolling door, a sixth conveying belt and a fourth lighting lamp;

fourth light switch, eighth inductor and eighth electric rolling slats door all set up on the front panel of rubbish transport case, the sixth conveyer belt sets up in the inside bottom of rubbish transport case, the fourth light sets up in the inside top of rubbish transport case, fourth light switch and fourth light electric connection, eighth inductor, eighth electric rolling slats door and sixth conveyer belt all with from controller electric connection.

Further, the waste transport box comprises a fifth lighting lamp switch, a ninth inductor, a ninth electric rolling door, a seventh conveying belt, a conveying belt lifting device and a fifth lighting lamp;

the fifth illuminating lamp switch, the ninth inductor and the ninth electric rolling door are all arranged on the surface of the waste transport box, the seventh conveying belt is arranged at the bottom end inside the waste transport box, the conveying belt lifting device is arranged on the side wall inside the waste transport box, the fifth illuminating lamp is arranged at the top end inside the waste transport box, and the conveying belt lifting device is connected with the seventh conveying belt; and the ninth sensor, the ninth electric rolling shutter door, the seventh conveying belt and the conveying belt lifting device are electrically connected with the slave controller.

The utility model has the beneficial effects that:

(1) the utility model provides a multifunctional special express elevator system which can realize automatic delivery of takeaway, express and other online purchased articles, can automatically recycle waste products and plastic bottles, and solves the problem that in the prior art, an owner waits for a long time for an elevator because the express, the online purchased articles and the takeaway delivery occupy the elevator.

(2) The storage elevator cabinets are arranged in each floor, express, daily garbage and waste products can be stored, and the express, daily garbage and waste products are moved or distributed by transporting the elevator cabinets to move up and down, so that automatic distribution is realized.

(3) The utility model can weigh the waste products and count the plastic bottles, thereby realizing recycling and charging.

Drawings

Fig. 1 is a schematic view of a multifunctional special express elevator system provided by an embodiment of the utility model.

Fig. 2 is a schematic view of a front panel of a storage elevator cabinet according to an embodiment of the present invention.

Fig. 3 is a schematic view of a rear panel of a storage elevator cabinet according to an embodiment of the present invention.

Fig. 4 is a schematic view of a front panel of a transport elevator cab according to an embodiment of the present invention.

Wherein: 1-storage elevator cabinet, 2-transportation elevator cabinet, 11-first article storage box, 12-second article storage box, 13-third article storage box, 14-fourth article storage box, 15-fifth article storage box, 16-sixth article storage box, 17-seventh article storage box, 18-control console, 19-second sensor, 110-first lighting lamp switch, 111-second electric rolling door, 112-second conveyor belt, 113-display, 114-first scanning window, 115-second scanning window, 116-plastic bottle input port, 117-first camera, 118-first control console two-dimensional code, 119-second control console two-dimensional code, 120-first garbage recovery box, 121-second garbage recovery box, 122-a waste recycling bin, 123-a third waste recycling bin, 124-a fourth waste recycling bin, 125-a waste input port, 126-an automatic sealing machine, 127-a third conveyor belt, 128-a second lighting lamp switch, 129-a second camera, 130-a fifth sensor, 131-a fifth electric roller shutter door, 132-an electronic scale, 133-a fourth conveyor belt, 134-a third sensor, 135-a third electric roller shutter door, 136-a first sensor, 137-a first electric roller shutter door, 138-a first conveyor belt, 139-a fourth electric roller shutter door, 140-a fourth sensor, 141-a sixth electric roller shutter door, 142-a sixth sensor, 21-a first item transport bin, 22-a second item transport bin, 23-a third item transport bin, 24-fourth item transport bin, 25-fifth item transport bin, 26-sixth item transport bin, 27-seventh item transport bin, 28-third light switch, 29-seventh sensor, 210-seventh electric rolling door, 211-fifth conveyor belt, 212-sixth conveyor belt, 213-reject transport bin, 214-first trash transport bin, 215-second trash transport bin, 216-eighth electric rolling door, 217-fourth light switch, 218-eighth sensor, 219-fifth light switch, 220-ninth sensor, 221-ninth electric rolling door, 222-seventh conveyor belt, 223-conveyor belt lifting device, 224-third trash transport bin, 225-fourth trash transport bin.

Detailed Description

The following description of the embodiments of the present invention is provided to facilitate the understanding of the present invention by those skilled in the art, but it should be understood that the present invention is not limited to the scope of the embodiments, and it will be apparent to those skilled in the art that various changes may be made without departing from the spirit and scope of the utility model as defined and defined in the appended claims, and all matters produced by the utility model using the inventive concept are protected.

Embodiments of the present invention will be described in detail below with reference to the accompanying drawings.

As shown in fig. 1, a multifunctional special express elevator system comprises a plurality of storage elevator cabinets 1 and transport elevator cabinets 2; a plurality of storing elevator cabinets 1 are fixed in on a plurality of floors respectively, and every floor is fixed a storing elevator cabinet 1 promptly, and transportation elevator cabinet 2 sets up in the elevartor shaft, and it is connected with elevator elevating gear.

One surface of the storage elevator cabinet 1 has the same area as one surface of the transportation elevator cabinet 2; when the transportation elevator cabinet 2 stops, the transportation elevator cabinet is aligned with and connected with one surface of the storage elevator cabinet 1 with the same area.

As shown in fig. 2 and 3 together, the storage elevator 1 includes a console 18, a plurality of article storage bins, a plurality of trash bins, and a waste bin 122; a plurality of article storage bins, a plurality of trash and waste bins 122 are disposed around the console 18; the console 18 is electrically connected to the article storage boxes, the garbage collection boxes, and the waste collection box 122, respectively.

The console 18, the plurality of article storage bins, the plurality of garbage collection bins, and the waste collection bin 122 are all rectangular bins, and two opposite surfaces are arranged as front and rear panels; the front panels of the console 18, the article storage boxes, the garbage recycling boxes and the waste recycling box 122 jointly form a front panel of the storage elevator cabinet 1, and the rear panels of the console 18, the article storage boxes, the garbage recycling boxes and the waste recycling box 122 jointly form a rear panel of the storage elevator cabinet 1. Ultraviolet sterilizing lamps are arranged in a plurality of article storage boxes of the storage elevator cabinet 1 positioned on the first floor.

In this embodiment, the storage lift cage 1 may include 7 article storage bins and 4 trash recycling bins. The 7 individual article storage boxes include a first article storage box 11, a second article storage box 12, a third article storage box 13, a fourth article storage box 14, a fifth article storage box 15, a sixth article storage box 16, and a seventh article storage box 17. The 4 garbage collection boxes include a first garbage collection box 120, a second garbage collection box 121, a third garbage collection box 123 and a fourth garbage collection box 124. With reference to the front panel facing the console 18, one side of the console 18 is provided with a fourth article storage box 14 and a fifth article storage box 15, the other side thereof is provided with a sixth article storage box 16 and a seventh article storage box 17, a second article storage box 12 is provided directly above the console 18, a first article storage box 11 and a third article storage box 13 are provided obliquely above the console, the first article storage box 11 is provided directly above the fourth article storage box 14, and the third article storage box 13 is provided directly above the sixth article storage box 16. The reject container 122 is located right under the console 18, the first and second reject containers 120 and 121 are located at one side of the reject container 122, and the third and fourth reject containers 123 and 124 are located at the other side of the reject container 122.

Alternatively, the front panel of the elevator locker 1 may be 199cm by 200cm, the front panel of the article storage box may be 43cm by 50cm, the front panel of the garbage collection box may be 70cm by 35cm, and the front panel of the waste collection box 122 may be 70cm by 60 cm. The front dimension of the second item storage bin 12 may be set to 43cm by 60 cm.

In one possible embodiment, the console 18 includes a main controller, a main communication module, a display 113, a first barcode scanning window 114, a second barcode scanning window 115, a plastic bottle input 116, a plastic bottle storage structure, a first camera 117, a first conveyor belt 138, a first console two-dimensional code 118, and a second console two-dimensional code 119.

Alternatively, the display 113 may be a display with a touch screen.

The main controller, the main communication module, the plastic bottle storage structure and the first conveyor belt 138 are arranged inside the console 18, and the display 113, the first code scanning window 114, the second code scanning window 115, the plastic bottle input port 116, the first console two-dimensional code 118 and the second console two-dimensional code 119 are arranged on a front panel of the console 18; the plastic bottle storage structure is arranged inside the console 18 and is positioned below the plastic bottle input port 116; the first conveyor belt 138 is arranged at the bottom of the plastic bottle storage structure, the first camera 117 is arranged on the plastic bottle input port 116, and the main controller is electrically connected with the main communication module, the display 113, the first code scanning window 114, the second code scanning window 115, the first camera 117 and the first conveyor belt 138 respectively.

The console 18 further includes a first sensor 136 and a first electric rolling door 137, the first sensor 136 and the first electric rolling door 137 are disposed on a rear panel of the console 18, the plastic bottle storage structure is communicated with the first electric rolling door 137, and the first sensor 136 and the first electric rolling door 137 are electrically connected to the main controller.

Optionally, a one-way passing device can be arranged on the plastic bottle inlet 116, so that the plastic bottle can only enter but not exit; at this time, the first camera 117 is located on a path from the plastic bottle input port 116 to the plastic bottle storage structure, and a light supplement lamp can be arranged, so that the first camera 117 can count the plastic bottles.

In one possible embodiment, the plurality of article storage boxes are identical in structure and each include a first illumination lamp switch 110, a second sensor 19, a second motorized roller shutter door 111, a second conveyor belt 112, and a first illumination lamp.

The second inductor 19, the first lighting lamp switch 110 and the second electric rolling shutter door 111 are all arranged on a front panel of the article storage box, the second conveyor belt 112 is arranged at the bottom end inside the article storage box, the first lighting lamp switch 110 is electrically connected with the first lighting lamp, and the second inductor 19, the second electric rolling shutter door 111 and the second conveyor belt 112 are all electrically connected with the main controller.

The article storage box further comprises a third sensor 134 and a third electric rolling door 135, and the third sensor 134 and the third electric rolling door 135 are both arranged on the rear panel of the article storage box; the third sensor 134 and the third electric rolling shutter door 135 are electrically connected to the main controller.

In one possible embodiment, the garbage collection boxes are identical in structure and each include a garbage input port 125, an automatic sealer 126, and a third conveyor 127.

The garbage inlet 125 is disposed on the front panel of the garbage recycling bin, the automatic sealing machine 126 and the third conveyor belt 127 are disposed inside the garbage recycling bin, the third conveyor belt 127 is disposed below the automatic sealing machine 126, and the automatic sealing machine 126 and the third conveyor belt 127 are electrically connected to the main controller.

The garbage recycling bin further comprises a fourth sensor 140 and a fourth electric rolling door 139, the fourth sensor 140 and the fourth electric rolling door 139 are both arranged on a rear panel of the garbage recycling bin, and the fourth sensor 140 and the fourth electric rolling door 139 are both electrically connected with the main controller.

Alternatively, the capper may automatically pack the waste and the waste may be transported by the third conveyor 127.

In one possible embodiment, the waste bin 122 includes a second light switch 128, a second camera 129, a fifth sensor 130, a fifth motorized roller door 131, an electronic scale 132, a fourth conveyor belt 133, and a second light.

The second lighting lamp switch 128, the fifth sensor 130 and the fifth electric rolling door 131 are all arranged on the front panel of the waste recycling bin 122, the second camera 129 is arranged on the top end inside the waste recycling bin 122, the electronic scale 132 is arranged on the side wall inside the waste recycling bin 122, the fourth conveyor belt 133 is arranged on the bottom end inside the waste recycling bin 122, the second lighting lamp switch 128 is electrically connected with the second lighting lamp, the second camera 129, the fifth sensor 130, the fifth electric rolling door 131, the electronic scale 132 and the fourth conveyor belt 133 are all electrically connected with the main controller.

Optionally, the second camera 129 may perform appearance recognition and photographing recording on the waste, the electronic scale 132 may be mounted on the inner sidewall of the waste recycling bin 122 through an electric rotating shaft, and when weighing is required, the electronic scale 132 may be rotated to be horizontal; after weighing is complete, the electronic scale 132 may be tilted to drop the waste onto the fourth conveyor belt 133.

The waste recycling bin 122 further comprises a sixth sensor 142 and a sixth electric rolling door 141, the sixth sensor 142 and the sixth electric rolling door 141 are both arranged on the rear panel of the waste recycling bin 122, and the sixth sensor 142 and the sixth electric rolling door 141 are both electrically connected with the main controller.

Optionally, the first illumination lamp switch 110 and the second illumination lamp switch 128 may be automatic switches or manual switches, and may be in communication with the main controller, and control the illumination lamps according to signals sent by the main controller.

As shown in fig. 4, the transport lift cage 2 includes a slave controller, a slave communication module, a plurality of article transport boxes, a plurality of trash transport boxes, and a waste transport box 213.

The article transport boxes, the garbage transport boxes and the waste transport box 213 are all rectangular boxes, and two opposite surfaces are arranged as front and rear panels; the front panels of the article transport boxes, the garbage transport boxes and the waste transport box 213 jointly form the front panel of the transport elevator cabinet 2, and the rear panels of the article transport boxes, the garbage transport boxes and the waste transport box 213 jointly form the rear panel of the transport elevator cabinet 2.

The front panel of a plurality of article transport case respectively with a plurality of article deposit the rear panel cooperation setting of case, the front panel of a plurality of rubbish transport case sets up with the rear panel cooperation of a plurality of rubbish collection box respectively, the front panel of waste product transport case 213 sets up with the rear panel cooperation of plastic bottle storage structure and waste product collection box 122 respectively, from the controller respectively with from the communication module, a plurality of article transport case, a plurality of rubbish transport case and waste product transport case 213 electric connection, from communication module and main communication module communication connection.

In this embodiment, the size of the front panel of the transport elevator cage 2 may be set to 200cm x 180cm, the size of the front panel of the goods transport box may be set to 43cm x 50cm, the size of the front panel of the trash transport box may be set to 70cm x 35cm, and the size of the front panel of the trash transport box 213 may be set to 115cm x 60 cm.

In the present embodiment, the transportation lift cabinet 2 may include 7 article transportation boxes and 4 trash transportation boxes, the 7 article transportation boxes include the first article transportation box 21, the second article transportation box 22, the third article transportation box 23, the fourth article transportation box 24, the fifth article transportation box 25, the sixth article transportation box 26, and the seventh article transportation box 27, and the 4 trash transportation boxes include the first trash transportation box 214, the second trash transportation box 215, the third trash transportation box 224, and the fourth trash transportation box 225.

The positions of the first article transport case 21, the second article transport case 22, the third article transport case 23, the fourth article transport case 24, the fifth article transport case 25, the sixth article transport case 26 and the seventh article transport case 27 correspond to the first article storage case 11, the second article storage case 12, the third article storage case 13, the fourth article storage case 14, the fifth article storage case 15, the sixth article storage case 16 and the seventh article storage case 17, respectively, and the positions of the first garbage transport case 214, the second garbage transport case 215, the third garbage transport case 224 and the fourth garbage transport case 225 correspond to the first garbage collection case 120, the second garbage collection case 121, the third garbage collection case 123 and the fourth garbage collection case 124, respectively. Thus, when the rear panel of the storage elevator cabinet 1 is aligned with the front panel of the transport elevator cabinet 2, the article transport box is aligned with and connected to the article storage box, the garbage transport box is aligned with and connected to the garbage recycling box, and the waste transport box 213 is aligned with and connected to the plastic bottle storage structure and the waste recycling box 122.

Alternatively, the front panel of second item transport box 22 may be sized 43cm by 60 cm.

In one possible embodiment, the plurality of article transport boxes are identical in structure and each include a third illumination lamp switch 28, a seventh sensor 29, a seventh motorized roller door 210, a fifth conveyor belt 211, and a third illumination lamp.

Third light switch 28, seventh inductor 29 and seventh electric rolling slats door 210 all set up on the front panel of article transport case, and fifth conveyer belt 211 sets up in the inside bottom of article transport case, and the third light sets up in the inside top of article transport case, third light switch 28 and third light electric connection, and seventh inductor 29, seventh electric rolling slats door 210 and fifth conveyer belt 211 all with from controller electric connection.

In one possible embodiment, the plurality of trash transport containers are identical in structure and each include a fourth illumination lamp switch 217, an eighth sensor 218, an eighth motorized roller door 216, a sixth conveyor belt 212, and a fourth illumination lamp.

Fourth light switch 217, eighth inductor 218 and eighth electric rolling slats door 216 all set up on the front panel of rubbish transport case, and sixth conveyer belt 212 sets up in the inside bottom of rubbish transport case, and the fourth light sets up in the inside top of rubbish transport case, fourth light switch 217 and fourth light electric connection, eighth inductor 218, eighth electric rolling slats door 216 and sixth conveyer belt 212 all with from controller electric connection.

In one possible embodiment, the waste transport bin 213 includes a fifth illumination lamp switch 219, a ninth sensor 220, a ninth motorized roller door 221, a seventh conveyor belt 222, a conveyor belt elevator 223, and a fifth illumination lamp.

The fifth lighting lamp switch 219, the ninth sensor 220 and the ninth electric rolling shutter door 221 are all arranged on the surface of the waste transport box 213, the seventh conveyor belt 222 is arranged at the bottom end inside the waste transport box 213, the conveyor belt lifting device 223 is arranged on the side wall inside the waste transport box 213, the fifth lighting lamp is arranged at the top end inside the waste transport box 213, and the conveyor belt lifting device 223 is connected with the seventh conveyor belt 222; the fifth lighting lamp switch 219 is electrically connected to the fifth lighting lamp, and the ninth sensor 220, the ninth electric rolling shutter door 221, the seventh conveyor belt 222 and the conveyor belt lifting device 223 are electrically connected to the slave controller.

Optionally, the third lighting lamp switch 28, the fourth lighting lamp switch 217, and the fifth lighting lamp switch 219 may be automatic switches, may also be manual switches, and may also be in communication connection with the main controller, and control the lighting lamps according to a signal sent by the main controller.

The working process of the utility model comprises a garbage recycling process, a waste recycling process, a plastic bottle recycling process and an article distribution process. Through waste recycling and plastic bottle recycling, time of an owner is saved, and the problem that the owner difficultly sells the waste is solved.

The garbage recycling process comprises the following steps: the garbage is thrown into the automatic sealing machine 126 through the garbage throwing port 125, after the automatic sealing machine 126 monitors that the garbage is full, the garbage bag is automatically sealed and automatically sleeved, the sealed garbage is transmitted to the fourth electric rolling door 139 through the third transmission belt 127, and a garbage transportation instruction is sent to the slave communication module through the master communication module to wait for transportation. At this time, the transport elevator cabinet 2 is lifted to the floor where the garbage needs to be transported, and the garbage transport box and the garbage collection box are aligned and stopped stably, and then the garbage begins to be transported. The fourth sensor 140 and the eighth sensor 218 detect whether the transport elevator car 2 is in position (i.e., a front screen is available), and if so, the main controller opens the fourth motorized roller door 139 and the eighth motorized roller door 216 and transports the waste to the waste bin via the third conveyor 127 and the sixth conveyor 212. After the preset time, the fourth electric rolling door 139 and the eighth electric rolling door 216 are closed to ensure that the garbage successfully arrives in the garbage transport box. Through rubbish transport case with rubbish transportation to the burden bottom building deposit, the point and the waste product point of depositing can be deposited including rubbish to the burden bottom building, and the position and the rubbish transport case of rubbish point of depositing correspond the setting, and the position and the waste product transport case 213 of waste product point of depositing correspond the setting. The automatic sealer 126 can monitor whether the trash is full by weighing, photographing, and infrared sensing methods. The third conveyor 127 may also be disposed between the automatic sealing machine 126 and the rear panel of the garbage recycling bin, and after the garbage is sealed, the automatic sealing machine 126 places the garbage on the third conveyor 127.

The waste recovery process comprises: scanning the first control console two-dimensional code 118 or the second control console two-dimensional code 119 by using a user end, connecting the user end to the storage elevator cabinet 1, and selecting waste products to be recycled; whether a person exists is sensed through the fifth sensor 130, if yes, the fifth electric rolling door 131 is controlled to be opened, the electronic scale 132 rotates to be horizontal, and a user waits for placing waste. The storage elevator cabinet 1 sends out waste placement confirmation information to the user side, and after receiving the feedback of the user side, the fifth electric roller shutter door 131 is closed to start weighing. During weighing, the second camera 129 is used for photographing and identifying, evidence is kept and waste types are intelligently identified, and if the identified waste types are different from the waste types input by the user side, manual processing operation prompts are sent to the server; after weighing is completed, the electronic scale 132 pours the waste product onto the fourth conveyor belt 133, and transports the waste product to the sixth motorized roller shutter 141 via the fourth conveyor belt 133, waiting for transportation. At this time, the transport elevator 2 ascends to the floor where the waste is to be recovered, and starts the transport after the waste transport box 213 and the waste recovery box 122 are aligned and stopped stably. The sixth sensor 142 and the ninth sensor 220 detect whether the waste transport box 213 is in place (a front shield is sufficient), and if so, the sixth motorized roller door 141 and the ninth motorized roller door 221 are opened, and the waste is transferred into the waste transport box 213 by the fourth conveyor belt 133 and the seventh conveyor belt 222. After the preset time, the sixth electric rolling door 141 and the ninth electric rolling door 221 are closed to ensure that the waste transmission is completed. Transport the waste product to the minus bottom floor through the waste product transport box 213, wait for the staff to collect.

The plastic bottle recycling process comprises the following steps: scanning the first control console two-dimensional code 118 or the second control console two-dimensional code 119 by using a user end, connecting the user end to the storage elevator cabinet 1, and selecting a recycled plastic bottle; at this time, the first camera 117 on the plastic bottle input port 116 starts to work, and synchronizes the shot picture to the main controller in real time, the number of the plastic bottles is identified through the main controller, and the number identification is stopped after no plastic bottle is input or a plastic bottle input completion signal of a user end is received within a time exceeding a threshold value. The plastic bottles are stacked on a first conveyor belt 138 at the bottom of the plastic bottle storage structure, and transported by the first conveyor belt 138 to a first motorized roller door 137 for transportation. Sending a plastic bottle transportation instruction to the slave communication module through the master communication module; after receiving the transportation command, the transportation elevator cabinet 2 is lifted to the floor where the plastic bottles are to be transported. And detects whether the transport elevator 2 is in place, and if so, opens the first and ninth motorized roller doors 137 and 221 and raises the seventh conveyor belt 222 to the height of the first conveyor belt 138 by the conveyor belt elevating device 223. The plastic bottles are then transferred by the first conveyor belt 138 and the seventh conveyor belt 222 into a waste transport bin 213. After the plastic bottles are transmitted (the waiting time is a preset value and automatically changes along with the number of the plastic bottles, the more the plastic bottles are, the longer the waiting time is), the plastic bottles are transported to the negative bottom building through the waste transport box 213, and the waiting staff can collect the plastic bottles.

The article distribution process comprises the following steps: scanning a first control console two-dimensional code 118 or a second control console two-dimensional code 119 located on the first floor by using a user terminal, connecting the user terminal to the storage elevator cabinet 1, and selecting articles for distribution; after receiving the article distribution information (including the mobile phone number of the receiver and the floor) sent by the user side, the main controller distributes the article storage box and feeds back a distribution signal to the user side. At this time, the second sensor 19 starts to work, and after the distribution personnel are sensed, the second electric rolling door 111 is opened, the main control module waits for receiving an article placement signal sent by the user side, and after the article placement signal is received, the second electric rolling door 111 is closed. And sending an article distribution signal to the slave communication module through the master communication module, and controlling the transport elevator cabinet 2 to reach the first floor through the slave controller after receiving the article distribution signal. It is now detected by means of the third inductor 134 and the seventh inductor 29 whether the transport elevator car 2 is already in place. If so, the third and seventh motorized roller doors 135, 210 are opened and the items to be dispensed are transferred into the item transport bin via the second and fifth conveyor belts 112, 211. And after the transmission of the articles to be delivered is finished, closing the third electric rolling door 135 and the seventh electric rolling door 210, transporting the articles to the appointed floor through the article transport box, and simultaneously sending the goods taking two-dimensional code and the digital goods taking code to the user end of the receiver through the main controller.

After the goods transporting box arrives at the appointed floor, whether the goods transporting box is in place is detected by the third inductor 134 positioned at the appointed floor and the seventh inductor 29 on the transporting elevator cabinet 2. If it is in place, the third and seventh electric rolling doors 135 and 210 are opened, and the items to be dispensed are transferred to the item storage box of the designated floor through the second and fifth conveyor belts 112 and 211, and the third and seventh electric rolling doors 135 and 210 are closed, completing the dispensing.

After the user receives the goods picking two-dimensional code and the digital goods picking code, the user can scan the code through the first code scanning window 114 and the second code scanning window 115 to pick the goods, or input the digital goods picking code on the touchable display 113 to pick the goods.

It is to be noted that all the electric rolling doors may be replaced with side-opening electric doors or other types of electric doors in the present embodiment, and various modifications and changes may be made without departing from the scope thereof.

Claims (10)

1. A multifunctional special express delivery elevator system is characterized by comprising a plurality of storage elevator cabinets (1) and transportation elevator cabinets (2); the storage elevator cabinets (1) are respectively fixed on a plurality of floors, and the transportation elevator cabinet (2) is arranged in the elevator shaft and is connected with an elevator lifting device;

one surface of the storage elevator cabinet (1) has the same area as one surface of the transportation elevator cabinet (2); when the transportation elevator cabinet (2) stops, the transportation elevator cabinet is aligned with and connected with one surface with the same area of the storage elevator cabinet (1).

2. The multi-functional dedicated express elevator system according to claim 1, wherein the storage elevator cabinet (1) comprises a console (18), a plurality of article storage bins, a plurality of trash bins, and a waste bin (122); the article storage boxes, the garbage recycling boxes and the waste recycling boxes (122) are arranged around the console (18); the console (18) is respectively and electrically connected with the plurality of article storage boxes, the plurality of garbage recycling boxes and the waste recycling box (122);

the console (18), the plurality of article storage boxes, the plurality of garbage recycling boxes and the waste recycling box (122) are all rectangular boxes, and two opposite surfaces are arranged to be a front panel and a rear panel; the control console (18), the article storage boxes, the garbage recycling boxes and the waste recycling boxes (122) form a front panel of the storage elevator cabinet (1), and the control console (18), the article storage boxes, the garbage recycling boxes and the waste recycling boxes (122) form a rear panel of the storage elevator cabinet (1); ultraviolet sterilizing lamps are arranged in a plurality of article storage boxes in the storage elevator cabinet (1) on the first floor.

3. The multi-functional special express delivery elevator system of claim 2, wherein the console (18) comprises a main controller, a main communication module, a display (113), a first code scanning window (114), a second code scanning window (115), a plastic bottle input port (116), a plastic bottle storage structure, a first camera (117), a first conveyor belt (138), a first console two-dimensional code (118), and a second console two-dimensional code (119);

the main controller, the main communication module, the plastic bottle storage structure and the first conveyor belt (138) are arranged inside the console (18), and the display (113), the first code scanning window (114), the second code scanning window (115), the plastic bottle input port (116), the first console two-dimensional code (118) and the second console two-dimensional code (119) are arranged on a front panel of the console (18); the plastic bottle storage structure is arranged in the console (18) and is positioned below the plastic bottle input port (116); the first conveyor belt (138) is arranged at the bottom of the plastic bottle storage structure, the first camera (117) is arranged on the plastic bottle input port (116), and the main controller is electrically connected with the main communication module, the display (113), the first code scanning window (114), the second code scanning window (115), the first camera (117) and the first conveyor belt (138) respectively;

the control console (18) further comprises a first sensor (136) and a first electric rolling door (137), the first sensor (136) and the first electric rolling door (137) are arranged on a rear panel of the control console (18), the plastic bottle storage structure is communicated with the first electric rolling door (137), and the first sensor (136) and the first electric rolling door (137) are electrically connected with the main controller.

4. The multi-functional dedicated express elevator system according to claim 3, wherein the plurality of article storage boxes are identical in structure, and each comprise a first illumination lamp switch (110), a second sensor (19), a second electric rolling door (111), a second conveyor belt (112), and a first illumination lamp;

the second sensor (19), the first lighting lamp switch (110) and the second electric rolling door (111) are all arranged on a front panel of the article storage box, the second conveyor belt (112) is arranged at the bottom end inside the article storage box, the first lighting lamp switch (110) is electrically connected with the first lighting lamp, and the second sensor (19), the second electric rolling door (111) and the second conveyor belt (112) are all electrically connected with the main controller;

the article storage box also comprises a third sensor (134) and a third electric rolling door (135), and the third sensor (134) and the third electric rolling door (135) are both arranged on the rear panel of the article storage box; and the third sensor (134) and the third electric rolling door (135) are electrically connected with the main controller.

5. The multi-functional dedicated express elevator system according to claim 3, wherein the plurality of trash recycling bins are identical in structure and each includes a trash input port (125), an automatic sealer (126), and a third conveyor belt (127);

the garbage throwing-in opening (125) is arranged on a front panel of the garbage recycling bin, the automatic sealing machine (126) and the third conveyor belt (127) are arranged inside the garbage recycling bin, the third conveyor belt (127) is arranged below the automatic sealing machine (126), and the automatic sealing machine (126) and the third conveyor belt (127) are electrically connected with the main controller;

the garbage recycling bin further comprises a fourth sensor (140) and a fourth electric rolling door (139), wherein the fourth sensor (140) and the fourth electric rolling door (139) are arranged on a rear panel of the garbage recycling bin, and the fourth sensor (140) and the fourth electric rolling door (139) are electrically connected with the main controller.

6. The multi-functional dedicated express elevator system according to claim 3, wherein the waste bin (122) comprises a second illumination lamp switch (128), a second camera (129), a fifth sensor (130), a fifth motorized roller door (131), an electronic scale (132), a fourth conveyor belt (133), and a second illumination lamp;

the second illuminating lamp switch (128), the fifth sensor (130) and the fifth electric rolling door (131) are all arranged on a front panel of the waste recovery box (122), the second camera (129) is arranged at the top end of the interior of the waste recovery box (122), the electronic scale (132) is arranged on the side wall of the interior of the waste recovery box (122), the fourth conveyor belt (133) is arranged at the bottom end of the interior of the waste recovery box (122), the second illuminating lamp switch (128) is electrically connected with the second illuminating lamp, and the second camera (129), the fifth sensor (130), the fifth electric rolling door (131), the electronic scale (132) and the fourth conveyor belt (133) are all electrically connected with the main controller;

the waste recycling bin (122) further comprises a sixth sensor (142) and a sixth electric rolling door (141), the sixth sensor (142) and the sixth electric rolling door (141) are arranged on the rear panel of the waste recycling bin (122), and the sixth sensor (142) and the sixth electric rolling door (141) are electrically connected with the main controller.

7. A multi-function dedicated express elevator system according to claim 3, wherein the transport elevator cabinet (2) comprises a slave controller, a slave communication module, a plurality of article transport bins, a plurality of trash transport bins, and a waste transport bin (213);

the article transport boxes, the garbage transport boxes and the waste transport boxes (213) are all rectangular boxes, and two opposite surfaces are arranged to be front and rear panels; the front panels of the article transport boxes, the garbage transport boxes and the waste transport boxes (213) jointly form a front panel of the transport elevator cabinet (2), and the rear panels of the article transport boxes, the garbage transport boxes and the waste transport boxes (213) jointly form a rear panel of the transport elevator cabinet (2);

the front panel of a plurality of article transport case respectively with a plurality of article deposit the rear panel cooperation setting of case, the front panel of a plurality of rubbish transport case sets up with the rear panel cooperation of a plurality of rubbish collection box respectively, the front panel of waste product transport case (213) sets up with the rear panel cooperation of the rear panel of plastic bottle storage structure and waste product collection box (122) respectively, from the controller respectively with from communication module, a plurality of article transport case, a plurality of rubbish transport case and waste product transport case (213) electric connection, from communication module and main communication module communication connection.

8. The multi-function dedicated express elevator system according to claim 7, wherein the plurality of article transport boxes are identical in structure, and each include a third illumination lamp switch (28), a seventh sensor (29), a seventh electric rolling door (210), a fifth conveyor belt (211), and a third illumination lamp;

the third lighting lamp switch (28), the seventh inductor (29) and the seventh electric rolling shutter door (210) are all arranged on a front panel of the article transportation box, the fifth conveying belt (211) is arranged at the bottom end inside the article transportation box, the third lighting lamp is arranged at the top end inside the article transportation box, the third lighting lamp switch (28) is electrically connected with the third lighting lamp, and the seventh inductor (29), the seventh electric rolling shutter door (210) and the fifth conveying belt (211) are all electrically connected with the slave controller.

9. The multi-function dedicated express elevator system according to claim 7, wherein the plurality of trash transport boxes are identical in structure and each include a fourth illumination lamp switch (217), an eighth inductor (218), an eighth electric rolling door (216), a sixth conveyor belt (212), and a fourth illumination lamp;

fourth light switch (217), eighth inductor (218) and eighth electric rolling slats door (216) all set up on the front panel of rubbish transport case, sixth conveyer belt (212) set up in the inside bottom of rubbish transport case, the fourth light sets up in the inside top of rubbish transport case, fourth light switch (217) and fourth light electric connection, eighth inductor (218), eighth electric rolling slats door (216) and sixth conveyer belt (212) all with from controller electric connection.

10. The multi-function dedicated express elevator system according to claim 7, wherein the reject transport box (213) includes a fifth illumination lamp switch (219), a ninth sensor (220), a ninth electric rolling door (221), a seventh conveyor belt (222), a conveyor belt elevating device (223), and a fifth illumination lamp;

the fifth lighting lamp switch (219), the ninth sensor (220) and the ninth electric rolling shutter door (221) are all arranged on the surface of the waste transport box (213), the seventh conveyor belt (222) is arranged at the bottom end inside the waste transport box (213), the conveyor belt lifting device (223) is arranged on the side wall inside the waste transport box (213), the fifth lighting lamp is arranged at the top end inside the waste transport box (213), and the conveyor belt lifting device (223) is connected with the seventh conveyor belt (222); the fifth illuminating lamp switch (219) is electrically connected with a fifth illuminating lamp, and the ninth sensor (220), the ninth electric rolling door (221), the seventh conveyor belt (222) and the conveyor belt lifting device (223) are electrically connected with the slave controller.

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