CN216685832U - Non-inductive garbage throwing equipment - Google Patents

Abstract

The utility model discloses an insensitive garbage throwing device, and belongs to the technical field of garbage throwing devices. The delivery panel frame is provided with one or a plurality of delivery ports which are arranged up and down, and the delivery ports are provided with throwing port doors which can be opened and closed in a non-contact way. Compared with the prior art, firstly, the garbage throwing device is provided with delivery ports which are arranged up and down and used for throwing different types of garbage, so that the upper space and the lower space can be effectively utilized, and the volume of a product is reduced; secondly, the delivery panel frame of the garbage throwing device is provided with a non-contact inductive switch and a pedal inductive switch, so that the door opening mode can be more diversified, and the garbage throwing device is convenient for a user to select and use; in addition, the garbage throwing equipment is also provided with a rear mesh enclosure which can be covered on the garbage can to block garbage, so that the garbage is prevented from being thrown out of the garbage can; finally, the utility model has simple structure, low cost and convenient use and popularization.

Description

Non-inductive garbage throwing equipment

Technical Field

The utility model belongs to the technical field of garbage throwing equipment, and particularly relates to non-inductive garbage throwing equipment.

Background

Along with the constantly increasing of rubbish total amount, the recovery processing of rubbish just seems very important, and to want the classification that recovery processing becomes simple at first must make rubbish, current dustbin, garbage bin, garbage room often set up the mouth that holds of a plurality of heterogeneous rubbish on the equipment, all possessed categorised recovery function. However, although all the garbage recycling devices in the prior art have a classification function, all the devices also have some disadvantages, which are as follows:

1. the garbage recycling equipment in the prior art generally does not have an automatic door opening function, garbage can be thrown in by manually opening a door, and a few garbage equipment with induction door opening structures are only provided with a single hand-feeling door opening structure, so that the induction structure is single, and the garbage recycling equipment cannot be selected and is inconvenient to use when objects are held by two hands or the induction structure is damaged;

2. the garbage throwing equipment in the prior art only has a plurality of transversely arranged delivery ports, and although the structure can also classify garbage, the equipment is often wide, occupies large transverse space and is inconvenient to install and use;

3. the garbage throwing device in the prior art generally sets up dustbin or garbage bin at the delivery port rear side, because dustbin and garbage bin are open structure, the user often can throw rubbish out outside dustbin or the garbage bin when delivering rubbish, need carry out manual cleaning.

SUMMERY OF THE UTILITY MODEL

In order to solve the above problems, the primary object of the present invention is to provide an inductionless garbage throwing apparatus, which is provided with a plurality of delivery ports arranged up and down, so as to effectively reduce the volume of the apparatus and save the usage space;

another object of the present invention is to provide a non-inductive garbage throwing apparatus, which is provided with a plurality of inductive door opening modes, thereby facilitating user selection and use;

still another object of the present invention is to provide a non-inductive garbage depositing apparatus, which can prevent garbage from being thrown out of a garbage can or a garbage can, and facilitate the depositing and sorting of garbage.

Still another object of the present invention is to provide a non-inductive garbage throwing apparatus, which is simple in structure, low in cost, and convenient to use and popularize.

In order to achieve the purpose, the technical scheme of the utility model is as follows:

the utility model provides a non-inductive garbage throwing device which comprises a delivery panel frame, wherein one or a plurality of delivery ports which are arranged up and down are arranged on the delivery panel frame, and a throwing port door capable of being switched in a non-contact mode is arranged on each delivery port.

Furthermore, the rear part of the delivery panel frame is sequentially provided with garbage storage positions with the same number as the delivery openings from front to back, the garbage storage positions are matched with the delivery openings in a one-to-one mode, an upper opening supporting plate used for shielding the garbage storage positions of the delivery openings below is further arranged below the delivery openings, and one end of the upper opening supporting plate is fixed on the delivery openings. In the utility model, the delivery ports which are arranged up and down are arranged for throwing different types of garbage, so that the upper space and the lower space can be effectively utilized, and the volume of a product is reduced; meanwhile, the delivery port is provided with the upper port supporting plate, so that garbage of the delivery port can be conveniently thrown into the corresponding garbage storage position, and the garbage is prevented from falling into the garbage storage position corresponding to the lower delivery port through the shielding of the upper port supporting plate, and different garbage can be effectively classified.

Further, still be provided with the garbage bin on the position is deposited to rubbish, the top of garbage bin still is provided with the back screen panel, the back screen panel is installed on delivering the panel frame, the back screen panel is including curb plate and the roof that is used for blockking rubbish, just the front end and the delivery mouth intercommunication of back screen panel, lower extreme and garbage bin intercommunication. In rubbish entered into the garbage bin through the back screen panel from the delivery opening, the curb plate and the roof of back screen panel can block rubbish, avoided rubbish to lose outside the garbage bin.

Furthermore, an indicator light is arranged on the delivery panel frame. After the equipment is electrified, the indicator lamp is turned on, the equipment works normally, and the operation of taste throwing can be carried out; when equipment is in failure or is overhauled, the red light is turned on by the indicator light, the throwing port door is locked, and the operation of throwing the taste can not be carried out.

Furthermore, a non-contact inductive switch for opening the drop door is arranged on the side edge of the drop port, and the non-contact inductive switch is in control connection with the drop door. The non-contact inductive switch comprises an infrared correlation inductive switch and a photoelectric inductive switch. Through contactless inductive switch, before the user puts in rubbish, only need be close to and respond to, need not the contact and just can realize opening of the mouth door of throwing of delivery mouth, avoid human and rubbish equipment contact, it is more convenient, sanitary to use.

Further, the rear mesh enclosure is also provided with an exhaust pipeline, so that dirty air generated in the garbage can be exhausted to the outside.

Furthermore, a maintenance and cleaning switch is also arranged on the delivery panel frame. When the equipment needs to be overhauled and cleared, after the overhauling and clearing switch is started, the indicator light on the delivery port is changed from green to red, and at the moment, any induction cannot open the door; the equipment can be overhauled and cleared; after the completion, close the maintenance clearance switch, the pilot lamp is by red green that changes, and equipment normal state that resets can open the door in the response.

Furthermore, the back side of the delivery panel frame is also provided with a cleaning sensor for detecting whether a garbage bin is arranged below the delivery opening. When the cleaning sensor cannot sense the garbage can, the indicating lamp lights a red light, and at the moment, any sensing cannot open the door; after sensing the garbage bin, the indicator light is on green, and equipment normal state that resets, the response can open the door.

Furthermore, an overflow alarm is arranged on the back side of the delivery panel frame and comprises a photoelectric sensor capable of detecting horizontally and an ultrasonic probe capable of detecting vertically. The photoelectric sensor can horizontally detect that the garbage at the opening of the garbage can is overflowed; the ultrasonic probe can vertically detect the overflow of the garbage at the opening of the garbage can; when the garbage overflows, the indicator light lights the red light, and at the moment, any induction cannot open the door; after the garbage is cleared, the photoelectric sensor and the ultrasonic probe cannot sense the overflow of the garbage, the indicator light turns on the green light, the equipment is reset to be in a normal state, and the door can be opened by sensing.

Furthermore, a smoke alarm is further arranged on the back side of the delivery panel frame, and a smoke sensor and a smoke alarm lamp are arranged on the smoke alarm. If smoke is ignited in the equipment, the smoke sensor detects an alarm, the smoke sensor is provided with a smoke alarm lamp to flash a red light and emit sharp alarm sound, and meanwhile, the red light is turned on by the indicator lamp, and at the moment, any induction cannot open the door; when smoke disappears, the smoke sensor resets, the smoke alarm lamp does not flash, the alarm sound stops, the equipment indicator lamp lights the green lamp, the equipment resets to a normal state, and the door can be opened through induction.

Further, the equipment also comprises an air quality sensor which can be arranged on the wall or the ceiling of the station room delivery area and the garbage cleaning area and is used for detecting the air quality.

Furthermore, a temperature and humidity sensor is further installed on the delivery panel frame, so that the environment temperature and humidity data in the garbage station room can be detected and transmitted to the property platform in a networking mode to be displayed.

Further, this rubbish dispensing device is still including spouting medicine disinfection and sterilization mechanism, it is including explosive barrel, shower nozzle to spout medicine disinfection and sterilization mechanism, the shower nozzle is connected with the explosive barrel, explosive barrel level sensor still installs outward on the explosive barrel. The pesticide spraying, disinfecting and sterilizing mechanism can sterilize and sterilize the garbage can, and when the pesticide tank liquid level sensor senses that the pesticide liquid is insufficient, the pesticide tank liquid level sensor sends an alarm signal to the property platform in advance to prompt property personnel to replenish the pesticide liquid; but when the liquid medicine is insufficient and the alarm is given, the normal starting of the device for spraying the medicine is not influenced. The spray head can be set to be automatic spray-killing or manual spray-killing, the automatic spray-killing is a single machine for automatically spraying the pesticide at fixed time, and the spray head can also be networked for intelligently setting the pesticide spraying time; the manual spraying can be switched on and off manually to spray the pesticide.

Furthermore, a pedal inductive switch used for opening the throwing port door is further arranged below the delivery port, and the pedal inductive switch is in control connection with the throwing port door. In the utility model, the pedal inductive switch can adopt an infrared correlation inductive switch and a photoelectric inductive switch, through the design, the door opening mode can be more diversified, when a user holds articles with both hands and is inconvenient to open the door by hand induction, the throw-in door can be opened through the pedal inductive switch, and the user can conveniently select and use the throw-in door.

Furthermore, a throwing port inclined plate which inclines downwards towards the delivery port is arranged outside the delivery port. In the utility model, as the inclined throwing-in port plate is inclined, garbage can automatically slide into the delivery port from the inclined throwing-in port plate, and a user does not need to stretch hands into the delivery port to lose the garbage, so that the garbage throwing machine is safer and more convenient.

Furthermore, a hinge for driving the throwing port door to rotate is arranged between the throwing port door and the delivery port, and the length of an installation piece of the hinge is the same as the width of the throwing port door. By the structure, the edge of the whole throwing-in door can be covered by the mounting piece of the hinge, and the whole hinge structure is more stable and balanced and has long service life; and the installation piece of hinge can fill between throwing mouthful door and delivery port, can not form the clearance between throwing mouthful door and delivery port, has sealed effect, avoids the rubbish smell behind the delivery port to spill over from the delivery port.

Furthermore, a driving mechanism for controlling the opening and closing of the feeding door is further installed on the delivery panel frame, the driving mechanism comprises an installation rod, a push rod motor and an electric push rod, the installation rod is fixed on the back side of the delivery panel frame, the electric push rod is connected with the feeding door, and the push rod motor is arranged on the installation rod and is in driving connection with the electric push rod. The electric push rod can be driven to move through the push rod motor, and then the throwing port door is driven to rotate to be opened or closed.

Furthermore, the edge of the delivery port is also provided with an anti-collision pad which can buffer the impact force on the delivery port when the delivery port door is closed; meanwhile, the space between the throwing port door and the delivery port can be sealed.

Furthermore, a safety grating is arranged on the delivery port. In throwing a mouthful door and closing the in-process or close the back short time, whether the safety grating can respond to and deliver and mouthful go up article, if have, throw a mouthful door and stop closing and open, through setting up safety grating, can avoid the tong effectively, equipment uses safelyr.

Furthermore, an emergency switch is further arranged on the delivery panel frame. When the non-contact inductive switch and the pedal inductive switch fail to open the door or the safety grating fails to open the door, the throw-in door gripper can press the emergency switch to force the throw-in door to open automatically.

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

firstly, the garbage throwing device is provided with delivery ports which are arranged up and down and used for throwing different types of garbage, so that the upper space and the lower space can be effectively utilized, and the volume of a product is reduced; meanwhile, the delivery port is provided with the upper port supporting plate, so that the garbage of the delivery port can be conveniently thrown into the corresponding garbage storage position, and is prevented from falling to the garbage storage position corresponding to the lower delivery port through the shielding of the upper port supporting plate, and different garbage can be effectively classified;

secondly, the delivery panel frame of the garbage throwing-in device is provided with the non-contact inductive switch, so that a user can open a throwing-in door of a delivery port without contact only by approaching and sensing before throwing in garbage, the contact between a human body and the garbage device is avoided, and the garbage throwing-in device is more convenient and sanitary to use;

thirdly, the delivery panel frame of the garbage throwing-in equipment is provided with the pedal inductive switch, so that the door opening mode can be more diversified, and when a user holds articles with both hands and is inconvenient to open the door by using the non-contact inductive switch with hands, the throwing door can be opened by the pedal inductive switch, so that the user can select and use the throwing door conveniently;

in addition, the garbage throwing equipment is also provided with a rear mesh enclosure which can be covered on the garbage can to block garbage, so that the garbage is prevented from being thrown out of the garbage can;

finally, the utility model has simple structure, low cost and convenient use and popularization.

Drawings

Fig. 1 is a schematic diagram of a first-view structure of embodiment 1.

Fig. 2 is a schematic structural diagram of a second viewing angle in embodiment 1.

Fig. 3 is a schematic configuration diagram of a driving mechanism of the slot door according to embodiment 1.

Fig. 4 is an exploded view of example 1.

Fig. 5 is a schematic diagram of a first viewing angle structure of embodiment 2.

Fig. 6 is a schematic structural view of a second viewing angle in embodiment 2.

Fig. 7 is a partially enlarged view of a in fig. 6.

Fig. 8 is an exploded view of example 2.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the utility model and are not intended to limit the utility model.

As shown in fig. 1-8, the implementation of the present invention is as follows:

example 1:

the embodiment provides a single-port non-inductive garbage throwing device which comprises a delivery panel frame 11, wherein a delivery port is arranged on the delivery panel frame 11, and a throwing port door 13 capable of being opened and closed by induction is arranged on the delivery port 12.

The rear of delivering the panel frame 11 is provided with garbage bin 14, the top of garbage bin 14 still is provided with back screen panel 15, back screen panel 15 is installed on delivering the panel frame 11, back screen panel 15 is including being used for blockking curb plate 151 and roof 152 of rubbish, just the front end and the delivery port 12 intercommunication of back screen panel 15, lower extreme and garbage bin 14 intercommunication. In rubbish entered into garbage bin 14 from post mouth 12 through back screen panel 15, the curb plate 151 and the roof 152 of back screen panel 15 can block rubbish, avoided rubbish to throw out outside garbage bin 14.

The delivery opening 12 is also provided with an indicator light 16. After the equipment is powered on, the indicator light 16 is turned on to be green, the equipment works normally, and the operation of taste throwing can be carried out; when equipment is in failure or is overhauled, the indicator light 16 lights a red light, the throwing port door 13 is locked, and the taste-sensitive operation cannot be carried out.

A non-contact inductive switch 17 for opening the drop door 13 is arranged on the side edge of the drop port 12, and the non-contact inductive switch 17 is in control connection with the drop door 13. The non-contact inductive switch 17 can be an infrared correlation inductive switch or a photoelectric inductive switch. Through contactless inductive switch 17, before the user puts in rubbish, only need be close to and respond to, need not the contact and just can realize opening of the mouth of throwing door 13 of delivery mouth 12, avoid human and rubbish equipment contact, it is more convenient, sanitary to use.

The rear mesh enclosure 15 is further provided with an exhaust duct (not shown) capable of exhausting dirty air generated in the trash can 14 to the outside.

The delivery panel frame 11 is also provided with a maintenance and cleaning switch 18. When the equipment needs to be overhauled and cleared, after the overhaul and clear switch 18 is started, the indicator light 16 on the delivery port 12 changes from green to red, and at the moment, any induction cannot open the door; the equipment can be overhauled and cleared; after the completion, close maintenance clearance switch 18, pilot lamp 16 changes green from red, and equipment resets normal condition, and the response can open the door.

The back side of the delivery panel frame 11 is also provided with a clearance sensor 19 for detecting whether there is a trash can 14 below the delivery opening 12. When the cleaning sensor 19 cannot sense the garbage can 14, the indicating lamp 16 lights a red light, and at the moment, any sensing cannot open the door; when the garbage can 14 is sensed, the indicator light 16 is turned on, the equipment is reset to a normal state, and the door can be opened in the sensing mode.

The back side of the delivery panel frame 11 is also provided with an overflow alarm comprising a photoelectric sensor 120 capable of horizontal detection and an ultrasonic probe 132 capable of vertical detection. The photoelectric sensor 120 can horizontally detect that the garbage at the opening of the garbage can is overflowed; the ultrasonic probe 132 can vertically detect the overflow of the garbage at the opening of the garbage can; when the garbage overflows, the indicator light lights the red light, and at the moment, any induction cannot open the door; after the garbage is cleared, the photoelectric sensor 120 and the ultrasonic probe cannot sense that the garbage overflows, the indicator light turns on the green light, the equipment is reset to be in a normal state, and the door can be opened in sensing.

A smoke alarm 121 is further arranged on the back side of the delivery panel frame 11, and a smoke sensor (not shown) and a smoke alarm lamp (not shown) are arranged on the smoke alarm 121. If smoke is ignited in the equipment, the smoke sensor detects an alarm, the smoke sensor is provided with a smoke alarm lamp to flash a red light and send out sharp alarm sound, and meanwhile, the indicator lamp 16 lights the red light, and at the moment, any induction cannot open the door; when smoke disappears, the smoke sensor resets, the smoke alarm lamp does not flash, the alarm sound stops, the equipment indicator lamp 16 lights the green lamp, the equipment resets to a normal state, and the door can be opened through induction.

The apparatus also includes an air quality sensor 122 that can be mounted on the walls or ceiling of the station room delivery area and the trash removal area for air quality detection.

This rubbish dispensing device is still including spouting medicine disinfection and sterilization mechanism 124, it is including explosive barrel (not shown), shower nozzle 1241 to spout medicine disinfection and sterilization mechanism, shower nozzle 1241 is connected with the explosive barrel, explosive barrel level sensor (not shown) still is installed outward to the explosive barrel. The pesticide spraying, disinfecting and sterilizing mechanism 124 can sterilize and sterilize the garbage can 14, and when the pesticide tank liquid level sensor senses that the pesticide liquid is insufficient, an alarm signal is sent to the property platform in advance to prompt property personnel to replenish the pesticide liquid; but when the liquid medicine is insufficient and the alarm is given, the normal starting of the device for spraying the medicine is not influenced. The spray head can be set to be automatic spray-killing or manual spray-killing, the automatic spray-killing is a single machine for automatically spraying the pesticide at fixed time, and the spray head can also be networked for intelligently setting the pesticide spraying time; the manual spraying can be switched on and off manually to spray the pesticide.

A pedal inductive switch 125 for opening the slot door 13 is further arranged below the delivery port 12, and the pedal inductive switch 125 is in control connection with the slot door 13. In the middle of this embodiment, pedal inductive switch 125 can adopt infrared correlation inductive switch, photoelectric sensing switch, through this design, can make the mode of opening the door more diversified, all holds article when user's both hands, and inconvenient opening the door with the hand response, and the door 13 of throwing is opened to pedal inductive switch 125 of accessible, the user of being convenient for selects and uses.

The delivery port 12 is also provided with a port-throwing sloping plate 126 which slopes downwards towards the delivery port. In this embodiment, because the inclined plate 126 is inclined, the garbage can automatically slide into the delivery opening 12 from the inclined plate, and the user does not need to stretch hands into the delivery opening 12 to discard the garbage, so that the garbage disposal device is safer and more convenient.

A hinge 127 for driving the throwing-in door 13 to rotate is arranged between the throwing-in door 13 and the delivery opening 12, and the length of an installation piece of the hinge 127 is the same as the width of the throwing-in door 13. By the structure, the mounting piece of the hinge 127 can cover the edge of the whole throwing-in door 13, and the whole hinge 127 is more stable and balanced in structure and long in service life; and the mounting piece of the hinge 127 can be filled between the drop door 13 and the delivery opening 12, so that a gap can not be formed between the drop door 13 and the delivery opening 12, the sealing effect is achieved, and the garbage smell behind the delivery opening 12 is prevented from overflowing from the delivery opening 12.

The delivery panel frame 11 is also provided with a driving mechanism 128 for controlling the opening and closing of the drop door 13, the driving mechanism 128 comprises a mounting rod 1281, a push rod motor 1282 and an electric push rod 1283, the mounting rod 1281 is fixed on the back side of the delivery panel frame 11, the electric push rod 1283 is connected with the drop door 13, and the push rod motor 1282 is arranged on the mounting rod 1281 and is in driving connection with the electric push rod 1283. The push rod motor 1282 can drive the electric push rod 1283 to move, so as to drive the throwing door 13 to rotate and open or close.

The edge of the delivery opening 12 is also provided with an anti-collision pad 129, and the anti-collision pad 129 can buffer the impact force on the delivery opening 12 when the delivery opening door 13 is closed; and can seal between the slot door 13 and the delivery port 12.

The delivery port 12 is also provided with a safety grating 130. In the closing process of the slot door 13 or in a short time after the slot door is closed, the safety grating 130 can sense whether articles exist on the delivery port 12, if so, the slot door 13 stops closing and opening, and through the arrangement of the safety grating, the clamping of hands can be effectively avoided, and the equipment is safer to use.

An emergency switch 131 is also arranged on the delivery panel frame 11. When the non-contact inductive switch 17 and the pedal inductive switch 125 fail to open the door or the safety grating 130 fails to open the door, the emergency switch 131 can be pressed by the hand of the slot door 13, so that the slot door 13 is forced to open automatically.

The delivery panel frame 11 is also provided with a standby battery 123 for supplying power to the device.

Example 2:

the embodiment provides upper and lower double-opening non-inductive garbage throwing equipment which comprises a delivery panel frame 21, wherein two upper delivery openings 22 and lower delivery openings 23 which are arranged up and down are arranged on the delivery panel frame 21, and the upper delivery openings and the lower delivery openings are respectively provided with a throwing opening door 24 which can be opened and closed by an induction switch.

A first garbage storage position 25 and a second garbage storage position 26 are sequentially arranged behind the delivery panel frame 21 from front to back, and the first garbage storage position 25 is used for storing garbage thrown into the upper delivery opening 22; the second waste deposit space 26 is used for depositing waste thrown into the lower delivery opening 23. An upper opening supporting plate used for shielding the second garbage storage position 26 is further arranged below the upper delivery opening 22, and one end of the upper opening supporting plate is fixed on the upper delivery opening 22. In the embodiment, the delivery ports which are arranged up and down are arranged for throwing different types of garbage, so that the upper space and the lower space can be effectively utilized, and the volume of a product is reduced; meanwhile, the upper port supporting plate 216 is arranged on the upper delivery port 22, so that the garbage of the delivery port can be conveniently thrown into the corresponding garbage storage position, and the garbage is prevented from falling into the second garbage storage position 26 corresponding to the lower delivery port through the shielding of the upper port supporting plate, so that different garbage can be effectively classified.

The delivery panel frame 21 is also provided with an indicator lamp 27. After the equipment is powered on, the indicator lamp 27 is turned on to be green, the equipment works normally, and the operation of taste throwing can be carried out; when equipment is in failure or is overhauled, the indicator lamp 27 is lighted in red, the throwing-opening door 24 is locked, and the operation of throwing the taste cannot be carried out.

The side edges of the upper delivery port 22 and the upper delivery port 23 are provided with a non-contact inductive switch 28 for opening the slot door 24, and the non-contact inductive switch 28 is in control connection with the slot door 24. The non-contact inductive switch 28 adopts an infrared correlation inductive switch and a photoelectric inductive switch. Through contactless inductive switch 28, before the user puts in rubbish, only need be close to and respond to, need not the contact and just can realize opening of the mouth door 24 of throwing of delivery port, avoid human and rubbish equipment contact, it is more convenient, sanitary to use.

The delivery panel frame 21 is also provided with a maintenance and cleaning switch 29. When the equipment needs to be overhauled and cleared, after the overhauling and clearing switch 29 is started, the indicator lamp 27 on the delivery port is changed from green to red, and at the moment, any induction cannot open the door; the equipment can be overhauled and cleared; after the completion, close maintenance clearance switch 29, pilot lamp 27 changes green from red, and equipment resets normal condition, and the response can open the door.

The back side of the delivery panel frame 21 is also provided with an overflow alarm, which comprises a photoelectric sensor 210 capable of detecting horizontally and an ultrasonic probe (not shown) capable of detecting vertically. The photoelectric sensor 210 can horizontally detect that the garbage at the opening of the garbage can is overflowed; the ultrasonic probe can vertically detect the overflow of the garbage at the opening of the garbage can; when the garbage overflows, the indicator light lights the red light, and at the moment, any induction cannot open the door; after the garbage is cleared, the photoelectric sensor 210 and the ultrasonic probe cannot sense that the garbage overflows, the indicator light turns on the green light, the equipment is reset to be in a normal state, and the door can be opened in sensing.

The delivery panel 21 is further provided with a temperature and humidity sensor 211 which can monitor the environmental temperature and humidity data in the garbage station room, and the data are transmitted to the property platform through a network for display.

A pedal inductive switch 212 for opening the slot door 24 is further arranged below the upper delivery port 22 and the upper delivery port 23, and the pedal inductive switch 212 is in control connection with the slot door 24. In the middle of this embodiment, pedal inductive switch 212 can adopt infrared correlation inductive switch, photoelectric sensing switch, through this design, can make the mode of opening the door more diversified, all holds article when user's both hands, and inconvenient opening the door with the hand response, and the door 24 of throwing is opened to pedal inductive switch 212 of accessible, the user of being convenient for selects and uses.

A hinge 213 for driving the throwing-in door 24 to rotate is arranged between the throwing-in door 24 and the delivery port, and the length of an installation piece of the hinge 213 is the same as the width of the throwing-in door 24. By the structure, the mounting piece of the hinge 213 can cover the edge of the whole throwing-in door 24, and the whole hinge 213 has more stable and balanced structure and long service life; and the mounting piece of the hinge 213 can be filled between the drop inlet door 24 and the delivery port, so that a gap can not be formed between the drop inlet door 24 and the delivery port, the sealing effect is achieved, and the smell of garbage behind the delivery port is prevented from overflowing from the delivery port.

The delivery panel frame 21 is further provided with a driving mechanism 214 for controlling the opening and closing of the drop door 24, the driving mechanism 214 comprises an installation rod 2141, a push rod motor 2142 and an electric push rod 2143, the installation rod 2141 is fixed on the back side of the delivery panel frame 21, the electric push rod 2143 is connected with the drop door 24, and the push rod motor 2142 is arranged on the installation rod 2141 and is in driving connection with the electric push rod 2143. The push rod motor 2142 can drive the electric push rod 2143 to move, so as to drive the slot door 24 to rotate, and open or close.

The edges of the upper delivery opening 22 and the lower delivery opening 23 are also provided with anti-collision pads 215, and the anti-collision pads 215 can buffer the impact force on the upper delivery opening 22 and the lower delivery opening 23 when the delivery opening door 24 is closed; and also seals between the slot door 24 and the upper and lower delivery slots 22, 23.

The upper delivery port 22 and the lower delivery port 23 are also provided with a safety grating 217. In the closing process of the slot door 24 or in a short time after closing, the safety grating 217 can sense whether articles exist on the delivery port, if so, the slot door 24 stops closing and opening, and through the arrangement of the safety grating 217, the clamping of hands can be effectively avoided, and the equipment is safer to use.

An emergency switch 218 is also arranged on the delivery panel frame 21. When the door opening of the non-contact inductive switch 28 and the foot inductive switch 212 fails or the safety grating 217 fails, the throwing door 24 is clamped by hands, and the emergency switch can be pressed to force the throwing door 24 to be automatically opened.

The present invention is not limited to the above preferred embodiments, and any modifications, equivalent substitutions and improvements made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (10)

1. A non-inductive garbage throwing device is characterized by comprising a delivery panel frame, wherein one or a plurality of delivery ports which are arranged up and down are arranged on the delivery panel frame, and a throwing port door capable of being switched in a non-contact manner is arranged on each delivery port;

garbage storage positions with the same number as the delivery openings are sequentially arranged behind the delivery panel frame from front to back, the garbage storage positions are matched with the delivery openings in a one-to-one mode, an upper opening supporting plate used for shielding the garbage storage positions of the delivery openings below is further arranged below the delivery openings, and one end of the upper opening supporting plate is fixed on the delivery openings;

a pedal induction switch for opening the throwing port door is further arranged below the delivery port, and the pedal induction switch is in control connection with the throwing port door;

the garbage storage device is characterized in that a garbage can is further arranged on the garbage storage position, a rear mesh enclosure is further arranged above the garbage can and mounted on the delivery panel frame, the rear mesh enclosure comprises a side plate used for blocking garbage, the front end of the rear mesh enclosure is communicated with the delivery opening, and the lower end of the rear mesh enclosure is communicated with the garbage can.

2. The non-inductive trash throwing device of claim 1, wherein a non-contact inductive switch for opening the throwing port door is arranged at the side of the delivery port, and the non-contact inductive switch is in control connection with the throwing port door.

3. The non-inductive garbage throwing apparatus according to claim 1, wherein said rear net cover is further provided with an exhaust duct for exhausting the foul air generated in the garbage can to the outside.

4. The non-inductive trash throwing device of claim 1, wherein said delivery panel frame is further provided with a maintenance and cleaning switch; the back side of the delivery panel frame is also provided with a cleaning inductor used for detecting whether a garbage bin is arranged below the delivery opening.

5. The non-inductive garbage throwing device of claim 1, wherein a temperature and humidity sensor is further mounted on said delivery panel frame.

6. The non-inductive trash throwing device of claim 1, further comprising a pesticide spraying and disinfecting mechanism, wherein the pesticide spraying and disinfecting mechanism comprises a pesticide barrel and a spray head, the spray head is connected with the pesticide barrel, and a pesticide barrel liquid level sensor is further mounted outside the pesticide barrel.

7. The non-inductive trash throwing device of claim 1, wherein an overflow alarm is further disposed on a back side of the delivery panel frame, and the overflow alarm comprises a photoelectric sensor capable of detecting horizontally and an ultrasonic probe capable of detecting vertically.

8. The non-inductive trash throwing device of claim 1, wherein a throwing port inclined plate is installed outside the delivery port and inclined downward toward the delivery port.

9. The non-inductive garbage throwing device according to claim 1, wherein a hinge for driving the throwing port door to rotate is installed between the throwing port door and the delivery port, and the length of an installation piece of the hinge is the same as the width of the throwing port door; the delivery panel frame is also provided with a driving mechanism for controlling the opening and closing of the delivery port door, the driving mechanism comprises an installation rod, a push rod motor and an electric push rod, the installation rod is fixed on the back side of the delivery panel frame, the electric push rod is connected with the delivery port door, and the push rod motor is arranged on the installation rod and is in driving connection with the electric push rod.

10. A non-inductive refuse chute according to claim 1, characterized in that the edge of the delivery opening is provided with crash pads.

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