TW202405729A - Multifunctional automatic recycling machine wherein, the multifunctional automatic recycling machine precisely identifies recyclable bottles and cans, and crushes them after successful recycling to reduce storage volume and increase recycling volume - Google Patents

Abstract

The present invention provides a multifunctional automatic recycling machine, which includes: a machine body having multiple casings and provided with a bottle and can inlet and a bottle and can storage space; a control mechanism set up inside the machine body and provided with a control circuit and a control display panel that are electrically connected to each other; a bottle and can recycling mechanism set up inside the machine body and provided with a bottle and can transport component, a bottle and can image capture module, a bottle and can weight sensing module, and a bottle and can outlet gate. The control circuit determines whether the item to be recycled is a set recyclable bottle or can based on the bottle and can image signal, material spectrum recognition, metal detection, and weight sensing signal, and controls the opening and closing of the bottle and can outlet gate, and controls the bottles and cans that meet the set recyclable criteria to be sent to the bottle and can outlet gate and drops them into the bottle and can storage space for crushing, thereby achieving precise determination of recyclables to save manpower and time, and after successful recycling, it can be immediately crushed to achieve the effect of reducing storage volume and increasing recycling volume.

Description

Multifunctional automatic recycling machine

The present invention relates to a recycling machine, and in particular, to a multifunctional automatic recycling machine that can accurately determine the recycled content to save manpower and time, and can crush it immediately after recycling to reduce the storage volume and increase the recycling amount.

As the quality of life continues to improve, people pay more and more attention to environmental protection. The most important thing in environmental protection is the classification and recycling of waste. Different wastes are collected and reused, and they are decomposed and remanufactured into environmentally friendly products to achieve resource reuse. And reduce the consumption of raw materials.

The government has announced that Taiwan will achieve net-zero carbon emissions by 2025. In view of the current Throw general recycling garbage into the trash can, and then you need to hire someone to sort and recycle it. Therefore, these recycling processes will incur labor costs for transportation, and the recycling process will also produce a lot of carbon footprints, because recycling in recycling treatment plants is generally garbage time It also requires manual or machine sorting. During the machine sorting process, waste water, waste heat and waste carbon will be produced. The reduction of waste carbon is very helpful to the global environment.

In addition, dry batteries are a portable energy source, so many electrical products use dry batteries as backup power sources so that users can continue to use dry batteries when outdoors. Therefore, dry batteries are widely and widely used. , and because dry batteries are consumables, they are discarded when the energy of the battery is exhausted or cannot be used; and when used batteries are not recycled and properly disposed of, and are discarded at will, it will cause great pollution to the environment, so the world Everyone is trying their best to promote the recycling and processing of waste batteries. However, the current common recycling method is usually manual sorting and recycling, which not only causes a waste of manpower, but is also very time-consuming.

At present, although the recycling of classified collection of dry batteries has been promoted and various recycling bins have been set up, overall the recycling rate is not high and the effectiveness still needs to be worked hard. Therefore, if a better recycling device and solution platform can be designed and provided system and achieve economic recycling effects, it is bound to contribute to the recycling of PET bottles and waste batteries, and the integrated recycling device for PET bottles and waste batteries can accurately classify and increase recycling The amount will inevitably reduce more transportation times, thereby achieving net zero carbon emissions. The effect of sustainable management.

Therefore, how to solve the above-mentioned problem of providing a recycling device and solution platform system that can perfectly recycle PET bottles and dry batteries is the direction that the inventor of the present invention and related manufacturers engaged in this industry are eager to research and improve.

Therefore, in order to effectively solve the above-mentioned problems, the main purpose of the present invention is to provide a multifunctional automatic recycling machine that can accurately determine the recycled content to save manpower and time, and can crush it immediately after recycling to reduce the storage volume and increase the recycling amount. .

Another object of the present invention is to provide a multifunctional automatic recycling machine that can collect shopping money after recycling.

In order to achieve the above object, the present invention provides a multi-functional automatic recycling machine, which includes: a machine body, the machine body has a plurality of shells and a bottle input port is provided on the shell, and a bottle storage is formed at the bottom of the machine body space; a control mechanism, the control mechanism is arranged in the body, and the control mechanism is provided with a control circuit and a control display panel that are electrically connected to each other; a bottle and can recycling mechanism, the bottle and can recycling mechanism is provided with In the body, the bottle and can recycling mechanism is provided with a bottle and can conveying assembly, a bottle and can image capturing module, a bottle and can weight sensing module and a bottle and can exit gate, and the bottle and can conveying assembly is connected The bottle and can input port transports items to be recycled, and the bottle and can image capture module captures images of the items to be recycled and generates a bottle and can image signal to the control circuit, and the bottle and can weight sensing module The weight of the item to be recycled is sensed and a weight sensing signal is generated to the control circuit, and the control circuit determines the item to be recycled through the bottle image signal, material spectrum identification, metal sensing and weight sensing signals. Whether it is to set recyclable bottles and cans and control the opening and closing of the bottle and can exit gate, and control the bottle and can conveying assembly to send the bottles and cans that meet the set recyclability to the bottle and can exit gate and drop them into the bottle and can storage space .

According to an embodiment of the multifunctional automatic recycling machine of the present invention, the bottle and can recycling mechanism further includes a bottle and can backlight module, a bottle and can position sensing module and a metal sensing module. The bottle and can backlight module The module generates a light source so that the bottle image capturing module can capture images of the items to be recycled, and the bottle position sensing module senses the moving position of the items to be recycled on the bottle conveying assembly and A bottle and can position sensing signal is generated to the control circuit. The control circuit controls the bottle and can conveying assembly to stop via the bottle and can position sensing signal, and the bottle and can image capture module can capture the items to be recycled. image, and the metal sensing module senses whether the item to be recycled is made of metal and generates a metal sensing signal to the control circuit.

According to one embodiment of the multifunctional automatic recycling machine of the present invention, the machine body is further provided with a bottle and can recycling channel and a crushing assembly. One end of the bottle and can recovery channel is connected to the bottle and can outlet gate, and the other end is connected to the crushing assembly. assembly, and the crushing assembly is connected to the bottle and can storage space.

According to one embodiment of the multifunctional automatic recycling machine of the present invention, a battery insertion port is provided on the casing, and a battery storage space is formed at the bottom of the casing.

According to one embodiment of the multifunctional automatic recycling machine of the present invention, it further includes a battery recycling mechanism. The battery recycling mechanism is disposed in the body, and the battery recycling mechanism is provided with a battery transport component and a battery image capture module. A set and a battery exit gate, the battery transport component is connected to the bottle input port and transports items to be recycled, and the battery image capture module captures images of the items to be recycled and generates a battery image signal to the control circuit, the control circuit determines whether the item to be recycled is a set recyclable battery through the battery image signal and controls the opening and closing of the battery exit gate, and controls the battery transport component to send batteries that meet the set recyclability to the battery exit gate And dropped to the battery storage space.

According to an embodiment of the multifunctional automatic recycling machine of the present invention, the battery recycling mechanism further includes a battery backlight module and a battery position sensing module. The battery backlight module generates a light source for capturing images of the battery. The retrieval module can capture images of the items to be recycled, and the battery position sensing module senses the moving position of the items to be recycled on the battery transport component and generates a battery position sensing signal to the control circuit. The control circuit The circuit controls the battery transport component to stop via the battery position sensing signal, and the battery image capture module can capture images of the items to be recycled.

According to an embodiment of the multifunctional automatic recycling machine of the present invention, the machine body is further provided with a battery recycling channel, one end of the battery recycling channel is connected to the battery outlet gate, and the other end is connected to the connected battery storage space.

According to an embodiment of the multifunctional automatic recycling machine of the present invention, the control display panel is provided on the casing, and the casing is further provided with a scanning component and a paper discharging component, and the scanning component and the paper discharging component are The control circuit is electrically connected, and the control circuit calculates the discount amount generated by the successfully recycled items, and prints the discount amount from the paper output component, or transmits the discount amount signal to a cloud. platform.

According to an embodiment of the multifunctional automatic recycling machine of the present invention, a reset button is further provided at the bottom of the machine body, and the reset button is electrically connected to the control circuit.

According to an embodiment of the multifunctional automatic recycling machine of the present invention, the bottle storage space is provided with a bottle full level sensing module electrically connected to the control circuit, and the battery storage space is provided with a battery full level sensing module. The bit sensing module is electrically connected to the control circuit.

The above objects and structural and functional characteristics of the present invention will be explained based on the preferred embodiments of the accompanying drawings.

In the following, the structure and technical content of the multifunctional automatic recycling machine of the present invention are listed and explained in detail with reference to the accompanying drawings; however, the present invention is of course not limited to the listed examples. These embodiments, drawings or detailed descriptions are provided only.

Furthermore, those familiar with this technology should also understand that the enumerated embodiments and attached drawings are only for reference and illustration, and are not intended to limit the present invention; it can be easily implemented based on these descriptions. Inventions completed by modifications or changes are deemed to be within the scope of the spirit and intention of the present invention. Of course, such inventions are also included in the patentable scope of the present invention.

In addition, the directional terms mentioned in the following embodiments, such as "up", "down", "left", "right", "front", "back", etc., are only for reference to the directions shown in the attached figures. Therefore, the directional terms used are used to illustrate but not to limit the present invention; furthermore, in the following embodiments, the same or similar component numbers will be used for the same or similar components.

First, please refer to Figures 1 and 2, which are three-dimensional and partial assembly schematic diagrams of a multi-functional automatic recycling machine 1 of the present invention. The multi-functional automatic recycling machine 1 includes a body 2 And a control mechanism 3, a bottle recycling mechanism 4 and a battery recycling mechanism 5.

The body 2 is provided with a plurality of housings 21 on the outside. In this embodiment, the housing 21 is provided on the upper front part of the body 2, and a bottle insertion port 22 and a battery insertion port 23 are respectively provided at these two places. , and the body 2 is provided with a bottle recovery channel 24 and a battery recovery channel 25, and one end of the bottle recovery channel 24 is provided with a crushing component 241, and a bottle storage space 26 and a battery recovery space are formed at the bottom. Storage space 27, the bottle storage space 26 and the battery storage space 27 are arranged inside the front lower shell 21, and the bottle storage space 26 is connected to the bottle recovery channel 24 and is provided with a bottle full The battery storage space 27 is connected to the battery recovery channel 25 and is provided with a battery full level sensing module 271 .

The control mechanism 3 is provided in the body 2, and the control mechanism 3 is provided with a control circuit 31 and a control display panel 32. The control circuit 31 is electrically connected to the control display panel 32, and the control display panel 32 is electrically connected to the control display panel 32. The panel 32 is disposed on the front upper housing 21, and the control circuit 31 is electrically connected to a scanning component 33 and a paper discharging component 34. The scanning component 33 and the paper discharging component 34 are assembled on the front upper housing. 21, and the control circuit 31 is also electrically connected to the bottle full level sensing module 261 and the battery full level sensing module 271, and the control circuit 31 is electrically connected to a reset button at the bottom of the body 2 The button (not shown in the figure), and the signal are connected to a cloud platform, which can be, for example, a convenience store membership platform.

The bottle and can recovery mechanism 4 is provided in the body 2, and the bottle and can recovery mechanism 4 is provided with a bottle and can transport assembly 41, a bottle and can image capture module 42, and a bottle and can weight sensing module. 43 and a bottle outlet gate 44 and a bottle backlight module 45 and a bottle position sensing module 46 and a metal sensing module 47, in which the bottle conveying component 41 and the bottle image capture module 42, the bottle and can weight sensing module 43, the bottle and can exit gate 44, the bottle and can backlight module 45, the bottle and can position sensing module 46 and the metal sensing module 47 are electrically connected to the control circuit 31, The bottle image capturing module 42 and the bottle position sensing module 46 are disposed on one side of the bottle conveying assembly 41, and the bottle backlight module 45 is disposed on the bottle conveying assembly 41. On the other side, the bottle and can conveying assembly 41 is arranged in an inclined manner, and the tilted manner is such that the height of the side adjacent to the bottle and can backlight module 45 is lower than the side adjacent to the bottle and can image capture module 42 On the other hand, the bottle and can weight sensing module 43 is disposed at the bottom of the bottle and can conveying assembly 41, and the bottle and can outlet gate 44 and the metal sensing module 47 are disposed on the bottle and can conveying assembly 41. At the end position, the bottle and can outlet gate 44 is connected to the bottle and can recovery channel 24 .

The battery recycling mechanism 5 is provided in the body 2, and the battery recycling mechanism 5 is provided with a battery transport component 51, a battery image capture module 52, a battery exit gate 53 and a battery backlight module 54. In addition, the battery recycling mechanism 5 can also be provided with a battery position sensing module to detect the battery position on the battery transport assembly 51. However, in this embodiment, the battery image capture module 52 is used to determine the battery transport. The battery position on the component 51, wherein the battery transport component 51 and the battery image capture module 52, the battery outlet gate 53 and the battery backlight module 54 are electrically connected to the control circuit 31, and the battery image capture module The group 52 is disposed on one side of the battery transport assembly 51, and at the position shown in the figure, the battery image capture module 52 is disposed on the rear side of the control display panel 32, so the image capture module The assembly location is the pull-out area, and the battery backlight module 54 is disposed on the other side of the battery transport component 51, and the battery transport component 51 is disposed in an inclined manner adjacent to the battery backlight module. The side height of the group 54 is lower than the side adjacent to the battery image capture module 52, and the battery outlet gate 53 is disposed at the end position of the bottle conveying assembly 41, and the battery outlet gate 53 communicates with all Described battery recovery channel 25.

Please refer to the above-mentioned drawings and Figures 3 to 6, which are schematic diagrams 1 to 3 of the use of the multifunctional automatic recycling machine 1 of the present invention, and schematic diagrams 1 to 3 of the recycling of bottles and cans. When the automatic recycling machine is used, The user can select the recycling options of the control display panel 32 according to the recycling items. In addition, before displaying the recycling options, the control display panel 32 will first display instructions and options including operating instructions, starting use, etc., and then the control display panel 32 will display the recycling options. In this embodiment, the display panel 32 displays the PET bottle option and the battery option. In addition, the control display panel 32 may also display the metal can option, but in this embodiment, the metal can option is not displayed.

In this embodiment, the user's items to be recycled are PET bottles. Therefore, the user selects the PET bottle option displayed on the control display panel 32, and when the PET bottle option is selected, the bottle can The bottle and can conveying component 41 of the recycling mechanism 4, the bottle and can image capturing module 42, the bottle and can weight sensing module 43, the bottle and can backlight module 45, the bottle and can position sensing module 46, and the metal sensing module 47 Start, after the items to be recycled are put into the bottle and can input port 22, the bottle and can transport assembly 41 transports the items to be recycled. At this time, the bottle and can position sensing module 46 senses the position of the bottle and can transport assembly 41. The items to be recycled move and generate a bottle and can position sensing signal to the control circuit 31. The control circuit 31 controls the bottle and can conveying assembly 41 to stop through the bottle and can position sensing signal, and the bottle and can backlight module The light source generated by 45 can be used by the bottle image capturing module 42 to capture the image of the item to be recycled, so that the bottle image capturing module 42 captures the image of the item to be recycled and generates a bottle image signal. To the control circuit 31, the bottle weight sensing module 43 senses the weight of the items to be recycled and generates a weight sensing signal to the control circuit 31, and the metal sensing module 47 senses the weight of the items to be recycled. Whether the item to be recycled is made of metal and generates a metal sensing signal to the control circuit 31, so the control circuit 31 can calculate whether the item to be recycled is mixed with the bottle image signal, the weight sensing signal and the metal sensing signal. The PET bottles are set to be recyclable, and in this embodiment, the control circuit 31 detects based on the shape, material, weight and transmittance of the items to be recycled, so the bottle image capture module 42 captures The shape and light transmittance of the items to be recycled are used for detection, and the bottle and can weight sensing module 43 captures the weight of the recycled items, and the metal sensing module 47 determines whether the recycled items are metal. Therefore, in this embodiment, the material of the PET bottles for the items to be recycled recycled by the multi-functional recycling machine needs to be transparent PET material and there must be no liquid or foreign matter inside. However, the caps and coatings of the PET bottles are not Within the limit of light transmittance, and plastic bottles that have been stepped on are also recyclable. In addition, in this embodiment, transparent PET material is used as the main implementation method, but it is not limited to this. It can mainly be based on The control circuit 31 is set according to the type of items to be recycled. For example, it can also be set to only recycle bottles and cans made of PP material. The main purpose is to change the recycled materials by setting the material spectrum through the control circuit, so the multi-functional automatic recycling machine can be achieved. 1 can be customized and changed according to the user's settings. Therefore, when the control circuit 31 determines that the item to be recycled is set to be recyclable through the bottle image signal, the bottle image signal, the metal sensing signal and the material spectrum recognition. When collecting PET bottles, the control circuit 31 controls the opening of the bottle and can outlet gate 44, and controls the bottle and can conveying assembly 41 to send the bottles and cans that meet the set recyclability to the bottle and can outlet gate 44 and pass through the bottle and can recycling channel 24. Dropped to the bottle and can storage space 26, the recyclable bottles and cans are crushed by the crushing assembly 241 and the crushed objects fall to the bottle and can storage space 26, leaving the contents of the bottle and can storage space 26 What is placed are the fragments crushed by the crushing component 241, and the setting of the crushing component allows the multi-functional automatic recycling machine 1 to achieve functions that cannot be achieved by recycling devices currently on the market. Moreover, the multi-functional automatic recycling machine of the present invention 1. Shredding the items to be recycled of a single material can also simplify the subsequent recycling and regeneration process. On the contrary, if the control circuit 31 determines the items to be recycled through the bottle image signal, the bottle image signal and the metal sensing signal. When the items to be recycled are set to be non-recyclable, the control circuit 31 controls not to open the bottle and can exit gate 44, and the control circuit 31 controls the bottle and can conveying assembly 41 to reverse the direction of the bottle and can conveying assembly 41 to exit the items to be recycled from the bottle and can input port 22. .

And after the control circuit 31 determines that the items to be recycled are successfully recovered, the control circuit 31 calculates the discount amount generated by the successfully recovered items, and displays the discount amount on the control display panel 32. The control display panel 32 The options of paper discount and cloud platform are displayed above for the user to choose. If the user selects the option of paper discount, the discount amount will be printed out by the paper output component 34. Otherwise, if the user selects the cloud platform If you choose the platform option, you can enter a phone number on the control display panel 32 or scan the member barcode through the scanning component 33 to send the discount amount signal to the cloud platform.

In addition, if the multi-functional automatic recycling machine 1 has a metal can option, the control display panel 32 can also display the metal can option, and can also be provided with a metal can recycling channel and a metal can storage space corresponding to the metal can, and The control circuit 31 can calculate whether the items to be recycled meet the set recyclable metal cans through the mixture of the bottle and can image signals, weight sensing signals and metal sensing signals, and then the metal cans pass through the metal can recycling channel and drop to In the metal can storage space.

Please refer to the aforementioned drawings and Figures 7 to 10, which are schematic diagrams 2 of the use of the multifunctional automatic recycling machine 1 and schematic diagrams 1 to 3 of the battery recycling implementation of the present invention. When the automatic recycling machine is used, use The user can select the recycling options of the control display panel 32 according to the recycling items. In addition, before displaying the recycling options, the control display panel 32 will first display instructions and options including operating instructions, start-up steps, etc., and then the control display panel 32 will display the recycling options. In this embodiment, the panel 32 displays the PET bottle option and the battery option. In addition, the control display panel 32 may also display the metal can option, but in this embodiment, the metal can option is not displayed.

In this embodiment, the user's item to be recycled is a battery. Therefore, the user selects the battery option displayed on the control display panel 32, and when the battery option is selected, the battery transport component of the battery recycling mechanism 5 51, the battery image capture module 52 and the battery backlight module 54 are started, so that after the items to be recycled are put into the battery input port 23, the battery transport assembly 51 transports the items to be recycled. At this time, the battery backlight module 54 The light source that generates the light source allows the battery image capture module 52 to capture the image of the item to be recycled, so that the battery image capture module 52 captures the image of the item to be recycled and generates a battery image signal to the control circuit. 31, so the control circuit 31 can use the battery image signal to calculate whether the item to be recycled meets the set recyclable battery, and in this embodiment, the control circuit 31 performs detection based on the shape of the item to be recycled, so , when the control circuit 31 determines that the item to be recycled is a set recyclable battery through the battery image signal, the control circuit 31 controls to open the battery exit gate 53 and controls the battery transport assembly 51 to comply with the set recyclability The battery is sent to the battery exit gate 53 and passes through the battery recycling channel 25 and falls to the battery storage space 27. On the contrary, if the control circuit 31 determines that the item to be recycled is not a recyclable battery through the battery image signal. , the control circuit 31 controls not to open the battery outlet gate 53 , and the control circuit 31 controls the battery transport assembly 51 to reverse and exit the items to be recycled from the battery input port 23 .

And after the control circuit 31 determines that the items to be recycled are successfully recovered, the control circuit 31 calculates the discount amount generated by the successfully recovered items, and displays the discount amount on the control display panel 32. The control display panel 32 The options of paper discount and cloud platform are displayed above for the user to choose. If the user selects the option of paper discount, the discount amount will be printed out by the paper output component 34. Otherwise, if the user selects the cloud platform If you choose the platform option, you can enter a phone number on the control display panel 32 or scan the member barcode through the scanning component 33 to send the discount amount signal to the cloud platform.

In this way, the multifunctional automatic recycling machine 1 can accurately determine the recyclables to save manpower and time, and can generate shopping credits for the user after successful recycling.

In addition, the bottle storage space 26 is connected to the bottle recovery channel 24 and is provided with a bottle full level sensing module 261, and the battery storage space 27 is connected to the battery recovery channel 25 and is provided with a battery full level. Sensing module 271, and when the bottle and can full level sensing module 261 detects that the waste in the bottle and can storage space 26 is full, a warning signal is generated to the control circuit 31, and the battery is full. When the sensing module 271 detects that the battery storage space 27 is full of waste, it will also generate a warning signal to the control circuit 31, and the control circuit 31 can present the warning signal on the control display panel 32. , until the waste in the bottle storage space 26 and the battery storage space 27 is cleared and the reset button is pressed, the function of the multi-functional automatic recycling machine 1 to recycle objects to be recycled is restored.

The present invention has been described in detail above. However, the above is only a preferred embodiment of the present invention. It cannot limit the scope of the present invention, that is, all equivalent changes and modifications can be made according to the scope of the present invention. etc., should still fall within the scope of the patent of the present invention.

1: Multifunctional automatic recycling machine 2: Body 21: Shell 22:Bottle and can input port 23:Battery input port 24:Bottle and can recycling channel 241:Crush components 25:Battery recycling channel 26: Bottle and can storage space 261: Bottle and tank full level sensing module 27:Battery storage space 271:Battery full sensing module 3: Control mechanism 31:Control circuit 32:Control display panel 33: Scan components 34: Paper output assembly 4: Bottle and can recycling mechanism 41:Bottle and can conveying components 42: Bottle and jar image capture module 43:Bottle and can weight sensing module 44:Bottle and can exit gate 45:Bottle and can backlight module 46: Bottle and can position sensing module 47:Metal sensing module 5:Battery recycling agency 51:Battery transport assembly 52:Battery image capture module 53:Battery exit gate 54:Battery backlight module

Figure 1 is a schematic diagram of the three-dimensional combination of the multifunctional automatic recycling machine of the present invention. Figure 2 is a partial assembly schematic diagram of the multifunctional automatic recycling machine of the present invention. Figure 3 is a schematic diagram of the use of the multifunctional automatic recycling machine of the present invention. Figure 4 is a schematic diagram 1 of the implementation of the multi-functional automatic recycling machine of the present invention for recycling bottles and cans. Figure 5 is the second schematic diagram of the implementation of the multi-functional automatic recycling machine of the present invention for recycling bottles and cans. Figure 6 is the third schematic diagram of the implementation of the multi-functional automatic recycling machine of the present invention for recycling bottles and cans. Figure 7 is the second schematic diagram of the use of the multifunctional automatic recycling machine of the present invention. Figure 8 is a schematic diagram 1 of the battery recycling implementation of the multifunctional automatic recycling machine of the present invention. Figure 9 is the second schematic diagram of the battery recycling implementation of the multifunctional automatic recycling machine of the present invention. Figure 10 is the third schematic diagram of the battery recycling implementation of the multifunctional automatic recycling machine of the present invention.

1: Multifunctional automatic recycling machine

22:Bottle and can input port

23:Battery input port

24:Bottle and can recycling channel

241:Crush components

25:Battery recycling channel

26: Bottle and can storage space

261: Bottle and tank full level sensing module

27:Battery storage space

271:Battery full sensing module

3: Control mechanism

31:Control circuit

32:Control display panel

33: Scan components

34: Paper output assembly

4: Bottle and can recycling mechanism

41:Bottle and can conveying components

42: Bottle and jar image capture module

43:Bottle and can weight sensing module

44:Bottle and can exit gate

45:Bottle and can backlight module

46: Bottle and can position sensing module

47:Metal sensing module

5:Battery recycling agency

51:Battery transport assembly

52:Battery image capture module

53:Battery exit gate

54:Battery backlight module

Claims (10)

A multifunctional automatic recycling machine, including: A machine body, the machine body has a plurality of shells and a bottle input port is provided on the shell, and a bottle storage space is formed at the bottom of the machine body; A control mechanism, the control mechanism is provided in the body, and the control mechanism is provided with a control circuit and a control display panel that are electrically connected to each other; and A bottle and can recycling mechanism is provided in the body, and the bottle and can recycling mechanism is provided with a bottle and can transport component, a bottle and can image capture module, and a bottle and can weight sensing module. A bottle and can exit gate, the bottle and can conveying component is connected to the bottle and can input port and transports items to be recycled, and the bottle and can image capture module captures the image of the item to be recycled and generates a bottle and can image signal to The control circuit and the bottle and can weight sensing module sense the weight of the items to be recycled and generate a weight sensing signal to the control circuit, and the control circuit passes the bottle and can image signal and the weight sensing signal. Determine whether the items to be recycled are bottles and cans that are set to be recyclable and control the opening and closing of the bottle and can exit gate, and control the bottle and can transport assembly to send bottles and cans that meet the set recyclability to the bottle and can outlet gate and drop them to the bottle cans. Bottle storage space. The multifunctional automatic recycling machine as described in claim 1, wherein the bottle and can recycling mechanism further includes a bottle and can backlight module, a bottle and can position sensing module and a metal sensing module, and the bottle and can backlight module The module generates a light source so that the bottle image capturing module can capture images of the items to be recycled, and the bottle position sensing module senses the moving position of the items to be recycled on the bottle conveying assembly and A bottle and can position sensing signal is generated to the control circuit. The control circuit controls the bottle and can conveying assembly to stop via the bottle and can position sensing signal, and the bottle and can image capture module can capture the items to be recycled. image, and the metal sensing module senses whether the item to be recycled is made of metal and generates a metal sensing signal to the control circuit. The multifunctional automatic recycling machine as described in claim 2, wherein the machine body is further provided with a bottle and can recycling channel and a crushing assembly. One end of the bottle and can recovery channel is connected to the bottle and can outlet gate, and the other end is connected to the crushing assembly. assembly, and the crushing assembly is connected to the bottle and can storage space. The multifunctional automatic recycling machine as claimed in claim 1, wherein the casing is provided with a battery insertion port, and a battery storage space is formed at the bottom of the casing. The multifunctional automatic recycling machine as described in claim 4 further includes a battery recycling mechanism, the battery recycling mechanism is arranged in the body, and the battery recycling mechanism is equipped with a battery transport component and a battery image capture module A set and a battery exit gate, the battery transport component is connected to the bottle input port and transports items to be recycled, and the battery image capture module captures images of the items to be recycled and generates a battery image signal to the control circuit, the control circuit determines whether the item to be recycled is a set recyclable battery through the battery image signal and controls the opening and closing of the battery exit gate, and controls the battery transport component to send batteries that meet the set recyclability to the battery exit gate And dropped to the battery storage space. The multifunctional automatic recycling machine of claim 5, wherein the battery recycling mechanism further includes a battery backlight module and a battery position sensing module, and the battery backlight module generates a light source for image capture of the battery. The retrieval module can capture images of the items to be recycled, and the battery position sensing module senses the moving position of the items to be recycled on the battery transport component and generates a battery position sensing signal to the control circuit. The control circuit The circuit controls the battery transport component to stop via the battery position sensing signal, and the battery image capture module can capture images of the items to be recycled. The multifunctional automatic recycling machine of claim 6, wherein the machine body is further provided with a battery recycling channel, one end of which is connected to the battery exit gate, and the other end is connected to the connected battery storage space. The multifunctional automatic recycling machine as claimed in claim 1, wherein the control display panel is provided on the housing, and the housing is further provided with a scanning component and a paper discharging component, and the scanning component and the paper discharging component are The control circuit is electrically connected, and the control circuit calculates the discount amount generated by the successfully recycled items, and prints the discount amount from the paper output component, or transmits the discount amount signal to a cloud. platform. The multifunctional automatic recycling machine as claimed in claim 1, wherein a reset button is provided at the bottom of the machine body, and the reset button is electrically connected to the control circuit. The multifunctional automatic recycling machine as described in claim 1, wherein the bottle storage space is provided with a bottle full level sensing module electrically connected to the control circuit, and the battery storage space is provided with a battery full level sensing module. The bit sensing module is electrically connected to the control circuit.

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