TWI839175B - Smart old clothes recycling device - Google Patents

Abstract

An intelligent recycling device for old clothes, comprising a first main body unit, at least one second main body unit and a mobile unit. The first main body unit includes an outer casing, at least one outer first opening and an outer second opening. The second main body unit includes an inner casing and an inner opening. The location and size of the outer first opening and the inner opening cooperate with each other, so that old clothes can enter the inner casing through the first outer opening and the inner opening. The opening size of the external second opening is large enough to allow the second main body unit to pass through. The moving unit includes a moving wheel set for a user to quickly push out or push the second main body unit into the outer casing.

Description

Smart Clothes Recycling Device

The present invention relates to a used clothes recycling device, in particular to an intelligent used clothes recycling device which can quickly collect used clothes.

As time goes by, people's demand for clothing has gradually increased. In order to produce more clothing, raw materials (cotton) are planted in large quantities, aggravating the problem of land salinization. In order to produce cotton quickly, excessive use of pesticides will also cause land and water pollution. In the early days, after discarding old clothes, they would be sent to landfills or incinerators to be burned together with garbage. Whether it is handled by incineration or burial, old clothes will cause pollution and harm the ecological environment.

Therefore, it is common to see old clothes recycling bins on the roadside or on the sidewalk, which can provide residents with a place to put their old clothes so that they can be recycled and reused. The existing old clothes recycling bins usually use an iron cylinder as the outer shell, and the outer shell surface is painted. An inlet is set at the upper end of the front of the outer shell, and an outlet is set at the lower end. A rotatable partition is set in the outer shell, so that old clothes can be put in from the inlet. The old clothes then enter the iron cylinder through the rotatable partition. Finally, the recycling personnel take out the old clothes for subsequent processing and reuse.

In order to prevent some people from reaching out from the inlet to take out the old clothes put in by others, some blocking devices are set at the rear end of the rotatable partition, such as hooks or protrusions of various structures, so that it is difficult for hands to reach in through the partition to take out the old clothes. However, the blocking device at the rear end of the partition will cause the old clothes to be easily blocked by the blocking device when passing through the partition. The clothes recycling bins are often scratched by the contact with the stop device, and the recycling personnel often get scratched on their hands when moving the old clothes. In addition, the iron barrels are prone to rust, which not only makes the appearance damaged and affects the city appearance, but also makes it easy for cockroaches and rats to gather in the gaps between the door panels, making the public hate to approach the old clothes recycling bins, which in turn affects the willingness to recycle the old clothes.

In addition, the old clothes recycling bins commonly seen in public places are inspected and recycled by recycling personnel at fixed times. However, some old clothes recycling bins are already full before recycling personnel collect them, causing users who need to discard old clothes to be unable to throw them in, resulting in a significant reduction in the amount of recycled old clothes. When the above situation occurs, the general solution is to increase manpower inspections to reduce the chance of recycling bins being full. However, this approach only increases the waste of manpower and greatly reduces the work efficiency of personnel. Therefore, it is necessary to adopt a smarter means to solve this problem.

In addition, although the location of used clothes recycling bins can be found on the Environmental Protection Department website or Google Map, most of the used clothes recycling bins are blue or green in color and are rectangular in shape. They are mostly placed on the roadside and can be easily mistaken for transformers by the public, or transformers for used clothes recycling bins. In addition, the used clothes recycling bins in many areas lack staff management, and a large amount of used clothes are piled up to form small landfills. As a result, many used clothes recycling bins have been forcibly demolished due to complaints from the public. Some recycling bins have been demolished, but the demolished used clothes recycling bins have not been updated on the website, which will reduce the public's willingness to recycle used clothes.

From the above description, it can be seen that the commonly used clothing recycling bins currently have the following disadvantages:

1. Unable to display storage capacity in real time: Since only the location of the used clothes recycling bin can be found on the Internet, if users need to dispose of old clothes, they must bring the old clothes to the location of the used clothes recycling bin to find out whether there is enough space in the used clothes recycling bin to put the user's old clothes in. When the used clothes recycling bin is full, users will not only be unable to put the old clothes in the used clothes recycling bin, but may also place the old clothes directly on the ground next to the used clothes recycling bin, affecting the appearance of the city.

2. The damage rate of old clothes is too high: Generally, a blocking structure is set at the input of the old clothes recycling box to prevent the old clothes from being stolen, but the blocking structure has a high chance of cutting the old clothes. In addition, the general old clothes recycling box is prone to rust, which is not only difficult to maintain, but also easy to cause the box to be damaged and gather cockroaches and mice, not only making the environment dirty, but also causing damage to the old clothes.

3. Insufficient recycling rate of used clothes: As mentioned above, the current used clothes recycling bins are prone to dirtiness and it is impossible to confirm whether there is enough capacity in the bins to place the user's used clothes. In addition, recycling personnel cannot patrol frequently, so the used clothes cannot be recycled immediately. This greatly reduces the willingness of users to put their used clothes in the used clothes recycling bins, resulting in low efficiency of the current used clothes recycling.

4. Recyclers are easily injured: Currently, recycling of old clothes must be done by recycling personnel who pick up or carry the old clothes to the transport vehicle. However, there may be sharp metals or mice hidden in the old clothes. Therefore, when recycling personnel pick up or carry the old clothes, they are easily cut by sharp metals or bitten by mice.

Therefore, how to improve the environment of old clothes recycling bins and display the space for old clothes in real time to increase users' willingness to recycle old clothes and avoid injuries to recycling workers is a goal that relevant technical personnel urgently need to work hard on.

In view of this, an object of the present invention is to provide an intelligent old clothes recycling device, which includes a first main body unit, at least a second main body unit, and a moving unit.

The first main body unit includes an outer shell surrounding and defining a first accommodating space, at least one outer first opening arranged on the outer shell, and an outer second opening arranged on the outer shell.

The second main body unit includes an inner shell arranged in the first accommodating space, a second accommodating space defined by the inner shell, and an inner opening arranged in the inner shell. The positions and sizes of the outer first opening and the inner opening cooperate with each other so that old clothes can enter the second accommodating space from the outer first opening and the inner opening. The size of the outer second opening is large enough to allow the second main body unit to pass through.

The moving unit includes a moving wheel set connected to the second main body unit.

Another technical means of the present invention is that the above-mentioned smart old clothes recycling device further includes a control unit, which includes an operation module arranged on the housing, a control module connected to the operation module, a data output module connected to the control module, and a database module connected to the control module.

Another technical means of the present invention is that the control unit further includes a storage clothing quantity detection module disposed in the second main unit and connected to the control module, and the storage clothing quantity detection module is used to detect the storage quantity of old clothes in the second accommodating space.

Another technical means of the present invention is that the control unit further includes a card reading module disposed in the second main unit and connected to the control module, and the card reading module is used to obtain data from the chip card.

Another technical means of the present invention is that the control unit further includes an old clothes recycling quantity detection module disposed in the second main unit and connected to the control module, and the old clothes recycling quantity detection module is used to obtain the quantity of old clothes entering the second accommodating space.

Another technical means of the present invention is that the first main body unit further includes at least one first perspective portion disposed on the outer shell, and the second main body unit further includes at least one second perspective portion disposed on the inner shell, and the first perspective portion and the second perspective portion are disposed in positions that match each other.

Another technical means of the present invention is that the first main body unit further includes at least one automatic gate module disposed on the external shell and used to close the external first opening.

Another technical means of the present invention is that the above-mentioned automatic gate module has a closing plate pivotally mounted on the external shell and located below the first external opening. The closing plate can move between a closing position and an opening position. When the closing plate is in the closing position, it closes the first external opening. When the closing plate is in the opening position, the closing plate abuts against the internal shell below the internal opening to bridge the external shell and the internal shell together.

Another technical means of the present invention is that the above-mentioned automatic gate module further has a position control component connected to the closing plate, and a state detection component connected to the closing plate, the position control component controls the position of the closing plate, and the state detection component detects the position of the closing plate.

Another technical means of the present invention is that the automatic gate module mentioned above further has a locking assembly arranged on the outer shell, and the locking assembly is fixed to the closing plate at the closing position.

The beneficial effect of the present invention is that the user can put the old clothes into the second accommodating space through the first external opening and the internal opening, and the recycling personnel can directly move the second main unit out from the second external opening. The recycling personnel can not only speed up the recycling of the old clothes, but also do not need to touch the old clothes, thereby preventing the recycling personnel from being cut by the old clothes. In addition, the automatic gate module can close the first external opening to prevent the old clothes from being stolen. When the automatic gate module opens the first external opening, the external shell and the internal shell can be bridged together to prevent the old clothes from falling into the gap between them.

The related patent application features and technical contents of the present invention will be clearly presented in the following detailed description of two preferred embodiments with reference to the drawings. Before the detailed description, it should be noted that similar components are represented by the same numbers.

1 , 2 , and 3 , which are a first preferred embodiment of a smart used clothes recycling device of the present invention, the smart used clothes recycling device comprises a first main body unit 3 , a plurality of second main body units 4 , a moving unit 5 , and a control unit 6 .

The first main unit 3 includes an outer shell 31, a first accommodating space 32 surrounded by the outer shell 31, a plurality of first external openings 33 disposed on the outer shell 31, a second external opening 34 disposed on the outer shell 31, a plurality of first perspective portions 35 disposed on the outer shell 31, and a first door 36 disposed on the outer shell 31 and used to close the second external opening 34. The outer shell 31 is generally square, and a three-dimensional structure is disposed on the top and left side thereof, which can be used to display The three-dimensional pattern of the trademark, the external second opening 34 is arranged on the right side of the external shell 31, and the first door body 36 can be pivoted relative to the external shell 31 to open or close the external second opening 34, wherein the first door body 36 is provided with a lock, and when the first door body 36 closes the external second opening 34, the first door body 36 and the external shell 31 can be locked, and the number of the plurality of external first openings 33 and the plurality of first perspective portions 35 is three, and they are arranged on the front side plate of the external shell 31.

Please refer to FIG. 4 . In the first preferred embodiment, the number of the plurality of second main body units 4 is three independent boxes, but not limited thereto. This can provide the effect of recycling and classifying old clothes. Each second main body unit 4 includes an inner shell 41 disposed in the first accommodating space 32, a second accommodating space 42 defined by the inner shell 41, and a second accommodating space 42 disposed in the inner shell 41. The inner shell 41 has an inner opening 43 and a second perspective portion 44 arranged on the inner shell 41. The inner shell 41 is generally square, and its top plate can be separated from the inner shell 41 to expose the second accommodating space 42 to the outside. The top of the inner shell 41 has a groove structure, so that the multiple inner shells 41 can be stacked. The inner opening 43 and the second perspective portion 44 are arranged on the front panel of the inner shell 41.

The moving unit 5 includes a moving wheel set 51 connected to the second main body unit 4, a carrying board 52 connected to the moving wheel set 51, and a push-pull rod body 53 arranged on the carrying board body 52. The multiple second main body units 4 are placed on the carrying board body 52. The moving wheel set 51 is four wheels arranged on the carrying board body 52. The push-pull rod body 53 is pivoted on the carrying board body 52. When the push-pull rod body 53 pivots outward relative to the carrying board body 52, the user can pull or push the multiple second main body units 4. When the push-pull rod body 53 is close to the multiple second main body units 4, the storage space can be reduced.

Please refer to FIG. 5 , the control unit 6 includes an operation module 61 disposed on the housing, a control module 62 connected to the operation module 61, a data output module 63 connected to the control module 62, a database module 64 connected to the control module 62, a storage clothing quantity detection module 65 disposed on the second main unit 4 and connected to the control module 62, a card reading module 66 disposed on the second main unit 4 and connected to the control module 62, and a card reader module 67 disposed on the second main unit 4 and connected to the control module 62. The connected used clothing recycling quantity detection module 67, in the first preferred embodiment, the operation module 61 is a touch screen device (human-machine device), the control module 62 is a microcontroller, the data output module 63 is a wireless data transmission circuit, the database module 64 is a memory circuit, the stored clothing quantity detection module 65 is a detector, and the card reading module 66 is a chip card reader. In actual implementation, the control module 62 can be a server set on the network to provide network service, but it should not be limited to this.

Referring back to FIGS. 1, 2, and 3, in the first preferred embodiment, the number of the plurality of external first openings 33 and the plurality of internal openings 43 is three, each second main body unit 4 is provided with an internal opening 43, and the internal opening 43 is provided above the inner shell 41, the main purpose of which is to provide a user with a way to place old clothes into the second accommodating space 42 from the outside, wherein when the moving unit 5 fixes the plurality of second main body units 4 in the outer shell 31, the second main body units 4 are provided with an internal opening 43, and the internal opening 43 is provided above the inner shell 41, the main purpose of which is to provide a user with a way to place old clothes into the second accommodating space 42 from the outside, When the first accommodating space 32 is formed, the positions and opening sizes of the plurality of external first openings 33 and the internal opening 43 cooperate with each other, and the user can put the old clothes into the second accommodating space 42 through the external first openings 33 and the internal openings 43 and store them in the second accommodating space 42. In actual implementation, the setting height of the internal opening 43 can be slightly lower than the external first opening 33, or the opening size of the internal opening 43 can be slightly larger than the external first opening 33, but it should not be limited to this.

In addition, the number of the plurality of first perspective portions 35 and the plurality of second perspective portions 44 is three respectively. Each second main body unit 4 is provided with a second perspective portion 44. The second perspective portion 44 is provided on the right side of the front side panel of the inner shell 41 and is presented in the form of an upright long transparent plate. Its main purpose is to provide the user with a view of the storage status of the old clothes in the second accommodating space 42 from the outside of the first main body unit 3. When the moving unit 5 fixes the plurality of second main body units 4 in the first accommodating space 32 in the outer shell 31, the setting positions of the first perspective portion 35 and the second perspective portion 44 cooperate with each other.

Referring back to Figures 2, 3, and 4, the size of the opening of the external second opening 34 is large enough to allow the second main unit 4 to pass through, so as to provide a way for the recycling personnel to directly push the plurality of second main units 4 away from the first accommodating space 32. Then, the recycling personnel opens the top cover of the internal shell 41, directly places the old clothes in the second accommodating space 42 into the recycling vehicle, and finally pushes the empty second main unit 4 into the first accommodating space 32. In the process of recycling old clothes, the recycling personnel do not need to touch the old clothes to complete the process of recycling old clothes.

Referring back to FIGS. 1 and 6 , preferably, a light-emitting module is disposed in the three-dimensional structure disposed on the top and the left side of the outer shell 31 , and the control module 62 can control the light-emitting module to emit light at night to indicate the location of the smart used clothes recycling device.

The data output module 63 stores the location of each smart used clothes recycling device. The control module 62 can provide users with online retrieval of the location of the smart used clothes recycling device. The data output module 63 is a wireless network transmission circuit, but not limited to this, which is used to provide the control module 62 with a network connection to provide service services. The storage clothing quantity detection module 65 is a plurality of detectors set in the external housing 31, which can be infrared detectors, image recognition devices, or other devices that can detect the plurality of The device for detecting the height of the old clothes stored in the second storage space 42 is preferably configured such that the storage clothing amount detection module 65 can detect the height of the old clothes stored in the second storage space 42 through the plurality of second perspective parts 44. In actual implementation, the storage clothing amount detection module 65 can also be a plurality of detectors disposed in the plurality of internal shells 41, and then transmit the detection result to the control module 62 in a wired or wireless manner. The control module 62 can use the network to detect the location of the smart old clothes recycling device and the height of the old clothes stored. The status is outputted to the outside through the network, thereby providing the user with the ability to identify whether the second storage space 42 can accommodate old clothes, or providing the recycling personnel with the ability to quickly transport the old clothes to the smart old clothes recycling device when the old clothes are full. The card reading module 66 can read the chip data of the user to confirm the identity of the user, and then provide the user with services such as points and redemption. The old clothes recycling quantity detection module 67 can obtain the quantity of old clothes placed by the user in the second storage space 42. In the first preferred embodiment, the old clothes The clothing recycling quantity detection module 67 is a detector disposed under the operation module 61, so as to provide a user with a method for scanning old clothes and placing them into the second storage space 42. In actual implementation, the old clothes recycling quantity detection module 67 can also be a detector close to the plurality of external first openings 33, so as to detect the old clothes passing through the external first openings 33, and output the detected information to the control module 62. The control module 62 can give corresponding points according to the quantity of old clothes placed by the user, and finally give rewards to the user.

During actual operation, the user can use the mobile phone to check the location of the smart used clothes recycling device and whether there is still space to store used clothes. When the smart used clothes recycling device still has space to place used clothes, the user can bring the used clothes to the location of the smart used clothes recycling device and operate the operation module 61 to select the used clothes recycling option. Then the user uses a chip card (such as a chip card of a card pass) to allow the card reading module 66 to confirm the user's identity, and thereby achieve the member collection point service. After the control module 62 confirms the user's identity, the user can use the used clothes recycling quantity detection module 67 to scan the quantity of used clothes to be recycled, and finally place the old clothes in the second storage space 42.

Please refer to Figures 3, 6, and 7, which are a second preferred embodiment of a smart used clothes recycling device of the present invention. The second preferred embodiment is substantially the same as the first preferred embodiment, and the similarities are not described in detail here. The difference is that the first main unit 3 further includes at least one automatic gate module 37 disposed on the external shell 31 and used to close the external first opening 33.

The automatic gate module 37 has a closing plate 371 pivotally mounted on the outer shell 31 and located below the first external opening 33, a position control component 372 connected to the closing plate 371, a state detection component 373 connected to the closing plate 371, and a locking component 374 arranged on the outer shell 31.

The area of the closing plate 371 is larger than the opening area below the first external opening 33, and is disposed inside the external shell 31, so as to completely cover the first external opening 33. The position control component 372 is a pivot motor fixed to the external shell 31, and can control the pivot angle of the closing plate 371. The state detection component 373 is disposed on the position control component 37 2, can detect the rotation angle of the closing plate 371 controlled by the position control component 372, the locking component 374 is an electric cylinder, but not limited to this, can interfere with the closing plate 371 closing the first external opening 33 to lock the closing plate 371 on the external housing 31, preferably, the position control component 372, the state detection component 3 73, and the locking component 374 is electrically connected to the control module 62, so that the control module 62 controls the above circuit components. When the control module 62 confirms the identity of the user, it can control the locking component 374 to unlock, and control the position control component 372 to open the first external opening 33. The state detection component 373 synchronously transmits the rotation angle of the closing plate 371 back to the The control module 62 controls the position control component 372 to close the first external opening 33 when the user completes the recycling operation of the old clothes. The state detection component 373 simultaneously transmits the rotation angle of the closing plate 371 back to the control module 62. When the closing plate 371 moves to the position, the locking component 374 is controlled to lock the closing plate 371.

The closing plate 371 can move between a closing position (as shown in FIG. 6 ) and an opening position (as shown in FIG. 7 ). The closing plate 371 is disposed below the first external opening 33 , and the locking assembly 374 is disposed above the first external opening 33 .

Please refer to FIG. 6 . When the position control assembly 372 pivots the closing plate 371 to the closing position, the closing plate 371 closes the first external opening 33 , and the locking assembly 374 locks the closing plate 371 . The user cannot push open the closing plate 371 and cannot throw garbage into the second accommodating space 42 .

Please refer to FIG. 7 . The height of the closing panel 371 is smaller than the spacing distance between the outer shell 31 and the inner shell 41 . When the position control assembly 372 pivots the closing panel 371 to the open position, the outer first opening 33 is opened, and the closing panel 371 contacts the inner shell 41 below the inner opening 43 to bridge the outer shell 31 and the inner shell 41 together. When the user places old clothes into the second accommodating space 42 through the outer first opening 33 and the inner opening 43 , the old clothes will not fall into the gap between the outer shell 31 and the inner shell 41 .

From the above description, it can be seen that the smart used clothes recycling device of the present invention has the following effects:

1. Displaying the storage volume of old clothes: The data output module 63 can store the location of the smart old clothes recycling device and the detection information of the storage volume detection module 65, so that the control module 62 can provide the location information and storage information of the smart old clothes recycling device on the Internet, which can avoid the situation where the user cannot place the old clothes when arriving at the site, and can also avoid the recycling staff from making an extra trip when there are no old clothes. It can also notify the recycling staff to quickly come and transport the old clothes when the second storage space 42 is full of old clothes.

2. Preventing old clothes from being damaged: The outer shell 31 does not have any sharp structure around the first external opening 33, so the old clothes will not be damaged when the user puts them into the second accommodating space 42. In addition, when the closing plate 371 is in the closed position, the outer shell 31 and the inner shell 41 can be bridged together, so that the old clothes will not fall into the gap between the outer shell 31 and the inner shell 41, and the old clothes can be prevented from being damaged.

3. Improve the effect of recycling old clothes: The card reading module 66 can confirm the identity of the user, and the old clothes recycling quantity detection module 67 can scan the quantity of old clothes recycled, so that the control module 62 can accumulate points for the user's old clothes recycling, and give corresponding points according to the quantity of old clothes recycled, and finally give corresponding rewards to the user.

4. Avoiding injuries to recycling personnel: The inner shell 41 defines a second storage space 42 in the first storage space 32, and uses the first external opening 33 and the internal opening 43 to allow old clothes to be directly stored in the inner shell 41. The moving unit 5 can push the plurality of second main units 4 out of the first storage space 32 from the second external opening 34. Recyclers can move the old clothes to the transport vehicle by directly moving the second main unit 4. Recyclers will not directly touch the old clothes, and metal cuts can be avoided. In addition, the inner shell 41 formed by a high box can also prevent the invasion of rats, thereby preventing recycling personnel from being bitten by rats.

In summary, the moving unit 5 can directly push the plurality of second main body units 4 out of the first accommodating space 32, so that the recycling personnel do not need to touch the old clothes when recycling the old clothes. In addition, the plurality of internal shells 41 are composed of boxes with a height, and the barrier effect of the external shell 31 makes it difficult for cockroaches and rats to invade. The automatic gate module 37 can prevent the placement of garbage and bridge the external shell 31 with the internal shell 41 to prevent the old clothes from falling into the gap between the external shell 31 and the internal shell 41. Therefore, the purpose of the present invention can be achieved.

However, the above are only two preferred embodiments of the present invention, and should not be used to limit the scope of implementation of the present invention. In other words, any simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the invention description are still within the scope of the present patent.

3: First main unit 31: External shell 32: First storage space 33: External first opening 34: External second opening 35: First viewing area 36: First door 37: Automatic gate module 371: Closing plate 372: Position control component 373: State detection component 374: Locking component 4: Second main unit 41: Internal shell 42: Second storage space 43: Internal opening 44: Second viewing area 5: Moving unit 51: Moving wheel set 52: Carrying board 53: Push-pull rod body 6: Control unit 61: Operation module 62: Control module 63: Data output module 64: Database module 65: Clothing quantity detection module 66: Card reading module 67: Used clothing recycling quantity detection module

Figure 1 is a three-dimensional schematic diagram, which is a first preferred embodiment of a smart used clothes recycling device of the present invention, illustrating the three-dimensional structure of the smart used clothes recycling device; Figure 2 is a three-dimensional schematic diagram, which illustrates another three-dimensional structure of the smart used clothes recycling device in the first preferred embodiment; Figure 3 is a front view schematic diagram, which illustrates a first main unit and a second main unit in the first preferred embodiment; Figure 4 is a three-dimensional schematic diagram, which illustrates the three-dimensional structure of the second main unit in the first preferred embodiment; Figure 5 is a functional module schematic diagram, which illustrates a control unit in the first preferred embodiment; Figure 6 is a partial cross-sectional schematic diagram, which is a second preferred embodiment of a smart used clothes recycling device of the present invention, illustrating an automatic gate module in a closed position; and FIG. 7 is a partial cross-sectional schematic diagram illustrating the automatic gate module in the open position in the second preferred embodiment.

3: The first main unit

31: External shell

33: First external opening

35: First perspective section

6: Control unit

61: Operation module

66: Card reading module

67: Used clothes recycling quantity detection module

Claims (10)

A smart used clothing recycling device comprises: a first main body unit, comprising an outer shell surrounding and defining a first accommodation space, at least one outer first opening arranged on the outer shell, and an outer second opening arranged on the outer shell; at least one second main body unit, comprising an inner shell arranged in the first accommodation space, a second accommodation space surrounded and defined by the inner shell, and an inner opening arranged on the inner shell, the arrangement position and opening size of the outer first opening and the inner opening are matched with each other, so that the used clothing can enter the second accommodation space from the outer first opening and the inner opening, and the opening size of the outer second opening is large enough to allow the second main body unit to pass through; and a moving unit, comprising a moving wheel set connected to the second main body unit. The smart used clothes recycling device as described in claim 1 further includes a control unit, which includes an operation module arranged on the shell, a control module connected to the operation module, a data output module connected to the control module, and a database module connected to the control module. As described in claim 2, the smart old clothes recycling device, wherein the control unit further includes a stored clothes quantity detection module disposed in the second main unit and connected to the control module, and the stored clothes quantity detection module is used to detect the storage quantity of old clothes in the second storage space. As described in claim 3, the smart used clothes recycling device, wherein the control unit further includes a card reading module disposed in the second main unit and connected to the control module, and the card reading module is used to obtain data from a chip card. As described in claim 4, the intelligent old clothes recycling device, wherein the control unit further includes an old clothes recycling quantity detection module arranged in the second main unit and connected to the control module, and the old clothes recycling quantity detection module is used to obtain the quantity of old clothes entering the second storage space. As described in claim 1, the smart used clothes recycling device, wherein the first main unit further includes at least one first perspective portion arranged on the outer shell, and the second main unit further includes at least one second perspective portion arranged on the inner shell, and the setting positions of the first perspective portion and the second perspective portion cooperate with each other. As described in claim 1, the smart used clothes recycling device, wherein the first main unit further includes at least one automatic gate module disposed on the external shell and used to close the external first opening. As described in claim 7, the intelligent used clothes recycling device, wherein the automatic gate module has a closing panel pivotally mounted on the outer shell and located below the first outer opening, and the closing panel can move between a closed position and an open position. When the closing panel is in the closed position, it closes the first outer opening. When the closing panel is in the open position, the closing panel abuts against the inner shell below the inner opening to bridge the outer shell and the inner shell together. As described in claim 8, the intelligent used clothes recycling device, wherein the automatic gate module further comprises a position control component connected to the closing panel, and a state detection component connected to the closing panel, the position control component controls the position of the closing panel, and the state detection component detects the position of the closing panel. As described in claim 9, the smart used clothes recycling device, wherein the automatic gate module further has a locking assembly arranged on the external shell, and the locking assembly is fixed to the closing plate in the closed position.

Images