Construction site decoration garbage storage and transportation system

Abstract

The invention provides a construction site decoration garbage storage and transportation system. The construction site decoration garbage storage and transportation system comprises a garbage storage warehouse, a transfer device, a control device and a plurality of transfer hoppers used for containing different types of decoration garbage. The garbage repository comprises a feeding area and multiple layers of vertically-arranged containing platforms, each layer of containing platform is provided with at least one transfer hopper containing position, and the multiple transfer hoppers are placed in the garbage repository through the multiple transfer hopper containing positions correspondingly. The control device comprises an input unit, a storage unit and a driving control unit; when the input unit receives a garbage storage instruction, the driving control unit controls the transfer device to transfer the transfer hoppers at the corresponding transfer hopper placement positions to the feeding area; and when the input unit receives a hopper homing instruction, the driving control unit controls the transferring device to transfer the transferring hopper to the corresponding transferring hopper placing position from the feeding area. The occupied area of a construction site can be greatly reduced, and meanwhile later comprehensive utilization of decoration garbage is facilitated.

Description

Technical Field

[0001] The invention relates to the field of construction waste treatment, and more specifically to a storage and transportation system for decoration waste at a construction site. Background Art

[0002] With the continuous advancement of urban construction, the removal of construction waste has become an increasingly serious problem. Construction waste is generated in large quantities and of various types. It is usually randomly piled up at construction sites, which not only occupies a large public space and seriously affects the production and living environment, but also increases the cost of subsequent comprehensive utilization because these wastes are not classified. Summary of the invention

[0003] The technical problem to be solved by the present invention is to provide a storage and transportation system for decoration waste at a construction site in view of the above-mentioned problems that the decoration waste occupies a large area and has a high comprehensive utilization cost.

[0004] The technical solution of the present invention to solve the above technical problems is to provide a construction site decoration waste storage and transportation system, including a garbage storage warehouse, a transfer device, a control device and a plurality of transfer buckets for placing different types of decoration waste, and the transfer bucket is composed of a carriage of a garbage transfer vehicle;

[0005] The garbage storage warehouse comprises a loading area and multiple vertically arranged placement platforms, and each placement platform has at least one transfer bucket placement position, and the garbage storage warehouse is provided with multiple transfer bucket placement positions to place multiple transfer buckets;

[0006] The control device includes an input unit, a storage unit and a drive control unit, and the control device receives control instructions through the input unit, and stores the type of decoration waste stored in each transfer bucket placement position through the storage unit; the drive control unit is respectively connected to the input unit, the storage unit and the transfer device by signal;

[0007] The control instructions include garbage storage instructions and hopper return instructions, and the garbage storage instructions and hopper return instructions respectively include garbage categories; when the input unit receives the garbage storage instruction, the driving control unit obtains the transfer bucket placement position corresponding to the garbage category in the garbage storage instruction from the storage unit, and controls the transfer device to transfer the transfer bucket at the corresponding transfer bucket placement position to the loading area; when the input unit receives the hopper return instruction, the driving control unit obtains the transfer bucket placement position corresponding to the garbage category in the hopper return instruction from the storage unit, and controls the transfer device to move the transfer bucket from the loading area to the corresponding transfer bucket placement position.

[0008] As a further improvement of the present invention, the garbage storage includes four layers of placement platforms, and each layer of the placement platform includes a transfer bucket placement position, and the types of garbage include building aggregates, wood, metal and light sundries.

[0009] As a further improvement of the present invention, the garbage storage warehouse includes a loading platform adjacent to the loading area and a lifting mechanism drivingly connected to the loading platform; the lifting mechanism is signal-connected to the driving control unit, and drives the loading platform to be raised to a position level with the top of the transfer bucket of the loading area under the control of the driving control unit.

[0010] As a further improvement of the present invention, the loading area includes a vibration mechanism; the vibration mechanism is connected to the drive control unit signal, and drives the transfer bucket of the loading area to swing horizontally under the control of the drive control unit, so that the construction waste in the transfer bucket is evenly distributed in the transfer bucket.

[0011] As a further improvement of the present invention, the loading area includes multiple weight sensors, and the weight sensors are connected to the drive control unit signal. When the difference in the measured values ​​of the multiple weight sensors exceeds a preset value, the drive control unit causes the vibration mechanism to drive the transfer bucket of the loading area to swing horizontally until the difference in the measured values ​​of the multiple weight sensors is less than or equal to the preset value.

[0012] As a further improvement of the present invention, the input unit includes a plurality of first cameras, which are respectively installed at a plurality of transfer bucket placement positions and are used to capture images of the transfer buckets in the transfer bucket placement positions;

[0013] The storage unit also stores the status of the transfer bucket stored in each transfer bucket placement position; the control device also includes a first image recognition unit and a scheduling unit connected to the first image recognition unit by signal; the first image recognition unit is respectively connected to the signals of multiple first cameras, and is used to identify whether the transfer bucket in the image captured by the first camera is full of garbage and to modify the status of the transfer bucket stored in the corresponding transfer bucket placement position in the storage unit according to the recognition result; the scheduling unit is connected to the remote scheduling center by signal, and sends a dispatch request for dispatching a garbage transfer vehicle to the dispatch center when any transfer bucket in the storage unit is full, and the dispatch request includes the garbage category;

[0014] The control instruction includes a garbage removal instruction, and the garbage removal instruction includes a garbage category. When the input unit receives the garbage removal instruction, the driving control unit obtains the transfer bucket placement position corresponding to the garbage category in the garbage removal instruction from the storage unit, and controls the transfer device to transfer the transfer bucket at the corresponding transfer bucket placement position to the loading area.

[0015] As a further improvement of the present invention, the input unit includes a second camera, which is installed in the loading area and used to capture images near the loading area; the control device includes a second image recognition unit connected to the second camera signal, and recognizes whether there is a garbage transfer truck or a garbage dump truck entering the predetermined area and the type of the garbage transfer truck or the garbage dump truck entering the predetermined area in the image captured by the second camera through the second image recognition unit;

[0016] The driving control unit is connected to the signal of the second image recognition unit, and when the second image recognition unit recognizes that a garbage transfer truck or a garbage dump truck has entered a predetermined area, according to the type of the identified garbage transfer truck or garbage dump truck, a transfer bucket placement position for storing garbage of a category corresponding to the type of the garbage transfer truck or the garbage dump truck is obtained from the storage unit, and the transfer device is controlled to transfer the transfer bucket at the corresponding transfer bucket placement position to the loading area.

[0017] As a further improvement of the present invention, the input unit includes a third camera and an operation terminal for generating control instructions, the third camera is arranged adjacent to the operation terminal and is used to capture the facial image of the operator; the operation terminal includes a third image recognition unit connected to the third camera signal, and after the facial image recognized by the third image recognition unit passes the verification, the operation terminal receives the input control instruction and generates an operation record to the storage unit, and the operation record includes the control instruction and the operator corresponding to the recognized facial image.

[0018] As a further improvement of the present invention, a lifting track is provided at one end or one side of the garbage storage warehouse, and the transfer device includes a lifting platform and a transverse movement assembly; the lifting platform is installed on the lifting track and moves up or down along the lifting track to a predetermined position under the control of the driving control unit; the transverse movement assembly is installed on the lifting platform, and is used to push the transfer bucket on the lifting platform to move to the transfer bucket placement position or loading area, and to push the transfer bucket at the transfer bucket placement position or loading area to move to the lifting platform.

[0019] As a further improvement of the present invention, each of the transfer buckets has a city number and a QR code, and the storage unit stores the garbage category corresponding to the placement position of the transfer bucket according to the city number and the QR code.

[0020] The present invention has the following beneficial effects: by means of a garbage storage warehouse with a multi-layer placement platform and in combination with a control device, classified storage of renovation waste is achieved, which greatly reduces the occupied area of ​​the construction site and facilitates the subsequent comprehensive utilization of the renovation waste. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1It is a structural schematic diagram of a construction site decoration waste storage and transportation system provided by an embodiment of the present invention.

[0022] Figure 2 It is a module schematic diagram of a control device in a construction site decoration waste storage and transportation system provided by an embodiment of the present invention. DETAILED DESCRIPTION

[0023] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention.

[0024] like Figure 1 , Figure 2 As shown, it is a schematic diagram of a storage and transportation system for decoration waste on a construction site provided by an embodiment of the present invention. The storage and transportation system for decoration waste on a construction site can be applied to a construction site to realize classified storage of decoration waste. The storage and transportation system for decoration waste on a construction site of this embodiment includes a garbage storage warehouse 10, a transfer device 20, a control device 30, and a plurality of transfer buckets 40, wherein the garbage storage warehouse 10 can be composed of a fixed building, which can be located outside a residential area, a commercial building, etc.; the transfer bucket 40 can be composed of a carriage of a garbage transfer vehicle (that is, the transfer bucket 40 can be directly mounted and transported by the garbage transfer vehicle), which can be in a box without a top cover, and each transfer bucket 40 is used to place a type of decoration waste. In actual applications, the garbage storage warehouse 10 can also adopt a mobile structure, and can be towed to the construction site, and towed away after the completion of the residential area and commercial building.

[0025] The above-mentioned garbage storage warehouse 10 includes a loading area and multiple layers of vertically arranged placement platforms, and each layer of the placement platform has at least one transfer bucket placement position. The garbage storage warehouse 10 places multiple transfer buckets 40 through multiple transfer bucket placement positions. Specifically, the garbage storage warehouse 10 can be composed of a steel frame and corresponding layer plates. The loading area is located at the bottom layer of the garbage storage warehouse 10 and is adjacent to the bottom layer placement platform of the garbage storage warehouse 10, and the size of the loading area is not less than the size of the transfer bucket 40. The size of the transfer bucket placement position is the same as or slightly larger than the area of ​​the bottom of the transfer bucket 40.

[0026] The transfer device 20 is arranged adjacent to the garbage storage 10, or installed on the garbage storage 10. For example, when the garbage storage 10 includes a steel frame, the transfer device 20 can be directly installed on the steel frame. The transfer device 20 can specifically include a motor, a motor controller, a loading platform, etc., wherein the size of the loading platform is adapted to the size of the transfer bucket 40, and the loading platform can be driven by a motor (the motor is controlled by the motor controller) to move between the transfer bucket placement position and the loading area of ​​the placement platform on different layers of the garbage storage 10.

[0027] The control device 30 includes an input unit 31, a storage unit 32 and a drive control unit 33, wherein the drive control unit 33 is respectively connected to the input unit 31, the storage unit 32 and the transfer device 20 by signals. Specifically, the input unit 31, the storage unit 32 and the drive control unit can be integrated into a personal computer or a similar computing device, and the control device 30 receives control instructions through the input unit 31, stores the category of the decoration waste stored in each transfer bucket placement position through the storage unit 32, and processes the control instructions received by the input unit 31 through the drive control unit 33, and creates a command for controlling the operation of the transfer device 20. For example, the input unit 31 may include a voice input unit, a camera, a touch screen, an operation button, etc., and the storage unit 32 may store data in the form of tables and records.

[0028] The control instructions received by the input unit 31 may include a garbage storage instruction and a hopper return instruction, and the garbage storage instruction and the hopper return instruction respectively include the garbage category. When the input unit 31 receives the garbage storage instruction, the drive control unit 33 obtains the transfer bucket placement position corresponding to the garbage category in the garbage storage instruction from the storage unit 32, and controls the transfer device to move the transfer bucket 40 at the corresponding transfer bucket placement position to the loading area. When the input unit 31 receives the hopper return instruction, the drive control unit 33 obtains the transfer bucket placement position corresponding to the garbage category in the hopper return instruction from the storage unit 32, and controls the transfer device 20 to move the transfer bucket 40 from the loading area to the corresponding transfer bucket placement position.

[0029] Since the garbage storage warehouse 10 adopts a multi-layer structure, its floor space is greatly reduced. At the same time, the control device 30 controls the transfer device 20 to transfer the transfer bucket 40 to the transfer bucket placement position and the loading area of ​​the placement platform on different layers of the garbage storage warehouse 10 according to the garbage category, thereby realizing the classified storage of decoration garbage and facilitating the later comprehensive utilization of decoration garbage. In addition, since the transfer of the transfer bucket 40 is carried out by the transfer device 20 under the control of the control device 30, and the corresponding control instructions include the category of garbage, the system can achieve mandatory classification of decoration garbage to a certain extent. In addition, the number of layers of the garbage storage warehouse 10 can be increased or decreased according to demand to ensure that different types of decoration garbage are accurately classified, which not only meets the requirements of the national garbage classification policy, but also lays a solid foundation for subsequent resource recycling. From the construction site to the residents' end, efficient garbage classification management can be achieved, contributing to the sustainable development of the city.

[0030] In one embodiment of the present invention, the garbage storage 10 includes four layers of placement platforms, and each layer of the placement platform includes a transfer bucket placement position. Accordingly, the types of garbage include four categories: building aggregates, wood, metal, and light sundries. That is, the construction site decoration garbage storage and transportation system of this embodiment can realize the classified storage and transportation of building aggregates, wood, metal, and light sundries (such as plastics, rubber, paper, etc.), thereby facilitating the comprehensive utilization of the above four types of decoration garbage.

[0031] Through the above structure, the entire system occupies a small area and only requires one transfer bucket position. It can be easily installed in a busy construction site or a residential area with limited space. This advantage is particularly prominent in an urban environment where land resources are increasingly scarce, greatly improving space utilization and freeing up more valuable space for urban construction and residents' lives. For example, the length, width and height of the transfer bucket 40 are usually less than 4m×2m×1.5m. At this time, the garbage storage warehouse 10 and the loading area occupy an area of ​​less than 20 square meters, and its height is less than 7m. Of course, in actual applications, the garbage storage warehouse 10 can also be composed of two layers of placement platforms, and each layer of placement platform includes two transfer bucket placement positions, but its footprint is relatively large.

[0032] In one embodiment of the present invention, the garbage storage 10 further includes a loading platform adjacent to the loading area and a lifting mechanism drivingly connected to the loading platform. The loading platform can be slightly larger than a cart (e.g., a two-wheeled cart) used to transport materials on a construction site; the lifting mechanism is connected to the drive control unit 33 of the control device 30 by signal, and under the control of the drive control unit 33, the loading platform is driven to rise to a position level with the top of the transfer bucket 40 in the loading area.

[0033] When dumping the renovation waste into the transfer bucket 40, the operator can push the cart onto the loading platform, and then the lifting mechanism drives the loading platform to rise to a position level with the top of the transfer bucket 40 in the loading area under the control of the drive control unit 33. At this time, the operator can dump the construction waste in the cart into the transfer bucket 40.

[0034] In particular, a weight sensor may be installed below the above-mentioned loading platform, and the weight sensor is connected to the driving control unit 33 of the control device 30 by signal. When the weight data of the weight sensor exceeds a first preset value (e.g., the sum of the operator's reference weight, the weight of the cart, and a weight threshold) (at this time, an operator transports the decoration waste to the loading platform), the driving control unit 33 controls the lifting mechanism to drive the loading platform to rise to a predetermined height; when the weight data of the weight sensor is less than a second preset value (e.g., the sum of the operator's reference weight and the weight of the cart) (at this time, the decoration waste has been dumped), the driving control unit 33 controls the lifting mechanism to drive the loading platform down to the ground. In practical applications, the weight sensor may also be replaced by one or more cameras and an image recognition unit integrated into the control device 30, wherein the camera is used to capture an image of the loading platform, and after the image recognition unit recognizes that the operator and the cart in the image move to the loading platform, the driving control unit 33 controls the lifting mechanism to drive the loading platform upward to a predetermined position; after the image recognition unit recognizes that the operator in the image has finished dumping, the driving control unit 33 controls the lifting mechanism to drive the loading platform downward to the ground. In addition, the loading platform and the lifting mechanism can also be installed on a horizontal track set along the length or width direction of the loading area and move along the horizontal track under the push of a translation mechanism. The above-mentioned translation mechanism can also be controlled and operated by the driving control unit 33, and the driving control unit 33 can control the translation mechanism to push the loading platform and the lifting mechanism to a position with less construction waste in the transfer bucket 40 in cooperation with the above-mentioned weight sensor or camera, so that the distribution of construction waste in the transfer bucket 40 is relatively balanced.

[0035] In one embodiment of the present invention, the above-mentioned loading area also includes a vibration mechanism, which is connected to the drive control unit 33 by signal, and drives the transfer bucket 40 of the loading area to swing horizontally under the control of the drive control unit 33, so that the construction waste in the transfer bucket 40 is evenly distributed in the transfer bucket 40. Specifically, the above-mentioned vibration mechanism may include a plurality of parallel rollers, at least one driving roller, a driving motor and a driving controller. The transfer bucket 40 is placed on the above-mentioned rollers and driving rollers. The drive control unit 33 sends a control signal to the driving controller, and the driving motor drives the driving roller to reciprocate under the drive of the driving controller, so that the transfer bucket swings left and right. In practical applications, the vibration mechanism may also adopt other structures, as long as it can make the transfer bucket 40 swing left and right, which will not be repeated here.

[0036] In particular, the above-mentioned loading area includes a plurality of weight sensors, which are distributed at different positions below the transfer bucket (for example, at the positions of the four corners), or these weight sensors can also be set at different positions at the bottom of the transfer bucket 40, and these weight sensors are respectively connected to the drive control unit 33 by signal. When the difference of the measured values ​​of the plurality of weight sensors exceeds a preset value (at this time, the construction waste is unevenly distributed in the transfer bucket 40), the drive control unit 33 drives the transfer bucket of the loading area to swing horizontally by the vibration mechanism until the difference of the measured values ​​of the plurality of weight sensors is less than or equal to the preset value, so that the construction waste is evenly distributed in the transfer bucket 40.

[0037] In one embodiment of the present invention, the input unit includes a plurality of first cameras, which are respectively installed at a plurality of transfer bucket placement positions and are used to capture images of transfer buckets 40 in the transfer bucket placement positions. Accordingly, the storage unit 32 also stores the state of the transfer bucket 40 stored in each transfer bucket placement position, and the control device 30 also includes a first image recognition unit and a scheduling unit connected to the first image recognition unit by signal. The first image recognition unit is respectively connected to the plurality of first cameras by signal, and is used to identify whether the transfer bucket 40 in the image captured by each first camera is full of garbage and to modify the state of the transfer bucket 40 stored in the corresponding transfer bucket placement position in the storage unit 32 according to the recognition result. The scheduling unit is connected to the remote scheduling center (a computer system of the control center for scheduling garbage transfer vehicles) by signal, and sends a dispatch request for dispatching a garbage transfer vehicle to the dispatch center when any transfer bucket 40 in the storage unit 32 is full, and the dispatch request includes the garbage category. At the same time, the control instruction input to the input unit 31 includes a garbage removal instruction, which includes a garbage category. When the input unit 31 receives the garbage removal instruction, the driving control unit 33 obtains the transfer bucket placement position corresponding to the garbage category in the garbage removal instruction from the storage unit 32, and controls the transfer device 20 to transfer the transfer bucket 40 at the corresponding transfer bucket placement position to the loading area. The garbage transfer vehicle can directly load the transfer bucket 40 in the loading area and transfer it to a predetermined construction waste treatment unit.

[0038] In one embodiment of the present invention, the input unit 31 further includes a second camera, which is installed in the loading area and used to capture images near the loading area. Accordingly, the control device 30 includes a second image recognition unit connected to the second camera signal, and recognizes whether there is a garbage transfer vehicle or a garbage dumping vehicle entering the predetermined area and the type of the garbage transfer vehicle or the garbage dumping vehicle entering the predetermined area in the image captured by the second camera through the second image recognition unit. The drive control unit 33 is connected to the second image recognition unit signal, and when the second image recognition unit recognizes that a garbage transfer vehicle or a garbage dumping vehicle enters the predetermined area, according to the type of the identified garbage transfer vehicle or the garbage dumping vehicle, the transfer bucket placement position for storing garbage of the type corresponding to the type of the garbage transfer vehicle or the garbage dumping vehicle is obtained from the storage unit 40, and the transfer device is controlled to transfer the transfer bucket of the corresponding transfer bucket placement position to the loading area. In other words, the garbage removal instruction and the garbage storage instruction are not manually input and generated, but are automatically generated according to the recognition result of the second image recognition unit. In this way, the corresponding transfer bucket can be transferred to the loading area in advance, thereby saving the waiting time for garbage transfer or garbage dumping.

[0039] In one embodiment of the present invention, the garbage removal instructions and garbage storage instructions are generated by manual input, such as through a touch screen, a button or a voice input module. At this time, the input unit 31 includes a third camera and an operation terminal (such as a touch screen, a button or a voice input module) for generating control instructions. The third camera is arranged adjacent to the operation terminal and is used to capture the facial image of the operator; the operation terminal includes a third image recognition unit connected to the third camera signal. After the facial image recognized by the third image recognition unit passes the verification, the operation terminal receives the input control instruction and generates an operation record to the storage unit 32. The operation record includes the control instruction and the operator corresponding to the recognized facial image.

[0040] In particular, each transfer bucket 40 has a city number and a QR code, and the storage unit 32 stores the garbage category corresponding to the transfer bucket placement position according to the city number and the QR code. In this way, the entire process of classification and boxing of decoration garbage can be traced, and the source, destination, type and treatment process of each bag of decoration garbage can be accurately recorded, which not only improves management efficiency, but also provides strong support for supervision.

[0041] In addition, the control device 30 can upload the data stored in the storage unit 32 at regular intervals. Through big data analysis, relevant departments can better plan garbage disposal strategies and achieve optimal allocation of resources.

[0042] In one embodiment of the present invention, a lifting track is provided at one end or one side of the garbage storage warehouse 10, and the transfer device 20 includes a lifting platform and a transverse movement component, wherein the lifting platform is installed on the lifting track and moves up or down along the lifting track to a predetermined position under the control of the driving control unit 30; the transverse movement component is installed on the lifting platform, and is used to push the transfer bucket 40 on the lifting platform to move to the transfer bucket placement position or loading area, and to push the transfer bucket in the transfer bucket placement position or loading area to move to the lifting platform.

[0043] The above is only a preferred specific embodiment of the present invention, but the protection scope of the present invention is not limited thereto. Any changes or substitutions that can be easily thought of by a person skilled in the art within the technical scope disclosed by the present invention should be included in the protection scope of the present invention. Therefore, the protection scope of the present invention should be based on the protection scope of the claims.

Claims

1. A construction site decoration waste storage and transportation system, characterized in that: It includes a garbage storage warehouse, a transfer device, a control device, and a plurality of transfer buckets for placing different types of decoration garbage, and the transfer bucket is composed of a carriage of a garbage transfer vehicle; The garbage storage warehouse comprises a loading area and multiple vertically arranged placement platforms, and each placement platform has at least one transfer bucket placement position, and the garbage storage warehouse is provided with multiple transfer bucket placement positions to place multiple transfer buckets; The control device includes an input unit, a storage unit and a drive control unit, and the control device receives control instructions through the input unit, and stores the type of decoration waste stored in each transfer bucket placement position through the storage unit; the drive control unit is respectively connected to the input unit, the storage unit and the transfer device by signal; The control instructions include garbage storage instructions and hopper return instructions, and the garbage storage instructions and hopper return instructions respectively include garbage categories; when the input unit receives the garbage storage instruction, the driving control unit obtains the transfer bucket placement position corresponding to the garbage category in the garbage storage instruction from the storage unit, and controls the transfer device to transfer the transfer bucket at the corresponding transfer bucket placement position to the loading area; when the input unit receives the hopper return instruction, the driving control unit obtains the transfer bucket placement position corresponding to the garbage category in the hopper return instruction from the storage unit, and controls the transfer device to move the transfer bucket from the loading area to the corresponding transfer bucket placement position.

2. The construction site decoration waste storage and transportation system according to claim 1 is characterized in that: The garbage storage warehouse includes four layers of placement platforms, and each layer of the placement platform includes a transfer bucket placement position. The types of garbage include construction aggregates, wood, metal and light sundries.

3. The construction site decoration waste storage and transportation system according to claim 1 is characterized in that: The garbage storage warehouse includes a loading platform adjacent to the loading area and a lifting mechanism drivingly connected to the loading platform; the lifting mechanism is connected to the drive control unit signal, and under the control of the drive control unit, drives the loading platform to rise to a position level with the top of the transfer bucket of the loading area.

4. The construction site decoration waste storage and transportation system according to claim 1 is characterized in that: The loading area includes a vibration mechanism; the vibration mechanism is connected to the drive control unit signal, and drives the transfer bucket of the loading area to swing horizontally under the control of the drive control unit, so that the construction waste in the transfer bucket is evenly distributed in the transfer bucket.

5. The construction site decoration waste storage and transportation system according to claim 4 is characterized in that: The loading area includes a plurality of weight sensors, and the weight sensors are connected to the drive control unit signal. When the difference in the measured values ​​of the plurality of weight sensors exceeds a preset value, the drive control unit causes the vibration mechanism to drive the transfer bucket of the loading area to swing horizontally until the difference in the measured values ​​of the plurality of weight sensors is less than or equal to the preset value.

6. The construction site decoration waste storage and transportation system according to claim 1 is characterized in that: The input unit includes a plurality of first cameras, which are respectively installed at a plurality of transfer bucket placement positions and are used to capture images of the transfer buckets in the transfer bucket placement positions; The storage unit also stores the status of the transfer bucket stored in each transfer bucket placement position; the control device also includes a first image recognition unit and a scheduling unit connected to the first image recognition unit by signal; the first image recognition unit is respectively connected to the signals of multiple first cameras, and is used to identify whether the transfer bucket in the image captured by the first camera is full of garbage and to modify the status of the transfer bucket stored in the corresponding transfer bucket placement position in the storage unit according to the recognition result; the scheduling unit is connected to the remote scheduling center by signal, and sends a dispatch request for dispatching a garbage transfer vehicle to the dispatch center when any transfer bucket in the storage unit is full, and the dispatch request includes the garbage category; The control instruction includes a garbage removal instruction, and the garbage removal instruction includes a garbage category. When the input unit receives the garbage removal instruction, the driving control unit obtains the transfer bucket placement position corresponding to the garbage category in the garbage removal instruction from the storage unit, and controls the transfer device to transfer the transfer bucket at the corresponding transfer bucket placement position to the loading area.

7. The construction site renovation waste storage and transportation system according to claim 6 is characterized in that: The input unit includes a second camera, which is installed in the loading area and used to capture images near the loading area; the control device includes a second image recognition unit connected to the second camera signal, and recognizes whether there is a garbage transfer truck or a garbage dump truck entering the predetermined area and the type of the garbage transfer truck or the garbage dump truck entering the predetermined area in the image captured by the second camera through the second image recognition unit; The driving control unit is connected to the signal of the second image recognition unit, and when the second image recognition unit recognizes that a garbage transfer truck or a garbage dump truck has entered a predetermined area, according to the type of the identified garbage transfer truck or garbage dump truck, a transfer bucket placement position for storing garbage of a category corresponding to the type of the garbage transfer truck or the garbage dump truck is obtained from the storage unit, and the transfer device is controlled to transfer the transfer bucket at the corresponding transfer bucket placement position to the loading area.

8. The construction site renovation waste storage and transportation system according to claim 6 is characterized in that: The input unit includes a third camera and an operation terminal for generating control instructions, wherein the third camera is arranged adjacent to the operation terminal and is used to capture the facial image of the operator; the operation terminal includes a third image recognition unit connected to the third camera signal, and after the facial image recognized by the third image recognition unit passes the verification, the operation terminal receives the input control instruction and generates an operation record to the storage unit, wherein the operation record includes the control instruction and the operator corresponding to the recognized facial image.

9. The construction site decoration waste storage and transportation system according to claim 2 is characterized in that: A lifting track is provided at one end or one side of the garbage storage warehouse, and the transfer device includes a lifting platform and a transverse movement assembly; the lifting platform is installed on the lifting track and moves up or down along the lifting track to a predetermined position under the control of a driving control unit; the transverse movement assembly is installed on the lifting platform, and is used to push the transfer bucket on the lifting platform to move to the transfer bucket placement position or loading area, and to push the transfer bucket at the transfer bucket placement position or loading area to move to the lifting platform.

10. The construction site renovation waste storage and transportation system according to claim 1, characterized in that: Each of the transfer buckets has a city number and a QR code, and the storage unit stores the garbage category corresponding to the placement position of the transfer bucket according to the city number and the QR code.

Images