CN206981335U - A kind of automatic water dirt piece-rate system for collecting waste residue - Google Patents

Abstract

The utility model discloses a water and sewage separation system for automatically collecting waste slag in the technical field of garbage can cleaning. The water pump that can pump the water in the water tank to the water spraying mechanism also includes the motor used to drive the water pump; it also includes the sewage recovery part, and it also includes the pollutants that flow out of the sewage outlet to the sewage recovery part The conveying unit; the lowest position of the conveying pipe is provided with a pipe outlet for discharging sewage, and the pipe outlet communicates with the water tank through the lower outlet pipe. Not only can it automatically remove the residual pollutants in the pool, but it can also automatically transport the pollutants to the waste recovery department.

Description

A water and sewage separation system that automatically collects waste slag

technical field

The utility model relates to the technical field of garbage can cleaning, in particular to a device for removing pollutants left in a pool during the cleaning process of the garbage can.

Background technique

Garbage can cleaning equipment has been widely used. There is a pool in the trash can cleaning equipment. The pool is used to collect the cleaning liquid during the trash can cleaning process. In order to save water resources, the general trash can cleaning equipment is equipped with a water resource recovery system. , but no matter how ingenious the recovery system is set up, a technical problem cannot be avoided: after the cleaning of the trash can is completed, a large amount of pollutants still remain at the bottom of the pool after the liquid in the pool is drained, which often needs to be removed manually, and the workload is very high. big.

Utility model content

The purpose of this utility model is to provide a water and sewage separation system that automatically collects waste residues, which can not only automatically remove the residual pollutants in the pool, but also automatically transport the pollutants to the waste recovery department.

The purpose of this utility model is achieved as follows: a water and sewage separation system for automatically collecting waste residues, including a pool for collecting cleaning liquid, and a sewage outlet arranged on one side of the pool for discharging sewage in the pool. It includes a water tank, a water spray mechanism that can flush the pollutants in the pool to the sewage outlet, a water pump that can pump the water in the water tank to the water spray mechanism, and a motor for driving the water pump; it also includes The sewage recovery part also includes a delivery unit that can transport the pollutants flowing out of the sewage outlet to the sewage recovery part, and also includes a lower outlet pipe and an inclined delivery pipeline. The sewage inlet end of the delivery pipeline is provided with a The outlet is connected to the sewage inlet of the pipeline, and the sewage discharge end of the transportation pipeline is connected with the sewage recovery part;

The conveying unit includes a driving wheel, a driving mechanism for driving the driving wheel to rotate, a conveyor belt, a driven wheel, and a plurality of mesh structures, which can contain pollutants flowing out of the sewage outlet, and can contain Pollutants are sent to the hopper of the waste recovery department. The driving wheel and the driven wheel can be rotatably installed in the conveying pipeline. The hopper and the conveyor belt are also in the conveying pipeline. The driving wheel passes through the conveyor belt and The driven wheel is connected by transmission, and the plurality of hoppers are equidistantly arranged on the conveyor belt along the length direction of the conveyor belt;

The lowest position of the conveying pipeline is provided with a pipeline water outlet for discharging sewage, and the pipeline water outlet communicates with the water tank through the lower water outlet pipe.

Compared with the prior art, the utility model has the beneficial effects as follows: firstly, it can automatically remove the residual pollutants in the pool. When in use, the water pump pumps the water in the water tank into the water spray mechanism, and the water spray mechanism sprays water to drain the pool. The residual pollutants in the waste water are washed to the sewage outlet, which is convenient for the transport unit to send the pollutants to the waste recovery department, which reduces the difficulty of decontamination and greatly improves the efficiency of decontamination; secondly, it can also automatically transport the pollutants to the waste water In the recovery part, water and sewage can be separated during the decontamination process. When the conveying unit is in operation, the driving mechanism drives the driving wheel to rotate, and the driving wheel drives the conveyor belt and driven wheel to move, and the conveyor belt carries multiple hoppers for conveying action The hopper holds the sewage from the sewage outlet. Since the hopper has a mesh structure, when the sewage with pollutants enters the hopper, the water seeps out of the hopper and the pollutants are taken away by the hopper. And it is sent to the waste recovery department by the hopper, and the water flows into the water tank through the pipe outlet and the lower outlet pipe in order to be recycled and reused; thirdly, the conveying pipe can prevent the sewage from being splashed when the conveying unit transports pollutants phenomenon, so as not to cause secondary pollution.

As a further improvement of the present utility model, the dirt recovery part includes a collection bucket with an open upper end for collecting pollutants, a fixed support seat, and a collection bucket arranged at the upper end of the support seat to facilitate the collection. The placement tank placed at the bottom also includes an internal filter screen that is detachably installed in the collection bucket and acts as a filter, and also includes a filtrate outlet that is arranged on the collection bucket and is used to discharge water in the collection bucket. It includes a quick-release sealing part that is detachably installed on the collection bucket to block the outlet of the filtrate, and a filtrate recovery pipe that is installed on the support seat and communicates with the water tank. When the collection bucket is in the When the liquid is drained and the bottom is placed in the placement tank, the outlet of the filtrate is just connected to the mouth of the filtrate recovery pipe and communicated. When the collection bucket needs to be used, the quick release sealing part can be removed, and the bottom of the collection bucket can be inserted into the placement groove so that the outlet of the filtrate is just connected to the water tank through the filtrate recovery pipe. When the pollutants enter the collection bucket, the pollutants After being filtered by the internal filter, the water falls to the bottom of the collection bucket and enters the filtrate recovery pipe from the filtrate outlet, so that the water in the collection bucket finally flows back into the water tank. When it is not necessary to use the collection bucket to collect pollutants, a quick-release sealing part can be installed to block the outlet of the filtrate, and then the internal filter can be removed for cleaning for continued use.

As a further improvement of the utility model, the middle part of the collection bucket is provided with a hollow tube with a hollow tube structure, the upper and lower ends are open structures, and the hollow tube runs through the entire collection bucket up and down, and the outlet of the filtrate is located at the bottom of the hollow tube. side position, the quick release sealing part includes a top cover and a central shaft, the central shaft is coaxially installed in the inner cavity of the hollow cylinder, and a bottom block for sealing the outlet of the filtrate is installed at the lower end of the central shaft , and when the bottom block seals the filtrate outlet, the bottom of the bottom block is just flat with the bottom of the collection barrel, and the top cover is threadedly fitted with the upper end of the central shaft and can cover the upper end of the hollow cylinder. The advantage is that it is easy to disassemble and easy to use, and it can prevent the residual water in the collection bucket from flowing out through the outlet of the filtrate when the collection bucket is not in use; when you need to remove the quick-release sealing parts, just unscrew the top cover, and then Pull out the central shaft and its bottom block to unseal the filtrate outlet; when it is necessary to block the filtrate outlet, insert the central shaft into the hollow cylinder and make the bottom block block the filtrate outlet, then tighten the top The cover makes the top cover cover the upper end of the hollow cylinder, and the installation of the quick release sealing part can be completed.

As a further improvement of the utility model, a bracket for supporting the inner filter screen is provided inside the collecting bucket. In order to limit the position of the internal filter screen, it is convenient to install the internal filter screen.

As a further improvement of the utility model, the water outlet of the conveying pipeline is provided with a filter net for filtering. The strainer filters out contaminants that are not filtered out by the hopper.

As a further improvement of the utility model, a filter for filtering is installed at the suction end of the water pump. It plays a further filtering role to prevent the pollutants in the water tank from flowing back into the pool through the water pump and water spray mechanism.

Description of drawings

Fig. 1 is a schematic diagram of the overall layout principle of the utility model.

Figure 2 is a schematic diagram of the installation of the collection bucket.

Figure 3 is a schematic diagram of the installation of the quick release sealing parts.

Among them, 1 sprinkler mechanism, 2 water pump, 3 filter, 4 electric motor, 5 pool, 5a sewage outlet, 6 water tank, 7 conveying pipeline, 7a pipeline sewage inlet, 7b pipeline water outlet, 8 conveying unit, 801 driving mechanism , 802 driving wheel, 803 conveyor belt, 804 driven wheel, 805 hopper, 9 filter screen, 10 lower outlet pipe, 11 collection bucket, 11a filtrate outlet, 12 internal filter screen, 13 hollow cylinder, 14 support block, 15 Support seat, 15a placing groove, 16 filtrate recovery pipe, 17 top cover, 18 central axis, 18a bottom block.

detailed description

As shown in Figure 1, a water and sewage separation system for automatically collecting waste slag includes a pool 5 for collecting cleaning liquid, and a sewage outlet 5a arranged on one side of the pool 5 for discharging sewage in the pool 5, and It includes a water tank 6, a water spray mechanism 1 that can flush pollutants in the pool 5 to the sewage outlet 5a, a water pump 2 that can pump the water in the water tank 6 to the water spray mechanism 1, and a water pump 2 for driving the pump. The motor 4 for the operation of the water pump 2; also includes a dirt recovery unit, and also includes a transport unit 8 that can transport the pollutants flowing out of the sewage outlet 5a to the dirt recovery unit, and also includes a lower outlet pipe 10, and an inclined delivery pipeline 7 , The sewage inlet end of the conveying pipeline 7 is provided with a pipeline sewage inlet 7a connected with the sewage outlet 5a, and the sewage discharge end of the conveying pipeline 7 is connected with the sewage recovery part.

The above-mentioned conveying unit 8 includes a driving wheel 802, a driving mechanism 801 for driving the driving wheel 802 to rotate, a conveyor belt 803, a driven wheel 804, and a plurality of mesh structures that can hold the pollutants flowing out of the sewage outlet 5a. , and can send the loaded pollutants to the hopper 805 of the waste recovery department, the driving wheel 802 and the driven wheel 804 can be rotatably installed in the delivery pipeline 7, the hopper 805 and the conveyor belt 803 are also in the delivery pipeline 7 , the driving wheel 802 is in driving connection with the driven wheel 804 through the conveyor belt 803 , and a plurality of hoppers 805 are equidistantly arranged on the conveyor belt 803 along the length direction of the conveyor belt 803 .

The lowest position of the conveying pipeline 7 is provided with a pipeline water outlet 7b for discharging sewage, and the pipeline water outlet 7b communicates with the water tank 6 through the lower water outlet pipe 10 .

The water outlet 7b of the pipeline 7 is provided with a filter screen 9 for filtering.

The suction end of the above-mentioned water pump 2 is equipped with a filter 3 which acts as a filter.

During use, the water pump 2 pumps the water in the water tank 6 into the water spray mechanism 1, and the water spray mechanism 1 sprays water to wash away the residual pollutants in the pool 5 to the sewage outlet 5a, and the driving mechanism 801 drives the driving wheel 802 to rotate, and the driving wheel 802 drives the conveyor belt 803 and the driven wheel 804 to move, and the conveyor belt 803 carries a plurality of hoppers 805 for conveying action, and the hoppers 805 contain the sewage flowing out of the sewage outlet 5a. When the polluted sewage enters the hopper 805, the water seeps out from the hopper 805, the pollutants are taken away by the hopper 805 and sent to the waste recovery department by the hopper 805, and the water flows through the pipe outlet 7b in turn 1. The lower water outlet pipe 10 enters into the water tank 6 so as to be recycled and reused. The conveying pipe 7 can prevent the phenomenon of sewage splashing when the conveying unit 8 conveys pollutants.

As shown in Figures 2 and 3, the above-mentioned dirt recovery unit includes a collection barrel 11 with an open structure at the upper end for collecting pollutants, a fixed support seat 15, and a convenient The placement groove 15a placed in the bottom of the collection bucket 11 also includes an internal filter screen 12 that is detachably installed in the collection bucket 11 and acts as a filter, and also includes a filter set on the collection bucket 11 for discharging in the collection bucket 11. The filtrate outlet 11a of moisture also includes a quick-release sealing part for blocking the filtrate outlet 11a, which is detachably installed on the collection bucket 11, and also includes a water tank 6 that is worn on the support base 15. The connected filtrate recovery pipe 16, when the collection bucket 11 is in the draining state and its bottom is placed in the placement tank 15a, the filtrate outlet 11a is just connected to the mouth of the filtrate recovery pipe 16 and communicated. When the collection bucket 11 needs to be used, the quick-release sealing part can be removed, and the bottom of the collection bucket 11 is inserted into the placement groove 15a, so that the filtrate outlet 11a is just connected to the water tank 6 through the filtrate recovery pipe 16, and the pollutants enter When collecting the bucket 11, the pollutants are filtered by the internal filter screen 12, and its moisture falls to the bottom of the collection bucket 11 and enters the filtrate recovery pipe 16 from the filtrate outlet 11a, so that the moisture in the collection bucket 11 finally flows back to the water tank 6 in. When it is not necessary to use the collection bucket 11 to collect pollutants, a quick-release sealing part can be installed to block the filtrate outlet 11a, and then the internal filter screen 12 is removed for cleaning so as to continue to be used.

As shown in Figure 3, the middle part of the collection bucket 11 is provided with a hollow tube structure, the upper and lower ends are open structures, and the hollow cylinder 13 runs through the entire collection bucket 11 up and down, and the filtrate outlet 11a is located under the hollow cylinder 13. The side position, the quick-release sealing part includes a top cover 17, a central shaft 18, the central shaft 18 is coaxially installed in the inner cavity of the hollow cylinder 13, and a bottom block for sealing the filtrate outlet 11a is installed at the lower end of the central shaft 18 18a, and when the bottom block 18a seals the filtrate outlet 11a, the bottom of the bottom block 18a is just flat with the bottom of the collection bucket 11, and the top cover 17 is screwed with the upper end of the central shaft 18 and can cover the upper end of the hollow cylinder 13 . When it is necessary to remove the quick-release sealing part, just unscrew the top cover 17, and then pull out the central shaft 18 and its bottom block 18a to unseal the filtrate outlet 11a; when it is necessary to block the filtrate outlet 11a, Insert the central shaft 18 into the hollow cylinder 13, and make the bottom block 18a block the filtrate outlet 11a, and then tighten the top cover 17 so that the top cover 17 covers the upper end of the hollow cylinder 13, and the quick release sealing part can be completed installation.

As shown in FIG. 3 , a bracket 14 for supporting the inner filter screen 12 is provided inside the collection bucket 11 . In order to define the position of the internal filter screen 12.

The utility model is not limited to the above-mentioned embodiments. On the basis of the technical solutions disclosed in the utility model, those skilled in the art can make some technical features based on the disclosed technical content without creative work. Replacement and deformation, these replacements and deformations are all within the protection scope of the present utility model.

Claims (6)

1. A water and sewage separation system for automatically collecting waste residues, including a pool (5) for collecting cleaning liquid, and a sewage outlet ( 5a), characterized in that: it also includes a water tank (6), and also includes a water spray mechanism (1) that can flush pollutants in the pool (5) to the sewage outlet (5a), and also includes a water spray mechanism that can flush the pollutants in the water tank (6) The water pump (2) for pumping water to the water spray mechanism (1) also includes the motor (4) used to drive the water pump (2) to operate; it also includes a waste recovery unit, and also includes a sewage outlet (5a) that can flow out The pollutants are transported to the transport unit (8) in the sewage recovery department, which also includes the lower outlet pipe (10), the transport pipe (7) arranged in an inclined manner, and the sewage inlet end of the transport pipe (7) is provided with sewage The outlet (5a) is connected to the sewage inlet (7a) of the pipeline, and the sewage discharge end of the transportation pipeline (7) is connected to the sewage recovery part; The transport unit (8) includes a driving wheel (802), a driving mechanism (801) for driving the driving wheel (802) to rotate, a conveyor belt (803), a driven wheel (804), and a plurality of mesh Structure, can contain the pollutants flowing out of the sewage outlet (5a), and can send the contained pollutants to the hopper (805) of the waste recovery department, the driving wheel (802) and the driven wheel (804) are both Rotatably installed in the conveying pipeline (7), the hopper (805) and the conveying belt (803) are also in the conveying pipeline (7), and the driving wheel (802) passes through the conveying belt (803) and the driven wheel (804) transmission connection, the plurality of hoppers (805) are equidistantly arranged on the conveyor belt (803) along the length direction of the conveyor belt (803); The lowest position of the delivery pipeline (7) is provided with a pipeline water outlet (7b) for discharging sewage, and the pipeline water outlet (7b) communicates with the water tank (6) through the lower water outlet pipe (10). 2. A water and sewage separation system for automatically collecting waste residues according to claim 1, characterized in that: the waste recovery part includes a collection bucket (11) with an open upper end for collecting pollutants, and It includes a fixed support seat (15), a placement groove (15a) arranged on the upper end of the support seat (15) for easy placement of the bottom of the collection bucket (11), and a detachable installation on the collection bucket (11). The inner filter screen (12) which acts as a filter, also includes the filtrate outlet (11a) which is set on the collection bucket (11) and is used to discharge the water in the collection bucket (11), and also includes a filter for blocking The quick-release sealing part that is detachably installed on the collection barrel (11) to hold the filtrate outlet (11a) also includes the filter filter that is installed on the support seat (15) and communicates with the water tank (6). liquid recovery pipe (16), when the collection barrel (11) is in the draining state and its bottom is placed in the placement tank (15a), the filtrate outlet (11a) is just in line with the filtrate recovery pipe (16) The nozzles are butted and communicated. 3. A water and sewage separation system for automatically collecting waste residues according to claim 2, characterized in that: the middle part of the collection barrel (11) is provided with a hollow tube structure, the upper and lower ends are both open structures, and the upper and lower ends are open. The hollow cylinder (13) that runs through the entire collection bucket (11), the filtrate outlet (11a) is located at the lower side of the hollow cylinder (13), the quick release sealing part includes a top cover (17), a central shaft (18), the central shaft (18) is coaxially installed in the inner cavity of the hollow cylinder (13), and the lower end of the central shaft (18) is installed with a bottom block ( 18a), and when the bottom block (18a) seals the filtrate outlet (11a), the bottom of the bottom block (18a) is just level with the bottom of the collection bucket (11), and the top cover (17) It is threadedly matched with the upper end of the central axis (18) and can cover the upper end of the hollow cylinder (13). 4. The water and sewage separation system for automatically collecting waste slag according to claim 2, characterized in that: the collection bucket (11) is provided with a support block (14) for supporting the internal filter screen (12). 5. A water and sewage separation system for automatically collecting waste residues according to claim 1, characterized in that: a filter screen (9) for filtering is provided at the pipeline outlet (7b) of the delivery pipeline (7) . 6. The water and sewage separation system for automatically collecting waste residues according to claim 1, characterized in that: a filter (3) for filtering is installed at the suction end of the water pump (2).