Multifunctional assembly type self-circulation urinal detection table

Abstract

The utility model relates to a multifunctional assembly type self-circulation urinal detection platform. In order to realize field detection. The appearance detection high platform and the splash replacement detection low platform are movably matched and connected with each other, and the flatness detection back plate of the mounting surface of the low platform extends upwards behind the low platform, the low platform is formed by arranging a middle longitudinal water falling notch and an outer side longitudinal dumping residual water observation notch on a top panel of a short cubic water tank, and the rear part of the high platform extends upwards to form a water outlet pipe joint of a pressure-stabilizing circulating pump system; a water inlet pipe of the pressure-stabilizing circulating pump system is communicated with a water absorption filter in the short cubic water tank through a loose joint pipeline; the middle longitudinal water falling notch is movably provided with a replacement detection water falling receiving container, and the short cube water tank is communicated with a water inlet and outlet hose through a water inlet and outlet valve. The device has the advantages that on-site flushing water source detection is utilized, and appearance, installation flatness and splash replacement detection can be reliably carried out on site.

Description

Technical Field

[0001] The utility model relates to a urinal detection device, in particular to a multifunctional assembled self-circulating urinal detection table. Background Art

[0002] Before the installation of existing public toilet urinals, it is necessary to detect their appearance, flatness, water splashing, and replacement performance. Only when the detection results meet the requirements can the installation be carried out, and this kind of detection is carried out in the warehouse, and then transported to the installation site after passing the inspection. However, with the increasing improvement of water treatment technology facilities, more and more public toilets use reclaimed water for flushing after the recycling and treatment of wastewater. There will inevitably be significant differences in water splashing and replacement performance of reclaimed water from different wastewater sources after recycling and treatment. The water splashing and replacement performance detected by tap water commonly used in the warehouse will have an even greater deviation from the results of water splashing and replacement performance detected by reclaimed water at the site. In addition, due to the different water qualities of tap water used for flushing public toilets and tap water used for warehouse detection, there will also be deviations in the above-mentioned relevant detection results. Therefore, there is an urgent need in reality for a urinal detection device that is convenient to transport and easy to use on-site. Content of the Utility Model

[0003] The purpose of the utility model is to overcome the above defects of the prior art and provide a multifunctional assembled self-circulating urinal detection table.

[0004] To achieve the above object, the multi-functional assembled self-circulating urinal detection platform of the present utility model is particularly characterized in that it includes an appearance detection high platform and a splash water replacement detection low platform that are movably connected to each other, and an installation surface flatness detection back plate that extends upward behind the low platform. The appearance detection high platform is a cubic frame with a built-in constant pressure circulation pump system, and the front and rear surfaces, one side surface, and the top surface are provided with panels. The splash water replacement detection low platform is a low cubic water tank with a height significantly lower than that of the appearance detection high platform, on which the urinal stands for detection. The top panel of the low cubic water tank is provided with a central longitudinal water discharge slot and an outer side longitudinal residual water observation slot that reaches the front and rear ends. The rear part of the top panel of the appearance detection high platform extends upward to form a water outlet joint of the constant pressure circulation pump system. A replacement detection water receiving container is movably arranged at the central longitudinal water discharge slot, and the low cubic water tank is connected to the inlet and outlet water hoses through an inlet and outlet valve. Or the low cubic water tank, its central longitudinal water discharge slot, and its outer side longitudinal residual water observation slot are composed of a splash water detection rear section and a replacement detection front section. Drain valves and inlet and outlet valves are respectively arranged at the front and rear sections of the low cubic water tank, or they are respectively connected to the drain hose through the drain valve and to the inlet and outlet water hose through the inlet and outlet valve. The inlet pipe of the constant pressure circulation pump system is connected to the water suction filter in the low cubic water tank or in its splash water detection rear section through a flexible connection pipeline. The installation surface flatness detection back plate that extends upward behind the low platform is used to detect the flatness of the installation surface back to back with the urinal. The panel is made of stainless steel. The appearance detection high platform and the splash water replacement detection low platform that are movably connected to its side, compared with the non-connected split body, can avoid the displacement caused by the vibration of the motor, have good overall stability, and can also provide a support for the installation surface flatness detection back plate for the urinal to be detected standing on it. The appearance detection high platform with the front and rear surfaces, one side surface, and the top surface panels outside the cubic frame does not set another side panel, which is beneficial to weight reduction and convenient for checking the internal constant pressure circulation pump system at any time, and also convenient for storing the splash water detection glass plate in the appearance detection high platform, avoiding the trouble of carrying it separately. The low cubic water tank type splash water replacement detection low platform reduces the height of the detection table surface on the premise of meeting the water storage for circulation, is convenient for observing the detection results, and can also reduce the labor intensity of taking and placing the urinal. The replacement detection water receiving container is movably arranged at the central longitudinal water discharge slot, so that the water receiving container for dumping the water can be flexibly taken and placed according to needs. Of course, it is more convenient to use the front slot section to receive the replacement detection water, because there is no need to pour out the ink sewage received by replacement after each detection. The outer side longitudinal residual water observation slot is convenient for observing the water level and water quality, and is also convenient for discharging the residual water after pouring through the inlet and outlet valve. The constant pressure circulation pump system is arranged inside the appearance detection high platform to provide a stable water flow that meets the detection requirements for the urinal. The water outlet joint of the constant pressure circulation pump system extends out from the rear part of the appearance detection high platform, which is used to flexibly connect to the water inlet of the urinal through a hose. The inlet pipe of the constant pressure circulation pump system is connected to the water suction filter in the low cubic water tank or in its splash water detection rear section through a flexible connection pipeline. The flexible connection through the pipeline is convenient for the appearance detection high platform and the low cubic water tank to be disassembled at any time, and the water suction filter is used to avoid the influence of foreign objects in the water on the detection water quality.The low cubic water tank or its rear section is connected to the inlet and outlet water hoses through the inlet and outlet valves, which facilitates the introduction of water source and the discharge of waste water after detection. The low cubic water tank, its longitudinal water inlet trough opening in the middle and its side trough opening are composed of the rear and front sections, which are respectively used for holding and receiving circulating detection water for splash detection, receiving splash detection circulating water and replacement detection water, and receiving replacement detection waste water; the front and rear sections of the low cubic water tank are respectively connected to the drainage hose through the drainage valve and to the inlet and outlet water hoses through the inlet and outlet valve. Among them, the drainage valve and its drainage hose are used to discharge replacement detection waste water, and the inlet and outlet valve and its inlet and outlet water hoses are used to introduce the detection water source and to discharge the circulating detection tail water after all detections.

[0005] When conducting such inspections, place the transported high platform and low platform adjacent to each other horizontally and connect them together. Then, further connect and install a flatness inspection backplate for the installation surface. The inlet pipe of the constant-pressure circulating pump system is also connected to the suction filter inside the low cubic water tank through a union pipeline. For the appearance inspection, place the urinal on the high platform, rotate it to ensure that each surface has the opportunity to face upwards, and then conduct an appearance visual inspection. After the appearance inspection is qualified, proceed with the subsequent inspections. If the appearance inspection is unqualified, make a mark and store it separately. Then, stand the urinal face-forward at the rear of the upper surface of the low platform, with the back of the urinal against the flatness inspection backplate of the installation surface. Inspect the flatness of the urinal installation surface according to the fit. If the inspection is unqualified, make a mark and store it separately. If the flatness inspection of the urinal installation surface is qualified, proceed with the subsequent inspections. For the subsequent splash detection, also stand the urinal face-forward at the rear of the upper surface of the low platform, with the drainage bottom opening of the urinal facing the rear of the central longitudinal water trough opening or the rear trough section. Connect the inlet of the urinal and the outlet pipe joint of the constant-pressure circulating pump system using a union hose. Connect the drainage hose to the on-site water source, open the water source valve and the inlet and outlet valves to introduce the detection water source to the appropriate water level in the low cubic water tank or its rear section. Then, place a clean splash detection glass plate flat on the top surface of the low platform in front of the urinal. Turn on the constant-pressure circulating pump, let the urinal sense the human body and automatically flush during operation, then turn off the constant-pressure circulating pump. Visually inspect and measure the splash water droplets on the detection glass plate. If the maximum diameter of the splashed water droplets does not exceed the specified standard diameter, proceed with the subsequent inspections. If the maximum diameter of the splashed water droplets exceeds the specified standard diameter, disconnect the connection between the urinal and the outlet pipe joint, make a mark, and store it separately. For the subsequent replacement detection, stand the urinal face-forward at the rear of the upper surface of the low platform, place a replacement detection water-receiving container below the drainage bottom opening of the urinal in the trough or move the replacement detection water-receiving container to below the drainage bottom opening of the urinal in the trough; or stand the urinal face-forward in the middle of the upper surface of the low platform, with the drainage bottom opening of the urinal facing the rear trough section of the low platform, pour a specified amount of ink into the urinal, turn on the constant-pressure circulating pump, let the urinal sense the human body and automatically flush during operation, then turn off the constant-pressure circulating pump, disconnect the connection between the urinal and the outlet pipe joint, and check if there is any ink color residue in the residual water after the urinal flushes. If there is, make a mark and store it separately. If there is no residue, the urinal is qualified for replacement and all inspections. Make a qualified inspection mark and move it away for installation backup; after the replacement detection, take out and pour out the ink-stained sewage stored in the replacement detection water-receiving container. After all on-site inspections are completed, connect the inlet and outlet hoses to the sewer pipeline or connect the inlet and outlet hoses and the drainage hose to the sewer pipeline, open the inlet and outlet valves and the drainage valve, drain the water stored in the low platform into the sewer pipeline, disconnect the connection between the high platform and the low platform and the union pipeline between them, stand up the low platform so that the residual water inside it is poured out through the residual water pouring observation notch for transportation backup.Therefore, it has the advantages of being convenient to carry and assemble on-site for use, detecting by using the flushing water source at the installation site to ensure compliance with the normal operation requirements after on-site installation, and reliable on-site detection of the appearance, installation flatness, and splash replacement.

[0006] As an optimization, the replacement detection water receiving container is a water receiving bucket with a self-weight greater than its buoyancy in water, which can avoid floating and shifting before water receiving and affecting water receiving; or a longitudinally sliding upper open water receiving tank with a self-weight greater than its buoyancy in water on both sides of the longitudinal water inlet of the middle longitudinal water chute. On the one hand, it can avoid floating and shifting before water receiving and affecting water receiving. On the other hand, when it is necessary to receive ink contamination, it can be conveniently pushed to the water receiving position, and when the water receiving is completed or water receiving is not required, it can be moved out of the water receiving position to avoid affecting the normal drainage of the lower drainage water of the splash detection from falling into the low cubic water tank; a storage and fixing mechanism for the splash detection glass plate is arranged in the appearance detection high platform, avoiding the trouble of carrying separately.

[0007] As an optimization, both sides of the longitudinal water inlet of the middle longitudinal water chute are provided with downward concave edges, and the two side extension edges of the top of the upper open water receiving tank are respectively longitudinally slidably matched with the two downward concave edges. In this way, no matter where the upper open water receiving tank slides to, it will not affect the normal flat standing of the urinal; the glass plate storage and fixing mechanism is an outer opening U-shaped groove frame with a buffer concave strip embedded in the inner surface of the front panel of the appearance detection high platform. A manual chuck for pressing and fixing the outer side edge of the glass plate is arranged on the outer opening end wall of the U-shaped groove frame, which is convenient for inserting the detection glass plate by hand, and then locking it with the chuck and buffering with the embedded buffer concave strip to avoid the shaking of the detection glass plate.

[0008] As an optimization, there is a rear top panel area between the longitudinal water inlet of the middle longitudinal water chute and the rear of the low cubic water tank, which is also beneficial to ensuring and strengthening the structural strength of the low cubic water tank and its top panel; there is a front top panel area between the longitudinal water inlet of the middle longitudinal water chute and the front of the low cubic water tank for strengthening the structural strength of the low cubic water tank and its top panel.

[0009] As an optimization, the rear section of the splash detection of the low cubic water tank and the front section of the replacement detection are respectively the rear section of the splash detection low cubic rear water tank, the rear section of the water receiving trough for replacement detection, and the rear trough section for observing the residual water longitudinally poured on the outer side edge, and the front section of the replacement detection low cubic front water tank, the front section of the water receiving trough for replacement detection, and the front trough section for observing the residual water longitudinally poured on the outer side edge; in this way, the splash detection and replacement detection, receiving and storing the splash detection water and replacement detection water, and pouring and observing the splash detection stored water and replacement detection stored water can be respectively realized by the rear section of the splash detection and the front section of the replacement detection. Compared with the configuration of the replacement detection water receiving container, it can significantly improve the detection efficiency and ensure the detection quality.

[0010] During the replacement detection, the water falling for replacement detection at the longitudinal water trough opening from the rear to the middle on the upper part of the low cubic water tank where the urinal stands falls into the front trough section of the water receiving section. In this way, compared with a single water trough, there is no need to additionally configure water receiving appliances, and there is sufficient ink-contaminated water volume in the front section of the low cubic water tank, so there is no need to drain water separately after each detection. After all the replacement detections are completed, only one water drainage is required, which is very convenient to use. During the splash detection, the water falling for splash detection at the longitudinal water trough opening from the middle to the middle on the upper part of the low cubic water tank where the urinal stands falls into the rear trough section of the water receiving section. In this way, enough flat space can be provided on the upper part of the low cubic water tank for the splash detection glass plate.

[0011] As an optimization, the rear trough section for the replacement detection water receiving and the front trough section for the splash detection water receiving are respectively the rear middle section and the front middle section of the longitudinal water trough opening in the middle. This is beneficial to enhancing the structural strength of the low cubic water tank, especially beneficial to enhancing the supporting strength of the top panel for the urinal and preventing the deformation of the top panel during long-term use.

[0012] As an optimization, the top panel area between the rear middle section and the front middle section provides auxiliary support for the urinal in the replacement detection, the top panel area between the rear middle section and the rear side of the low cubic water tank provides auxiliary support for the urinal in the splash detection, and the top panel area between the front middle section and the front side of the low cubic water tank is used to strengthen the structural strength of the low cubic water tank and its top panel.

[0013] As an optimization, the adjacent side or surface between the appearance detection high platform and the low cubic water tank is movably connected in a detachable manner. After the adjacent surfaces are movably connected in a detachable manner, the stability is better. The rear side of the low cubic water tank is movably connected to the flatness detection back plate of the installation surface in a detachable manner, and the flatness detection back plate of the installation surface is movably connected to the adjacent vertical side of the appearance detection high platform in a detachable manner. On the one hand, it further enhances the overall stability, and on the other hand, it provides a support for the urinal standing at the back.

[0014] As an optimization, the rear panel of the high platform for appearance detection extends upward to form an upward-extending back panel for setting the electrical control part. A vertically telescopic and lockable lighting support rod is arranged behind the high platform for appearance detection. A horizontally arranged lighting lamp is fixedly or hingedly arranged at the top of the lighting support rod. In this way, the problems of setting the lighting lamp and the electrical control part can be solved. After the vertically telescopic and lockable lighting support rod extends upward, it is convenient to detect and illuminate the high platform and the low platform. After it contracts downward, it is more convenient for storage and transportation. The hinged setting occupies less space than the fixed setting, which is more convenient for safe storage and to avoid being damaged by collision. The detachable and movable connection is a direct vertical plug-in type in which one of the two adjacent connection parts is provided with a plug and the other is provided with a socket for plugging and matching with it. They are all body plugs, which is convenient for use and storage. Or the two adjacent connection parts are respectively provided with horizontally juxtaposed upper-open sockets, and the two upper-open sockets are jointly indirectly plugged with an inverted U-shaped pin. Or a part of all the two adjacent connection parts adopts the direct vertical plug-in type, and the other part adopts the indirect plug-in type with an inverted U-shaped pin. In this way, it is convenient to choose and use. Among them, the indirect plugging of the two upper-open sockets with an inverted U-shaped pin is beneficial to simplify the alignment insertion and extraction, and is more convenient for plugging and unplugging.

[0015] As an optimization, the high platform for appearance detection and the short cubic water tank are provided with vertically telescopic support legs with adjustable relative heights, which can ensure a flat placement even on uneven ground. Or the high platform for appearance detection is provided with vertically telescopic support legs in the form of universal casters with adjustable relative heights, and the short cubic water tank is provided with vertically telescopic support legs with adjustable relative heights. In this way, not only can the support feet be adjusted in height to achieve a flat placement, but also after the connection is disassembled, the short cubic water tank can be placed on the high platform for appearance detection for transfer. The high platform for appearance detection and the short cubic water tank are respectively provided with a horizontal detection bubble or are jointly equipped with a spirit level. In this way, through the detection by the horizontal detection bubble or the spirit level and the reference adjustment, a horizontal setting can be ensured.

[0016] The water inlet pipe of the constant pressure circulation pump system is connected to the suction filter inside the short cubic water tank through a flexible connection pipeline. The water inlet pipe head of the constant pressure circulation pump system and the water outlet pipe head of the suction filter extend outward from the adjacent bottom sides or adjacent bottoms of the high platform for appearance detection and the short cubic water tank respectively, which is beneficial to operate at a low water level. The inlet and outlet pipe heads are indirectly connected through a connecting pipe and a standard flexible joint, which is beneficial to ensure the reliability of the movable connection. Or they are indirectly connected through a hose and a plug or snap joint, which is convenient for disassembly and connection. Or they are directly plugged through a hose, which is simple and easy to operate.

[0017] After adopting the above technical solutions, the multifunctional assembled self-circulating urinal detection platform of the present invention has the advantages of being convenient for handling and assembling and using on-site, using the flushing water source at the installation site for detection, ensuring compliance with the normal operation requirements after on-site installation, and being able to reliably conduct on-site detection of the appearance, installation flatness, and splash replacement detection. Description of the Drawings

[0018] Figure 1It is a schematic structural diagram of the first implementation mode of the multifunctional assembled self-circulating urinal detection table of the present utility model. Figure 2 It is a schematic structural diagram of the second implementation mode of the multifunctional assembled self-circulating urinal detection table of the present utility model. Figure 3 It is a schematic structural diagram of the third implementation mode of the multifunctional assembled self-circulating urinal detection table of the present utility model. Figure 4 It is a schematic structural diagram of the fourth implementation mode of the multifunctional assembled self-circulating urinal detection table of the present utility model. Specific implementation mode

[0019] Example 1, as Figure 1As shown in the figure, the multi-functional assembled self-circulating urinal detection bench of the present utility model includes an appearance detection high platform 1, a splash replacement detection low platform that are movably connected to each other, and an installation surface flatness detection back plate 5 that extends upward at the back of the low platform. The appearance detection high platform 1 is a cubic frame with a built-in constant pressure circulation pump system, and the front and rear surfaces, one side surface, and the top surface are provided with panels. The splash replacement detection low platform is a short cubic water tank 2 with a height significantly lower than that of the appearance detection high platform 1, on which the urinal stands for detection. The top panel of the short cubic water tank 2 is provided with a central longitudinal water inlet trough 3 and an outer side longitudinal residual water observation trough 4 that reaches the front and rear ends. The rear part of the top panel of the appearance detection high platform 1 extends upward to form a water outlet joint 11 of the constant pressure circulation pump system. The water inlet pipe of the constant pressure circulation pump system is connected to the water absorption filter in the short cubic water tank 2 through a flexible connection pipeline. A replacement detection water inlet receiving container is movably equipped at the central longitudinal water inlet trough 3, and the short cubic water tank 2 is connected to the inlet and outlet water hose 24 through an inlet and outlet valve 23. The installation surface flatness detection back plate that extends upward at the back of the low platform is used to detect the flatness of the installation surface back to back with the urinal. The panel is made of stainless steel. The appearance detection high platform and the splash replacement detection low platform that are movably connected to its side can avoid the motor vibration and displacement compared with the separate non-connection, have good overall stability, and can also provide a back plate for detecting the flatness of the installation surface for the urinal to be erected and detected. For the appearance detection high platform with a cubic frame and front and rear surfaces, one side surface, and the top surface provided with panels, not setting the other side panel is beneficial for weight reduction and convenient for checking the internal constant pressure circulation pump system at any time, and also convenient for storing the splash detection glass plate in the appearance detection high platform, avoiding the trouble of carrying it separately. The short cubic water tank type splash replacement detection low platform can reduce the height of the detection table surface on the premise of meeting the water storage for circulation, facilitate observing the detection results, and also reduce the labor intensity of taking and placing the urinal. The replacement detection water inlet receiving container is movably equipped at the central longitudinal water inlet trough 3, so that the water inlet receiving container for dumping can be flexibly taken and placed according to needs. The outer side longitudinal residual water observation trough is convenient for observing the water level and water quality, and also convenient for discharging the residual water after dumping through the inlet and outlet valve. The constant pressure circulation pump system is arranged inside the appearance detection high platform to provide a stable water flow that meets the detection requirements for the urinal. The water outlet joint of the constant pressure circulation pump system extends out at the rear of the appearance detection high platform, which is used to flexibly connect to the water inlet of the urinal through a hose. The water inlet pipe of the constant pressure circulation pump system is connected to the water absorption filter in the short cubic water tank through a flexible connection pipeline, and the flexible connection through the pipeline is convenient for the appearance detection high platform and the short cubic water tank to be disassembled at any time, and the water absorption filter is used to avoid foreign matters in the water from affecting the detection water quality. The short cubic water tank is connected to the inlet and outlet water hose through the inlet and outlet valve, which is convenient for introducing water and discharging waste water after detection.

[0020] When conducting such inspections, the transported high platform and low platform are placed adjacent and flat and then connected together, and further connected to set up a flatness inspection backboard for the installation surface. The water inlet pipe of the constant-pressure circulating pump system is also connected to the suction filter in the low cubic water tank through a union pipeline. For the appearance inspection, the urinal is placed on the high platform, rotated to give each side a chance to face upward, and then visually inspected. After passing the appearance inspection, subsequent inspections are carried out. If the appearance inspection fails, it is marked and stored separately. After that, the urinal is placed upright on the rear part of the upper surface of the low platform with its face forward, and the back of the urinal is against the flatness inspection backboard of the installation surface. The flatness of the urinal installation surface is inspected according to the degree of fit. If the inspection fails, it is marked and stored separately. If the flatness of the urinal installation surface passes the inspection, subsequent inspections are carried out. For the subsequent splash detection, the urinal is also placed upright on the rear part of the upper surface of the low platform with its face forward, and the drain bottom opening of the urinal faces the rear part of the longitudinal water trough opening in the middle. A union hose is used to connect the water inlet of the urinal and the water outlet joint of the constant-pressure circulating pump system. The drain hose is connected to the on-site water source. The water source valve and the inlet and outlet valves are opened to introduce the detection water source into the low cubic water tank to an appropriate water level. Then, a clean splash detection glass plate is placed flat on the top surface of the low platform in front of the urinal. The constant-pressure circulating pump is started. During operation, let the urinal sense the human body and automatically flush the water, and then turn off the constant-pressure circulating pump. Visually inspect and measure the splashed water droplets on the detection glass plate. If the diameter of the largest splashed water droplet does not exceed the specified standard diameter, subsequent inspections are carried out. If the diameter of the largest splashed water droplet exceeds the specified standard diameter, disconnect the connection between the urinal and the water outlet joint, mark it, and store it separately. For the subsequent replacement detection, the urinal is placed upright on the rear part of the upper surface of the low platform with its face forward, and a replacement detection water receiving container is placed below the drain bottom opening of the urinal in the trough. Pour a specified amount of ink into the urinal. Start the constant-pressure circulating pump. During operation, let the urinal sense the human body and automatically flush the water, and then turn off the constant-pressure circulating pump. Disconnect the connection between the urinal and the water outlet joint, and check whether there is ink color residue in the residual water after the urinal flushes the water. If there is, mark it and store it separately. If there is no, it is a urinal that has passed the replacement and all inspections. After making a mark of all inspections being qualified, it is removed for installation standby. After the replacement detection, take out and pour out the ink-stained sewage stored in the replacement detection water receiving container. After all on-site inspections are completed, connect the inlet and outlet hoses to the sewer pipeline, open the inlet and outlet valves, drain the water stored in the low platform into the sewer pipeline, disconnect the connection between the high platform and the low platform and the union pipeline between them, and stand up the low platform so that the residual water in it is poured out through the residual water pouring observation notch for transportation standby. Therefore, it has the advantages of being convenient for handling and on-site assembly during installation, using the on-site flushing water source for detection to ensure compliance with the normal operation requirements after on-site installation, and being able to reliably conduct appearance, installation flatness, and splash replacement inspections on-site.

[0021] Specifically, the replacement detection water receiving container is a water bucket with a self-weight greater than its buoyancy in water.

[0022] Specifically, there is a rear top panel area for assisting in supporting the standing urinal between the middle longitudinal water trough opening 3 and the rear of the low cubic water tank 2, and a front top panel area for strengthening the structural strength of the low cubic water tank 2 and its top panel between the middle longitudinal water trough opening 3 and the front of the low cubic water tank 2.

[0023] Specifically, the adjacent sides or surfaces between the appearance inspection high platform 1 and the low cubic water tank 2 are movably connected in a detachable manner. The back of the low cubic water tank 2 is movably connected to the installation surface flatness inspection back panel 5 in a detachable manner, and the adjacent vertical side of the installation surface flatness inspection back panel 5 and the appearance inspection high platform 1 is movably connected in a detachable manner.

[0024] Specifically, the rear panel of the appearance inspection high platform 1 extends upward to form an upper extension back panel 6 for setting the electrical control part 61. A vertically telescopic and lockable lighting support rod 71 is arranged at the back of the appearance inspection high platform 1. The top of the lighting support rod 71 is hinged (or can be fixedly arranged) with a horizontally distributed lighting lamp 7. The detachable movable connection is a direct vertical plug-in type in which one of the two adjacent connection parts is provided with a plug 81 and the other is provided with a socket 80 for plugging and mating with it. The inlet pipe of the constant pressure circulating pump system is connected to the suction filter inside the low cubic water tank 2 through a flexible joint pipeline. The front side of the adjacent bottom between the appearance inspection high platform 1 and the low cubic water tank 2 is respectively provided with a constant pressure circulating pump system inlet pipe head and a suction filter outlet pipe head extending outwards. The inlet and outlet pipe heads are indirectly connected through a connecting pipe and a standard flexible joint 302. Preferably, the appearance inspection high platform and the low cubic water tank are respectively provided with a horizontal detection bubble or are jointly equipped with a spirit level.

[0025] Embodiment 2, as Figure 2 shown, the difference between the multifunctional assembled self-circulating urinal detection platform of the present utility model and the above Embodiment 1 is that the appearance inspection high platform 1 and the low cubic water tank 2 are provided with vertically telescopic support legs 9 with adjustable relative heights. It can also be that the appearance inspection high platform is provided with a universal caster type vertically telescopic support leg with adjustable relative height, and the low cubic water tank is provided with a vertically telescopic support leg with adjustable relative height. More specifically, the two side edges of the middle longitudinal water trough opening 3 are longitudinally slidably fitted with an upper open receiving water tank 30 with a self-weight greater than its buoyancy. The middle longitudinal water trough opening 3 is provided with two lower concave edges, and the two extending edges at the top of the upper open receiving water tank 30 are respectively longitudinally slidably fitted with the two lower concave edges. It can also be indirectly connected through a hose and a plug or clamp joint; or directly plugged through a hose. When detecting splashing water, it is necessary to move the upper open receiving water tank 30 away. When replacing the detection, it is necessary to move and the upper open receiving water tank 30, and it is necessary to pour out the replaced sewage after the replacement detection.

[0026] Embodiment 3, as Figure 3As shown in the figure, the difference between the multi-functional assembled self-circulating urinal detection platform of the present utility model and the second embodiment above is that the short cubic water tank 2, the longitudinal water inlet groove in the middle thereof, and the longitudinal residual water observation groove on the outer side thereof are composed of the rear section of the splash detection part and the front section of the replacement detection part. The rear section of the splash detection part and the front section of the replacement detection part of the short cubic water tank 2 are respectively the rear section 21 of the short cubic water tank for splash detection and the rear groove section 31 for water receiving after falling, and the rear side groove section 41 for observing the longitudinal dumping of residual water on the outer side, and the front section 22 of the short cubic water tank for replacement detection and the front groove section 32 for water receiving after falling, and the front side groove section 42 for observing the longitudinal dumping of residual water on the outer side; drainage valves 25 and inlet and drainage valves 23 are respectively arranged at the front and rear sections of the short cubic water tank 2. More specifically, the drainage valve 25 is connected to the drainage hose 26, and the inlet and drainage valve 23 is connected to the inlet and drainage hose 24. The water inlet pipe of the constant pressure circulation pump system is connected to the suction filter in the rear section of the short cubic water tank 2 for splash detection through a rear side flexible connection pipeline. The water inlet pipe of the constant pressure circulation pump system is connected to the suction filter in the short cubic water tank 2 through a rear side flexible connection pipeline. At the adjacent bottom rear sides of the appearance detection high platform 1 and the short cubic water tank 2, a water inlet pipe head of the constant pressure circulation pump system and a water outlet pipe head of the suction filter extend outwards respectively from the inside. The inlet and outlet pipe heads are indirectly connected through a connecting pipe and a standard flexible joint.

[0027] Specifically, during the replacement detection, water falls from the rear part above the short cubic water tank 2 where the urinal stands into the rear groove section 31 for water receiving after falling of the replacement detection of the longitudinal water inlet groove in the middle. During the splash detection, water falls from the middle part above the short cubic water tank 2 where the urinal stands into the front groove section 32 for water receiving after falling of the splash detection of the longitudinal water inlet groove in the middle. The rear groove section 31 for water receiving after falling of the replacement detection and the front groove section 32 for water receiving after falling of the splash detection are respectively the rear middle section and the front middle section of the longitudinal water inlet groove in the middle. The top panel area between the rear middle section and the front middle section provides auxiliary support for the urinal during the replacement detection. The top panel area between the rear middle section and the rear side of the short cubic water tank 2 provides auxiliary support for the urinal during the splash detection. The top panel area between the front middle section and the front side of the short cubic water tank 2 is used to strengthen the structural strength of the short cubic water tank 2 and its top panel. A part of all two adjacent connection parts adopts a direct vertical plug-in type, and the other part adopts an indirect plug-in inverted U-shaped pin 8 type. The two sockets 80 are inserted with the inverted U-shaped pin 8. It can also be that two adjacent connection parts are respectively provided with horizontally juxtaposed upper open sockets, and the two upper open sockets are jointly indirectly inserted with an inverted U-shaped pin type. Horizontal detection bubbles 50 are respectively arranged at the upper corners of the appearance detection high platform and the upper corners of the short cubic water tank. The water inlet pipe of the constant pressure circulation pump system is connected to the suction filter in the rear section of the short cubic water tank for splash detection through a flexible connection pipeline. The rear section of the short cubic water tank is connected to the inlet and drainage hose through the inlet and drainage valve, which is convenient for introducing water source and discharging waste water after detection.

[0028] The low cubic water tank, the longitudinal water inlet groove at its middle part, and its side grooves are composed of front and rear sections, which are respectively used to hold and receive the circulating detection water for splash detection, receive the circulating water for splash detection and replacement detection, and receive the waste water for replacement detection; the front and rear sections of the low cubic water tank are respectively connected to the drain hose through a drain valve and to the inlet and drain hose through an inlet and drain valve. Among them, the drain valve and its drain hose are used to discharge the waste water for replacement detection, and the inlet and drain valve and its inlet and drain hose are used to introduce the detection water source and discharge the tail water of the circulating detection after all detections. The replacement detection is to stand the urinal face forward in the middle of the low platform, make the drain bottom opening of the urinal face the rear groove section of the low platform, pour a specified amount of ink into the urinal, turn on the constant pressure circulating pump, let the urinal sense the human body and automatically flush during operation, then turn off the constant pressure circulating pump, disconnect the connection between the urinal and the water outlet pipe joint, check whether there is ink color residue in the residual water after the urinal flushes. If there is, make a mark and store it separately. If not, it is a urinal qualified for replacement and all detections. After making a qualified detection mark, it is removed for installation standby; after the replacement detection, take out and pour out the ink-stained sewage stored in the replacement detection water receiving container. After all on-site detections are completed, connect the inlet and drain hose and the drain hose to the sewer pipeline, open the inlet and drain valve and the drain valve, drain the water stored in the low platform into the sewer pipeline, disconnect the connection between the high platform and the low platform and the flexible joint pipeline between them, stand up the low platform so that the residual water in it is poured out through the residual water pouring observation groove for transportation standby.

[0029] Embodiment 4, as Figure 4 shown, the difference between the multifunctional assembled self-circulating urinal detection bench of the present utility model and the above Embodiment 3 lies in that a storage and fixing mechanism for the splash detection glass plate 40 is provided inside the appearance detection high platform 1. The glass plate storage and fixing mechanism is an outer opening U-shaped embedding groove frame 42 with an embedded buffer concave strip on the inner surface of the front panel of the appearance detection high platform 1, and a manual chuck 41 for pressing and fixing the outer side edge of the glass plate 40 is arranged on the end wall of the outer opening of the U-shaped embedding groove frame 42.

[0030] In summary, the multifunctional assembled self-circulating urinal detection bench of the present utility model has the advantages of being convenient for handling, assembling and using on-site during installation, using the on-site flushing water source for detection to ensure compliance with the normal operation requirements after on-site installation, and reliable on-site detection of appearance, installation flatness, splash and replacement detection.

Claims

1. A multifunctional assembled self-circulating urinal detection bench, characterized in that It includes an appearance detection high platform and a splash replacement detection low platform that are movably connected to each other, and a mounting surface flatness detection back plate that extends upward behind the low platform. The appearance detection high platform is a cubic frame with a built-in constant pressure circulating pump system, and the front and rear surfaces, one side surface, and the top surface are provided with panels. The splash replacement detection low platform is a low cubic water tank with a height significantly lower than that of the appearance detection high platform, on which a urinal stands for detection. The top panel of the low cubic water tank is provided with a central longitudinal water discharge slot and an outer side longitudinal residual water observation slot that reaches the front and rear ends. The rear part of the top panel of the appearance detection high platform extends upward to form a water outlet joint of the constant pressure circulating pump system; a replacement detection water receiving container is movably arranged at the central longitudinal water discharge slot. The low cubic water tank is connected to the inlet and outlet hoses through inlet and outlet valves; alternatively, the low cubic water tank, its central longitudinal water discharge slot, and its outer side longitudinal residual water observation slot are composed of a splash detection rear section and a replacement detection front section. Drain valves and inlet and outlet valves are respectively arranged at the front and rear sections of the low cubic water tank, or are respectively connected to the drain hose through the drain valve and to the inlet and outlet hose through the inlet and outlet valve; the inlet pipe of the constant pressure circulating pump system is connected to the suction filter inside the low cubic water tank or inside its splash detection rear section through a flexible joint pipeline.

2. The multifunctional assembled self-circulating urinal detection table according to claim 1, wherein The replacement detection water receiving container is a water receiving bucket with a self-weight greater than its buoyancy in water, or an upper-open water receiving tank with a self-weight greater than its buoyancy in water that is longitudinally slidably matched on both sides of the central longitudinal water discharge slot; a storage and fixing mechanism for a splash detection glass plate is arranged inside the appearance detection high platform.

3. The multifunctional assembled self-circulating urinal detection table according to claim 2, wherein Both sides of the central longitudinal water discharge slot are provided with downward concave edges, and the extending edges on both sides of the top of the upper-open water receiving tank are respectively longitudinally slidably matched with the downward concave edges on both sides; the glass plate storage and fixing mechanism is an outer-side opening U-shaped groove frame with an embedded buffer groove on the inner surface of the front panel of the appearance detection high platform, and a manual chuck for pressing the outer side edge of the glass plate is arranged on the end wall of the outer side opening of the U-shaped groove frame.

4. The multifunctional assembled self-circulating urinal detection bench according to claim 1, characterized in that There is a rear top panel area for assisting in supporting the standing urinal between the central longitudinal water discharge slot and the rear side of the low cubic water tank, and a front top panel area for strengthening the structural strength of the low cubic water tank and its top panel between the central longitudinal water discharge slot and the front side of the low cubic water tank.

5. The multi-functional prefabricated self-circulating urinal detection bench according to claim 1, wherein The splash detection rear section and the replacement detection front section of the low cubic water tank are respectively the rear section of the splash detection low cubic rear water tank, the rear water receiving trough section, and the outer side longitudinal residual water observation rear trough section, and the front section of the replacement detection low cubic front water tank, the front water receiving trough section, and the outer side longitudinal residual water observation front trough section; during the replacement detection, water falls from the rear part above the low cubic water tank where the urinal stands into the front water receiving trough section of the replacement detection water receiving container at the central longitudinal water discharge slot; during the splash detection, water falls from the middle part above the low cubic water tank where the urinal stands into the rear water receiving trough section of the splash detection water receiving container at the central longitudinal water discharge slot.

6. The multifunctional assembled self-circulating urinal detection table according to claim 5, characterized in that The rear middle section and the front middle section of the central longitudinal water discharge slot are respectively the replacement detection water receiving trough section at the rear and the splash detection water receiving trough section at the front.

7. The multifunctional assembled self-circulating urinal detection table according to claim 6, characterized in that The top panel area between the rear middle section and the front middle section provides auxiliary support for the urinal for replacement detection. The top panel area between the rear middle section and the back of the low cubic water tank provides auxiliary support for the urinal for splash detection. The top panel area between the front middle section and the front of the low cubic water tank is used to strengthen the structural strength of the low cubic water tank and its top panel.

8. The multi-functional assembled self-circulating urinal detection bench according to claim 1, characterized in that The adjacent sides or surfaces between the appearance detection high platform and the low cubic water tank are movably connected in a detachable manner. The back of the low cubic water tank is movably connected to the flatness detection back plate of the installation surface in a detachable manner. The flatness detection back plate of the installation surface is movably connected to the adjacent vertical side of the appearance detection high platform in a detachable manner.

9. The multifunctional assembled self-circulating urinal detection bench according to claim 8, wherein On the back panel of the appearance detection high platform, there is an upstretched back plate for setting the electrical control part extending upward. On the back of the appearance detection high platform, there is a vertically telescopic and lockable lighting support rod. At the top of the lighting support rod, a horizontally arranged lighting lamp is fixedly or hingedly arranged. The detachable movable connection is a direct vertical plug-in type in which one of the two adjacent connection parts is provided with a plug and the other is provided with a socket for plugging with it, or the two adjacent connection parts are respectively provided with horizontally juxtaposed open sockets, and the two open sockets are indirectly plugged with an inverted U-shaped pin together, or a part of all the two adjacent connection parts adopts the direct vertical plug-in type and the other part adopts the indirect plug-in type with an inverted U-shaped pin.

10. The multifunctional assembled self-circulating urinal detection bench according to claim 1, wherein The appearance detection high platform and the low cubic water tank are provided with vertically telescopic support legs with adjustable relative heights, or the appearance detection high platform is provided with vertically telescopic support legs in the form of universal casters with adjustable relative heights, and the low cubic water tank is provided with vertically telescopic support legs with adjustable relative heights. The appearance detection high platform and the low cubic water tank are respectively provided with horizontal detection bubbles or are jointly equipped with a spirit level. The water inlet pipe of the constant pressure circulating pump system is connected to the suction filter in the low cubic water tank through a flexible pipe connection. The water inlet pipe head and the suction filter outlet pipe head extending outward from the inside are respectively arranged at the adjacent bottom side or adjacent bottom of the appearance detection high platform and the low cubic water tank. The water inlet pipe head and the outlet pipe head are indirectly connected through a connecting pipe and a pipe joint, or indirectly connected through a hose and a plug or a clamping joint, or directly plugged through a hose.

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