Faucet detection device and equipment
By designing a faucet testing device with multi-pressure environment simulation and flow control, the high transportation costs and risk of defective products entering the multi-station testing method are solved, and efficient and accurate faucet testing is achieved.
Patent Information
- Application Number
- CN202520075164.4
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-01-13
- Publication Date
- 2025-12-30
- Estimated Expiration
- 2035-01-13
AI Technical Summary
Existing faucet testing technologies suffer from problems such as high transportation costs, long testing times, the risk of defective products entering the market, and excessive testing due to multi-station testing methods. In particular, there are inconsistencies in the stringency of gas tightness testing.
A faucet testing device is provided, including a base, multiple test pipelines and an air source. It simulates different pressure environments through high pressure, low pressure and air filling pipelines, and combined with a flow control device and a pressure gauge, it can achieve rapid and accurate testing of faucets.
It improves the efficiency and accuracy of faucet testing, reduces the risk of defective products entering the market, lowers transportation and testing labor costs, and ensures the comprehensiveness and precision of testing.
Smart Images
Figure CN223741973U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to fluid test technical field especially relates to a faucet detection device and equipment. BACKGROUND
[0002] The faucet needs to be put into use after factory detection standard, wherein the faucet detection includes sealing detection, water type detection and electric control detection, and the detection steps of the faucet need to be detected in multiple stations step by step. The sealing detection of the faucet is different under the two modes of aeration and water passing, and due to the existence of small gas molecules and water tightness effect, the aeration detection is more strict under the same pressure, so that excessive detection is easy to appear, and the current multi-station detection mode can improve transportation cost and detection working hours and also cause the risk of defective products flowing in. SUMMARY
[0003] The utility model discloses a kind of faucet detection device and equipment, can quickly identify whether the faucet to be measured meets factory standard, improve detection efficiency and accuracy, to at least one of the above existing technical problems.
[0004] In one aspect, the present application provides a faucet detection device, the faucet detection device includes a base, a high-pressure test pipeline, a low-pressure test pipeline, an inflation pipeline, a test joint and a gas source;
[0005] The base is used to place the faucet to be measured, the high-pressure test pipeline, the low-pressure test pipeline and the inflation pipeline are communicated with the test joint, and the test joint is communicated with the faucet to be measured.
[0006] The gas source is communicated with the inflation pipeline, the gas source is used to release compressed gas, the inflation pipeline is communicated with the faucet to be measured to form a cleaning channel, and the compressed gas can be transmitted from the cleaning channel to the water outlet of the faucet to be measured.
[0007] In a possible implementation, the faucet detection device further includes a flow control device, and the flow control device is arranged on the pipeline between the low-pressure test pipeline and the test joint.
[0008] In a possible implementation, the flow control device includes a first flow meter and a second flow meter, a first pipeline and a second pipeline are arranged between the test joint and the faucet to be measured, and the first pipeline and the second pipeline are connected in parallel.
[0009] The first flow meter is connected with the first pipeline, and the second flow meter is connected with the second pipeline.
[0010] In a possible implementation, the faucet detection device comprises a display panel, and the display panel is provided with a first pressure gauge, a second pressure gauge and a third pressure gauge.
[0011] The first pressure gauge is connected with the high-pressure test pipeline, the second pressure gauge is connected with the low-pressure test pipeline, and the third pressure gauge is connected with the inflation pipeline.
[0012] In a possible implementation, the high-pressure test pipeline is provided with a first booster pump and a first valve, and the first valve is arranged on the pipeline between the first booster pump and the first pressure gauge.
[0013] In a possible implementation, the display panel further comprises a start switch, and the start switch is electrically connected with the high-pressure test pipeline, the low-pressure test pipeline and the inflation pipeline respectively.
[0014] In a possible implementation, the faucet detection device further comprises a medium-pressure test pipeline, and the medium-pressure test pipeline is connected with the high-pressure test pipeline and the low-pressure test pipeline in parallel.
[0015] In a possible implementation, the faucet detection device further comprises a fourth pressure gauge, and the medium-pressure test pipeline is provided with a second booster pump and a second valve.
[0016] The second valve is arranged on the pipeline between the second booster pump and the fourth pressure gauge.
[0017] In another aspect, the application further provides a faucet detection device, and the faucet detection device comprises a plurality of faucet detection devices as described in any one of the possible implementations above, and the plurality of faucet detection devices are arranged side by side.
[0018] In a possible implementation, the faucet detection device comprises a water receiving tank, and a test connector is arranged in the water receiving tank, and the water receiving tank can receive water discharged by a faucet to be tested.
[0019] The faucet detection device provided by the application has the following beneficial effects:
[0020] The utility model provides a faucet detection device, this faucet detection device includes base, high pressure test pipeline, low pressure test pipeline, inflation pipeline, test joint and gas source, the base is used for placing the faucet of measuring, high pressure test pipeline low pressure test pipeline with inflation pipeline all with test joint intercommunication, test joint with the faucet of measuring intercommunication, gas source with inflation pipeline intercommunication, gas source is used for releasing compressed gas, inflation pipeline with the faucet of measuring intercommunication to form clean channel, compressed gas can from clean channel transmission to the water outlet of the faucet of measuring, in this way, different pressure test pipeline can simulate the pressure environment of faucet actual use to test faucet, and gas source can effectively carry out internal cleaning and dry processing to faucet, improves test efficiency. BRIEF DESCRIPTION OF DRAWINGS
[0021] In order to more clearly illustrate the technical scheme of the utility model, the following will be to the embodiment or the needed use of the prior art description of the drawing briefly introduced, obviously, the following description in the drawing only some embodiments of the utility model, for the ordinary skilled person in the art comes, under the premise of not paying the creative labor, can also obtain other drawings according to these drawings.
[0022] Figure 1 It is the structure schematic diagram of the faucet detection device in the utility model embodiment,
[0023] Figure 2 It is the pipeline connection diagram of the faucet detection device in the utility model embodiment,
[0024] Figure 3 It is the structure schematic diagram of the faucet detection equipment in the utility model embodiment,
[0025] Figure 4 It is the structure schematic diagram of the faucet detection equipment in the utility model embodiment,
[0026] Figure 5 It is the pipeline connection diagram of the faucet detection equipment in the utility model embodiment.
[0027] The following is supplementary to the drawing:
[0028] 1, faucet detection device; 11, base; 111, faucet to be detected; 12, high-pressure test pipeline; 121, air source; 122, first booster pump; 123, first pressure gauge; 124, first valve; 13, low-pressure test pipeline; 131, second booster pump; 132, second pressure gauge; 14, inflation pipeline; 142, third pressure gauge; 15, medium-pressure test pipeline; 151, fourth pressure gauge; 161, first flowmeter; 162, second flowmeter; 18, start switch; 19, display panel; 2, water receiving tank; 211, first test connector; 212, second test connector; 3, cabinet body. DETAILED DESCRIPTION
[0029] The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all the embodiments. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative work fall within the scope of the present application.
[0030] The term "one embodiment" or "an embodiment" as used herein means that a particular feature, structure, or characteristic described in connection with the embodiment can be included in at least one implementation of the application. The appearances of the phrase "in one embodiment" or "in an embodiment" in various places in the specification are not necessarily all referring to the same embodiment, and the use of the terms in the present specification does not, in and of itself, constitute an acknowledgement or admission that any of the embodiments described in this application are corresponding to, or meet, any of the constraints of any theory or design.
[0031] Referring to Figure 1The application provides a faucet detection device, which comprises a base 11, a high-pressure test pipeline 12, a low-pressure test pipeline 13, an inflation pipeline 14, a test joint and a gas source 121; the base 11 is used for placing a faucet to be detected 111; the high-pressure test pipeline 12, the low-pressure test pipeline 13 and the inflation pipeline 14 are all communicated with the test joint, and the test joint is communicated with the faucet to be detected 111; the gas source 121 is communicated with the inflation pipeline 14, and the gas source 121 is used for releasing compressed gas; the inflation pipeline 14 is communicated with the faucet to be detected 111 to form a cleaning channel, and the compressed gas can be transmitted to a water outlet of the faucet to be detected 111 from the cleaning channel. In this way, different pressure test pipelines can simulate the pressure environment actually used by the faucet to test the faucet, the gas source 121 can effectively clean and dry the inside of the faucet, and the test efficiency is improved.
[0032] It can be understood that the conventional faucet detection generally includes sealing detection, water type detection and electric control detection, and multiple tests are multi-station step-by-step detection. The sealing detection generally closes the faucet valve, introduces compressed air, and immerses the whole faucet in water to observe whether bubbles are generated. The water type detection is to introduce water with a fixed water pressure to the faucet, and then observe whether the water shape meets the requirements. First, the sealing detection of the faucet is different in the two modes of air introduction and water introduction. Due to the small size of gas molecules and the existence of water tightness effect, the air introduction detection is more strict under the same pressure, which is easy to cause excessive detection. After the air introduction detection, the faucet needs to be blown and dried, which is wasteful. Second, the water type detection in the past is to detect under the condition of fixed water pressure, but the biggest factor affecting the water type is the water quantity passing through the faucet per unit time, i.e. the flow rate. That is to say, the water type detected under the condition of rated flow has detection significance. Finally, the current multi-station detection mode causes a large number of transportation, detection man-hours, inventory, risk of defective products flowing in and many other problems.
[0033] Specifically, the faucet detection device of the application comprises test pipelines, i.e. a high-pressure test pipeline 12, a medium-pressure test pipeline 15, a low-pressure test pipeline 13 and an inflation pipeline 14. In the test process, the faucet to be detected 111 is communicated with one of the high-pressure test pipeline 12, the medium-pressure test pipeline 15, the low-pressure test pipeline 13 and the inflation pipeline 14 in turn. The high-pressure test pipeline 12, the medium-pressure test pipeline 15 and the low-pressure test pipeline 13 are used for detecting whether the faucet to be detected 111 leaks under different pressures. In the case that the faucet to be detected 111 is communicated with the low-pressure test pipeline 13, whether the water shape of the faucet to be detected 111 meets the water outlet requirements is observed. In the case that the faucet to be detected 111 is communicated with the inflation pipeline 14, the faucet to be detected 111 has completed the air tightness detection, and the compressed air blowing for 10s is used for drying the inside of the faucet to be detected 111, thereby reducing the work load of blowing and drying.
[0034] Further, the faucet detection device further comprises a flow regulating device, which is arranged on the pipeline between the low-pressure test pipeline 13 and the test joint. The flow regulating device can accurately adjust the flow of water flowing through different waterways of the test pipeline, ensure the stability of the flow during the test, and improve the overall performance and reliability of the faucet detection device.
[0035] Specifically, in the embodiments of the present specification, the flow regulating device is an adjustable glass rotor flowmeter. Under the combined action of water flow impact and gravity, the stopping position of the rotor can represent the water flow rate passing through. In the case that the flow rate of the adjustable glass rotor flowmeter reaches the preset condition, it is observed whether the water type effect of the to-be-tested faucet 111 meets the preset water type requirement. If it meets, the to-be-tested faucet 111 passes the water type test.
[0036] Specifically, the flow regulating device comprises a first flowmeter 161 and a second flowmeter 162. The test joint and the to-be-tested faucet 111 are provided with a first pipeline and a second pipeline, which are connected in parallel. The first flowmeter 161 is connected with the first pipeline, and the second flowmeter 162 is connected with the second pipeline. By installing the first flowmeter 161 and the second flowmeter 162 on the two parallel pipelines respectively, independent monitoring of the flow of different pipelines can be realized, ensuring that the flow of each pipeline is accurately measured, thereby improving the accuracy of the detection.
[0037] Specifically, in one embodiment, the to-be-tested faucet 111 comprises a double-waterway pipeline. For example, the to-be-tested faucet 111 comprises a hot water end and a cold water end. The first preset flow rate of the hot water end is 2.5 L / min, and the second preset flow rate of the cold water end is 4.5 L / min. The first pipeline is connected with the hot water end, and the first flowmeter 161 is used to measure the real-time flow rate of the hot water end. The second pipeline is connected with the cold water end, and the second flowmeter 162 is used to measure the real-time flow rate of the cold water end. The first flowmeter 161 and the second flowmeter 162 do not interfere with each other.
[0038] Specifically, the test joint comprises a first test joint 211 and a second test joint 212. The first pipeline is connected with the first test joint 211, and the second pipeline is connected with the second test joint 212.
[0039] Further, the faucet detection device comprises a display panel 19, and the display panel 19 is provided with a first pressure gauge 123, a second pressure gauge 132 and a third pressure gauge 142; the first pressure gauge 123 is connected with the high-pressure test pipeline 12, the second pressure gauge 132 is connected with the low-pressure test pipeline 13, and the third pressure gauge 142 is connected with the inflation pipeline 14. By arranging corresponding pressure gauges on the pipelines, the high-pressure, low-pressure and inflation pipeline 14 can be monitored in real time, so as to ensure the pressure stability in different test environments and help to accurately control the test conditions. The display panel 19 is integrated with multiple pressure gauges, so that the pressure values of the pipelines can be directly observed, and the operator can quickly understand the pressure condition of the current system.
[0040] Specifically, the first pressure gauge 123, the second pressure gauge 132 and the third pressure gauge 142 correspond to different test pipelines respectively, the first pressure gauge 123 is used for displaying the real-time pressure value of the high-pressure test pipeline 12, the second pressure gauge 132 is used for displaying the real-time pressure value of the low-pressure test pipeline 13, and the third pressure gauge 142 is used for displaying the real-time pressure value of the inflation pipeline 14. In this embodiment, when the to-be-tested faucet 111 is in communication with a test pipeline, the display values of the remaining pressure gauges remain unchanged, and if there is a sudden change, it is necessary to detect whether the test pipeline has a gas leakage problem.
[0041] Further, the high-pressure test pipeline 12 is provided with a first booster pump 122 and a first valve 124, and the first valve 124 is arranged on the pipeline between the first booster pump 122 and the first pressure gauge 123. By arranging the first valve 124 and the first booster pump 122 on the high-pressure test pipeline 12, the operator can adjust the first valve 124 and the first booster pump 122 to control the pressure, and can also monitor the pressure change in real time through the pressure gauge, thereby improving the accuracy of pressure control and ensuring the stability and safety of pressure in the test process.
[0042] Specifically, the water source flows through the corresponding valve, pressure gauge and flow meter to the test joint from each test pipeline, and then flows through the to-be-tested faucet 111 from the test joint. In this embodiment, the water source passes through the first booster pump 122 and is boosted to the target pressure, and the reading of the first pressure gauge 123 can be used to judge the communication state of the to-be-tested high-pressure test pipeline 12.
[0043] Further, the display panel 19 further comprises a start switch 18, and the start switch 18 is electrically connected with the high-pressure test pipeline 12, the low-pressure test pipeline 13 and the inflation pipeline 14 respectively. By integrating the start switch 18 on the display panel 19, the operator can control the start or stop of each pipeline, and the combination of the start switch 18 and the display panel 19 can make the pipeline state in the test process be displayed and monitored in real time.
[0044] Specifically, the display panel 19 is further provided with a switching switch for switching the opening and closing states of different valves. Before the test starts, the starting switch 18 is opened, and if an emergency occurs, the starting switch 18 is closed, and the test is ended. During the test, the starting switch 18 is in an open state, and the switching switch is used to switch the communication state of each test pipeline with the faucet 111 to be tested.
[0045] Further, the faucet detection device further comprises a medium-pressure test pipeline 15 connected in parallel with the high-pressure test pipeline 12 and the low-pressure test pipeline 13. By connecting the medium-pressure test pipeline 15 in parallel with the high-pressure and low-pressure pipelines, the pressure difference between the high-pressure and low-pressure pipelines can be balanced by the presence of the medium-pressure pipeline, and the faucet detection device can simulate three different pressure environments, improving the comprehensiveness and accuracy of the test.
[0046] Specifically, the medium-pressure test pipeline 15 has a second pressure value, the high-pressure test pipeline 12 has a first pressure value, and the low-pressure test pipeline 13 has a third pressure value, wherein the first pressure value is greater than or equal to the second pressure value, and the second pressure value is greater than or equal to the third pressure value. In one embodiment, the lift of the second booster pump 131 is less than the lift of the first booster pump 122; in another embodiment, the opening degree of the second valve is less than the opening degree of the second valve.
[0047] Specifically, the first valve 124, the second valve, the third valve, and the fourth valve are all electromagnetic valves.
[0048] Further, the faucet detection device further comprises a fourth pressure gauge 151, and the medium-pressure test pipeline 15 is provided with a second booster pump 131 and a second valve. The second valve is arranged on the pipeline between the second booster pump 131 and the fourth pressure gauge 151. In this way, the operator can monitor the pressure change of the medium-pressure pipeline in real time, ensure that the pressure value in the pipeline meets the test requirements, and the fourth pressure gauge 151 provides direct pressure data feedback, so that the operator can adjust the second valve in time to prevent the pressure from being too high or too low to affect the data accuracy during the test.
[0049] Specifically, the second booster pump 131 is used to regulate the pressure in the medium-pressure test pipeline 15 to a second preset pressure value, and the second valve is located between the second booster pump 131 and the fourth pressure gauge 151. The second valve can accurately adjust the flow and pressure output by the second booster pump 131.
[0050] Specifically, in the embodiment of the present application, the first pressure gauge 123, the fourth pressure gauge 151, the second pressure gauge 132, and the third pressure gauge 142 are arranged in a single column.
[0051] As Figure 3As shown in FIG. 5, the faucet detection device provided by the present application comprises a plurality of faucet detection devices as in the possible implementation manners above, and the plurality of faucet detection devices are arranged side by side. In this way, the faucet detection device can simultaneously detect a plurality of faucets independently, improve the detection efficiency, improve the working efficiency of the production line or test system, and can also adapt to the detection requirements of faucets of different types and specifications.
[0052] Specifically, the faucet detection device in the embodiments of the present application comprises a plurality of faucet detection devices, and the plurality of faucet detection devices are arranged side by side. In one possible implementation manner, the plurality of faucet detection devices are arranged in a distributed manner. The display panels 19 of the plurality of faucet detection devices are integrated into a display device, and the user can simultaneously detect the test state and the corresponding test parameters of each faucet to be tested 111 in the faucet detection device.
[0053] Further, the faucet detection device comprises a water receiving tank 2, and the test connector is arranged in the water receiving tank 2, and the water receiving tank 2 can receive the water outlet of the faucet to be tested 111. The water receiving tank 2 can effectively collect the water outlet of the faucet, avoid the water flow from splashing to the ground or the test area, and also prevent the water outlet of the faucet from overflowing during the test, thereby protecting the test equipment and the surrounding environment from water damage.
[0054] Specifically, the faucet detection device further comprises a cabinet 3 for placing the faucet to be tested 111 and a plurality of test pipelines, and the faucet detection device is arranged above the cabinet 3 and the water receiving tank 2. The operator can more easily place the faucet to be tested 111 on the base 11, and the water receiving tank 2 can discharge the water outlet of each faucet detection device during the detection process. If the faucet to be tested 111 leaks during the detection process, the water receiving tank 2 can also receive the leaked water.
[0055] The working process of the faucet detection device in the embodiments of the present application is introduced below in combination with a specific application scenario, and the specific process is as follows:
[0056] S1, fix the faucet to be tested 111 on the base 11, and the gas pressure test pipeline, the inflation pipeline 14 are in communication with the faucet to be tested 111 from the test connector;
[0057] S2, the high-pressure test pipeline 12 is in communication with the faucet to be tested 111, and the other pipelines are closed, and the pressure is maintained for a first preset time. If the faucet to be tested 111 leaks, it is unqualified. If the faucet to be tested 111 does not leak, it enters S3;
[0058] S3, the medium-pressure test pipeline 15 is in communication with the faucet to be tested 111, and the other pipelines are closed, and the pressure is maintained for a second preset time. If the faucet to be tested 111 leaks, it is unqualified. If the faucet to be tested 111 does not leak, it enters S4;
[0059] S4, the low-pressure test pipeline 13 is communicated with the faucet 111 to be tested, other pipelines are closed, and whether the water type of the faucet 111 to be tested meets preset conditions is observed, if the water type does not meet the preset conditions, the faucet 111 to be tested is unqualified, and if the water type meets the preset conditions, S5 is entered;
[0060] S5, the gas source 121 is opened, the inflation pipeline 14 is communicated with the faucet 111 to be tested, other pipelines are closed, the gas source 121 is closed after 10 seconds, and the faucet 111 to be tested is detected.
[0061] The specific embodiments of the application are described below based on the above technical solutions.
[0062] Embodiment 1
[0063] Please refer to Figures 1-2 The faucet detection device provided in the embodiment includes a base 11, a high-pressure test pipeline 12, a low-pressure test pipeline 13, an inflation pipeline 14, a test joint, and a gas source 121; the base 11 is used for placing a faucet 111 to be tested, the high-pressure test pipeline 12, the low-pressure test pipeline 13, and the inflation pipeline 14 are all communicated with the test joint, the test joint is communicated with the faucet 111 to be tested; the gas source 121 is communicated with the inflation pipeline 14, the gas source 121 is used for releasing compressed gas, the inflation pipeline 14 is communicated with the faucet 111 to be tested to form a cleaning channel, and the compressed gas can be transmitted to a water outlet of the faucet 111 to be tested from the cleaning channel. The faucet detection device further includes a medium-pressure test pipeline 15, and the medium-pressure test pipeline 15 is connected in parallel with the high-pressure test pipeline 12 and the low-pressure test pipeline 13.
[0064] The faucet detection device further includes a flow control device, the flow control device is arranged on a pipeline between the low-pressure test pipeline 13 and the test joint, the flow control device is selected from an adjustable glass rotor flowmeter, the flow control device includes a first flowmeter 161 and a second flowmeter 162, a first pipeline and a second pipeline are arranged between the test joint and the faucet 111 to be tested, and the first pipeline and the second pipeline are connected in parallel; the first flowmeter 161 is connected with the first pipeline, and the second flowmeter 162 is connected with the second pipeline. The test joint includes a first test joint 211 and a second test joint 212, the first pipeline is connected with the first test joint 211, and the second pipeline is connected with the second test joint 212.
[0065] The faucet detection device comprises a display panel 19, the display panel 19 is provided with a first pressure gauge 123, a second pressure gauge 132 and a third pressure gauge 142; the first pressure gauge 123 is connected with the high-pressure test pipeline 12, the second pressure gauge 132 is connected with the low-pressure test pipeline 13, and the third pressure gauge 142 is connected with the inflation pipeline 14. The high-pressure test pipeline 12 is provided with a first booster pump 122 and a first valve 124, and the first valve 124 is arranged on the pipeline between the first booster pump 122 and the first pressure gauge 123. The faucet detection device further comprises a fourth pressure gauge 151, and the medium-pressure test pipeline 15 is provided with a second booster pump 131 and a second valve; the second valve is arranged on the pipeline between the second booster pump 131 and the fourth pressure gauge 151.
[0066] The display panel 19 further comprises a start switch 18, and the start switch 18 is electrically connected with the high-pressure test pipeline 12, the low-pressure test pipeline 13 and the inflation pipeline 14 respectively. The first valve 124, the second valve, the third valve and the fourth valve are all electromagnetic valves.
[0067] Embodiment 2
[0068] As Figure 3 As shown in Fig. 5, the commonalities of embodiment 2 and embodiment 1 are not described here again, and the differences between embodiment 2 and embodiment 1 are that a faucet detection device is provided, the faucet detection device comprises the plurality of faucet detection devices in embodiment 1, and the plurality of faucet detection devices are arranged side by side.
[0069] The faucet detection device comprises a water receiving tank 2, and a test connector is arranged in the water receiving tank 2, and the water receiving tank 2 can receive water discharged from the faucet 111 to be tested. The faucet detection device further comprises a cabinet 3, the cabinet 3 is used for placing the faucet 111 to be tested and a plurality of test pipelines, and the faucet detection device is arranged above the cabinet 3 and the water receiving tank 2.
[0070] The above only discloses several preferred embodiments of the utility model, and cannot limit the scope of the utility model, therefore, equivalent changes made according to the utility model claims still belong to the scope covered by the utility model.
Claims
1. A faucet detection device, characterized by, The faucet detection device comprises a base (11), a high-pressure test pipeline (12), a low-pressure test pipeline (13), an inflation pipeline (14), a test joint and a gas source (121); The base (11) is used for placing a faucet to be tested (111), the high-pressure test pipeline (12), the low-pressure test pipeline (13) and the inflation pipeline (14) are all communicated with the test joint, and the test joint is communicated with the faucet to be tested (111); The gas source is communicated with the inflation pipeline (14), the gas source (121) is used for releasing compressed gas, the inflation pipeline (14) is communicated with the faucet to be tested (111) to form a cleaning channel, and the compressed gas can be transmitted to a water outlet of the faucet to be tested (111) from the cleaning channel.
2. The faucet detection apparatus of claim 1, wherein, The faucet detection device further comprises a flow control device arranged on a pipeline between the low-pressure test pipeline (13) and the test joint.
3. The faucet detection apparatus of claim 2, wherein, The flow control device comprises a first flow meter (161) and a second flow meter (162), a first pipeline and a second pipeline are arranged between the test joint and the faucet to be tested (111), and the first pipeline and the second pipeline are connected in parallel; The first flow meter (161) is connected with the first pipeline, and the second flow meter (162) is connected with the second pipeline.
4. The faucet detection apparatus of any one of claims 1-3, wherein, The faucet detection device comprises a display panel (19), and the display panel (19) is provided with a first pressure gauge (123), a second pressure gauge (132) and a third pressure gauge (142); The first pressure gauge (123) is connected with the high-pressure test pipeline (12), the second pressure gauge (132) is connected with the low-pressure test pipeline (13), and the third pressure gauge (142) is connected with the inflation pipeline (14).
5. The faucet detection apparatus of claim 4, wherein, The high-pressure test pipeline (12) is provided with a first booster pump (122) and a first valve (124), and the first valve (124) is arranged on a pipeline between the first booster pump (122) and the first pressure gauge (123).
6. The faucet detection apparatus of claim 4, wherein, The display panel (19) further comprises a start switch (18), and the start switch (18) is electrically connected with the high-pressure test pipeline (12), the low-pressure test pipeline (13) and the inflation pipeline (14) respectively.
7. The faucet detection apparatus of any one of claims 1-3, wherein, The faucet detection device further comprises a medium-pressure test pipeline (15), and the medium-pressure test pipeline (15) is connected in parallel with the high-pressure test pipeline (12) and the low-pressure test pipeline (13) respectively.
8. The faucet detection apparatus of claim 7, wherein, The faucet detection device further comprises a fourth pressure gauge (151), and a second booster pump (131) and a second valve are arranged on the medium-pressure test pipeline (15). The second valve is arranged on a pipeline between the second booster pump (131) and the fourth pressure gauge (151).
9. A faucet detection apparatus, comprising: A plurality of faucet detection devices as claimed in any one of claims 1-8 are arranged side by side.
10. The faucet detection apparatus of claim 9, wherein, The faucet detection device comprises a water receiving groove (2) in which a test joint is arranged, and the water receiving groove (2) can receive water discharged from a faucet (111) to be tested.