CN212482801U

CN212482801U - Full-automatic testing arrangement that tap water testing was used

Info

Publication number: CN212482801U
Application number: CN202021088201.9U
Authority: CN
Inventors: 游卫东
Original assignee: Changde Tianlun Precision Casting Co ltd
Current assignee: Changde Tianlun Precision Casting Co ltd
Priority date: 2020-06-14
Filing date: 2020-06-14
Publication date: 2021-02-05
Anticipated expiration: 2030-06-14

Abstract

The utility model discloses a full-automatic testing arrangement that tap tried water and used, including the basin, the system of trying water, tap rack and detecting system, wherein be provided with the system of trying water on the basin, when carrying out tap water testing, can once try water to a plurality of taps, wherein tap and the simple of trying water headtotail comparison need not to waste a large amount of time and go the installation, guarantee the efficiency that tap tried water like this, whether the mode of carrying out the piece through the sensor detects tap at the in-process of trying water and has a trouble simultaneously, reduce staff's intensity of labour like this, also prevent the condition of missed checking simultaneously, guarantee the quality that tap dispatched from the factory.

Description

Full-automatic testing arrangement that tap water testing was used

Technical Field

The utility model relates to a testing arrangement that sanitary bath equipment processing finishes, concretely relates to full-automatic testing arrangement that tap tried water and uses.

Background

The spare part processing of tap finishes the back, the staff begins to assemble, need try water to tap after the tap equipment finishes, try water the device on the present market mainly be the pipeline that will lead to water connects to tap's water inlet, whether qualified (lead to water through to tap through the water supply by the mode of trying water, close tap's valve simultaneously, see the condition that whether tap leaks that appears, then open the valve, see whether there is unusual condition in tap's waterline), just so can guarantee tap's quality, the single tap of the single unit that present tap water testing device generally adopted tries water, the low of such work efficiency comparison, the reason that single tap of single unit test lies in: 1. the installation and splicing of the water faucet and the pipeline are complex, and the time for installing a plurality of water faucets at one time is long, so that the mode of simultaneously detecting the plurality of water faucets does not improve the detection efficiency compared with the traditional single detection mode; 2. if a plurality of water taps are detected simultaneously, the condition of missing detection is easily generated through the visual observation of workers, so that the quality of the water taps put on the market cannot be guaranteed; 3. if a plurality of taps of setting carry out flowing water simultaneously and detect, because the waterline is too easy to produce the eye flower at the in-process of observing, need one kind now and can detect a plurality of taps simultaneously and try water the device, improve tap and try water the efficiency simultaneously, need not the naked eye simultaneously and observe, the effect that tap tried water like this.

Disclosure of Invention

The utility model discloses a be not enough to above-mentioned prior art, the utility model discloses a full-automatic testing arrangement that tap tried water and used is convenient for detect a plurality of taps simultaneously, tap and water testing equipment convenient and fast when installing and dismantling simultaneously need not the manual work and observes when trying water and detecting simultaneously, has avoided the manual observation like this and the condition of examining that leaks that appears, tries water equipment automatic increase simultaneously, need not the manual work and operates.

In order to achieve the above purpose, the utility model discloses a scheme: a full-automatic test device for testing water of a faucet comprises a water tank, a water testing system, a faucet rack and a detection system, wherein the water tank is provided with the water testing system, the water testing system comprises a booster pump, a water passing pipeline and flow dividing pipes, the water passing pipeline is communicated with the bottom of the water tank, the booster pump is arranged on the water passing pipeline and is connected with a controller, the pressure applied to the water passing pipeline by the booster pump is controlled by the controller, the other end of the water passing pipeline is wound on the faucet rack, the water passing pipeline is fixedly provided with the flow dividing pipes, and the flow dividing pipes are fixed on the faucet rack at equal intervals; the faucet placing frame comprises a base, suspension brackets, a valve body clamping assembly, a butt joint assembly and a circulating water tank, wherein the circulating water tank is arranged above the base and is communicated with the water tank through a pipeline, a plurality of rows of suspension brackets are arranged above the base, an anti-inclination stop rod parallel to the suspension brackets is arranged under each row of suspension brackets, the bottom of a faucet can be effectively prevented from inclining through the anti-inclination stop rod, an alignment assembly is arranged on each suspension bracket and comprises fixed limit blocks and sliding limit blocks, a plurality of fixed limit blocks which are distributed at equal intervals are fixed on each suspension bracket, a corresponding sliding rod is arranged on one side of each suspension bracket, a plurality of sliding sleeves are sleeved on each sliding rod and fixed on the suspension brackets, the sliding limit blocks with the same number of intervals as the fixed limit blocks on the suspension brackets are arranged on the sliding rods, and an air cylinder is arranged at one end of each suspension bracket, a piston rod of the cylinder is fixed with the sliding rod; a valve body clamping assembly is arranged below each row of suspension brackets, the valve body clamping assembly comprises a clamping cylinder, linkage rods and discs, wherein the clamping cylinder is cylindrical, notches for yielding a water outlet pipe and a handle are formed in the top and the side surfaces of the clamping cylinder, the number of the clamping cylinders corresponds to the number of the water faucet, the clamping cylinder is cut from the middle and divided into two uniform parts, the linkage rods are respectively arranged on two sides of the water faucet, each half of the clamping cylinder is respectively fixed on the two linkage rods, a sponge layer covers the inner wall of each clamping cylinder, a plurality of guide rods are fixed on a base, two guide sleeves are fixed on each guide rod, each linkage rod is respectively fixed with the two guide sleeves, a plurality of discs are arranged below each two linkage rods, a tensioning rod is hinged between each disc and the two linkage rods, and the hinge point of the tensioning rod and the disc is not positioned in the circle center of the disc, a gear is fixed at the bottom of each disc, a plurality of gears are sleeved with a same chain, and the chain is driven by a driving mechanism; be provided with the butt joint interface under every tap, butt joint structure includes the stereoplasm pipeline, is fixed with the bearing platform in the periphery of stereoplasm pipeline, and it has rubber packing pad to cover at the bearing bench, is provided with in the top of stereoplasm pipeline that the toper export and the toper export stretch into tap's the water inlet pipe, and a plurality of stereoplasm pipelines are fixed on the crane, are provided with the butt joint cylinder between crane and base, through the cylinder with the jacking of stereoplasm pipeline and make stereoplasm pipeline and tap butt joint.

Preferably, one side at every mounted frame is provided with detecting system, detecting system includes flowing water determine module and the determine module that leaks, wherein the determine module that leaks sets up under the tap delivery port and single determine module and tap one-to-one that leaks, flowing water determine module sets up directly over circulating water tank and single flowing water determine module and tap one-to-one, be provided with control panel on the base, be provided with on control panel with flowing water determine module, the pilot lamp that the determine module one-to-one that leaks, flowing water determine module, the determine module that leaks is connected with the controller, the controller is connected with the pilot lamp on the control panel.

Preferably, the water leakage detection assembly comprises a water receiving tank and a contact water sensor, wherein the contact water sensor is located at the bottom of the water receiving tank, the water receiving tanks are connected through a push-pull rod, transverse rails are arranged at two ends of the push-pull rod and fixed on the base through a support frame, and the push-pull rod slides along the transverse rails.

Preferably, the flowing water detection subassembly includes distance detection module and waterline skew detection module, distance detection module is infrared ray reflection formula range sensor, infrared ray reflection formula range sensor is a plurality of and every infrared ray reflection formula range sensor and tap position one-to-one, infrared ray reflection formula range sensor fixes one side of tap and infrared ray reflection formula range sensor's the department that highly is greater than tap's water, one side of infrared ray reflection formula range sensor is provided with waterline skew detection module, waterline skew module is infrared receiver, infrared receiver is horizontal relative with infrared ray reflection formula range sensor, tap's waterline is located between infrared receiver and the infrared ray reflection formula range sensor.

Compared with the prior art, the invention has the advantages that: 1. when the water test is carried out on the water faucet, the water test can be carried out on the plurality of water faucets at one time, wherein the connection of the water faucets and the water test system is simple, a large amount of time is not required to be wasted for installation, so that the water test efficiency of the water faucet is ensured, and meanwhile, whether the water faucet has a fault in the water test process is detected in a sensor piece-carrying mode, so that the labor intensity of workers is reduced, the condition of missing detection is also prevented, and the delivery quality of the water faucet is ensured; 2. the automatic butt joint mode of the water faucet and the water testing system is set, so that the butt joint speed is high, manual operation is not needed, meanwhile, the water faucet is positioned for butt joint for multiple times, the phenomenon of dislocation is avoided, the water faucet is tightly contacted, and the phenomenon of water leakage at a joint position is avoided; 3. the control panel is arranged to display the phenomenon of each water tap, so that workers can process the water taps intuitively and do not need to remove the water taps with faults immediately.

Drawings

Fig. 1 is a top view of the present invention.

Fig. 2 is a perspective view of the present invention.

Fig. 3 is a schematic view of the faucet holder of the present invention.

Fig. 4 is a schematic view of the valve body clamping assembly of the present invention.

Fig. 5 is a schematic view of the docking assembly of the present invention.

Fig. 6 is a schematic view of the water leakage detecting assembly of the present invention.

Fig. 7 is a schematic view of the flowing water detecting assembly of the present invention.

Wherein, 1, a water tank, 2, a water testing system, 2.1, a booster pump, 2.2, a controller, 2.3, a water passing pipeline, 2.4, a shunt pipe, 3, a faucet placing rack, 3.1, a base, 3.2, a suspension bracket, 3.3, a valve body clamping component, 3.4, a clamping cylinder, 3.6, a linkage rod, 3.61, a guide rod, 3.7, a disc, 3.8, a tension rod, 3.9, a gear, 3.10, a driving component, 3.11, a butt joint component, 3.12, a fixed limiting block, 3.13, a sliding limiting block, 3.14, a sliding rod, 3.15, a cylinder, 3.16, a circulating water tank, 3.17, an anti-inclination blocking rod, 4, a butt joint, 4.1, a hard pipeline, 4.2, a pressure bearing platform, 4.3, a rubber sealing gasket, 4.4, a conical outlet, 4.5, a lifting rack, 4.6, a butt joint cylinder, 5, a detection system, 5.1, a detection component, a water line, a detection module, a water leakage detection module, a water receiving module, a water leakage module, a detection module, a water leakage module, 5.6 push-pull rods, 5.7 transverse rails, 5.8 contact type water immersion sensors, 5.9 control panels, 5.10 indicator lamps.

Detailed Description

The invention will now be further elucidated with reference to the drawing.

As shown in figures 1-7, a full-automatic testing device for testing water of a faucet comprises a water tank 1, a water testing system 2, a faucet placing rack 3 and a detection system 5, wherein the water testing system 2 is fixed on the outer wall of the right side of the water tank 1 in a bolt fastening mode, the water testing system 2 comprises a booster pump 2.1, a water passing pipeline 2.3 and a shunt pipe 2.4, the water passing pipeline 2.3 is communicated with the bottom of the water tank 1, the booster pump 2.1 is fixed on the water passing pipeline 2.3 through a threaded connector, the booster pump 2.1 is connected with a controller 2.2 through a lead (the controller 2.2 controls the booster pump 2.1 to apply pressure on the water passing pipeline 2.3, so that the pressure can be conveniently adjusted during detection, the controller 2.2 is a single chip microcomputer 89-C51, the booster pump 2.1 realizes gradual pressurization through the controller 2.2), the controller 2.2.2 controls the booster pump 2.1 to apply pressure on the water passing pipeline 2.3, and the other end of the water passing pipeline 2.3 is wound on the faucet placing rack 3 (the On the placing frame 3), a plurality of shunt tubes 2.4 are fixed on the water passing pipeline 2.3 in an integral casting forming mode (namely a three-way pipe), and the shunt tubes 2.4 are fixed on the faucet placing frame 3 at equal intervals (in a fixing mode of glue bonding), so that water supply for a plurality of faucets is realized through the shunt tubes; the faucet placement frame 3 comprises a base 3.1, suspension brackets 3.2, a valve body clamping assembly 3.3, a butt joint assembly 3.11 and a circulating water tank 3.16, wherein the circulating water tank 3.16 is arranged above the base 3.1 (the base 3.1 is a platform), the circulating water tank 3.16 is communicated with the water tank 1 through a pipeline (so that water circulation is realized, and the use of water resources is reduced), two rows of suspension brackets 3.2 are fixed above the base 3.1 in a welding manner (supporting legs are welded at two ends of the suspension brackets 3.2, and a supporting frame is fixed on the base 3.1 in a welding manner), an anti-tilting gear rod 3.17 parallel to the suspension brackets 3.2 is fixed under each row of suspension brackets 3.2 in a welding manner (the anti-tilting gear rod 3.17 is mutually contacted with a water outlet pipe of a faucet, because the lower end of the faucet is heavier, when a water outlet bent pipe of the faucet is hung on the suspension brackets 3.2, the gravity center is opposite to the suspension brackets from top to bottom, the inclination of the faucet can be formed, the faucet is prevented from inclining towards the lower part of the suspension bracket 3.2 through the anti-inclination stop rod 3.17, so that the subsequent shunt tubes 2.4 can be conveniently butted with the faucet, the inclination of the bottom of the faucet can be effectively prevented through the anti-inclination stop rod 3.17, an alignment assembly is fixed on the base 3.1 below the suspension bracket 3.2 in a welding mode and comprises a fixed limiting block 3.12 and a sliding limiting block 3.13, each suspension bracket 3.2 is fixed with a plurality of fixed limiting blocks 3.12 distributed at equal intervals in a welding mode (when the faucet is suspended on the suspension bracket 3.2, the faucet is suspended between every two fixed limiting blocks 3.12), the top of each suspension bracket 3.2 is provided with a corresponding sliding rod 3.14, a plurality of sliding sleeves are sleeved on the sliding rod 3.14 and fixed on the suspension bracket 3.2 in a welding mode, and the sliding rods 3.14 are fixed with the number of the limiting blocks which are consistent with the fixed limiting blocks 3.12 on the suspension bracket in a welding mode (3.13.14) The sliding limiting block 3.13 is in contact with the suspension bracket, when the sliding rod 3.14 slides, the sliding limiting block 3.13 can also move along with the sliding rod 3.14, when the sliding limiting block 3.13 moves, the sliding limiting block 3.13 pushes the faucet to the fixed limiting block 3.12 to move, then the sliding limiting block 3.13 and the fixed limiting block 3.12 clamp the water outlet pipe of the faucet, so that the faucet is positioned, the air cylinder 3.15 is fixed on one end of the suspension bracket in a welding mode, a piston rod of the air cylinder 3.15 is fixed (welded) with the sliding rod 3.14, the sliding rod 3.14 and the suspension bracket 3.2 are staggered to position the faucet by pulling the sliding rod 3.15 through the air cylinder 3.15, so that the position of the faucet is ensured, and the subsequent automatic clamping of the faucet is facilitated; a valve body clamping component 3.3 is arranged on a base 3.1 below each row of suspension frames 3.2, the valve body clamping component 3.3 comprises clamping cylinders 3.4, linkage rods 3.6 and a disc 3.7, wherein the clamping cylinders 3.4 are cylindrical, gaps for yielding a water outlet pipe and a handle are formed in the tops and the side surfaces of the clamping cylinders 3.4, the number of the clamping cylinders 3.4 corresponds to the number of the water faucet, the clamping cylinders 3.4 are split from the middle and divided into two uniform parts, the linkage rods 3.6 are respectively arranged on two sides of the water faucet, each half of the clamping cylinders 3.4 are respectively fixed on the inner side surface between the two linkage rods 3.6 in a welding mode, a sponge layer (for protecting the outer wall of the water faucet and preventing the outer wall of the water faucet from being scratched is covered on the inner wall of each clamping cylinder 3.4 in a glue bonding mode, a plurality of transverse guide rods 3.61 are fixed on the base 3.1 in a welding mode (the guide rods 3.61 are welded on the base 3.1), two guide sleeves are sleeved on each guide rod 3.61, each linkage rod 3.6 is respectively fixed with the two guide sleeves in a welding mode, the linkage rods 3.6 are fixed through the guide rods 3.61, the linkage rods 3.6 slide, a plurality of discs 3.7 (the discs 3.7 are fixed on a base 3.1 through bearings) are arranged below each two linkage rods 3.6, a tensioning rod 3.8 is hinged between each disc 3.7 and each two linkage rods 3.6, the hinged point of the tensioning rod 3.8 and each disc 3.7 is not positioned on the circle center of the disc 3.7 (the discs 3.7 and the tensioning rod 3.8 form a crank rocker mechanism, the two linkage rods 3.6 are closed through the rotation of the discs 3.7, the two clamping cylinders 3.4 clamp the valve body of the faucet, so that the faucet is fixed between the two linkage rods 3.6), a gear 3.9 is fixed at the bottom of each disc 3.7 in a welding mode, the same gear 3.9 is sleeved on a plurality of linkage chains, the chain is driven by the driving mechanism, so that the water faucet is automatically clamped, the two linkage rods 3.6 are far away from or close to each other through the rotation of the disc 3.7, the clamping speed is higher, and the detection efficiency is improved; a butt joint interface 4 is arranged right below each water tap, the butt joint structure comprises a hard pipeline 4.1, a pressure bearing table 4.2 is fixed on the periphery of the hard pipeline 4.1 in a welding mode, a rubber sealing gasket 4.3 covers the pressure bearing table 4.2, a conical outlet 4.4 is fixed on the top of the hard pipeline 4.1 in a welding mode, the conical outlet 4.4 extends into a water inlet pipe of the water tap, a plurality of hard pipelines 4.1 are fixed on a lifting frame 4.5 in a welding mode, a butt joint air cylinder 4.6 is arranged between the lifting frame 4.5 and a base 3.1 (a cylinder body of the butt joint air cylinder 4.6 is fixed on the base 3.1 in a welding mode, a piston rod of the butt joint air cylinder 4.6 is fixed on the lifting frame 4.5 in a welding mode), the hard pipeline 4.1 is lifted up through an air cylinder 3.15 and is butted with the water tap, the hard pipeline 4.1 is communicated with a shunt pipe 2.4, and a rubber sealing gasket 4.3 is arranged to prevent the water inlet of the water tap from being jointed with the rubber sealing, thus preventing water leakage from the water inlet generated in the detection process; a detection system 5 is arranged on the inner side of each suspension bracket 3.2, the detection system 5 comprises a water flow detection assembly 5.1 and a water leakage detection assembly 5.4, wherein the water leakage detection assembly 5.4 is arranged under the water outlet of the water faucet, the single water leakage detection assembly 5.4 corresponds to the water faucet one by one, the water flow detection assembly 5.1 is arranged above the circulating water tank 3.16, the single water flow detection assembly 5.1 corresponds to the water faucet one by one (namely, the water flow detection assembly 5.1 is arranged under the water outlet of the water faucet), a control panel 5.9 is fixed on the base 3.1 through bolts, indicator lamps 5.10 corresponding to the water flow detection assembly 5.1 and the water leakage detection assembly 5.4 one by one are fixed on the control panel 5.9 through glue pasting, the water flow detection assembly 5.1, the water leakage detection assembly 5.4 and a controller 2.2 (with the model number of 89-C851) are connected, the controller 2.2 is connected with the indicator lamps 5.10 on the control panel 5.9, when the running water detection assembly 5.1 or the water leakage detection assembly 5.4 detects that the waterline of the water faucet has deviation, the indicator lamp 5.10 corresponding to the running water detection assembly 5.1 and the water leakage detection assembly 5.4 is lightened, so that the worker can directly find the failed water faucet without observing that the water faucet fails one by one, and the labor intensity of the worker is reduced.

The water leakage detection assembly 5.4 comprises a water receiving tank 5.5 and a contact type water sensor 5.8, wherein the contact type water sensor 5.8 is positioned at the bottom of the water receiving tank 5.5, the water receiving tanks 5.5 are welded and fixed through a push-pull rod 5.6, the water receiving tanks 5.5 are arranged side by side, two ends of the push-pull rod 5.6 are provided with transverse rails 5.7 (the transverse rails 5.7 are transverse rectangular holes), the transverse rails 5.7 are fixed (welded) on a base 3.1 through a support frame (two ends of the push-pull rod 5.6 are fixed with sliders in a welding mode and the sliders are sleeved on the transverse rails 5.7 and slide back and forth on the transverse rails 5.7), the push-pull rod 5.6 slides along the transverse rails 5.7, when the water leakage detection is carried out, the push-pull rod 5.6 slides to the tail ends of the transverse rails 5.7, so that the water receiving tanks 5.5 are positioned right below the water outlet of the faucet, and when the faucet leaks, liquid is deposited in the water receiving tanks 5.5, thus, the signal detected by the contact type water sensor 5.8 (ZYT-WT-1 contact type water sensor) at the bottom of the water receiving tank 5.5 is transmitted to the controller 2.2, so that the water leakage of the faucet corresponding to the contact type water sensor 5.8 is indicated, if the water leakage of the faucet does not occur, no liquid exists in the water receiving tank 5.5, the contact type water sensor 5.8 cannot detect the signal, and the controller 2.2 lights the corresponding indicator lamp 5.10, so that the observation after the detection is finished is facilitated.

The running water detection assembly 5.1 comprises a distance detection module 5.2 and a waterline deviation detection module 5.3, a rectangular frame is arranged above a circulating water tank 3.16 and fixed above the circulating water tank 3.16 in a welding mode, the distance detection module 5.2 is an infrared reflection type distance measurement sensor (YET 611 reflection type infrared photoelectric sensor), the infrared reflection type distance measurement sensors are multiple and each infrared reflection type distance measurement sensor is in one-to-one correspondence with the position of a water tap (the infrared reflection type distance measurement sensor is fixed on one side of the rectangular frame far away from the water tap in a welding mode, the distance between the water line and a probe of the infrared reflection type distance measurement sensor is detected through the infrared reflection type distance measurement sensor, when the water line is normal, the distance between the infrared reflection type distance measurement sensor and the waterline is constant (under the same pressure), when the water tap breaks down, the fault can directly reflect to the water line sprayed by the water tap, when the waterline deviates, the corresponding faucet is out of order, the infrared reflection type distance measuring sensor is welded on one side of the faucet, the height of the infrared reflection type distance measuring sensor is lower than the water outlet position of the faucet, the outer side of the infrared reflection type distance measuring sensor is provided with a waterline deviation detection module 5.3 in a welding mode, the waterline deviation detection module 5.3 is an infrared receiver (an infrared tube for receiving the infrared reflection type distance measuring sensor), the infrared receiver is transversely opposite to the infrared reflection type distance measuring sensor, the waterline of the faucet is positioned between the infrared receiver and the infrared reflection type distance measuring sensor, when the waterline deviates left and right, the waterline can deviate from the line between the infrared reflection type distance measuring sensor and the infrared receiver, when the infrared receiver detects a straight line emitted by the infrared reflection type distance measuring sensor, the waterline that shows corresponding tap has squinted normal scope, shows tap and has broken down like this, does not have the infrared reflection formula range sensor of squinting when the waterline and infrared receiver's being connected (when the waterline was passed to the infrared ray, the infrared ray can take place transmission and refraction, can the infrared ray deviate from infrared receiver like this, shows tap normal like this.

When in detection, the water taps are firstly placed on the suspension bracket 3.2 and each water tap is positioned between the two fixed limit blocks 3.12, each tap is contacted with the fixed limit block 3.12 by the poking of the sliding limit block 3.13, thus realizing the positioning, the disc 3.7 is then rotated so that the clamping cylinder 3.4 clamps the tap, while the docking assembly 3.11 docks with the water inlet of the tap, thus bringing water into the tap, then the booster pump 2.1 is used for realizing gradual boosting, the water leakage detection component 5.4 is used for detecting whether the water tap leaks water, when the water leakage detection is finished, the valve of the water tap is opened, the booster pump 2.1 is controlled to be in constant pressure, then the waterline is detected by a distance detection module 5.2 and a waterline deviation detection module 5.3, when the waterline is abnormal, the abnormal water faucet of the waterline is indicated through the indicator lamp 5.10, and thus the automatic detection of the water faucet is realized.

Claims

1. A full-automatic test device for testing water of a faucet comprises a water tank, a water testing system, a faucet rack and a detection system, wherein the water tank is provided with the water testing system; the faucet placing frame comprises a base, suspension brackets, a valve body clamping assembly, a butt joint assembly and a circulating water tank, wherein the circulating water tank is arranged above the base and is communicated with the water tank through a pipeline, a plurality of rows of suspension brackets are arranged above the base, an anti-inclination stop rod parallel to the suspension brackets is arranged under each row of suspension brackets, the bottom of a faucet can be effectively prevented from inclining through the anti-inclination stop rod, an alignment assembly is arranged on each suspension bracket and comprises fixed limit blocks and sliding limit blocks, a plurality of fixed limit blocks which are distributed at equal intervals are fixed on each suspension bracket, a corresponding sliding rod is arranged on one side of each suspension bracket, a plurality of sliding sleeves are sleeved on each sliding rod and fixed on the suspension brackets, the sliding limit blocks with the same number of intervals as the fixed limit blocks on the suspension brackets are arranged on the sliding rods, and an air cylinder is arranged at one end of each suspension bracket, a piston rod of the cylinder is fixed with the sliding rod; a valve body clamping assembly is arranged below each row of suspension brackets, the valve body clamping assembly comprises a clamping cylinder, linkage rods and discs, wherein the clamping cylinder is cylindrical, notches for yielding a water outlet pipe and a handle are formed in the top and the side surfaces of the clamping cylinder, the number of the clamping cylinders corresponds to the number of the water faucet, the clamping cylinder is cut from the middle and divided into two uniform parts, the linkage rods are respectively arranged on two sides of the water faucet, each half of the clamping cylinder is respectively fixed on the two linkage rods, a sponge layer covers the inner wall of each clamping cylinder, a plurality of guide rods are fixed on a base, two guide sleeves are fixed on each guide rod, each linkage rod is respectively fixed with the two guide sleeves, a plurality of discs are arranged below each two linkage rods, a tensioning rod is hinged between each disc and the two linkage rods, and the hinge point of the tensioning rod and the disc is not positioned in the circle center of the disc, a gear is fixed at the bottom of each disc, a plurality of gears are sleeved with a same chain, and the chain is driven by a driving mechanism; be provided with the butt joint interface under every tap, butt joint structure includes the stereoplasm pipeline, is fixed with the bearing platform in the periphery of stereoplasm pipeline, and it has rubber packing pad to cover at the bearing bench, is provided with in the top of stereoplasm pipeline that the toper export and the toper export stretch into tap's the water inlet pipe, and a plurality of stereoplasm pipelines are fixed on the crane, are provided with the butt joint cylinder between crane and base, through the cylinder with the jacking of stereoplasm pipeline and make stereoplasm pipeline and tap butt joint.

2. The fully automatic testing device for testing the water of the faucet as claimed in claim 1, wherein a detection system is arranged on one side of each suspension bracket, the detection system comprises a water flow detection assembly and a water leakage detection assembly, wherein the water leakage detection assembly is arranged under a water outlet of the faucet, the single water leakage detection assembly corresponds to the faucet one by one, the water flow detection assembly is arranged right above the circulating water tank, the single water flow detection assembly corresponds to the faucet one by one, the base is provided with a control panel, the control panel is provided with an indicator lamp corresponding to the water flow detection assembly and the water leakage detection assembly one by one, the water flow detection assembly and the water leakage detection assembly are connected with the controller, and the controller is connected with the indicator lamp on the control panel.

3. The fully automatic testing device for testing the water of the faucet as claimed in claim 2, wherein the water leakage detecting assembly comprises a water receiving tank and a contact type water sensor, wherein the contact type water sensor is located at the bottom of the water receiving tank, the water receiving tanks are connected by a push-pull rod, a transverse rail is arranged at each end of the push-pull rod, the transverse rail is fixed on the base through a support frame, and the push-pull rod slides along the transverse rail.

4. The full-automatic testing device for testing the water of the faucet as recited in claim 3, wherein the running water detection assembly comprises a distance detection module and a waterline deviation detection module, the distance detection module is an infrared reflective ranging sensor, the infrared reflective ranging sensors are multiple and each infrared reflective ranging sensor corresponds to the position of the faucet one by one, the infrared reflective ranging sensor is fixed on one side of the faucet, the height of the infrared reflective ranging sensor is larger than the water outlet position of the faucet, the waterline deviation detection module is arranged on one side of the infrared reflective ranging sensor, the waterline deviation module is an infrared receiver, the infrared receiver is transversely opposite to the infrared reflective ranging sensor, and the waterline of the faucet is located between the infrared receiver and the infrared reflective ranging sensor.