CN210683265U - Intelligent leakage-proof water purifying device - Google Patents

Abstract

The utility model discloses an intelligence leak protection purifier, including last casing, well casing and lower casing, the inside leading water purifier that is equipped with of well casing, well casing both sides face be equipped with the preformed hole, the both ends of leading water purifier be equipped with inlet channel and outlet conduit respectively, inlet channel and outlet conduit stretch out from the preformed hole through the preformed hole, leading water purifier below connect and be equipped with the cup, the cup be located inside the casing down, the connection of after section of cup be equipped with drainage joint and drain valve, leading water purifier top install vertical stop valve, vertical stop valve include the stop valve lead screw, the top of stop valve lead screw connect and be equipped with control motor, control motor be located the upper casing, the upper casing on be equipped with control panel. Compared with the prior art, the utility model the advantage lie in: can find and control various water leakage conditions in time and can achieve the purpose of intelligent water-saving control.

Description

Intelligent leakage-proof water purifying device

Technical Field

The utility model relates to a water purifier field specifically indicates intelligent leak protection purifier.

Background

General leading water purifier is installed at the inlet channel front end, the multilayer filter core through the water purifier can block the large granule impurity of overwhelming majority, secondary pollution in the solution pipeline, can filter partial harmful substance, and can soften quality of water, prevent the incrustation scale, prevent the corrosion, the function is comparatively single, the uncertain condition in the practical application is not considered, can not in time discover and solve the abnormal behavior such as the hourglass, explosion, can not accomplish effective control to domestic water simultaneously, reach the effect of water conservation control.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to overcome above technical defect, provide one kind and can in time discover and control the various circumstances of leaking to can reach intelligent water conservation control's purpose, satisfy user's diversified requirement, an intelligent leak protection purifier convenient to use more.

In order to solve the technical problem, the utility model provides a technical scheme does: an intelligent leakage-proof water purifying device comprises an upper shell, a middle shell and a lower shell, wherein a front water purifier is arranged inside the middle shell, two side faces of the middle shell are provided with reserved holes, two ends of the front water purifier are respectively provided with a water inlet pipeline and a water outlet pipeline, the water inlet pipeline and the water outlet pipeline extend out of the reserved holes through the reserved holes, the water inlet pipeline and the water outlet pipeline are respectively provided with a magnetic inductor, a Hall inductor is arranged above the water inlet pipeline, the water inlet pipeline is internally provided with a guide cylinder through a left insert in a connecting manner, the center of the guide cylinder is provided with a strong magnetic rotor, the front end of the guide cylinder is provided with a guide cap, the front end of the water inlet pipe is provided with a first large positioning cap, the water outlet pipeline is internally provided with a large check valve through a right insert in a connecting manner, the large check valve is sleeved with a large spring, the front end of the big check valve is arranged in the right insert, a plurality of sealing rings are arranged on the big check valve, a big positioning shaft is connected at the rear end of the big check valve, a big positioning cap II is connected at the tail end of the big positioning shaft, a small stop valve is arranged in the big check valve, a small spring is sleeved on the small stop valve, a small strong magnet is arranged in the small stop valve, a small positioning shaft is connected at the rear end of the small stop valve, the rear end of the small positioning shaft is arranged in the big positioning shaft, a cup body is connected below the front water purifier and is positioned in the lower shell, a drainage joint and a drainage valve are connected at the tail part of the cup body, a drainage valve sealing cover is arranged on the drainage valve, a lower drainage motor is arranged in the lower shell and is connected with the drainage valve through a transition joint, the lower drainage motor is fixed by a motor cover plate, a vertical stop valve is installed at the top of the preposed water purifier and comprises a stop valve screw rod, a stop valve core is connected and arranged at the bottom of the stop valve screw rod, a stop valve cap is sleeved on the stop valve screw rod, a control motor is connected and arranged at the top of the stop valve screw rod and is positioned in an upper shell, a pressure gauge is installed at the top of the upper shell, a lamp belt is arranged at the top of the upper shell around the pressure gauge, a control panel is arranged on the upper shell, a micro-leakage water flow setting countdown time, a large water flow setting countdown time, a water flow setting countdown flow, a pressure, a working mode, intelligent cleaning time, a cleaning period preset value button, a display lamp, a factory detection setting button and an electronic display screen are arranged on the control panel, the control panel is electrically connected with the control Hall sensor, the pressure sensor, the lower drainage motor and the control motor, and the pressure sensor is connected with the pressure gauge.

As an improvement, the pressure sensor is arranged on the water outlet pipeline through a reducing nut, and the pressure sensor is tightly connected with the water outlet pipeline through pressure diffusion silicon.

As an improvement, the outer side of the front end of the large check valve is provided with a plurality of first grooves, and sealing rings are installed in the first grooves.

As an improvement, the front end of the small stop valve is conical.

As an improvement, the top of the cup body is connected with a front water purifier and is provided with a filter screen.

As an improvement, the lower shell is provided with a detachable lower shell cover plate.

As an improvement, the upper part of the valve rod of the stop valve is provided with a plurality of second grooves, and the second grooves are provided with sealing rings.

As an improvement, a pre-installed battery is arranged in the lower shell and is installed at a gap between the lower drainage motor and the lower shell through a battery cover plate.

As an improvement, the upper shell is provided with an acrylic lampshade corresponding to the lamp strip.

As an improvement, a display screen pasting plate is arranged on the upper shell corresponding to the electronic display screen.

Compared with the prior art, the utility model the advantage lie in: utilize hall response and magnetic induction, forced induction, water time and discharge and water pressure numerical value to change and take notes, detect the water working condition, concentrate the work of the leading water purifier of intelligent control through control panel, can be more smooth and easy, safe, intelligent reach the purpose of purifying water quality, more can reach the microleakage and leak the water conservation protection effect greatly through control panel's intelligent control, avoid unnecessary extravagant to and the unnecessary loss that the condition such as leaking brought.

Drawings

FIG. 1 is a schematic view of the structure of the intelligent leakage-proof water purifying device.

Fig. 2 is the regional structure schematic diagram of the upper shell of the intelligent leakage-proof water purifying device.

Fig. 3 is the schematic view of the structure of the housing region in the intelligent leakage-proof water purifying device.

Fig. 4 is the regional structure schematic diagram of the lower shell of the intelligent leakage-proof water purifying device.

As shown in the figure: 1. the water purifier comprises an upper shell, a middle shell, a lower shell, a water purifier, a water inlet pipeline, a water outlet pipeline, a water sensor, a Hall sensor, a magnetic inductor, a left insert, a right insert, a guide cylinder, a strong magnetic rotor, a guide cap, a large positioning cap I, a pressure sensor, a right insert, a 17, a large check valve, a large spring, a large positioning shaft, a sealing ring, a large positioning shaft, a large positioning cap II, a small stop valve 23, a small spring, a small strong magnet, a small positioning shaft, a cup body, a 27, a water drainage joint, a 28, a drain valve, a 29, a drain valve cover, a 30, a lower drain motor, a 31, a transition joint, a 32, a motor cover plate, a 33, a vertical stop valve, a 34, a stop valve screw rod, a 35, a stop valve core, The lamp strip comprises a lamp strip 40, a control panel 41, an electronic display screen 42, a reducing nut 43, a groove I, a groove 44, a filter screen 45, a lower shell cover plate 46, a groove II, a groove 47, a pre-installed battery 48, an acrylic lampshade 49, a display screen pasting plate 50, a fixing screw 51, a front end decoration cover 53, a strong magnet 54, a clamping pin nut 55 and a clamping pin male.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

Referring to fig. 1-4, an intelligent leakage-proof water purifying device comprises an upper shell 1, a middle shell 2 and a lower shell 3, wherein a front water purifier 4 is arranged inside the middle shell 2, two side faces of the middle shell 2 are provided with preformed holes 5, two ends of the front water purifier 4 are respectively provided with a water inlet pipe 6 and a water outlet pipe 7, the water inlet pipe 6 and the water outlet pipe 7 extend out of the preformed holes 5 through the preformed holes 5, the water inlet pipe 6 and the water outlet pipe 7 are both provided with magnetic inductors 9, a hall inductor 8 is arranged above the water inlet pipe 6, the water inlet pipe 6 is internally connected with a draft tube 11 through a left insert 10, the center of the draft tube 11 is provided with a strong magnetic rotor 12, the front end of the draft tube 11 is provided with a draft cap 13, the front end of the water inlet pipe is connected with a large positioning cap 14, when water enters, water flows through the water inlet pipe 6 and impacts the strong magnetic rotor 12 in the draft tube 11, the strong magnetic rotor 12 rotates to generate magnetic induction, the outer Hall sensor 8 can transmit and record normal water flow and water using time, after normal water flow time or flow reaches preset time or flow, the control panel 40 starts the control motor 37, the stop valve lead screw 34 rotates right to drive the stop valve core 35 to press down to close a water source and buzz to alarm, after the control motor 37 reaches a certain current, the control panel 40 stops the control motor 37 to work, the first normal water is forgotten to close water and protect water leakage, when the preset time or flow is not reached, the Hall sensor 8 stops working, data recorded by the control panel 40 is cleared, water enters the front water purifier 4 cup 26 and flows to the water outlet pipeline after being filtered by the filter screen 44, the pressure sensor 15 is installed above the water outlet pipeline 7, and pressure diffusion silicon is arranged in the pressure sensor 15, the pressure diffusion silicon is connected with a control panel 40, the control panel 40 starts the control motor 37 within a preset time after normal water consumption, the stop valve screw 34 rotates rightwards to drive the stop valve core 35 to press downwards and close a water source, the protection effect of a second water burst pipe is achieved, after the control motor 37 reaches a certain current, the control panel 40 stops the control motor 37, the pressure diffusion silicon in the pressure sensor 15 detects the water pressure change in the pipeline at the moment after the water source is closed, if the water pressure value is smaller than a certain value, the control panel 40 rotates leftwards the stop valve screw 34 to drive the stop valve core 35 to ascend and open the water source, the control panel 40 judges whether the Hall sensor 8 is started at the moment, if the Hall sensor 8 is not started, the water source closing and water source opening are repeated three times to judge that the water is not normal water consumption, and the control panel 40 starts a buzzing alarm after the water source is closed, play the second and say the water clock guard action, outlet conduit 7 in connect through right inserts 16 and be equipped with big check valve 17, big check valve 17 on cup joint and be equipped with big spring 18, big spring 18 play big check valve 17 reset action, big check valve 17 rear end connect and be equipped with big location axle 19, big location axle 19 front end play spacing little stop valve 22 effect, big location axle 19 end cup joint and be equipped with in big location cap two 21 for big location cap 21 fixed support and balanced big check valve 17 work, big check valve 17 front end install and play support and balance in the right inserts, big check valve 17 middle-end be equipped with a plurality of sealing washer 20 outward, big check valve 17 play the back check and leak and normally use water control a little, big check valve 17 internally mounted have little stop valve 22, little stop valve 22 front end and big check valve 17 hole precision assembly, the small stop valve 22 plays a role in reverse water check and microleakage control, the small stop valve 22 is provided with a small spring 23, the small spring 23 plays a role in resetting the small stop valve 22, a small strong magnet 24 is arranged in the small stop valve 22, the small stop valve is connected with a small positioning shaft 25, the rear end of the small positioning shaft 25 is sleeved in a large positioning shaft 19 and used for supporting and balancing the small stop valve 22, the front end of the small positioning shaft 25 is used for fixing and sealing the small strong magnet 24, when the large check valve 17 and the small stop valve 22 flow out, the water pressure impact force is smaller than a large spring 18 and is greater than the pressure of the small spring 23, the large check valve 17 does not move, after the small stop valve 22 can push a certain distance backwards, the small strong magnet 24 starts the magnetic inductor 9 and transmits and records the water use time to the control panel 40, and after the water use time reaches a preset time, the control panel 40 starts the control motor 37 in a mode one mode, when the big check valve 17 and the small check valve 22 are closed, the small check valve 22 passes through a precise fit clearance with the big check valve 17 and utilizes certain elasticity of the big spring 18 and the small spring 23 to enable the big check valve 17 and the small check valve 22 to discharge water pressure, the big check valve 17 and the small check valve 22 are normally reset, the control panel 40 records data to be reset through the precise fit clearance with the big check valve 17 when the water flow of the big check valve 17 and the small check valve 22 is closed, the control panel 40 can preset an unprotected working state within 24 hours to facilitate temporary long-time water use, and automatically recover to normal work after 24 hours to ensure water safety, the cup 26 is connected below the preposed water purifier 4, the cup 26 is positioned inside the lower shell 3, the tail part of the cup 26 is connected with the water discharge joint 27 and the water discharge valve 28, the water discharge valve 28 is provided with the water discharge valve sealing cover 29, the lower water discharge motor 30 is arranged inside the lower shell 3, the lower water discharge motor 30 is connected with the water discharge valve 28 through the transition joint 31, the lower water discharge motor 30 is fixed through the motor cover plate 32, the control panel 40 utilizes the lower water discharge motor 30 to control the preset decontamination cleaning period, time, opening and closing, the top of the preposed water purifier 4 is provided with the vertical stop valve 33, and the vertical stop valve 33 comprises the stop valve 34, stop valve lead screw 34 bottom connect and be equipped with stop valve case 35 for opening and closing of control pipeline flowing water, stop valve lead screw 34 on cup joint and be equipped with stop valve block 36, stop valve lead screw 34's top connect and be equipped with control motor 37, stop valve lead screw 34 top detain the junction with control motor 37 for control rotary stop valve rod 34 reaches the effect of lift stop valve case 35, control motor 37 be located upper casing 1, upper casing 1 top install manometer 38, upper casing 1 top encircle manometer 38 and be equipped with lamp area 39, leading water purifier 4 sends the light suggestion during normal work, upper casing 1 on be equipped with control panel 40, control panel 40 connect hall sensor 8 socket, magnetic inductor 9 socket, control motor 37 socket, lamp area 39 socket, The intelligent cleaning system comprises a lower-row hydroelectric machine 30 socket, a pressure sensor 15 socket, a pre-installed battery 47 socket, an external power socket, a wireless remote controller module, a display lamp socket, a factory detection setting key, an indicator lamp, a preset value key and an electronic display screen 41, wherein the electronic display screen 41 displays micro-leakage water flow set countdown time, large water flow set countdown time, normal water flow set countdown time, flow, pressure, a working mode, intelligent cleaning time and a cleaning period, and is centrally controlled through a control panel 40.

The pressure sensor 15 is arranged on the water outlet pipeline 7 through a reducing nut 42, the pressure sensor 15 is tightly connected with the water outlet pipeline 7 through pressure diffusion silicon and used for sensing the pressure in the pipeline, the pressure sensor is connected with a pressure gauge and used for recording and displaying the pressure in the pipeline, a first groove 43 is arranged on the outer side of the front end of the large check valve 17, a sealing ring 20 is arranged in the first groove 43, the front end of the small stop valve 22 is conical and plays roles in guiding, resetting and supporting, the top of the cup body 26 is connected with the front water purifier 4 and is provided with a filter screen 44, a detachable lower shell cover plate 45 is arranged on the lower shell 3, a plurality of second grooves 46 are arranged on the upper portion of the valve rod of the stop valve, the sealing rings 20 are arranged on the second grooves 46, a battery 47 is arranged in the lower shell 3, the battery 47 is arranged in a gap between the lower drainage motor 30 and the lower, can be used for the emergent leading water purifier 4 work of maintenance when no external power supply or external power supply do not energize, last casing 1 on correspond the lamp area 39 and be equipped with ya keli lamp shade 48, last casing 1 on correspond electronic display 41 and be equipped with display screen flitch 49.

The sealing rings 20 are arranged at a plurality of joints of all the parts in the water purifying device and used for strengthening the sealing effect, the lower shell 3 and the lower shell cover plate 45 are positioned through the strong magnet 53 at the bottom and are installed through the male bayonet lock 55 and the female bayonet lock 54, all the parts of the water purifying device are firmly connected with the whole installation through the fixing screws 50, and the surface of the fixing screws 50 is also provided with the front end decorative cover 51 for decoration.

When the utility model is implemented specifically, when the water purifying device works normally, water flows in through the water inlet pipe 6, impacts the strong magnetic rotor 12 in the draft tube 11 when passing through the water inlet pipe 6, the strong magnetic rotor 12 rotates to generate magnetic induction, the outer Hall sensor 8 can record flow and water using time, then the water enters the cup 26 and flows to the water outlet pipe 7 through the filtering process, the pressure sensor 15 is internally provided with pressure diffusion silicon which is connected with the control panel 40, the control panel 40 starts the control motor 37 within the preset time of normal water, the stop valve lead screw 34 rotates right to drive the stop valve core 35 to press down and close the water source, the protection effect of the second water explosion pipe is achieved, after the control motor 37 reaches a certain current, the control panel 40 stops the control motor 37, the pressure diffusion silicon in the pressure sensor 15 detects the water pressure change in the pipe constantly after the water source is closed, if the water pressure value is less than a certain value, the control panel 40 rotates the stop valve screw 34 left to drive the stop valve core 35 to ascend to open the water source, the control panel 40 judges whether the Hall sensor 8 is started at the moment, if the Hall sensor 8 is not started, the ' water source closing ' and ' water source opening ' are repeated three times to judge whether the water source is normal water, the control panel 40 starts a buzzing alarm after the water source is closed to play a second drip protection role, when the large check valve 17 and the small stop valve 22 flow out, the water pressure impact force is less than the large spring 18 and greater than the pressure of the small spring 23, the large check valve 17 does not move at the moment, after the small stop valve 22 pushes backwards for a certain distance, the small strong magnet 24 starts the magnetic inductor 9 and transmits and records the water use time, and after the water flow time reaches the preset time, the control panel 40 starts the control motor 37 in a ' mode one, when the water flows of the big check valve 17 and the small check valve 22 are closed, the small check valve 22 passes through a precise fit clearance with the big check valve 17, certain elasticity of the big spring 18 and the small spring 23 is utilized to enable the big check valve 17 and the small check valve 22 to discharge the water pressure, the big check valve 17 and the small check valve 22 are reset normally, the control panel 40 records data zero clearing, the control panel 40 can preset an unprotected working state within 24 hours to facilitate temporary long-time water use, the normal work is automatically recovered after 24 hours, and the water safety is ensured.

When the water purifying device is normally used, all data of water inflow to water outflow in the pipeline are detected and recorded and fed back to the control panel 40 of the upper shell, when the water is normally used, the fed back numerical values are in the safe numerical value range set by the control panel 40 system, the whole process is safe and controllable in work, when micro-leakage and pipe explosion occur and under the condition of large leakage, the corresponding operation control is carried out through the feedback information of the Hall sensor 8, the pressure sensor 15, the large check valve 17 and the small stop valve 22, and the triple protection function is realized occasionally, the waste of purified water quality and controlled water resources is prevented by combining the mechanical and electronic principle of combining the front water purifier and the intelligent electronic control system into a whole, and unnecessary troubles and property loss caused by micro-leakage, large-leakage and pipe explosion are avoided.

The present invention and the embodiments thereof have been described above, but the description is not limited thereto, and the embodiment shown in the drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should understand that they should not be limited to the embodiments described above, and that they can design the similar structure and embodiments without departing from the spirit of the invention.

Claims (10)

1. Intelligence leak protection purifier, its characterized in that: comprises an upper shell (1), a middle shell (2) and a lower shell (3), wherein a prepositive water purifier (4) is arranged inside the middle shell (2), both side surfaces of the middle shell (2) are provided with preformed holes (5), both ends of the prepositive water purifier (4) are respectively provided with a water inlet pipeline (6) and a water outlet pipeline (7), the water inlet pipeline (6) and the water outlet pipeline (7) extend out of the preformed holes (5) through the preformed holes (5), the water inlet pipeline (6) and the water outlet pipeline (7) are both provided with a magnetic inductor (9), a Hall inductor (8) is arranged above the water inlet pipeline (6), the water inlet pipeline (6) is internally provided with a draft tube (11) through a left insert (10), the center of the draft tube (11) is provided with a strong magnetic rotor (12), and the front end of the draft tube (11) is provided with a draft cap (13), the front end of inlet tube connect and be equipped with big location cap (14), outlet conduit (7) top install pressure sensor (15), outlet conduit (7) in connect through right inserts (16) and be equipped with big check valve (17), big check valve (17) on cup joint and be equipped with big spring (18), big check valve (17) front end install in right inserts (16), big check valve (17) on be equipped with a plurality of sealing washer (20), big check valve (17) rear end connect and be equipped with big location axle (19), big location axle (19) end-to-end connection be equipped with big location cap two (21), big check valve (17) internally mounted have little stop valve (22), little stop valve (22) on cup joint and be equipped with little spring (23), little stop valve in (22) be equipped with little strong magnet (24), the rear end of the small stop valve (22) is connected with a small positioning shaft (25), the rear end of the small positioning shaft (25) is installed in a large positioning shaft (19), a cup body (26) is connected below the front water purifier (4), the cup body (26) is located inside the lower shell (3), the tail of the cup body (26) is connected with a water drainage connector (27) and a water drainage valve (28), a water drainage valve sealing cover (29) is arranged on the water drainage valve (28), a lower drainage motor (30) is arranged inside the lower shell (3), the lower drainage motor (30) is connected with the water drainage valve (28) through a transition connector (31), the lower drainage motor (30) is fixed through a motor cover plate (32), a vertical stop valve (33) is installed at the top of the front water purifier (4), and the vertical stop valve (33) comprises a stop valve screw rod (34), the automatic check valve is characterized in that a check valve spool (35) is connected to the bottom of the check valve screw rod (34), a check valve cap (36) is sleeved on the check valve screw rod (34), a control motor (37) is connected to the top of the check valve screw rod (34), the control motor (37) is located in the upper shell (1), a pressure gauge (38) is installed at the top of the upper shell (1), a lamp strip (39) is arranged on the top of the upper shell (1) in a surrounding mode of the pressure gauge (38), a control panel (40) is arranged on the upper shell (1), a micro-leakage water flow setting countdown time, a large water flow setting countdown time, a water flow setting countdown flow, pressure, a working mode, an intelligent settlement time, a settlement period preset value key, a display lamp, a factory detection setting key and an electronic display screen (41) are arranged on the control panel (40), the control panel (40) is electrically connected with the Hall sensor, the pressure sensor (15), the lower drainage motor (30) and the control motor (37), and the pressure sensor (15) is connected with the pressure gauge (38).

2. The intelligent leakproof water purifying device as claimed in claim 1, wherein: the pressure sensor (15) is arranged on the water outlet pipeline (7) through a reducing nut (42), and the pressure sensor (15) is tightly connected with the water outlet pipeline (7) through pressure diffusion silicon.

3. The intelligent leakproof water purifying device as claimed in claim 1, wherein: the outer side of the front end of the large check valve (17) is provided with a plurality of first grooves (43), and sealing rings (20) are installed in the first grooves (43).

4. The intelligent leakproof water purifying device as claimed in claim 1, wherein: the front end of the small stop valve (22) is conical.

5. The intelligent leakproof water purifying device as claimed in claim 1, wherein: the top of the cup body (26) is connected with the front water purifier (4) and is provided with a filter screen (44).

6. The intelligent leakproof water purifying device as claimed in claim 1, wherein: the lower shell (3) is provided with a detachable lower shell cover plate (45).

7. The intelligent leakproof water purifying device as claimed in claim 1, wherein: a plurality of second grooves (46) are formed in the upper portion of the valve rod of the stop valve, and sealing rings (20) are installed on the second grooves (46).

8. The intelligent leakproof water purifying device as claimed in claim 1, wherein: the lower shell (3) is internally provided with a pre-installed battery (47), and the pre-installed battery (47) is installed at a gap between the lower drainage motor (30) and the lower shell (3) through a battery cover plate.

9. The intelligent leakproof water purifying device as claimed in claim 1, wherein: the upper shell (1) is provided with an acrylic lampshade (48) corresponding to the lamp strip (39).

10. The intelligent leakproof water purifying device as claimed in claim 1, wherein: and a display screen pasting plate (49) is arranged on the upper shell (1) corresponding to the electronic display screen (41).

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