CN209450404U - A kind of pipeline residual water treatment facilities and shower - Google Patents
A kind of pipeline residual water treatment facilities and shower Download PDFInfo
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- CN209450404U CN209450404U CN201821427059.9U CN201821427059U CN209450404U CN 209450404 U CN209450404 U CN 209450404U CN 201821427059 U CN201821427059 U CN 201821427059U CN 209450404 U CN209450404 U CN 209450404U
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Abstract
The utility model discloses a kind of pipeline residual water treatment facilities and shower, the processing unit include hot water or cold water's water entering section, outlet part, temperature-sensitive unit, changeover module, non-return unit and pipeline assembly；Pipeline assembly comprising hot water or cold water's inlet pipeline and slow water lines；Hot water or cold water's inlet pipeline is respectively communicated with outlet part；Hot water or cold water's water entering section is connected in the slow water lines；Changeover module is set to hot water inlet pipe road, and the switching for the hot water water entering section and the outlet part, slow water lines；Temperature-sensitive unit is set to hot water inlet pipe road；The temperature-sensitive unit is used to detect the temperature on hot water inlet pipe road, and the changeover module that links carries out water route switching；Non-return unit is installed in slow water lines, and crosses water towards cold water water entering section direction；A kind of pipeline residual water treatment facilities and shower, effectively solve the problems, such as the waste of existing pipeline water resource, and its modularization is arranged, are applicable to various discharging devices.
Description
Technical field
The utility model relates to sanitary ware industries, especially remain water treatment facilities with a kind of pipeline and shower is related.
Background technique
Currently, the existing water outlet equipment for being connected to pressure-bearing water heater asking of all having that pipeline residual water can not recycle
Topic remains in water of the water heater into the pipeline between water mixing valve after that is, last use and has changed into cold water, this cold water is general
In the case of directly drain, in turn result in the biggish wasting of resources；If being used for bathing, user needs that quite long row is waited to remain
Can just there be hot water after the time of water (cold water), so that bathing experience effect is poor；It is more existing by cold-water reflux to hot water
Device device needs complicated structure to be just able to achieve, and has installed or renovated equipment is not available, need for some
Again it to buy and professional's installation has the device or water heater of backflow functionality, and then improve cost；In addition, existing
Reflux unit structure it is excessively complicated, high production cost, price are high and the scope of application is small；To sum up, a be capable of providing certainly is needed
Dynamic processing pipeline remains the device of water to promote the usage experience of user.
Utility model content
Utility model aims to solve the problems in existing, a kind of pipeline residual water treatment facilities and shower are provided
Device, simple structure and reasonable design and is easily realized, effectively solves the problems, such as the waste of existing pipeline water resource, and by its modularization
Setting, is applicable to various discharging devices.
To reach above-mentioned purpose, the utility model adopts the following technical solution:
A kind of pipeline remains water treatment facilities, it is characterised in that: the processing unit include hot water or cold water's water entering section, outlet part,
Temperature-sensitive unit, changeover module, non-return unit and pipeline assembly；
Pipeline assembly comprising hot water or cold water's inlet pipeline and slow water lines；Hot water or cold water's inlet pipeline is respectively communicated with
Outlet part；Cold water water entering section is connected in described slow water lines one end, and the other end is connected by changeover module with hot water water entering section；
Changeover module is set to hot water inlet pipe road, and for the hot water water entering section and the outlet part, slow water pipe
The switching on road；
Temperature-sensitive unit is set to hot water inlet pipe road；The temperature-sensitive unit is used to detect the temperature on hot water inlet pipe road, and
The changeover module that links carries out water route switching；
Non-return unit is installed in slow water lines, and crosses water towards cold water water entering section direction.
Further, the changeover module is set in hot water inlet pipe road and close to the outlet part；The temperature-sensitive list
Member is installed in the hot water inlet pipe road between changeover module and hot water water entering section.
Further, further include a driving assembly, be used to control the changeover module movement；The driving assembly includes one
Main control unit, actuator and bridging structure, the main control unit are electrically connected with temperature-sensitive unit, actuator respectively；Wherein, the master control
Unit receives the monitoring signals of temperature-sensitive unit, and controls the actuator movement；The actuator is cut by bridging structure drive
It changes switch between components and the outlet part or slow water lines is connected.
Further, the bridging structure includes driving gear, driven gear；The driving gear rotation stop is secured to driving
Part；The driven gear is set to changeover module；Wherein, the actuator work, driving gear rotates thereon, drives and active
The driven gear rotation of gear engagement, with the movement of the changeover module on driven gear that links.
It further, further include a water component comprising a water storage room；The water storage room is installed in pipeline assembly,
Water is remained for storing the pipeline entered from hot water water entering section.
Further, the water component further includes the unit that draws water, and is installed in slow water lines and is located at non-return list
Between member and water storage room；The unit that draws water is controlled by the main control unit.
It further, further include liquid level sensing unit；The liquid level sensing unit is installed in water storage room, and for feeling
Water storage is answered to hold indoor liquid level；The main control unit is electrically connected with liquid level sensing unit, the unit that draws water respectively；Wherein, the liquid
Water position status in the sensing unit monitoring water storage room of position, and main control unit is transmitted to by signal, so that the main control unit control
Make unit movement of drawing water.
Further, further include a ventilation sealing unit, the ventilation sealing unit be installed in water storage chamber top and with institute
State main control unit electrical connection.
It is a kind of with pipeline residual water treatment facilities shower, the shower include hot water or cold water's water inlet, opening and closing top spray or
The control valve of Portable rose water outlet；Further include pipeline residual water treatment facilities, the cold water water entering section and cold water of the processing unit into
Mouth of a river connection, hot water water entering section are connect with water inlet of hot water；The outlet part is connect with control valve.
Compared with the existing technology, the beneficial effect of acquirement is technical solution described in the utility model:
(1) the utility model provides a kind of pipeline residual water treatment facilities and shower, simple structure and reasonable design
And easily realize, it effectively solves the problems, such as the waste of existing pipeline water resource, and its modularization is arranged, is applicable to various water outlet dresses
It sets；In addition, the utility model realizes the water in pipeline lower than artificial using changeover module, temperature-sensitive unit and slow water lines
It is automatically switched to when set temperature in slow water lines, and non-return unit can make water flow can not be again from non-return unit back to cutting
Component or hot water water entering section are changed, enters cold water inlet road in the water lines that can postpone when water, this smart structural design can be with
Existing equipment directly matches, without buying the equipment with residual treatment function again；
(2) the utility model also sets up driving assembly, is cooperated using main control unit and temperature-sensitive unit, actuator, realizes hand
Dynamic or automatic switchover residual water enters slow water lines or normal temperature water outlet, easy to use；
(3) the utility model is using gear as bridge joint transmission, and transmission effect is good, precision is high and stability is good, realizes
Full-automation switching promotes the usage experience of user without artificial manipulation；
(4) the utility model is also provided with water component, is stored up the water of slow water lines using the water storage room of water component
It deposits, promotes slow water, water retention；
(5) the utility model is additionally provided with the unit that draws water, and when work, which can extract the water route of slow water lines to cold water, intakes
In pipeline, realize that caching water recycles；
(6) liquid level sensing unit is arranged in the utility model also in water storage room, cooperates with main control unit, for monitoring
Water storage room memory regimen condition, avoids continuing to pour water when liquid level is excessively high, prevents entire processing unit from paralysing, plays good guarantor
Shield effect；
(7) the utility model be also provided with ventilation sealing unit, this design can in the idle situation of the unit that draws water,
Also it enables to the hydraulic pressure of water storage room to be less than residual water water feeding pressure, water outlet can be blocked if the page occur and exceeding the unit,
Guarantee water-tight whole system can normal use.
Detailed description of the invention
Attached drawing described herein is used to provide a further understanding of the present invention, and constitutes one of the utility model
Point, the exemplary embodiment of the utility model and the description thereof are used to explain the utility model, does not constitute to the utility model
Improper restriction.In the accompanying drawings:
Fig. 1 is the residual water water status diagram that pipeline described in the utility model remains water treatment facilities；
Fig. 2 is hot water effluent's status diagram that pipeline described in the utility model remains water treatment facilities；
Fig. 3 is the schematic perspective view of changeover module described in the utility model and driving assembly cooperation；
Fig. 4 is the cross-sectional view of driving assembly described in the utility model and temperature-sensitive unit；
Fig. 5 is the working principle diagram that pipeline described in the utility model remains water process.
Specific embodiment
In order to be clearer and more clear technical problem to be solved in the utility model, technical solution and beneficial effect, with
Under in conjunction with the accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein
Example is applied only to explain the utility model, is not used to limit the utility model.
As shown in Figures 1 to 4, a kind of pipeline described in the utility model remains water treatment facilities, which includes hot and cold
Water water entering section 11,12, outlet part 13, temperature-sensitive unit 2, changeover module 3, non-return unit 4 and pipeline assembly 5；
Pipeline assembly 5 comprising hot water or cold water's inlet pipeline 51,52 and slow water lines 53；Hot water or cold water's inlet pipeline
51,52 it is respectively communicated with the outlet part 13；Cold water water entering section 11 is connected in described 53 one end of slow water lines, and the other end passes through switch groups
Hot water water entering section 12 is connected in part 3；The changeover module is set in hot water inlet pipe road and close to the outlet part；The temperature-sensitive
Unit is installed in the hot water inlet pipe road between changeover module and hot water water entering section.
It further include a water component 6 comprising a water storage room 61；The water storage room 61 is installed in pipeline assembly 5, is used for
Store the pipeline residual water entered from hot water water entering section 12；The water storage room 61 is a cabinet, with water inlet end 61A and is gone out
Water end (W.E.) 61B is then connected to pipeline assembly 5 respectively into and out of water end (W.E.) 61A, 61B；The residual water of this section of pipeline of hot water water entering section 12 from
Storage in the water storage room 61 is entered at changeover module 3；
The water component 6 further includes the unit 62 that draws water, and the utility model is installed in slow water pipe by taking suction pump as an example
On road 53 and between non-return unit 4 and water storage room 61；The unit 62 that draws water is controlled by the main control unit 71, passes through master
Unit 71 is controlled to its working signal, that is, the unit 62 that draws water is started to work, and the water in water storage room 61 is evacuated to cold water water entering section 11
Cold water inlet road 51.
It further include liquid level sensing unit 63；The liquid level sensing unit 63 is installed in water storage room 61, and for incuding
Liquid level in water storage room 61；The main control unit 71 is electrically connected with liquid level sensing unit 63, the unit 62 that draws water respectively；Wherein,
The liquid level sensing unit 63 monitors water position status in water storage room 61, and is transmitted to main control unit 71 by signal, so that institute
It states main control unit 71 and controls the movement of unit 62 of drawing water.
Further include a ventilation sealing unit 64, the ventilation sealing unit 64 be installed in 61 top of water storage room and with the master
Control the electrical connection of unit 71 (the ventilation sealing unit can be realized using mechanical structures such as floating balls), the ventilation sealing unit 64 setting
Purpose be that water storage room 61 is communicated with the atmosphere, when remaining in hot water water entering section in pipeline after the unit 62 that draws water is closed
When 12 unlatching, the hydraulic pressure of 12 pipeline of hot water water entering section residual water at this time is greater than the pressure of water storage room 61, and residual can be smooth
It enters in water storage room 61；
Changeover module 3 is set to hot water inlet pipe road 52, and the changeover module 3 of the utility model, should by taking switching valve as an example
Switching valve can be solenoid valve, but also common mechanical switching shunt valve, be used for hot water water entering section 12 respectively with it is described
Switching between outlet part 13, slow water lines 53；Further include a driving assembly 7, is used to control the changeover module 3 and acts；
The driving assembly 7 include a main control unit 71, actuator 72 and bridging structure 73, the main control unit 71 respectively with temperature-sensitive unit
2, actuator 72 is electrically connected；Wherein, the main control unit 71 receives the monitoring signals of temperature-sensitive unit 2, and controls the actuator 72
Movement；The actuator 72 drives 3 switched conductive outlet part 13 of changeover module or slow water lines 53 by bridging structure 73；This reality
It applies in example, is illustrated in automatically controlled mode, but be not limited only to time mode, can also be cut by manually operated changeover module 3
Change Fen Shui；The changeover module 3 is set in hot water inlet pipe road 52 and close to the outlet part 13；
The bridging structure 73 includes driving gear 731, driven gear 732；731 rotation stop of driving gear is secured to drive
Moving part 72；The driven gear 732 is set to changeover module 3；Wherein, the actuator 72 works, and driving gear 731 revolves thereon
Turn, the driven gear 732 engaged with driving gear 731 is driven to rotate, with the movement of the changeover module 3 on driven gear 732 that links.
Temperature-sensitive unit 2 is set to hot water inlet pipe road 52, for detecting the temperature on hot water inlet pipe road 52, and links
The changeover module 3 carries out water route switching；The temperature-sensitive unit 2 is installed in the heat between changeover module 3 and hot water water entering section 12
In water inlet pipeline 52.
Non-return unit 4 is installed in slow water lines 53, and crosses water towards 11 direction of cold water water entering section.
Specific embodiment, as shown in Figures 1 to 4, the utility model is with a kind of leaching with pipeline residual water treatment facilities
For bath, which mainly includes with lower component: hot water or cold water's water entering section 11,12, outlet part 13, temperature-sensitive unit 2, switching
Valve 3, non-return unit 4, hot water or cold water's inlet pipeline 51,52, slow water lines 53, water storage room 61, the unit 62 that draws water, liquid level induction
Unit 63, ventilation sealing unit 64, main control unit 71, actuator 72, driving gear 731, driven gear 732 and control valve (figure
In be not shown)；
Practical set and working principle: firstly, hot water or cold water's water entering section 11,12 passes through hot water or cold water's inlet pipeline respectively
51, it 52 is connected to outlet part 13, for the outlet part 13 by taking Mixed water valve as an example, hot water or cold water, which enters after outlet part 13 mixes, goes out temperature
Water；Wherein, as shown in Figure 3,4, install a switching valve 3 on hot water inlet pipe road 52, the operating stick of the switching valve 3 be arranged with
Driven gear 732, and the driven gear 732 is engaged with driving gear 731；731 rotation stop of driving gear is installed in actuator
On 72 (the utility model by taking motor as an example), driving gear 731 is installed on the output shaft of motor 72, such 72 work of motor
Work just can drive driving gear 731 to rotate, and then driven gear 732 is driven to rotate, so that switching valve 3 can rotate switching water discharging
Direction；
Secondly, temperature-sensitive unit 2 is installed on hot water inlet pipe road 52, water is remained for incuding in hot water inlet pipeline 52
Temperature；,
Again, slow water lines 53 and water component 6 are assembled, the slow water lines 53 wherein one go out for being connected to switching valve 3
Mouth of a river 3A and cold water inlet road 51；The water component 6 and non-return unit 4 are set in slow water lines 53；Wherein, described to deposit
Water assembly 6 includes water storage room 61, the unit 62 that draws water, liquid level sensing unit 63 and ventilation sealing unit 64；The liquid level induction
Unit 63 is by taking two liquid level sensing units as an example, respectively high and low liquid level sensing unit 63A, 63B, high and low liquid level sensing unit
63A, 63B are respectively installed in the close top of water storage room 61, the position close to bottom, to detect peak level and minimum water
Position；The ventilation sealing unit 64 is then installed in the top of water storage room 61；The unit 62 that draws water is arranged and is connected described slow
Water lines 53, for extracting the water of water storage room 61 to cold water inlet road 51；
It draws water between unit 62 and cold water inlet road 51 finally, non-return unit 4 is installed in；Main control unit 71 is distinguished
It is electrically connected with temperature-sensitive unit 2, motor 72, liquid level sensing unit 63, ventilation sealing unit 64, the unit 62 that draws water, and issues instructions to
Power supply makes power supply power (this prior art is no longer described in detail) to each component respectively；
After above-mentioned assembly formed processing unit module, control valve (not shown) is connect with outlet part 13, cold water into
Water portion 11 is connect with cold water inlet (not shown), and hot water water entering section 12 is connect with water inlet of hot water (not shown),
To complete the assembling process of the shower with pipeline residual water treatment facilities；
Working principle: as shown in Fig. 1,2,5, a kind of pipeline residual method for treating water, method includes the following steps:
Step 1: hot water water entering section 12 is opened；Temperature-sensitive unit 2 detects the hot water between hot water water entering section 12 and changeover module
Water temperature in inlet pipeline 52, and temperature information is transferred to main control unit 71；
Step 2: main control unit 71 compares the temperature data of temperature information measured by temperature-sensitive unit 2 and artificial settings,
And changeover module 3 is controlled according to comparison result and is acted, so as to which slow water lines 53 or outlet part are connected in hot water inlet pipe road 52
13；Main control unit 71 is transferred to actuator 72 for information is controlled, and actuator works and utilizes driving gear 731 and driven gear
732 engagements drive changeover module 3 to switch over movement, and (present embodiment is not limited only in gear drive bridge joint mode as an example
This utility model describing mode, such as lever bridge joint mode belong to the protection scope of the utility model).
Step 3: if the water temperature on hot water inlet pipe road 52 be less than be manually set temperature, by water flow from changeover module 3 into
Enter into slow water lines 53 and store, until cold water water entering section is opened, the water in slow water lines 53 is flowed from cold water water entering section 11
Out；If the water temperature on hot water inlet pipe road 52 is greater than artificial settings temperature, water flow is entered into outlet part from changeover module 3
13.Water flow enters water storage room 61 in slow water lines 53 and stores；After the unlatching of cold water water entering section, main control unit 71 controls the list that draws water
Member 3 works, and after the water in water storage room 61 is drawn to cold water water entering section 11, then is directed at the outlet part 13；In addition, water flow
It is stored into water storage room 61 in slow water lines 53；Main control unit 71 is sentenced according to the liquid level sensing unit 63 in water storage room 61
It is disconnected whether to open the unit 62 that draws water, and according to the sealing unit 64 of ventilating described in the switching motion linkage control of unit 62 that draws water
Opening and closing, this ventilation sealing unit 64 are used for when the unit that draws water is opened, and water storage room 61 is communicated with the atmosphere, and draw water unit 62 in this way
It can quickly draw water.
The utility model, at this time can be by manual when the unlatching of shower control valve (not shown) by taking shower as an example
Or switching valve 3 is automatically turned on, the utility model is for automatically turning on switching valve 3, firstly, temperature-sensitive unit 2 detects hot water water inlet
The water temperature of pipeline 52, when detecting water temperature and being less than the temperature of artificial settings (present embodiment is by taking 40 ° of water temperatures as an example), detection is not
Reach 40 °, will test result at this time and feed back to main control unit 71, main control unit 71 is judged according to temperature, and provides instruction
It to motor 72, controls motor 72 and works, the rotation of 72 output shaft of motor drives driving gear 731 to rotate, and then links and be engaged with
Driven gear 732 rotate so that switching valve 3 is conducted to the water storage room 61 in slow water lines 53, due on water storage room 61
Ventilation sealing unit 64 is turned on, and the residual water of pipeline and not up to 40 ° of water all enter water storage room 61；When detection hot water
When the water of inlet pipeline 52 reaches 40 °, main control unit 71 control according to testing result motor 72 reversion, and then when switching valve 3 cut
Change conducting outlet part 13, directly hot water out；
When practical shower, cold water water entering section 11 is also intake, and since cold water water entering section 11 is intake, main control unit 71 sends signal
To drawing water, unit 62 works, and the unit 62 that draws water at this time beginning is drawn water from water storage room 61, at this time due to the pumping for the unit 62 that draws water
Water hydraulic pressure is greater than the hydraulic pressure of cold water water entering section 11, and then drives the water of inlet pipeline for the water in water storage room 61, until water storage
When dropping to low liquid level sensing unit 63 under water of room 61, liquid level sensing unit 63 issues signal main control unit 71, main control unit
The 71 control units 62 that draw water stop working, at this time cold water water entering section 11 again normal water supply to outlet part 13；4 court of non-return unit
To in 51 direction of cold water inlet road, it effectively prevent cold water to backflow, enters in water storage room 61；
It being recycled in the above process with this, residual water just can be imported water storage room 61 automatically after opening by main control unit 71,
When water is more than high liquid level sensing unit 63, then controls the stopping switching residual water of switching valve 3 and enter in water storage room 61, play
Good protective effect.
The preferred embodiment of the utility model has shown and described in above description, as previously described, it should be understood that this is practical new
Type is not limited to forms disclosed herein, and should not be regarded as an exclusion of other examples, and can be used for various other groups
Conjunction, modification and environment, and above-mentioned introduction or the technology of related fields can be passed through within the scope of the inventive concept described herein
Or knowledge is modified.And changes and modifications made by those skilled in the art do not depart from the spirit and scope of the utility model, then
It all should be in the protection scope of the appended claims for the utility model.
Claims (9)
1. a kind of pipeline remains water treatment facilities, it is characterised in that: the processing unit includes hot water or cold water's water entering section, outlet part, sense
Warm unit, changeover module, non-return unit and pipeline assembly；
Pipeline assembly comprising hot water or cold water's inlet pipeline and slow water lines；Hot water or cold water's inlet pipeline is respectively communicated with water outlet
Portion；Cold water water entering section is connected in described slow water lines one end, and the other end is connected by changeover module with hot water water entering section；
Changeover module is set to hot water inlet pipe road, and is used for the hot water water entering section and the outlet part, delays water lines
Switching；
Temperature-sensitive unit is set to hot water inlet pipe road；The temperature-sensitive unit is used to detect the temperature on hot water inlet pipe road, and links
The changeover module carries out water route switching；
Non-return unit is installed in slow water lines, and crosses water towards cold water water entering section direction.
2. a kind of pipeline as described in claim 1 remains water treatment facilities, it is characterised in that: the changeover module is set to heat
In water inlet pipeline and close to the outlet part；The temperature-sensitive unit is installed in the hot water between changeover module and hot water water entering section
In inlet pipeline.
3. a kind of pipeline as claimed in claim 2 remains water treatment facilities, it is characterised in that: it further include a driving assembly,
For controlling the changeover module movement；The driving assembly includes a main control unit, actuator and bridging structure, the master control list
Member is electrically connected with temperature-sensitive unit, actuator respectively；Wherein, the main control unit receives the monitoring signals of temperature-sensitive unit, and controls institute
State actuator movement；The actuator drives outlet part or slow water lines described in changeover module switched conductive by bridging structure.
4. a kind of pipeline as claimed in claim 3 remains water treatment facilities, it is characterised in that: the bridging structure includes actively
Gear, driven gear；The driving gear rotation stop is secured to actuator；The driven gear is set to changeover module；Wherein, institute
Actuator work is stated, driving gear rotates thereon, the driven gear rotation engaged with driving gear is driven, with the driven gear that links
On changeover module movement.
5. a kind of pipeline as described in claim 3 or 4 remains water treatment facilities, it is characterised in that: it further include a water component,
It includes a water storage room；The water storage room is installed in pipeline assembly, for storing the pipeline residual entered from hot water water entering section
Water.
6. a kind of pipeline as claimed in claim 5 remains water treatment facilities, it is characterised in that: the water component further includes one
Draw water unit, is installed in slow water lines and between non-return unit and water storage room；The unit that draws water is controlled by described
Main control unit.
7. a kind of pipeline as claimed in claim 6 remains water treatment facilities, it is characterised in that: further include liquid level sensing unit；
The liquid level sensing unit is installed in water storage room, and holds indoor liquid level for incuding water storage；The main control unit difference
It is electrically connected with liquid level sensing unit, the unit that draws water；Wherein, water position status in the liquid level sensing unit monitoring water storage room, and
It is transmitted to main control unit by signal, the unit movement so that main control unit control is drawn water.
8. a kind of pipeline as claimed in claim 7 remains water treatment facilities, it is characterised in that: further include a ventilation sealing list
Member, the ventilation sealing unit are installed in water storage chamber top and are electrically connected with the main control unit.
9. a kind of shower with pipeline residual water treatment facilities, which includes hot water or cold water's water inlet, opening and closing top spray or hand
Hold the control valve of gondola water faucet water outlet；It is characterized by also including pipelines as claimed in any one of claims 1 to 8 to remain water process
The cold water water entering section of device, the processing unit is connect with cold water inlet, and hot water water entering section is connect with water inlet of hot water；The pipe
The outlet part of road residual water treatment facilities is connect with control valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821427059.9U CN209450404U (en) | 2018-08-31 | 2018-08-31 | A kind of pipeline residual water treatment facilities and shower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821427059.9U CN209450404U (en) | 2018-08-31 | 2018-08-31 | A kind of pipeline residual water treatment facilities and shower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209450404U true CN209450404U (en) | 2019-10-01 |
Family
ID=68035909
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821427059.9U Active CN209450404U (en) | 2018-08-31 | 2018-08-31 | A kind of pipeline residual water treatment facilities and shower |
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| Country | Link |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108670088A (en) * | 2018-08-31 | 2018-10-19 | 九牧厨卫股份有限公司 | A kind of pipeline residual water treatment facilities, shower and processing method |
| CN112353277A (en) * | 2020-11-10 | 2021-02-12 | 福建西河卫浴科技有限公司 | Shower assembly |
-
2018
- 2018-08-31 CN CN201821427059.9U patent/CN209450404U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108670088A (en) * | 2018-08-31 | 2018-10-19 | 九牧厨卫股份有限公司 | A kind of pipeline residual water treatment facilities, shower and processing method |
| CN112353277A (en) * | 2020-11-10 | 2021-02-12 | 福建西河卫浴科技有限公司 | Shower assembly |
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