CN208287628U - Twin-lock water not pressure-bearing water purifier - Google Patents
Twin-lock water not pressure-bearing water purifier Download PDFInfo
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- CN208287628U CN208287628U CN201820293781.1U CN201820293781U CN208287628U CN 208287628 U CN208287628 U CN 208287628U CN 201820293781 U CN201820293781 U CN 201820293781U CN 208287628 U CN208287628 U CN 208287628U
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Abstract
The utility model provides a kind of twin-lock water not pressure-bearing water purifier, including integrating water route plate, the level-one filter flask of built-in cotton carbon composite filter element, the second level filter flask of built-in RO filter core, the three-level filter flask of built-in activated carbon cartridge, three water lock components, channel before the water inlet of level-one filter flask is equipped with inlet water solenoid valve, the intake tunnel of inlet water solenoid valve is equipped with coarse filtration filter, and the intake-outlet of each filter core is respectively equipped with the silica gel sealing cap for offering linear slit.Twin-lock water provided by the utility model not pressure-bearing water purifier, 90 degree of rotor of rotation is so that filter core becomes bypass condition from water purification state, the water source of water purifier need not be turned off under bypass condition, so that it may replace filter core and not influence other filter cores uses, improve water purifier uses water convenience and safety；And can be when being rinsed to target filter core, other filter cores are arranged in bypass condition, avoid the powder in prime filter core, protective agent etc. and enter in rear class filter core.
Description
Technical field
The utility model relates to water purifier technical field, more particularly to a kind of twin-lock water not pressure-bearing water purifier.
Background technique
In daily life, water purifier be it is universal it is pure.But existing water inlet device, when replacing filter core, filter
Remaining water outflow is had after core is separated with plate of water route, in filter core, the intake-outlet in plate of water route can also there are flowing out, this makes
It has water when must replace filter core to come out, this brings big inconvenience to staff.
On the other hand, for the water purifier of more filter cores, because having a small amount of antibacterial guarantor during filter core is in manufacture
Protect the presence of agent.This is allowed for, before water purifier is regularly utilized to effectuate water purification, waterway channel to plate of water route and filter core into
Row rinses in advance.But existing water purifier, it needs all to install filter core, and during flushing, plate of water route is logical
Protective agent in road can enter filter core, and the protective agent in prime filter core can flow into rear class filter core.This makes existing water purifier
Rinsing in advance well to rinse out protective agent, will affect the pure water water quality and filter element life of output.
Accordingly, it is desirable to provide pressure-bearing water purifier is not to solve the above technical problems for a kind of twin-lock water.
Utility model content
Mainly solving the technical problems that providing a kind of twin-lock water, pressure-bearing water purifier, inlet water solenoid valve are not set the utility model
The water route front end for setting water purifier avoids instantaneous impact of the high hydraulic pressure to water purifier caused by shutdown inlet water solenoid valve；Filter core disengaging
The silica gel sealing cap that the mouth of a river is provided with is as one of water lock structure, the intake-outlet of the face rotor on rotor and integrated plate of water route
The linear slit silica gel sealing pad being equipped with constitutes another road water lock structure, and two-bolt lock water-bound effectively raises being pacified with water for water purifier
Quan Xing changes the relative position of through-hole and the intake-outlet on integrating water route plate on rotor so as to rotate rotor
Become, allows filter core freely to switch under water purification, bypass two states, be conveniently replaceable filter core, and may be implemented to filter core step by step
It rinses, when being rinsed to target filter core, other filter cores is kept to be under bypass condition, so as to avoid in prime filter core
Powder, protective agent etc. enter in rear class filter core, improve filter element life and purifying water effect.
It is not held in order to solve the above technical problems, first technical solution that the utility model uses is to provide a kind of twin-lock water
Pressure water purifier, the second level including integrating water route plate 100, the level-one filter flask 20 of built-in cotton carbon composite filter element 21, built-in RO filter core 31
40, three water lock components 50 of three-level filter flask of filter flask 30, built-in activated carbon cartridge 41 are logical before the water inlet of level-one filter flask 20
Road is equipped with inlet water solenoid valve 60, and the intake tunnel of inlet water solenoid valve 60 is equipped with coarse filtration filter 61, the Inlet and outlet water of each filter core
Mouth is respectively equipped with the silica gel sealing cap for offering linear slit；Water lock component 50 includes the rotor pressure being located on 51 top surface of integrating water route plate
Cup 51, the rotor 52 being located in rotor compression cup 51；Rotor 52 is equipped with first through hole 521, the third that center is located on the first circle
Through-hole 524, the first blind hole 522, the second blind hole 523, the first blind hole 522, the connection of the second blind hole 523, are further provided with centre bit
The second through-hole 525 in the center of circle of the first circle, leads to correspondingly therewith on the intake-outlet of each filter flask and a rotor 52
Hole connection；
Level-one filter flask 20, three-level filter flask 40 respectively include inlet and outlet, and second level filter flask 40 includes successively lateral one
Water inlet, pure water mouth and the waste water mouth of line arrangement, the water route of 30 pure water mouth of face second level filter flask is logical on 100 top surface of integrating water route plate
Road top opening is provided with non-return valve, other intake-outlets on 100 top surface of integrating water route plate are each provided with the silica gel for offering linear slit
Gasket；Under normality, the linear slit closure, when being impacted by hydraulic pressure, the linear slit is opened；
The intake-outlet face on through-hole and integrating water route plate when rotor 52 is in first position, on the rotor 52；
A pair in two blind holes and integrating water route plate 100 after the rotor 52 rotates 90 degree relative to first position, on rotor 52
When intake-outlet face, filter core corresponding with the rotor 42 becomes bypass.
It is preferred that water lock component 50 includes gasket 54, the top surface of the integrating water route plate 100 is provided with the groove of annular,
In groove described in 54 holding of gasket, the gasket 54 is located at the lower section of rotor 52, and gasket 54 includes circular silicon
Cushion rubber 1, silica gel ring 2 542, silica gel ring 3 543, silica gel ring 4 544, silica gel ring 5 545, silica gel ring 6 546, silica gel ring
7 547, silica gel ring 1, silica gel ring 2 542, silica gel ring 3 543, silica gel ring 4 544, the center of circle of silica gel ring 5 545 are successively suitable
The corresponding central angle in the center of circle that sequence is arranged in two upper and adjacent silica gel rings of the second circle is 45 degree, silica gel ring 3 543 and silica gel
The second round center of circle, silica gel ring 7 547 and the second circle concentric are crossed in the center of circle for enclosing 6 546, go back under filter core either water purification state
It is a silicon for having one-to-one face therewith below the through-hole and blind hole under bypass condition, on corresponding rotor 52
Cushion rubber.
It is preferred that the silica gel sealing cap is in nipple form, the silica gel sealing cap, silica gel sealing pad offer "-" type
The linear slit of linear slit, criss-cross linear slit or Υ font.
It is preferred that the water lock component 50 further comprises the rotor cover 53 being movably arranged on 51 inner wall of rotor compression cup,
It is provided with circular hole two and circular hole three on 52 bottom surface of rotor, the of connection circular hole two and circular hole three is provided on 52 top surface of rotor
Four top openings, the rotor cover 53 set the 4th top opening for lid and circular hole two are made to become the first blind hole 522, circular hole two as second
Blind hole 523.
It is preferred that inside integrating water route plate 100 be equipped with water channel one, water channel two, water channel three, water channel four, water channel five, water channel six,
Water channel seven, water channel eight；The lower surface of the integrating water route plate 100 is provided with hole 1, hole 22, hole 33, hole 66, hole 77, hole
88, it is close to be provided with one silica gel of respective face on the upper surface of the integrating water route plate for hole 99, Kong Shiyi 11, hole 12
Hole 44, hole 55, hole 10, Kong Shisan 13, Kong Shisi 14, Kong Shiwu 15, Kong Shiliu 16, hole 17, the hole 18 of packing
18,19 Kong Shijiu；Hole 44, hole 55, hole 10 center be located at third circle on, third shared by hole 44,55 center of circle of hole circle
The corresponding central angle of circular arc be 45 degree, Kong Shisan 13, Kong Shisi 14, Kong Shiwu 15 center be located at the 4th justify on, Kong Shisan 13,
The corresponding central angle of circular arc of 4th circle shared by 14 center of circle Kong Shisi is 45 degree, Kong Shiliu 16, hole 18, in Kong Shijiu 19
The heart is located on the 5th circle, 45 degree of the corresponding central angle position of circular arc on the 5th circle shared by Kong Shiliu 16,18 center of circle of hole, and
The center in hole 17 is the center of circle of the 5th circle, and third circle, the 4th circle, the 5th circle do not intersect each other；
One intercommunicating pore 1 of water channel, hole 66, two intercommunicating pore 77 of water channel, Kong Shisan 13, water channel tee joint hole 11, hole
14, Kong Shiwu 15, four intercommunicating pore 12 of water channel, hole 18, five intercommunicating pore 44 of water channel, Kong Shiliu 16, hole 17
17, six hole 22 of water channel, hole 55, hole 10, seven intercommunicating pore 88 of water channel, Kong Shijiu 19, water channel eight connectivity hole 33, hole 99, institute
Non-return valve is stated to be set on hole 17；
Inlet communication hole 66, the outlet communication hole 77 of inlet water solenoid valve 60, the inlet communication hole 11 of booster pump 70,
Outlet communication hole 12, inlet communication hole 88, the outlet communication hole 99 of waste water solenoid valve 80；
When three filter cores are all in water purification state, hole 44 is connected to the mouth of a river from the beginning of three-level filter flask 40, and hole 10 is connected to three-level
The water purification mouth of filter flask 40, Kong Shisan 13 are connected to the mouth of a river from the beginning of level-one filter flask 20, and Kong Shiwu 15 is connected to the water purification of level-one filter flask 20
Mouthful, hole 18 is connected to the water inlet of second level filter flask 30, and Kong Shijiu 19 is connected to the waste water mouth of second level filter flask 30, and hole 17 is connected to
The pure water mouth of second level filter flask 30.
The beneficial effects of the utility model are:
(1) the silica gel sealing cap that filter core intake-outlet is provided with is as one of water lock structure, on rotor and integrated plate of water route
The linear slit silica gel sealing pad that is equipped with of intake-outlet of face rotor constitute another road water lock structure, two-bolt lock water-bound is effective
The water safety of water purifier is improved, makes the through-hole on rotor and the disengaging on integrating water route plate so as to rotate rotor
The relative position at the mouth of a river changes, and allows filter core freely to switch under water purification, bypass two states, is conveniently replaceable filter core；
(2) on the intake tunnel of the level-one filter core of inlet water solenoid valve setting water purifier, so that after closing inlet water solenoid valve,
It is impure inside water purifier to be further increased in instantaneous surging hydraulic pressure to effectively prevent drainage caused by strong hydraulic pressure
Water safety, extends the service life of water purifier；
(3) when installing water purifier, cooperate the rotation of rotor, the flushing step by step of filter core may be implemented, target filter core into
When row rinses, other filter cores are in bypass condition, prevent the protective agent of prime filter core from entering rear class filter core, to improve water route
The effect of flushing guarantees the preparatory cleaning of the waterway channel of water purifier；
(4) three water lock components it is independent of one another so that user can choose any one or any two filter core and carry out
Water purification, other filter cores keep bypass condition.
Detailed description of the invention
Fig. 1 and Fig. 2 is a kind of fractionation knot of twin-lock water not first preferred embodiment of pressure-bearing water purifier of the utility model
Structure schematic diagram；
Fig. 3 is the structural schematic diagram of the rotor 52 in Fig. 1 and Fig. 2；
Fig. 4 be rotor compression cup 51 in Fig. 1 and Fig. 2, rotor 52,53 3 structure of rotor cover assembling structure schematic diagram；
Fig. 5 is that the water route of the integrating water route plate 100 in Fig. 1 and Fig. 2 flows to schematic illustration；
Fig. 6 is the preferred structure schematic diagram of gasket 54 in Fig. 1 and Fig. 2；
Fig. 7 is the structural schematic diagram of the silica gel sealing cap under normality；
Fig. 8 and Fig. 9 is the structural representation of the silica gel sealing pad of linear slit opening state when silica gel sealing cap is impacted by hydraulic pressure
Figure；
Figure 10 is the longitudinal sectional drawing of Fig. 1 and twin-lock the water shown in Fig. 2 not assembling structure of pressure-bearing water purifier.
Specific embodiment
The technical solution of the utility model is described in detail below with reference to diagram.
The present embodiment provides a kind of twin-lock water not pressure-bearing water purifiers, as depicted in figs. 1 and 2, including integrating water route plate 100,
The level-one filter flask 20 of built-in cotton carbon composite filter element 21, the second level filter flask 30 of built-in RO filter core 31, built-in activated carbon cartridge 41 three
Grade 40, three water lock components 50 of filter flask, the channel before the water inlet of level-one filter flask 20 are equipped with inlet water solenoid valve 60, water inlet electricity
The intake tunnel of magnet valve 60 be equipped with coarse filtration filter 61, the intake-outlet of each filter core be respectively equipped with offer linear slit silica gel it is close
Sealing cap；As shown in figure 4, water lock component 50 includes the rotor compression cup 51 being located on 51 top surface of integrating water route plate, is located at rotor compression cup
Rotor 52 in 51；As shown in Figure 3 and Figure 4, it is logical to be equipped with first through hole 521, third that center is located on the first circle for rotor 52
Hole 524, the first blind hole 522, the second blind hole 523, the first blind hole 522, the connection of the second blind hole 523, the center of being further provided with is located at
Second through-hole 525 in the center of circle of the first circle, one-to-one through-hole therewith on the intake-outlet of each filter flask and a rotor 52
Connection；
As shown in Figure 1, Figure 2, shown in Figure 10, level-one filter flask 20, three-level filter flask 40 respectively include inlet and outlet, second level filter
Bottle 40 includes water inlet, pure water mouth and the waste water mouth that successively laterally a line is arranged, face second level filter on 100 top surface of integrating water route plate
The waterway channel top opening of 30 pure water mouths of bottle is provided with non-return valve, other intake-outlets on 100 top surface of integrating water route plate are respectively arranged
There is the silica gel sealing pad for offering linear slit；Under normality, the linear slit closure, when being impacted by hydraulic pressure, the linear slit is opened；
When rotor 52 is in first position (0 degree of position: when rotor 52 is screwed with corresponding filter core, the rotation position of rotor 52
Set), the intake-outlet face on through-hole and integrating water route plate 100 on the rotor 52, at this moment with the filter of 52 face of rotor
Core is in water purification state；The rotor 52 rotate 90 degree relative to first position after (rotor 52 is in 90 degree of positions: filter core from turn
In son 52 when withdrawing, rotational angle position locating for rotor 52), in two blind holes and integrating water route plate 100 on rotor 52
A pair of of intake-outlet face when, the blind hole of the water that flows out from integrating water route plate 100 by two connections goes back to integrated water
In the plate of road, filter core corresponding with the rotor 42 becomes bypass.
The twin-lock water of the present embodiment not pressure-bearing water purifier, since the water inlet that level-one filter flask 20 is arranged in inlet water solenoid valve 60 is logical
On road, so that after turning off inlet water solenoid valve 60, the waterway channel into three filter cores has thoroughly been blocked, has been not in instantaneous big
Hydraulic pressure impacts filter core and extends the service life of filter core to effectively protect filter core, reduces the wind of water purifier leakage
Danger；And the coarse filtration filter 61 being arranged on 60 front end waterway channel of inlet water solenoid valve has effectively filtered out large particle, effectively
Inlet water solenoid valve 60 is protected, so that the scheme that inlet water solenoid valve 60 is arranged on the intake tunnel of level-one filter core is implementable.
Pressure-bearing water purifier, the intake-outlet of filter core are not each provided with silica gel sealing cap to the twin-lock water of the present embodiment, and silica gel is close
Sealing cap is as first of water lock structure；And under the water purification state and bypass condition of filter core, there is a sealed silicon cushion rubber face
The channel that water passes in and out on rotor 52, the waterway channel of 30 pure water mouth of face second level filter flask on further 100 top surface of integrating water route plate
Top opening is provided with non-return valve, and rotor, sealed silicon cushion rubber and non-return valve constitute second water lock structure.Wherein, non-return valve only allows
Water flows to integrating water route plate from corresponding filter core, and water is blocked to enter filter core through non-return valve from integrating water route plate.The present embodiment
The two-bolt lock water-bound of twin-lock water not pressure-bearing water purifier, can guarantee under filter core water purification state and bypass condition, water in water purifier
The high sealing characteristic of paths can carry out corresponding especially under bypass condition under conditions of not closing inlet water solenoid valve 60
Filter core replacement.Pressure-bearing water purifier water safety is not higher for the twin-lock water of the present embodiment.
The twin-lock water of the present embodiment not pressure-bearing water purifier, first by level-one filter flask, second level filter flask, the corresponding rotor of three-level filter flask
90 degree of state positions are gone to, so that three filter cores are in bypass condition, the waterway channel in integrating water route plate are carried out in advance pre-
It first rinses, removes the spot in the waterway channel in integrating water route plate；Then, second level filter flask 30, three-level filter flask 40 is corresponding
Rotor 52 goes to 90 degree of bypass conditions, and installation cotton carbon composite filter element 21 arrives in level-one filter flask 20, opens inlet water solenoid valve 60, rinses
Cotton carbon composite filter element 21；After finishing to the flushing of cotton carbon composite filter element 21, in installation RO filter core 31 to second level filter flask 30, RO is rotated
The corresponding rotor 52 to 0 of filter core 31 spends position, is rinsed to RO filter core 31；Then activated carbon cartridge 41 is installed, rotation is therewith
Corresponding rotor 52 to 0 spends position, is rinsed to activated carbon cartridge 41.After three filter cores rinse, water purifier is achieved that
Preparatory water route cleaning.The presence of twin-lock water dispenser structure, so that under conditions of not closing water source, so that it may realize filter core step by step
Cleaning, the spot for preventing integrating water route plate from remaining in waterway channel when manufacturing enter filter core, also avoid the design of prime filter core
The protective agent retained when manufacture is flowed into rear class filter core, to protect filter core, also improves the water purification cleannes of water purifier.
In the embodiments of the present invention, preferably water lock component 50 includes gasket 54, the top of the integrating water route plate 100
Face is provided with the groove of annular, and in groove described in 54 holding of gasket, the gasket 54 is located at the lower section of rotor 52.Make
Obtain rotor 54 in the course of rotation, gasket 54 is not as rotor rotates.
Please referring further to Fig. 6, gasket 54 includes circular silica gel ring 1, silica gel ring 2 542, silica gel ring three
543, silica gel ring 4 544, silica gel ring 5 545, silica gel ring 6 546, silica gel ring 7 547, silica gel ring 1, silica gel ring 2 542,
Silica gel ring 3 543, silica gel ring 4 544, silica gel ring 5 545 the center of circle be successively sequentially arranged in that the second circle is upper and two adjacent silicon
The corresponding central angle in the center of circle of cushion rubber is 45 degree, and the center of circle of the second circle, silicon are crossed in the center of circle of silica gel ring 3 543 and silica gel ring 6 546
Cushion rubber 7 547 and the second circle concentric, under filter core either water purification state or under bypass condition, on corresponding rotor 52
Through-hole and blind hole below have therewith a silica gel ring of face one by one.The setting of silica gel ring is the water purification in order to guarantee filter core
Under state and bypass condition, having a silica gel ring below the through-hole and blind hole on rotor 52, face is contacted therewith, thus effectively
Improve the leakproofness in water route.
In the embodiments of the present invention, it is preferable that the silica gel sealing cap is in nipple form, the silica gel sealing cap, silicon
Glue gasket offers the linear slit of the linear slit of "-" type, criss-cross linear slit or Υ font.The silica gel sealing cap of nipple shape
Structure is not described in detail., can be referring to shown in Fig. 7-Fig. 9 for offering the diagram of the silica gel sealing pad of a font linear slit, wherein Fig. 7
It is the normality schematic diagram of the silica gel sealing pad of this kind of structure, linear slit is in close state；Fig. 8 and Fig. 9 is the silica gel of this kind of structure
The schematic diagram of the linear slit opening state of gasket, wherein the flow direction of linear slit opening towards root water is related, the arrow in Fig. 9 and Figure 10
Represent the flow direction of water flow.
As shown in Figure 1, Figure 2, Figure 4 shows, the water lock component 50 further comprises being movably arranged on 51 inner wall of rotor compression cup
Rotor cover 53, be provided with circular hole two and circular hole three on 52 bottom surface of rotor, be provided with connection circular hole on 52 top surface of rotor
Two and circular hole three the 4th top opening, the rotor cover 53 for cover set the 4th top opening make circular hole two become the first blind hole 522,
Circular hole two becomes the second blind hole 523.This kind of structure type of water lock component 50, so that being directed at integrating water route plate in a blind hole
When water outlet on 100 top surfaces, water flow is gone back in integrating water route plate 100 by another blind hole, so that right with the rotor 52
The filter core answered becomes bypass condition, it may be convenient to remove filter core, and can guarantee that integrating water route plate top surface does not reveal water flow.
It please refers to shown in Fig. 5, in the preferred embodiment of the utility model, water channel one, water is equipped with inside integrating water route plate 100
Road two, water channel three, water channel four, water channel five, water channel six, water channel seven, water channel eight；The lower surface of the integrating water route plate 100 is arranged
There are hole 1, hole 22, hole 33, hole 66, hole 77, hole 88, hole 99, Kong Shiyi 11, hole 12, the integrating water route plate
Upper surface on be provided with the hole 44 of respective one silica gel sealing pad of face, hole 55, hole 10, Kong Shisan 13, Kong Shisi 14,
Kong Shiwu 15, Kong Shiliu 16, hole 17, hole 18, Kong Shijiu 19；Hole 44, hole 55, hole 10 center be located at second
On circle, the corresponding central angle of circular arc of the circle of third shared by hole 44,55 center of circle of hole is 45 degree, Kong Shisan 13, Kong Shisi 14, hole ten
5 15 center is located on third circle, and the corresponding central angle of circular arc of the 4th circle shared by Kong Shisan 13,14 center of circle Kong Shisi is 45
Degree, Kong Shiliu 16, hole 18, Kong Shijiu 19 center be located on the 4th circle, the shared by Kong Shiliu 16,18 center of circle of hole
45 degree of the corresponding central angle position of circular arc on five circles, and the center in hole 17 is the center of circle of the 4th circle, second is round, third is round,
4th circle does not intersect each other；
One intercommunicating pore 1 of water channel, hole 66, two intercommunicating pore 77 of water channel, Kong Shisan 13, water channel tee joint hole 11, hole
14, Kong Shiwu 15, four intercommunicating pore 12 of water channel, hole 18, five intercommunicating pore 44 of water channel, Kong Shiliu 16, hole 17
17, six hole 22 of water channel, hole 55, hole 10, seven intercommunicating pore 88 of water channel, Kong Shijiu 19, water channel eight connectivity hole 33, hole 99, institute
Non-return valve is stated to be set on hole 17；
As shown in Figure 1, Figure 2, shown in Figure 10, inlet communication hole 66, the outlet communication hole 77 of inlet water solenoid valve 60, booster pump 70
Inlet communication hole 11, outlet communication hole 12, inlet communication hole 88, the outlet communication hole nine of waste water solenoid valve 80
9, wherein the arrow in Figure 10 represents the direction of water flow；
When three filter cores are all in water purification state, hole 44 is connected to the mouth of a river from the beginning of three-level filter flask 40, and hole 10 is connected to three-level
The water purification mouth of filter flask 40, Kong Shisan 13 are connected to the mouth of a river from the beginning of level-one filter flask 20, and Kong Shiwu 15 is connected to the water purification of level-one filter flask 20
Mouthful, hole 18 is connected to the water inlet of second level filter flask 30, and Kong Shijiu 19 is connected to the waste water mouth of second level filter flask 30, and hole 17 is connected to
The pure water mouth of second level filter flask 30.
Fig. 2 and Figure 10 are please referred to, tap water is entered by water inlet pipe 62 in the entrance of inlet water solenoid valve 60, wherein water inlet
It is provided with the coarse filtration filter 61 for filtering off large particle on pipe 62 to the water route of inlet water solenoid valve 60, then passes through integrating water route
Waterway channel on plate 100 enters the water inlet of the cotton carbon composite filter element 21 of level-one filter flask 20, then by cotton carbon composite filter element
21 water outlet enters the mouth of a river from the beginning of the RO filter core 31 of second level filter flask 30, wherein the water outlet of cotton carbon composite filter element 21 arrives
Booster pump 70 is provided on the water route of the mouth of a river from the beginning of the RO filter core 31 of second level filter flask 30, the pure water that RO filter core 31 flows out is filtered by RO
The pure water mouth of core 31 enters the water inlet of the activated carbon cartridge 41 of three-level filter flask 40, and pure water is filtered from the activated carbon of three-level filter flask 40
The outflow of 41 water outlet of core and the pure water outlet for entering water purifier through pure water pipe 71；The waste water that RO filter core 31 flows out is by RO filter core 31
Waste water mouth enters waste water solenoid valve 80, and after the opening of waste water solenoid valve 80, waste water is flowed out by waste pipe 81.In entire water purifier
Water purification process in, the linear slit of the silica gel sealing cap on filter core is in the open state, water flow pass through integrating water route plate 100 top
The silica gel sealing pad and non-return valve being arranged on the mouth of a river in face are also at opening state.
Integrating water route plate 100 shown in fig. 6, since waterway pipe to be passed through to the integrating water route plate 100 of integrated injection molding
It realizes, to greatly reduce the water route interface of pipeline, simplifies the complexity in water route, and avoid welded type pipeline and make
At high leak risk.Highly integrated plate of water route effectively saves the space occupied so that the Miniaturization Design of water purifier at
It is possible.
The above description is only the embodiments of the present invention, and therefore it does not limit the scope of the patent of the utility model, all
Equivalent structure made based on the specification and figures of the utility model is applied directly or indirectly in other relevant technologies
Field is also included in the patent protection scope of the utility model.
Claims (5)
1. a kind of twin-lock water not pressure-bearing water purifier, it is characterised in that: the level-one including integrating water route plate, built-in cotton carbon composite filter element
Filter flask, the second level filter flask of built-in RO filter core, the three-level filter flask of built-in activated carbon cartridge, three water lock components, level-one filter flask into
Channel before the mouth of a river is equipped with inlet water solenoid valve, and the intake tunnel of inlet water solenoid valve is equipped with coarse filtration filter, each filter core
Intake-outlet is respectively equipped with the silica gel sealing cap for offering linear slit；Water lock component includes the rotor being located on integrating water route plate top surface
Compression cup, the rotor being located in rotor compression cup；Rotor is equipped with first through hole, the third through-hole, first that center is located on the first circle
Blind hole, the second blind hole, the first blind hole, the connection of the second blind hole, the center that is further provided with are located at second through-hole in the center of circle of the first circle,
The intake-outlet of each filter flask with one-to-one through-hole is connect therewith on a rotor；
Level-one filter flask, three-level filter flask respectively include inlet and outlet, second level filter flask include successively laterally line arrangement into
The mouth of a river, pure water mouth and waste water mouth, the waterway channel top opening of face second level filter flask pure water mouth is provided with inverse on integrating water route plate top surface
Only valve, other intake-outlets on integrating water route plate top surface are each provided with the silica gel sealing pad for offering linear slit；It is described under normality
Linear slit closure, when being impacted by hydraulic pressure, the linear slit is opened；
The intake-outlet face on through-hole and integrating water route plate when rotor is in first position, on the rotor；The rotor
After rotating 90 degree relative to first position, when two blind holes on rotor are with a pair of of intake-outlet face on integrating water route plate,
Filter core corresponding with the rotor becomes bypass.
2. twin-lock water according to claim 1 not pressure-bearing water purifier, it is characterised in that: water lock component includes gasket, institute
The top surface for stating integrating water route plate is provided with the groove of annular, and in groove described in the gasket holding, the gasket, which is located at, to be turned
The lower section of son, gasket includes circular silica gel ring one, silica gel ring two, silica gel ring three, silica gel ring four, silica gel ring five, silica gel ring
Six, silica gel ring seven, silica gel ring one, silica gel ring two, silica gel ring three, silica gel ring four, silica gel ring five the center of circle be successively sequentially arranged in
The corresponding central angle in the center of circle of two upper and adjacent silica gel rings of second circle is 45 degree, the center of circle mistake of silica gel ring three and silica gel ring six
The center of circle of second circle, silica gel ring seven and the second circle concentric, it is right therewith under filter core either water purification state still under bypass condition
There is therewith a silica gel ring of face one by one below the through-hole on rotor and blind hole answered.
3. twin-lock water according to claim 1 or 2 not pressure-bearing water purifier, it is characterised in that: the silica gel sealing cap is in milk
Mouth shape, the silica gel sealing cap, silica gel sealing pad offer the line of the linear slit of "-" type, criss-cross linear slit or Υ font
Seam.
4. twin-lock water according to claim 2 not pressure-bearing water purifier, it is characterised in that: the water lock component further comprises
The rotor cover being movably arranged on rotor compression cup inner wall is provided with circular hole two and circular hole three, the rotor top on rotor bottom surface
The 4th top opening of connection circular hole two and circular hole three is provided on face, the rotor cover sets the 4th top opening for lid and makes circular hole two
Become the second blind hole as the first blind hole, circular hole two.
5. twin-lock water according to claim 2 or 4 not pressure-bearing water purifier, it is characterised in that: integrating water route intralamellar part is equipped with
Water channel one, water channel two, water channel three, water channel four, water channel five, water channel six, water channel seven, water channel eight；The following table of the integrating water route plate
Face is provided with hole one, hole two, hole three, hole six, hole seven, hole eight, Kong Jiu, Kong Shiyi, hole 12, the upper table of the integrating water route plate
Be provided on face the Kong Si of respective one silica gel sealing pad of face, hole five, hole ten, Kong Shisan, Kong Shisi, Kong Shiwu, Kong Shiliu,
Hole 17, hole 18, Kong Shijiu；Kong Si, hole five, hole ten center be located at third circle on, third shared by Kong Si, five center of circle of hole circle
The corresponding central angle of circular arc be 45 degree, the center of Kong Shisan, Kong Shisi, Kong Shiwu be located at the 4th justify on, Kong Shisan, Kong Shisi
The corresponding central angle of circular arc of 4th circle shared by the center of circle is 45 degree, and Kong Shiliu, hole 18, the center of Kong Shijiu are round positioned at the 5th
On, 45 degree of the corresponding central angle position of circular arc on the 5th circle shared by Kong Shiliu, 18 center of circle of hole, and the center in hole 17 is the
The center of circle of five circles, third circle, the 4th circle, the 5th circle do not intersect each other；
One intercommunicating pore one of water channel, hole six, two intercommunicating pore seven of water channel, Kong Shisan, water channel tee joint hole 11, Kong Shisi, Kong Shiwu,
Four intercommunicating pore 12 of water channel, hole 18, five intercommunicating pore four of water channel, Kong Shiliu, hole 17, six hole two of water channel, hole five, hole ten, water
Seven intercommunicating pore eight of road, Kong Shijiu, water channel eight connectivity hole three, Kong Jiu, the non-return valve are set on hole 17；
Inlet communication hole six, the outlet communication hole seven of inlet water solenoid valve, inlet communication hole 11, the outlet communication hole ten of booster pump
Two, inlet communication hole eight, the outlet communication hole nine of waste water solenoid valve；
When three filter cores are all in water purification state, hole four is connected to the mouth of a river from the beginning of three-level filter flask, and hole ten is connected to the net of three-level filter flask
The mouth of a river, the mouth of a river from the beginning of ten tee joint level-one filter flask of hole, Kong Shiwu are connected to the water purification mouth of level-one filter flask, the filter of ten eight connectivity second level of hole
The water inlet of bottle, Kong Shijiu are connected to the waste water mouth of second level filter flask, and hole 17 is connected to the pure water mouth of second level filter flask.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820293781.1U CN208287628U (en) | 2018-03-02 | 2018-03-02 | Twin-lock water not pressure-bearing water purifier |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820293781.1U CN208287628U (en) | 2018-03-02 | 2018-03-02 | Twin-lock water not pressure-bearing water purifier |
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| CN208287628U true CN208287628U (en) | 2018-12-28 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111544949A (en) * | 2020-04-07 | 2020-08-18 | 浙江伟星净水科技有限公司 | Hydraulic drive filter element locking mechanism |
| CN113828051A (en) * | 2021-10-28 | 2021-12-24 | 溢泰实业股份有限公司 | Seepage-proof waterway control module for filter head of water purifier |
-
2018
- 2018-03-02 CN CN201820293781.1U patent/CN208287628U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111544949A (en) * | 2020-04-07 | 2020-08-18 | 浙江伟星净水科技有限公司 | Hydraulic drive filter element locking mechanism |
| CN111544949B (en) * | 2020-04-07 | 2022-03-18 | 浙江伟星净水科技有限公司 | Hydraulic drive filter element locking mechanism |
| CN113828051A (en) * | 2021-10-28 | 2021-12-24 | 溢泰实业股份有限公司 | Seepage-proof waterway control module for filter head of water purifier |
| CN113828051B (en) * | 2021-10-28 | 2023-11-03 | 溢泰实业股份有限公司 | Seepage-proof waterway control module for filter head of water purifier |
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