WO2017148147A1 - Water channel plate having multiple water discharge channels for water purifier, filtering device and water purifier - Google Patents

Water channel plate having multiple water discharge channels for water purifier, filtering device and water purifier Download PDF

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Publication number
WO2017148147A1
WO2017148147A1 PCT/CN2016/101292 CN2016101292W WO2017148147A1 WO 2017148147 A1 WO2017148147 A1 WO 2017148147A1 CN 2016101292 W CN2016101292 W CN 2016101292W WO 2017148147 A1 WO2017148147 A1 WO 2017148147A1
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WO
WIPO (PCT)
Prior art keywords
water
waterway
inlet
filter
outlet
Prior art date
Application number
PCT/CN2016/101292
Other languages
French (fr)
Chinese (zh)
Inventor
张仕荣
温小健
Original Assignee
佛山市美的清湖净水设备有限公司
美的集团股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN201620156691.9U external-priority patent/CN205516865U/en
Priority claimed from CN201610116087.8A external-priority patent/CN105582736A/en
Priority claimed from CN201620157115.6U external-priority patent/CN205516831U/en
Application filed by 佛山市美的清湖净水设备有限公司, 美的集团股份有限公司 filed Critical 佛山市美的清湖净水设备有限公司
Publication of WO2017148147A1 publication Critical patent/WO2017148147A1/en

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D35/00Filtering devices having features not specifically covered by groups B01D24/00 - B01D33/00, or for applications not specifically covered by groups B01D24/00 - B01D33/00; Auxiliary devices for filtration; Filter housing constructions
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D36/00Filter circuits or combinations of filters with other separating devices

Definitions

  • the invention relates to the field of water purification equipment, in particular to a multi-water outlet water purifier water circuit board, a filtering device and a water purifier.
  • the main object of the present invention is to provide a multi-water purifier waterway plate and a water purifier that has a compact structure, avoids the risk of water leakage, and realizes multi-water flow direction design.
  • the present invention provides an multiple water purifier waterway plate, comprising: an integrated waterway plate body, wherein the integrated waterway plate body is provided with at least two water outlet flow paths.
  • the integrated waterway main body is further mounted with a multi-stage filter element, and one of the at least two water discharge flow paths is connected to one of the first-stage filter elements of the multi-stage filter element, and the at least two outflow channels are Other one or more of the other stages of filter elements that connect at least one of the multi-stage filter elements.
  • the multi-stage filter element comprises a first stage filter element, a second stage filter element, a third stage filter element and a fourth stage filter element, the outlet flow path comprising a first outlet flow path for outputting purified water and for output a second outlet flow path of purified water, the first outlet flow path connecting the second stage filter element, and the second outlet flow path connecting the third stage filter element and the fourth stage filter element in sequence.
  • the integrated waterway main body is further equipped with other related small waterway components, including the water inlet electromagnetic valve, the waste water solenoid valve, the check valve, the water pipe, the high pressure switch, the booster pump and the self.
  • other related small waterway components including the water inlet electromagnetic valve, the waste water solenoid valve, the check valve, the water pipe, the high pressure switch, the booster pump and the self.
  • One or more of the suction pumps including the water inlet electromagnetic valve, the waste water solenoid valve, the check valve, the water pipe, the high pressure switch, the booster pump and the self.
  • the present invention also provides a water purifier comprising the multiple water purifier waterway plate as described above.
  • the invention also provides a water purifier waterway board, comprising a raw water inlet, a waste water outlet, a purified water outlet, a raw water channel, a first coarse filtration waterway, a fine filtration inlet waterway, a wastewater waterway, a first fine filtration waterway, The second fine filter water channel, the clean water outlet water channel, the first filter inlet inlet port, the first filter outlet outlet, the fine filter inlet inlet, the fine filter waste inlet, the fine filter outlet, and the rear filter inlet And a rear filter outlet port, the raw water inlet is connected to the raw water channel, the raw water channel is spaced apart from the first coarse filter waterway, and the primary filter inlet is connected to the raw water channel.
  • the first coarse filtered water channel is directly connected or indirectly connected to the fine filter inlet water channel, and the fine filter inlet inlet port is connected to the fine filter inlet water channel, and the fine filter filter waste water inlet and waste water outlet
  • Each of the fine filtration water outlets is in communication with the first fine filtration water passage, and the first fine filtration water passage is directly or indirectly connected to the second fine filtration water passage.
  • Clean water The water water channel is separated from the second fine filter water channel, and the rear filter inlet inlet port and the rear filter outlet outlet port are respectively connected with the second fine filter water channel and the purified water outlet water channel, and the purified water outlet is The purified water outlet water passage is connected.
  • the water purifier waterway plate further includes a second coarse filter water channel, a second filter inlet inlet port and a secondary filter outlet port, and the second coarse filter water channel is separated from the first coarse filter water channel
  • the second filter water inlet port and the second filter water outlet port are respectively connected to the first coarse filter water channel and the second coarse filter water channel, and the second coarse filter water channel and the fine filter inlet water channel Directly connected or indirectly connected.
  • the water purifier waterway plate further comprises a transition waterway, a water inlet solenoid valve inlet socket, a water inlet solenoid valve outlet socket, a booster pump inlet inlet, and a booster pump outlet socket, wherein the transitional waterway is disposed at the Between the second coarse filtration waterway and the fine filtration inlet waterway, the inlet solenoid inlet inlet and the inlet solenoid valve outlet outlet are respectively connected to the second coarse filtration waterway and the transitional waterway.
  • the inlet port of the booster pump and the outlet port of the booster pump are respectively connected to the transition waterway and the fine filter inlet waterway.
  • the wastewater waterway includes a first wastewater waterway and a second wastewater waterway
  • the first wastewater waterway is partitioned from the second wastewater waterway
  • the water purifier waterway plate further includes a wastewater valve inlet inlet and a wastegate
  • the water outlet socket, the waste water inlet port and the waste water outlet port are respectively connected to the first wastewater water channel and the second wastewater water channel, and the wastewater outlet is connected to the second wastewater water channel.
  • the water purifier waterway plate is sealed and welded by at least two waterway plates, and an internal waterway is formed between two adjacent waterway plates, wherein at least one waterway plate is provided with a waterway for forming the raw water, A coarse filtration waterway, a fine filtration inlet waterway, a wastewater waterway, a first fine filtration waterway, a second fine filtration waterway, and a groove of a purified water outlet waterway.
  • the invention also provides a water purifier comprising the water purifier waterway plate as described above, further comprising a primary filter element, a fine filter element and a rear filter element, wherein the inlet and the outlet of the primary filter element are respectively
  • the first filter inlet inlet port is connected with the first filter outlet outlet port
  • the fine filter element is a reverse osmosis filter element or a nanofiltration filter element
  • the inlet, the waste water port and the water outlet of the fine filter element are respectively connected with the fine filter element
  • the water inlet, the fine filter filter waste water inlet, and the fine filter filter outlet port are connected, and the water inlet and the water outlet of the rear filter core are respectively connected with the rear filter water inlet socket and the rear filter core water outlet socket.
  • the water purifier further includes a second coarse filtered water channel, a secondary filter inlet inlet and a secondary filter outlet, the second coarse filtered water channel being separated from the first coarse filtered water channel,
  • the second filter water inlet port and the second filter water outlet port are respectively connected to the first coarse filter water channel and the second coarse filter water channel, and the second coarse filter water channel is directly connected to the fine filter inlet water channel
  • the water purifier further includes a secondary filter element, the primary filter element is a PP cotton filter core, the secondary filter element is an activated carbon filter element, and the water inlet and the water outlet of the secondary filter element are respectively associated with the second The level filter inlet port is connected to the secondary filter outlet port.
  • the water purifier further comprises a transition waterway, a water inlet solenoid valve inlet socket, a water inlet solenoid valve outlet socket, a booster pump inlet inlet, and a booster pump outlet socket, wherein the transitional waterway is disposed in the first Between the two coarse filtration waterway and the fine filtration inlet waterway, the water inlet solenoid inlet inlet port and the inlet water solenoid outlet outlet port are respectively connected with the second coarse filtration waterway and the transitional waterway, and the increase The water inlet port of the pressure pump and the outlet port of the booster pump are respectively connected to the transition waterway and the fine filter inlet waterway, and the water purifier further comprises an inlet water solenoid valve and a booster pump, and the water inlet of the inlet solenoid valve And the water outlet respectively communicate with the water inlet solenoid inlet inlet port and the inlet solenoid valve outlet socket, and the water inlet and the outlet of the booster pump are respectively connected to the booster pump inlet socket and the
  • the first fine filtration water channel is separated from the second fine filtration water channel
  • the water purifier waterway plate further comprises a one-way valve inlet socket and a one-way valve outlet socket, and the one-way valve inlet
  • the water inlet is in communication with the first fine filtration water passage
  • the one-way valve outlet socket is in communication with the second fine filtration water passage
  • the water purifier further includes a one-way valve, and the water inlet of the one-way valve
  • the water outlet is respectively connected to the one-way valve inlet socket and the one-way valve outlet socket.
  • the wastewater waterway includes a first wastewater waterway and a second wastewater waterway
  • the first wastewater waterway is partitioned from the second wastewater waterway
  • the water purifier waterway plate further includes a wastewater valve inlet inlet and a wastegate a water outlet socket, the water inlet port of the waste water valve and the water outlet port of the waste water valve are respectively connected to the first wastewater waterway and the second wastewater waterway, and the waste water outlet is connected to the second wastewater waterway
  • the water purifier further comprises The waste water valve, the water inlet and the water outlet of the waste water valve are respectively connected with the waste water inlet of the waste water valve and the water outlet of the waste water valve.
  • the present invention also provides a filtering device, characterized in that the filtering device comprises a first waterway plate, a second waterway plate, a third waterway plate, and a plurality of filters which are sequentially stacked and fixedly connected;
  • first waterway layer Forming a first waterway layer between the first waterway plate and the second waterway plate, the first waterway layer having at least two first flow paths that are parallel to each other;
  • a second waterway layer is formed between the second waterway plate and the third waterway plate, and the second waterway layer has at least two second flow paths that are parallel to each other;
  • the water inlet and the water outlet of the filter are in communication through the first flow path and/or the second flow path.
  • the first flow path is disposed in parallel with the second flow path.
  • the first waterway plate, the second waterway plate, and the third waterway plate are all elongated plates, and a longitudinal direction of the first flow path is perpendicular or parallel to a length direction of the second flow path plate.
  • the second waterway plate is formed with a first through hole penetrating, and the first via hole communicates with the first waterway layer and the second waterway layer.
  • the invention also proposes a water purifier comprising a filtration device as described above.
  • the utility model provides a multi-water purifier waterway plate and a water purifier, which integrates the internal waterway of the water purifier into an integrated waterway plate, and at least two water outlet flow paths are arranged on the main body of the integrated waterway plate, for example
  • the water purifier completes the raw water filtration and outputs the purified water and the pure water. Therefore, the multi-water flow direction design is adopted to meet the user's demand for various waterway output, and the water purifier is compact in structure, avoiding water leakage at the water purifier joint. risks of.
  • the water purifier waterway plate and the water purifier proposed by the invention integrate the water channel inside the water purifier into an integrated waterway plate, and set corresponding sockets and waterways on the integrated waterway plate, and pass at least one level
  • the coarse filtration and at least one-stage fine filtration treatment realize the raw water filtration of the water purifier, and the structure is compact, thereby avoiding the risk of water leakage at the water purifier joint; in addition, the multi-water flow direction design can be adopted to satisfy the user for various water passages.
  • the output demand for example, can output purified water and pure water.
  • the filter device and the water purifier provided by the invention divide the integrated waterway plate of the filter device into a plurality of waterway layers, and arrange the flow paths of the same waterway layer in parallel, so that the water channel of the integrated waterway plate is clearly distributed, and then the filter is filtered.
  • the device is respectively connected with the flow channels of each waterway layer to realize the closed waterway, so that the waterway of the filtering device is simplified, the layout is more reasonable, and the water flows in the flow channel, which is beneficial to timely filtering of the water by the filtering device, thereby facilitating the filtering. Improve the efficiency of the filter unit.
  • FIG. 1 is a schematic view showing the water path structure of a preferred embodiment of the water outlet water purifying plate of the present invention
  • FIG. 2 is a schematic view showing the water path structure of a preferred embodiment of the water purifier waterway plate of the present invention
  • FIG. 3 is a schematic structural view of a first embodiment of a filtering device of the present invention.
  • Figure 4 is a schematic view showing the structure of another angle of Figure 3;
  • Figure 5 is a schematic view showing the installation structure of the filter of the filtering device of the present invention.
  • Figure 6 is a schematic view showing the structure of a second embodiment of the filtering device of the present invention.
  • Figure 7 is a schematic structural view of a third embodiment of the filtering device of the present invention.
  • Figure 8 is a schematic structural view of a fourth embodiment of the filtering device of the present invention.
  • FIG. 9 is a schematic structural view of a first flow path of a filtering device of the present invention.
  • FIG. 10 is a schematic structural view of a second flow path of a first embodiment of a filtering device according to the present invention.
  • Figure 11 is a schematic view showing the structure of a second flow path of a second embodiment of the filtering device of the present invention.
  • the directional indication is only used to explain in a certain posture (as shown in the drawing)
  • the relative positional relationship between the components, the motion situation, and the like if the specific posture changes, the directional indication also changes accordingly.
  • first”, “second”, etc. in the embodiments of the present invention, the description of the "first”, “second”, etc. is used for the purpose of description only, and is not to be construed as an Its relative importance or implicit indication of the number of technical features indicated.
  • features defining “first” or “second” may include at least one of the features, either explicitly or implicitly.
  • the technical solutions between the various embodiments may be combined with each other, but must be based on the realization of those skilled in the art, and when the combination of the technical solutions is contradictory or impossible to implement, it should be considered that the combination of the technical solutions does not exist. It is also within the scope of protection required by the present invention.
  • the embodiment of the invention provides a multi-water purifier waterway plate and a water purifier, and integrates the internal waterway of the water purifier into an integrated waterway plate, and at least two water outlet channels are arranged on the main body of the integrated waterway plate.
  • the water purifier completes the raw water filtration, and outputs the purified water and the pure water. Therefore, the multi-water flow direction design is adopted to meet the user's demand for various water passage outputs, and the water purifier is compact in structure, avoiding the water purifier joint. There is a risk of water leakage.
  • a preferred embodiment of the present invention provides a multi-water purifier waterway plate, comprising: an integrated waterway main body, wherein the integrated waterway main body is sealed and welded by a plurality of waterway plates, and two adjacent waterway plates are formed. An internal waterway is formed between them.
  • the welding method of the integrated waterway plate includes but is not limited to ultrasonic welding or heat welding or other means.
  • the integrated waterway main body is provided with at least two water outlet flow paths. Therefore, the multi-water flow direction design is adopted to meet the user's demand for various waterway output, and the water purifier has a compact structure, thereby avoiding the risk of water leakage at the water purifier joint.
  • the multi-channel flow direction design of the embodiment adopts the following scheme:
  • a multi-stage filter element is mounted on the main body of the integrated water-path board, one of the at least two water-discharging flow paths is connected to one of the first-stage filter elements of the multi-stage filter element, and at least one of the at least two outflow channels is connected One or more of the other stages of the multi-stage filter.
  • the four-stage filter and the dual-water flow direction are installed on the main body of the integrated waterway board as an example:
  • the multi-stage filter element includes a first stage filter element 1a, a second stage filter element 3a, a third stage filter element 5a, and a fourth stage filter element 7a, the water outlet flow path including a first water outlet flow path for outputting purified water and A second outlet flow path for purifying pure water is connected, and the first outlet flow passage is connected to the second stage filter element 3a, and the second outlet flow path is sequentially connected to the third stage filter element 5a and the fourth stage filter element 7a. That is, the purified water is output from the second-stage activated carbon filter, and can be used for domestic water, and the purified water is discharged from the third-stage filter 5a and processed through the fourth-stage filter 7a to be potable water.
  • the flow direction of the water path is as shown by the arrow in Fig. 1, and the raw water enters the integrated waterway plate from the water inlet, and after filtering through the first-stage filter element 1a, it enters the second-stage filter element 3a through the water inlet solenoid valve 2a, and is filtered by the second-stage filter element 3a.
  • the waterway is divided into two paths, one of which serves as purified water from the purified water outlet, and the other is filtered through the third-stage filter 5a and the fourth-stage filter 7a in sequence, to obtain purified water, which flows out from the purified water outlet.
  • tap water or other incoming water can be filtered by water, and a series of waterway components are used in the middle, so that the water outlet of the whole machine can output purified water and pure water, which can satisfy the user.
  • the need for a waterway output, and the water purifier is compact, avoiding the risk of water leakage at the water purifier joint.
  • a corresponding component interface is also provided on the integrated waterway plate for connecting the filter element and other related small waterway components, including but not limited to the water inlet solenoid valve 2a, the waste water solenoid valve 4a, and the single The valve 6a, the water pipe, the high pressure switch 9a, the booster pump, the self-priming pump, and the like.
  • the water inlet solenoid valve 2a, the waste water solenoid valve 4a, the check valve 6a, the booster pump port 8a, the high pressure switch 9a, and the like are shown in Fig. 1.
  • the material of the above filter element can be selected according to requirements, for example, the first stage filter element 1a is a PP cotton filter element, the second stage filter element 3a is an activated carbon filter element or an ultrafiltration filter element, the third stage filter element 5a is a reverse osmosis filter element, and the fourth stage filter element 7a It is an activated carbon filter.
  • an external water passage joint connecting the external components is provided on the end surface of the integrated water passage plate.
  • the current water purifier water passage mostly uses a PE pipe and a quick-connect pipe joint to connect the water passage inside the water purifier, thereby forming a water purifier internal waterway system, so there is a problem that the risk of water leakage at the joint is high, and this embodiment proposes
  • the utility model relates to an integrated waterway board integrating the internal water path of the purified water into the board, and the waterway board is welded by one or more component plates, thereby integrating the single and double outlet water purifier waterway system into the waterway board, so that the water outlet end of the whole machine It can output purified water and pure water, which can meet the user's demand for various waterway output, and the water purifier has a compact structure, which avoids the risk of water leakage at the water purifier joint.
  • the present invention also provides a water purifier, which may include the multiple water purifier water circuit board described in the above embodiments.
  • the solution of the embodiment of the present invention further proposes another solution, integrating the water channel inside the water purifier into the board to form an integrated waterway board, and setting corresponding sockets and waterways on the integrated waterway board, and passing at least one coarse filter and At least one level of fine filtration treatment realizes the raw water filtration of the water purifier, and the water purifier has a compact structure, thereby avoiding the risk of water leakage at the water purifier joint.
  • a preferred embodiment of the present invention provides a water purifier waterway plate, including: a raw water inlet 1, a waste water outlet 2, a purified water outlet 4, a raw water passage 201, a first coarse filtered water passage 202, and a fine Filtration water passage 203, waste water passage 204, first fine filter water passage 205, second fine filter water passage 206, clean water outlet water passage 207, primary filter inlet inlet 71, primary filter outlet socket 72, fine filter cartridge Inlet inlet port 103, fine filter cartridge waste water inlet port 104, fine filter cartridge outlet port 105, rear filter inlet port 106 and rear filter outlet port 107, said raw water inlet 1 is in communication with said raw water channel 201, said raw water
  • the water passage 201 is spaced apart from the first coarse filtered water passage 202, and the primary filter inlet inlet port 71 is in communication with the raw water passage 201, the first coarse filtered water passage 202 and the fine filter inlet water passage 203 is directly connected or indirectly connected,
  • the fine filter cartridge inlet inlet port 103 is in communication with the fine filter inlet water passage 203, and the fine filter cartridge waste water inlet port 104 and the waste water outlet 2 are both in communication with the waste water channel 204, and the fine filter cartridge outlet port 105 is
  • the first fine filtration water passage 205 is in communication, and the first fine filtration water passage 205 is directly connected or indirectly connected to the second fine filtration water passage 206, and the purified water outlet passage 207 and the second fine filter
  • the water water inlet 206 is partitioned, and the rear filter inlet port 106 and the rear filter outlet port 107 are respectively connected to the second fine filter water path 206 and the purified water outlet water path 207, and the purified water outlet 4 and the net are
  • the water outlet water passage 207 is connected.
  • the raw water channel 201 is: a water channel between the raw water inlet 1 - the primary filter inlet inlet 71;
  • the first coarse filtered water channel 202 is: a water path between the primary filter outlet port 72 and the secondary filter inlet inlet 91;
  • the fine filter inlet water passage 203 is: a water passage between the booster pump outlet socket 62 and the fine filter cartridge inlet inlet port 103;
  • the waste water channel 204 is: a water path between the fine filter cartridge waste port 104 and the waste water outlet 2;
  • the purified water outlet water passage 207 is a water passage between the rear filter outlet port 107 and the clean water outlet 4.
  • the integrated waterway plate is formed by integrating the water channel inside the water purifier, and the corresponding water inlet and the waterway are arranged on the integrated waterway plate, and at least one coarse filter and at least one primary fine filter are used to realize the net.
  • the raw water of the water filter is compact and avoids the risk of water leakage at the water purifier joint.
  • the water purifier waterway plate may further include a second coarse filter water channel 208, a secondary filter inlet inlet 91, and a secondary filter outlet 92, the second The coarse filter water passage 208 is partitioned from the first coarse filter water passage 202, and the secondary filter inlet inlet port 91 and the secondary filter outlet outlet 92 are respectively associated with the first coarse filtered water passage 202 and the second coarse filtered water.
  • the water passage 208 is in communication, and the second coarse filtered water passage 208 is in direct or indirect communication with the fine filter inlet water passage 203.
  • the indirect connection means that the two are separated, but the two can be connected by other components.
  • the water purifier further filters the raw water to meet the different precision requirements of the user for the raw water treatment, and the structure is compact, thereby avoiding the risk of water leakage at the water purifier joint.
  • the water purifier waterway plate may further include a transition waterway 209, a water inlet solenoid valve water inlet port 81, a water inlet solenoid valve water outlet socket 82, and a booster pump water inlet socket.
  • the transition water passage 209 is disposed between the second coarse filter water passage 208 and the fine filter inlet water passage 203, the inlet solenoid valve inlet socket 81, and the inlet water
  • the solenoid valve outlet port 82 is respectively connected to the second coarse filter water passage 208 and the transition water passage 209, and the booster pump inlet inlet port 61 and the booster pump outlet outlet port 62 are respectively connected to the transition water passage 209 and the fine filter inlet water.
  • the water path 203 is connected.
  • the transition water passage 209 the inlet water solenoid valve and the booster pump and other sockets, and through the multi-stage filtration treatment, the raw water filtration of the water purifier is effectively realized, and the user has different precision requirements for the raw water treatment, and the structure is compact. The risk of water leakage at the water purifier joint is avoided.
  • the first fine filter water channel 205 is separated from the second fine filter water channel 206, and the first fine filter water channel 205 is: a fine filter cartridge outlet port 105 - a one-way valve a water path between the water inlets 108; the water purifier waterway plate further includes a one-way valve water inlet port 108 and a one-way valve water outlet port 109, the one-way valve water inlet port 108 and the first fine filter water channel 205 is connected, and the one-way valve outlet port 109 is in communication with the second fine filtration water channel 206.
  • the wastewater waterway 204 may include a first wastewater waterway 2041 and a second wastewater waterway 2042, and the first wastewater waterway 2041 is separated from the second wastewater waterway 2042.
  • the water purifier waterway plate further includes a waste water valve inlet port 101 and a waste water valve outlet port 102, and the waste water valve inlet port 101 and the waste water valve outlet port 102 are respectively associated with the first wastewater water channel 2041 and the second wastewater water channel 2042 is connected, and the wastewater outlet 2 is in communication with the second wastewater water path 2042.
  • the water purifier waterway plate of the embodiment is sealed and welded by at least two waterway plates, and an internal waterway is formed between the adjacent two waterway plates, wherein at least one of the waterway plates is provided with the raw water channel for forming 201, a groove of the first coarse filtration water channel 202, the fine filtration inlet waterway 203, the wastewater waterway 204, the first fine filtration waterway 205, the second fine filtration waterway 206, and the purified water outlet waterway 207.
  • the internal waterway of the water purifier is integrated into the board to form an integrated waterway board, and the corresponding socket and waterway are set on the integrated waterway board, and at least one coarse filter and at least one fine filter are adopted.
  • Processing, realizing the raw water filtration of the water purifier, its compact structure avoids the risk of water leakage at the water purifier joint; in addition, it can also adopt the multi-water flow direction design to meet the user's demand for various waterway output, such as output purification. Water and pure water.
  • the present invention also provides a water purifier, which may include the water purifier waterway plate described in the above embodiments.
  • the water purifier further includes a primary filter element, a fine filter element and a rear filter element.
  • the water inlet and the water outlet of the primary filter element are respectively connected with the primary filter inlet inlet port 71 and the primary filter outlet outlet 72, and the fine filter element is a reverse osmosis filter or a nanofiltration filter.
  • the water inlet, the waste water port and the water outlet of the filter element are respectively connected with the fine filter inlet inlet 103, the fine filter waste water inlet 104, and the fine filter outlet outlet 105, and the water inlet and the outlet of the rear filter are respectively
  • the rear filter inlet inlet 106 and the rear filter outlet port 107 are in communication.
  • the integrated waterway plate is formed by integrating the water channel inside the water purifier, and the corresponding water inlet and the waterway are arranged on the integrated waterway plate, and at least one coarse filter and at least one primary fine filter are used to realize the net.
  • the raw water of the water filter is compact and avoids the risk of water leakage at the water purifier joint.
  • the water purifier waterway plate further includes a second coarse filtered water channel 208, a secondary filter inlet inlet 91, and a secondary filter outlet 92, the second coarse filter
  • the water passage 208 is partitioned from the first coarse filter water passage 202, and the second filter inlet inlet port 91 and the secondary filter outlet outlet port 92 are respectively associated with the first coarse filtered water passage 202 and the second coarse filtered water passage 208.
  • the second coarse filter water passage 208 is directly connected or indirectly connected to the fine filter inlet water passage 203.
  • the water purifier further includes a secondary filter cartridge, and the primary filter cartridge is a PP cotton filter cartridge.
  • the filter element is an activated carbon filter, and the inlet and the outlet of the secondary filter are respectively connected to the secondary filter inlet 91 and the secondary filter outlet 92.
  • the water purifier further filters the raw water to meet the different precision requirements of the user for the raw water treatment, and the structure is compact, thereby avoiding the risk of water leakage at the water purifier joint.
  • the water purifier waterway plate further includes a transition waterway 209, a water inlet solenoid valve water inlet socket 81, a water inlet solenoid valve water outlet socket 82, a booster pump water inlet port 61, and a booster pump.
  • the water outlet socket 62 is disposed between the second coarse filtered water channel 208 and the fine filter inlet water path 203, the water inlet solenoid valve inlet port 81 and the inlet solenoid valve outlet port 82
  • the second coarse filtered water channel 208 and the transitional water channel 209 are respectively connected to each other, and the booster pump water inlet port 61 and the booster pump water outlet port 62 are respectively connected to the transition water channel 209 and the fine filter inlet water channel 203.
  • the water purifier further includes a water inlet solenoid valve and a booster pump, and the water inlet and the water outlet of the water inlet solenoid valve are respectively connected with the water inlet solenoid valve inlet port 81 and the inlet water solenoid valve outlet port 82, respectively.
  • the water inlet and the water outlet of the booster pump are in communication with the booster pump water inlet port 61 and the booster pump water outlet port 62, respectively.
  • the transition water passage 209 the inlet water solenoid valve and the booster pump and other sockets, and through the multi-stage filtration treatment, the raw water filtration of the water purifier is effectively realized, and the user has different precision requirements for the raw water treatment, and the structure is compact. The risk of water leakage at the water purifier joint is avoided.
  • the water purifier waterway plate further includes a coarse filtered water outlet, and the coarse filtered water outlet is in communication with the second coarse filtered waterway 208.
  • the integrated waterway plate is formed by integrating the water channel inside the water purifier, and the corresponding water inlet and the waterway are arranged on the integrated waterway plate, and at least one coarse filter and at least one primary fine filter are used to realize the net.
  • the raw water of the water filter is compact, which avoids the risk of water leakage at the water purifier joint; in addition, it can also adopt the multi-water flow direction design, and set the coarse filter water outlet 10 and the clean water outlet 4 to meet the user's various
  • the demand for waterway output for example, can output purified water and pure water.
  • the first fine filtration water passage 205 is partitioned from the second fine filtration water passage 206, and the water purifier water passage plate further includes a one-way valve inlet socket 108 and a check valve. a water outlet socket 109, the one-way valve water inlet port 108 is in communication with the first fine filtration water channel 205, and the one-way valve outlet port 109 is in communication with the second fine filtration water channel 206, the water purifier A check valve is further included, and the water inlet and the water outlet of the one-way valve are in communication with the one-way valve water inlet port 108 and the one-way valve water outlet port 109, respectively.
  • the corresponding water inlet and the waterway are arranged on the integrated waterway plate, and the raw water filtration of the water purifier is realized by at least one primary coarse filtration and at least one primary fine filtration treatment.
  • the water tank has different structural requirements for different waterway plates, and the structure is compact, which avoids the risk of water leakage at the joint of the water purifier; in addition, the design of the multi-water flow direction can be adopted, and the coarse water outlet 10 and the purified water outlet 4 are provided, which satisfies The user's demand for a variety of waterway output, such as the output of purified water and pure water.
  • the wastewater waterway 204 includes a first wastewater waterway 204 and a second wastewater waterway 204, and the first wastewater waterway 204 is separated from the second wastewater waterway 204, the water purifier waterway
  • the board further includes a waste water inlet port 101 and a waste water outlet port 102, and the waste water inlet port 101 and the waste water outlet port 102 communicate with the first waste water channel 204 and the second waste water channel 204, respectively.
  • the outlet 2 is in communication with the second wastewater water passage 204.
  • the water purifier further includes a waste water valve, and the water inlet and the water outlet of the waste water valve are respectively communicated with the waste water inlet port 101 and the waste water outlet port 102.
  • the current water purifier water passage mostly uses a PE pipe and a quick-connect pipe joint to connect the water passage inside the water purifier, thereby forming a water purifier internal waterway system, so there is a problem that the risk of water leakage at the joint is high, and this embodiment proposes An integrated waterway plate integrating water purification internal waterway into a board, the waterway board is welded by one or more component plates, and is filtered by a multi-stage filter to integrate the single and double outlet water purifier waterway system into the waterway board Internally, the water outlet of the whole machine can output purified water and pure water, which can meet the user's demand for various waterway output, and the water purifier has a compact structure and avoids the risk of water leakage at the water purifier joint.
  • the invention also provides a filtration device 100.
  • the filtering device 100 includes a plurality of waterway plates and a plurality of filters 40.
  • a plurality of waterway plates are stacked in sequence, and a waterway layer is formed between adjacent waterway plates, the waterway layer has a flow path, and the water inlet and the water outlet of each filter 40 are respectively connected to different flow paths.
  • the filtering device 100 includes a first waterway plate 10b, a second waterway plate 20, and a third waterway plate 30 that are sequentially connected in a fixed manner.
  • a first waterway layer 12 is formed between the first waterway plate 10b and the second waterway plate 20.
  • the first waterway layer 12 has a plurality of first flow paths 22, and the plurality of first flow paths 22 are arranged in parallel and are all in a straight line.
  • a second water passage layer 23 is formed between the second waterway plate 20 and the third waterway plate 30, and the second waterway layer 23 has a second flow path 32.
  • the first waterway plate 10b, the second waterway plate 20, and the third waterway plate 30 are all disposed in a rectangular shape.
  • a first waterway groove (not shown) is opened on a surface of the second waterway plate 20 facing the first waterway plate 10b, and the first waterway groove is disposed along a plate surface of the second waterway plate 20, the first waterway The groove and the first waterway plate 10b enclose a first flow path 22 (not shown) toward the surface of the second waterway plate 20.
  • the plate surface of the first waterway plate 10b may be a flat surface, or may be provided with a waterway groove corresponding to the first waterway groove.
  • a plurality of first flow paths 22 constitute a first water channel layer 12.
  • the first waterway plate 10b and the second waterway plate 20 are fixedly connected by welding.
  • a second waterway groove (not shown) is opened, and the second waterway groove is disposed along the plate surface of the third waterway plate 30.
  • the second waterway groove and the second waterway plate 20 are arranged in a second flow path 32 (not shown) toward the plate surface of the third waterway plate 30, and the plurality of second flow paths 32 are arranged in parallel and are all in a straight line.
  • the plate surface of the second waterway plate 20 may be a flat surface or a plate surface on which a waterway groove corresponding to the second waterway groove is opened.
  • the plurality of second flow paths 32 constitute a second water channel layer 23.
  • the second waterway plate 20 and the third waterway plate 30 are fixedly connected by welding.
  • the first waterway slot may be opened on the first waterway plate 10b facing the second waterway plate 20
  • the second waterway slot may be opened on the second waterway plate 20 toward the third waterway plate 30.
  • the water inlet and the water outlet of the filter 40 may be respectively connected to different first flow paths 22 according to the design of the flow path, or may be respectively connected to different second flow paths 32. Of course, the first flow path 22 and the second flow may be respectively connected. Road 32.
  • the first waterway layer 12 and the second waterway layer 23 communicate a plurality of filters 40.
  • the device 40 communicates with the flow channels of each waterway layer to realize the closed waterway, so that the waterway of the filtering device 100 is simplified, the layout is more reasonable, and the water flows in the flow channel, which is beneficial to the filtering device 100 to timely filter the water. Thereby, it is advantageous to improve the working efficiency of the filtering device 100.
  • first flow path 22 is disposed in parallel with the second flow path 32. That is, the flow path of the first flow path 22 layer and the flow path of the second flow path 32 layer are disposed in parallel with each other.
  • the first waterway plate, the second waterway plate, and the third waterway plate are all elongated plates, and the longitudinal direction of the first flow path 22 is perpendicular or parallel to the longitudinal direction of the second flow path 32.
  • the first flow path 22 is disposed parallel or perpendicular to the second flow path 32, and the second flow path 32 is disposed in parallel or perpendicular to the third flow path plate.
  • first flow path 22 and the second flow path 33 may also be disposed perpendicular to each other.
  • the first waterway layer 12 and the second waterway layer 23 are independent of each other, but in order to simplify the waterway of the filter device 100, it is necessary to achieve communication between the first waterway layer 12 and the second waterway layer 23. There are two ways to achieve connectivity between the two.
  • the first way is to form a through hole in the second waterway plate 20.
  • the second waterway plate 20 is formed with a through first through hole 21, and the first through hole 21 communicates with the first The waterway layer 12 and the second waterway layer 23. That is, on the second waterway plate 20, a first through hole 21 penetrating the second waterway plate 20 is opened, and the first via hole 21 communicates with the first waterway groove and the second waterway groove, that is, the first flow path 22 and the second flow are communicated.
  • the road 32 is connected to the first waterway layer 12 and the second waterway layer 23.
  • the second mode is realized by providing another connecting member (not shown).
  • the filtering device 1 further includes a connecting member for communicating the first waterway layer 12 and the second waterway layer 23; a second via hole 11 communicating with the first water channel layer 12 and the communicating member is formed on the first waterway plate 10b, and the third waterway plate 30 is formed with the second waterway layer 23 and the The third via 31 of the connecting member. That is, the second via hole 11 is opened in the first waterway plate 10b to realize the communication between the first waterway layer 12 and the communicating member, and the third via hole 31 is opened in the third waterway plate 30 to realize the second waterway layer 23
  • the communication with the communication member is performed to achieve communication between the first waterway layer 12 and the second waterway layer 23.
  • the connecting member can be a water pipe or a solenoid valve.
  • the specific function of each waterway layer can be designed according to different needs of the user.
  • the following examples illustrate that the integrated waterway board after layering can make the waterway more reasonable.
  • the first water passage layer 12 is a waste water layer through which the filtered waste water flows
  • the second water passage layer 23 is a purified water layer through which the filtered purified water flows. That is, the water channel layer is given different functions according to the function required by the user, and is realized by designing the first flow path 22. In this example, stratification of purified water and wastewater is achieved.
  • the first water channel layer 12 is an inflow water channel layer for the filter 40 to enter the water
  • the second water channel layer 23 is a water outlet water layer for the filter 40 to discharge water. That is, in this example, stratification of the influent and effluent is achieved.
  • the present invention further provides a water purifier, which includes a filtering device 100.
  • a filtering device 100 The specific structure of the filtering device 100 refers to the above embodiment, and details are not described herein again.
  • the filter 40 is respectively connected with the flow channels of the waterway layers to realize a closed waterway, so that The water path of the filtering device 100 is simplified, the layout is more reasonable, and the water flows in the flow channel, which facilitates the timely filtering of the water by the filtering device 100, thereby facilitating the improvement of the working efficiency of the filtering device 100.

Abstract

Provided are a water channel plate having multiple water discharge channels for a water purifier, and a water purifier. The water channel plate comprises an integrated water channel plate body. At least two water discharge channels are disposed on the integrated water channel plate body. Provided are a water channel plate for a water purifier, and a water purifier. The water channel plate for a water purifier comprises: a raw water inlet (1); a waste water outlet (2); a pure water outlet (4); a raw water channel (201); a first water channel for roughly-filtered water (202); a water feed channel for water to be fine-filtered (203); a waste water channel (204); a first water channel for finely-filtered water (205); a second water channel for finely-filtered water (206); a pure water discharge channel (207); a first stage filter element water feed faucet (71); a first stage filter element water discharge faucet (72); a fine filter element water feed faucet (103); a fine filter element waste water faucet (104); a fine filter element water discharge faucet (105); a rear filter element water feed faucet (106); and a rear filter element water discharge faucet (107).

Description

一种多出水净水器水路板、过滤装置及净水器  Multi-water purifier waterway plate, filter device and water purifier
技术领域Technical field
本发明涉及净水设备领域,特别涉及一种多出水净水器水路板、过滤装置及净水器。The invention relates to the field of water purification equipment, in particular to a multi-water outlet water purifier water circuit board, a filtering device and a water purifier.
背景技术Background technique
随着水质的逐渐恶化,净水器已经慢慢的走进了广大用户的家里,而且净水器逐渐在用户日常生活中扮演着越来越重要的角色。With the gradual deterioration of water quality, the water purifier has slowly entered the home of the majority of users, and the water purifier has gradually played an increasingly important role in the daily life of users.
目前,净水器水路大多采用PE管及快接管接头将净水器内部水路连通,从而形成净水器内部水路系统,由于产品结构复杂,零部件繁多,因此存在接头处漏水风险高的问题,而且只能实现单出水设计。At present, most of the water purifier waterways use PE pipes and quick-connect pipe joints to connect the water pipes inside the water purifier, thus forming a water purifier internal waterway system. Due to the complicated product structure and various parts, there is a problem of high risk of water leakage at the joint. And only a single effluent design can be achieved.
发明内容Summary of the invention
本发明的主要目的在于提供一种结构紧凑、避免漏水风险、实现多水路流向设计的多出水净水器水路板及净水器。The main object of the present invention is to provide a multi-water purifier waterway plate and a water purifier that has a compact structure, avoids the risk of water leakage, and realizes multi-water flow direction design.
为实现上述目的,本发明提出一种多出水净水器水路板,包括:集成水路板主体,所述集成水路板主体上设有至少两个出水流路。In order to achieve the above object, the present invention provides an multiple water purifier waterway plate, comprising: an integrated waterway plate body, wherein the integrated waterway plate body is provided with at least two water outlet flow paths.
优选地,所述集成水路板主体上还安装有多级滤芯,所述至少两个出水流路中的一路连接所述多级滤芯的其中一级滤芯,所述至少两个出水流路中的其他至少一路连接所述多级滤芯的其他级滤芯中的一个或多个。Preferably, the integrated waterway main body is further mounted with a multi-stage filter element, and one of the at least two water discharge flow paths is connected to one of the first-stage filter elements of the multi-stage filter element, and the at least two outflow channels are Other one or more of the other stages of filter elements that connect at least one of the multi-stage filter elements.
优选地,所述多级滤芯包括第一级滤芯、第二级滤芯、第三级滤芯以及第四级滤芯,所述出水流路包括用于输出净化水的第一出水流路和用于输出纯净水的第二出水流路,所述第一出水流路连接所述第二级滤芯,所述第二出水流路依次连接所述第三级滤芯和第四级滤芯。Preferably, the multi-stage filter element comprises a first stage filter element, a second stage filter element, a third stage filter element and a fourth stage filter element, the outlet flow path comprising a first outlet flow path for outputting purified water and for output a second outlet flow path of purified water, the first outlet flow path connecting the second stage filter element, and the second outlet flow path connecting the third stage filter element and the fourth stage filter element in sequence.
优选地,所述集成水路板主体上还安装有其他相关小型水路部件,所述其他相关小型水路部件包括进水电磁阀、废水电磁阀、单向阀、水管、高压开关、增压泵和自吸泵中的一种或多种。Preferably, the integrated waterway main body is further equipped with other related small waterway components, including the water inlet electromagnetic valve, the waste water solenoid valve, the check valve, the water pipe, the high pressure switch, the booster pump and the self. One or more of the suction pumps.
本发明还提出一种净水器,包括如上所述的多出水净水器水路板。The present invention also provides a water purifier comprising the multiple water purifier waterway plate as described above.
本发明也还提出一种净水器水路板,包括原水进口、废水出口、净水出口、原水水路、第一粗滤水水路、精滤进水水路、废水水路、第一精滤水水路、第二精滤水水路、净水出水水路、一级滤芯进水插口、一级滤芯出水插口、精滤滤芯进水插口、精滤滤芯废水插口、精滤滤芯出水插口、后置滤芯进水插口及后置滤芯出水插口,所述原水进口与所述原水水路连通,所述原水水路与所述第一粗滤水水路之间隔断,所述一级滤芯进水插口与所述原水水路连通,所述第一粗滤水水路与所述精滤进水水路直接连通或间接连通,所述精滤滤芯进水插口与所述精滤进水水路连通,所述精滤滤芯废水插口和废水出口均与所述废水水路连通,所述精滤滤芯出水插口与所述第一精滤水水路连通,所述第一精滤水水路与所述第二精滤水水路直接连通或间接连通,所述净水出水水路与所述第二精滤水水路隔断,所述后置滤芯进水插口、后置滤芯出水插口分别与所述第二精滤水水路、净水出水水路连通,所述净水出口与所述净水出水水路连通。The invention also provides a water purifier waterway board, comprising a raw water inlet, a waste water outlet, a purified water outlet, a raw water channel, a first coarse filtration waterway, a fine filtration inlet waterway, a wastewater waterway, a first fine filtration waterway, The second fine filter water channel, the clean water outlet water channel, the first filter inlet inlet port, the first filter outlet outlet, the fine filter inlet inlet, the fine filter waste inlet, the fine filter outlet, and the rear filter inlet And a rear filter outlet port, the raw water inlet is connected to the raw water channel, the raw water channel is spaced apart from the first coarse filter waterway, and the primary filter inlet is connected to the raw water channel. The first coarse filtered water channel is directly connected or indirectly connected to the fine filter inlet water channel, and the fine filter inlet inlet port is connected to the fine filter inlet water channel, and the fine filter filter waste water inlet and waste water outlet Each of the fine filtration water outlets is in communication with the first fine filtration water passage, and the first fine filtration water passage is directly or indirectly connected to the second fine filtration water passage. Clean water The water water channel is separated from the second fine filter water channel, and the rear filter inlet inlet port and the rear filter outlet outlet port are respectively connected with the second fine filter water channel and the purified water outlet water channel, and the purified water outlet is The purified water outlet water passage is connected.
优选地,所述净水器水路板还包括第二粗滤水水路、二级滤芯进水插口和二级滤芯出水插口,所述第二粗滤水水路与所述第一粗滤水水路隔断,所述二级滤芯进水插口、二级滤芯出水插口分别与所述第一粗滤水水路、第二粗滤水水路连通,所述第二粗滤水水路与所述精滤进水水路直接连通或间接连通。Preferably, the water purifier waterway plate further includes a second coarse filter water channel, a second filter inlet inlet port and a secondary filter outlet port, and the second coarse filter water channel is separated from the first coarse filter water channel The second filter water inlet port and the second filter water outlet port are respectively connected to the first coarse filter water channel and the second coarse filter water channel, and the second coarse filter water channel and the fine filter inlet water channel Directly connected or indirectly connected.
优选地,所述净水器水路板还包括过渡水路、进水电磁阀进水插口、进水电磁阀出水插口、增压泵进水插口和增压泵出水插口,所述过渡水路设置在所述第二粗滤水水路和所述精滤进水水路之间,所述进水电磁阀进水插口、进水电磁阀出水插口分别与所述第二粗滤水水路、过渡水路连通,所述增压泵进水插口、增压泵出水插口分别与所述过渡水路和精滤进水水路连通。Preferably, the water purifier waterway plate further comprises a transition waterway, a water inlet solenoid valve inlet socket, a water inlet solenoid valve outlet socket, a booster pump inlet inlet, and a booster pump outlet socket, wherein the transitional waterway is disposed at the Between the second coarse filtration waterway and the fine filtration inlet waterway, the inlet solenoid inlet inlet and the inlet solenoid valve outlet outlet are respectively connected to the second coarse filtration waterway and the transitional waterway. The inlet port of the booster pump and the outlet port of the booster pump are respectively connected to the transition waterway and the fine filter inlet waterway.
优选地,所述废水水路包括第一废水水路和第二废水水路,所述第一废水水路与所述第二废水水路隔断,所述净水器水路板还包括废水阀进水插口和废水阀出水插口,所述废水阀进水插口、废水阀出水插口分别与所述第一废水水路、第二废水水路连通,所述废水出口与所述第二废水水路连通。Preferably, the wastewater waterway includes a first wastewater waterway and a second wastewater waterway, the first wastewater waterway is partitioned from the second wastewater waterway, and the water purifier waterway plate further includes a wastewater valve inlet inlet and a wastegate The water outlet socket, the waste water inlet port and the waste water outlet port are respectively connected to the first wastewater water channel and the second wastewater water channel, and the wastewater outlet is connected to the second wastewater water channel.
优选地,所述净水器水路板由至少两层水路板密封焊接而成,相邻两层水路板之间形成内部水路,其中至少一层水路板上设置有用于形成所述原水水路、第一粗滤水水路、精滤进水水路、废水水路、第一精滤水水路、第二精滤水水路、净水出水水路的凹槽。Preferably, the water purifier waterway plate is sealed and welded by at least two waterway plates, and an internal waterway is formed between two adjacent waterway plates, wherein at least one waterway plate is provided with a waterway for forming the raw water, A coarse filtration waterway, a fine filtration inlet waterway, a wastewater waterway, a first fine filtration waterway, a second fine filtration waterway, and a groove of a purified water outlet waterway.
本发明还提出一种净水器,包括如上所述的净水器水路板,还包括一级滤芯、精滤滤芯和后置滤芯,所述一级滤芯的进水口和出水口分别与所述一级滤芯进水插口和一级滤芯出水插口连通,所述精滤滤芯为反渗透滤芯或纳滤滤芯,所述精滤滤芯的进水口、废水口、出水口分别与所述精滤滤芯进水插口、精滤滤芯废水插口、精滤滤芯出水插口连通,所述后置滤芯的进水口和出水口分别与所述后置滤芯进水插口和后置滤芯出水插口连通。The invention also provides a water purifier comprising the water purifier waterway plate as described above, further comprising a primary filter element, a fine filter element and a rear filter element, wherein the inlet and the outlet of the primary filter element are respectively The first filter inlet inlet port is connected with the first filter outlet outlet port, and the fine filter element is a reverse osmosis filter element or a nanofiltration filter element, and the inlet, the waste water port and the water outlet of the fine filter element are respectively connected with the fine filter element The water inlet, the fine filter filter waste water inlet, and the fine filter filter outlet port are connected, and the water inlet and the water outlet of the rear filter core are respectively connected with the rear filter water inlet socket and the rear filter core water outlet socket.
优选地,所述净水器还包括第二粗滤水水路、二级滤芯进水插口和二级滤芯出水插口,所述第二粗滤水水路与所述第一粗滤水水路隔断,所述二级滤芯进水插口、二级滤芯出水插口分别与所述第一粗滤水水路、第二粗滤水水路连通,所述第二粗滤水水路与所述精滤进水水路直接连通或间接连通,所述净水器还包括二级滤芯,所述一级滤芯为PP棉滤芯,所述二级滤芯为活性炭滤芯,所述二级滤芯的进水口和出水口分别与所述二级滤芯进水插口和二级滤芯出水插口连通。Preferably, the water purifier further includes a second coarse filtered water channel, a secondary filter inlet inlet and a secondary filter outlet, the second coarse filtered water channel being separated from the first coarse filtered water channel, The second filter water inlet port and the second filter water outlet port are respectively connected to the first coarse filter water channel and the second coarse filter water channel, and the second coarse filter water channel is directly connected to the fine filter inlet water channel Or indirectly connected, the water purifier further includes a secondary filter element, the primary filter element is a PP cotton filter core, the secondary filter element is an activated carbon filter element, and the water inlet and the water outlet of the secondary filter element are respectively associated with the second The level filter inlet port is connected to the secondary filter outlet port.
优选地,所述净水器还包括过渡水路、进水电磁阀进水插口、进水电磁阀出水插口、增压泵进水插口和增压泵出水插口,所述过渡水路设置在所述第二粗滤水水路和所述精滤进水水路之间,所述进水电磁阀进水插口、进水电磁阀出水插口分别与所述第二粗滤水水路、过渡水路连通,所述增压泵进水插口、增压泵出水插口分别与所述过渡水路和精滤进水水路连通,所述净水器还包括进水电磁阀和增压泵,所述进水电磁阀的进水口和出水口分别与所述进水电磁阀进水插口和进水电磁阀出水插口连通,所述增压泵的进水口和出水口分别与所述增压泵进水插口和增压泵出水插口连通。Preferably, the water purifier further comprises a transition waterway, a water inlet solenoid valve inlet socket, a water inlet solenoid valve outlet socket, a booster pump inlet inlet, and a booster pump outlet socket, wherein the transitional waterway is disposed in the first Between the two coarse filtration waterway and the fine filtration inlet waterway, the water inlet solenoid inlet inlet port and the inlet water solenoid outlet outlet port are respectively connected with the second coarse filtration waterway and the transitional waterway, and the increase The water inlet port of the pressure pump and the outlet port of the booster pump are respectively connected to the transition waterway and the fine filter inlet waterway, and the water purifier further comprises an inlet water solenoid valve and a booster pump, and the water inlet of the inlet solenoid valve And the water outlet respectively communicate with the water inlet solenoid inlet inlet port and the inlet solenoid valve outlet socket, and the water inlet and the outlet of the booster pump are respectively connected to the booster pump inlet socket and the booster pump outlet socket Connected.
优选地,所述第一精滤水水路与所述第二精滤水水路隔断,所述净水器水路板还包括单向阀进水插口和单向阀出水插口,所述单向阀进水插口与所述第一精滤水水路连通,所述单向阀出水插口与所述第二精滤水水路连通,所述净水器还包括单向阀,所述单向阀的进水口和出水口分别与所述单向阀进水插口和单向阀出水插口连通。Preferably, the first fine filtration water channel is separated from the second fine filtration water channel, and the water purifier waterway plate further comprises a one-way valve inlet socket and a one-way valve outlet socket, and the one-way valve inlet The water inlet is in communication with the first fine filtration water passage, and the one-way valve outlet socket is in communication with the second fine filtration water passage, the water purifier further includes a one-way valve, and the water inlet of the one-way valve And the water outlet is respectively connected to the one-way valve inlet socket and the one-way valve outlet socket.
优选地,所述废水水路包括第一废水水路和第二废水水路,所述第一废水水路与所述第二废水水路隔断,所述净水器水路板还包括废水阀进水插口和废水阀出水插口,所述废水阀进水插口、废水阀出水插口分别与所述第一废水水路、第二废水水路连通,所述废水出口与所述第二废水水路连通,所述净水器还包括废水阀,所述废水阀的进水口和出水口分别与所述废水阀进水插口和废水阀出水插口连通。Preferably, the wastewater waterway includes a first wastewater waterway and a second wastewater waterway, the first wastewater waterway is partitioned from the second wastewater waterway, and the water purifier waterway plate further includes a wastewater valve inlet inlet and a wastegate a water outlet socket, the water inlet port of the waste water valve and the water outlet port of the waste water valve are respectively connected to the first wastewater waterway and the second wastewater waterway, and the waste water outlet is connected to the second wastewater waterway, and the water purifier further comprises The waste water valve, the water inlet and the water outlet of the waste water valve are respectively connected with the waste water inlet of the waste water valve and the water outlet of the waste water valve.
本发明还提出一种过滤装置,其特征在于,所述过滤装置包括依次层叠固定连接的第一水路板、第二水路板、第三水路板,以及多个过滤器;The present invention also provides a filtering device, characterized in that the filtering device comprises a first waterway plate, a second waterway plate, a third waterway plate, and a plurality of filters which are sequentially stacked and fixedly connected;
所述第一水路板和所述第二水路板之间形成第一水路层,所述第一水路层具有至少两条相互平行的第一流路;Forming a first waterway layer between the first waterway plate and the second waterway plate, the first waterway layer having at least two first flow paths that are parallel to each other;
所述第二水路板和所述第三水路板之间形成有第二水路层,所述第二水路层具有至少两条相互平行的第二流路;a second waterway layer is formed between the second waterway plate and the third waterway plate, and the second waterway layer has at least two second flow paths that are parallel to each other;
所述过滤器的进水口和出水口通过所述第一流路和/或所述第二流路连通。The water inlet and the water outlet of the filter are in communication through the first flow path and/or the second flow path.
优选地,所述第一流路与所述第二流路平行设置。Preferably, the first flow path is disposed in parallel with the second flow path.
优选地,所述第一水路板、第二水路板以及第三水路板均为长条形板,所述第一流路的长度方向垂直或平行所述第二流路板的长度方向相同。Preferably, the first waterway plate, the second waterway plate, and the third waterway plate are all elongated plates, and a longitudinal direction of the first flow path is perpendicular or parallel to a length direction of the second flow path plate.
优选地,所述第二水路板上形成有贯通的第一过孔,所述第一过孔连通所述第一水路层和所述第二水路层。Preferably, the second waterway plate is formed with a first through hole penetrating, and the first via hole communicates with the first waterway layer and the second waterway layer.
本发明也还提出一种净水器,包括如上所述的过滤装置。The invention also proposes a water purifier comprising a filtration device as described above.
本发明提出的一种多出水净水器水路板及净水器,将净水器内部水路进行板内集成,形成集成水路板,在集成水路板主体上设有至少两个出水流路,比如净水器完成原水过滤,输出净化水和纯水两水路,由此采用多水路流向设计,满足用户对于多种水路输出的需求,而且净水器结构紧凑,避免了净水器接头处出现漏水的风险。The utility model provides a multi-water purifier waterway plate and a water purifier, which integrates the internal waterway of the water purifier into an integrated waterway plate, and at least two water outlet flow paths are arranged on the main body of the integrated waterway plate, for example The water purifier completes the raw water filtration and outputs the purified water and the pure water. Therefore, the multi-water flow direction design is adopted to meet the user's demand for various waterway output, and the water purifier is compact in structure, avoiding water leakage at the water purifier joint. risks of.
本发明提出的一种净水器水路板及净水器,将净水器内部水路进行板内集成,形成集成水路板,在集成水路板上通过设置相应的插口和水路,并通过至少一级粗滤和至少一级精滤处理,实现净水器的原水过滤,其结构紧凑,避免了净水器接头处出现漏水的风险;此外,还可以采用多水路流向设计,满足用户对于多种水路输出的需求,比如可以输出净化水和纯水两水路。The water purifier waterway plate and the water purifier proposed by the invention integrate the water channel inside the water purifier into an integrated waterway plate, and set corresponding sockets and waterways on the integrated waterway plate, and pass at least one level The coarse filtration and at least one-stage fine filtration treatment realize the raw water filtration of the water purifier, and the structure is compact, thereby avoiding the risk of water leakage at the water purifier joint; in addition, the multi-water flow direction design can be adopted to satisfy the user for various water passages. The output demand, for example, can output purified water and pure water.
本发明提出的一种过滤装置及净水器,通过将过滤装置的集成水路板分成多个水路层,并且将同一水路层的流路平行设置,使得集成水路板的水路分布清晰,然后将过滤器分别与各水路层的流道连通,以实现闭合水路,使得过滤装置的水路得到简化,布局更加合理,有利于水在流道中流动,有利于过滤装置对水及时的进行过滤,从而有利于提高过滤装置的工作效率。The filter device and the water purifier provided by the invention divide the integrated waterway plate of the filter device into a plurality of waterway layers, and arrange the flow paths of the same waterway layer in parallel, so that the water channel of the integrated waterway plate is clearly distributed, and then the filter is filtered. The device is respectively connected with the flow channels of each waterway layer to realize the closed waterway, so that the waterway of the filtering device is simplified, the layout is more reasonable, and the water flows in the flow channel, which is beneficial to timely filtering of the water by the filtering device, thereby facilitating the filtering. Improve the efficiency of the filter unit.
附图说明DRAWINGS
为了更清楚地说明本发明实施例或现有技术中的技术方案,下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍,显而易见地,下面描述中的附图仅仅是本发明的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图示出的结构获得其他的附图。In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the description of the prior art will be briefly described below. Obviously, the drawings in the following description are only It is a certain embodiment of the present invention, and those skilled in the art can obtain other drawings according to the structures shown in the drawings without any creative work.
图1是本发明多出水净水器水路板较佳实施例的水路结构示意图;1 is a schematic view showing the water path structure of a preferred embodiment of the water outlet water purifying plate of the present invention;
图2是本发明净水器水路板较佳实施例的水路结构示意图;2 is a schematic view showing the water path structure of a preferred embodiment of the water purifier waterway plate of the present invention;
图3为本发明过滤装置的第一实施例的结构示意图;3 is a schematic structural view of a first embodiment of a filtering device of the present invention;
图4为图3另一角度的结构示意图;Figure 4 is a schematic view showing the structure of another angle of Figure 3;
图5为本发明过滤装置的过滤器的安装结构示意图;Figure 5 is a schematic view showing the installation structure of the filter of the filtering device of the present invention;
图6为本发明过滤装置的第二实施例的结构示意图;Figure 6 is a schematic view showing the structure of a second embodiment of the filtering device of the present invention;
图7为本发明过滤装置的第三实施例的结构示意图;Figure 7 is a schematic structural view of a third embodiment of the filtering device of the present invention;
图8为本发明过滤装置的第四实施例的结构示意图;Figure 8 is a schematic structural view of a fourth embodiment of the filtering device of the present invention;
图9为本发明过滤装置的第一流道的结构示意图;9 is a schematic structural view of a first flow path of a filtering device of the present invention;
图10为本发明过滤装置第一实施例的第二流道的结构示意图;10 is a schematic structural view of a second flow path of a first embodiment of a filtering device according to the present invention;
图11为本发明过滤装置第二实施例的第二流道的结构示意图。Figure 11 is a schematic view showing the structure of a second flow path of a second embodiment of the filtering device of the present invention.
本发明目的的实现、功能特点及优点将结合实施例,参照附图做进一步说明。The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.
具体实施方式detailed description
下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明的一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。The technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.
需要说明,若本发明实施例中有涉及方向性指示(诸如上、下、左、右、前、后……),则该方向性指示仅用于解释在某一特定姿态(如附图所示)下各部件之间的相对位置关系、运动情况等,如果该特定姿态发生改变时,则该方向性指示也相应地随之改变。It should be noted that if there is a directional indication (such as up, down, left, right, front, back, ...) in the embodiment of the present invention, the directional indication is only used to explain in a certain posture (as shown in the drawing) The relative positional relationship between the components, the motion situation, and the like, if the specific posture changes, the directional indication also changes accordingly.
另外,若本发明实施例中有涉及“第一”、“第二”等的描述,则该“第一”、“第二”等的描述仅用于描述目的,而不能理解为指示或暗示其相对重要性或者隐含指明所指示的技术特征的数量。由此,限定有“第一”、“第二”的特征可以明示或者隐含地包括至少一个该特征。另外,各个实施例之间的技术方案可以相互结合,但是必须是以本领域普通技术人员能够实现为基础,当技术方案的结合出现相互矛盾或无法实现时应当认为这种技术方案的结合不存在,也不在本发明要求的保护范围之内。In addition, if there is a description of "first", "second", etc. in the embodiments of the present invention, the description of the "first", "second", etc. is used for the purpose of description only, and is not to be construed as an Its relative importance or implicit indication of the number of technical features indicated. Thus, features defining "first" or "second" may include at least one of the features, either explicitly or implicitly. In addition, the technical solutions between the various embodiments may be combined with each other, but must be based on the realization of those skilled in the art, and when the combination of the technical solutions is contradictory or impossible to implement, it should be considered that the combination of the technical solutions does not exist. It is also within the scope of protection required by the present invention.
应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
由于现有的净水器水路大多采用PE管及快接管接头将净水器内部水路连通,从而形成净水器内部水路系统,由于产品结构复杂,零部件繁多,因此存在接头处漏水风险高的问题,而且只能实现单出水设计。Since the existing water purifier waterways mostly use PE pipes and quick-connect pipe joints to connect the water pipes inside the water purifier, the water purifier internal waterway system is formed. Due to the complicated product structure and various parts, there is a high risk of water leakage at the joint. Problem, and only a single effluent design can be achieved.
本发明实施例方案提出一种多出水净水器水路板及净水器,将净水器内部水路进行板内集成,形成集成水路板,在集成水路板主体上设有至少两个出水流路,比如净水器完成原水过滤,输出净化水和纯水两水路,由此采用多水路流向设计,满足用户对于多种水路输出的需求,而且净水器结构紧凑,避免了净水器接头处出现漏水的风险。The embodiment of the invention provides a multi-water purifier waterway plate and a water purifier, and integrates the internal waterway of the water purifier into an integrated waterway plate, and at least two water outlet channels are arranged on the main body of the integrated waterway plate. For example, the water purifier completes the raw water filtration, and outputs the purified water and the pure water. Therefore, the multi-water flow direction design is adopted to meet the user's demand for various water passage outputs, and the water purifier is compact in structure, avoiding the water purifier joint. There is a risk of water leakage.
如图1所示,本发明较佳实施例提出一种多出水净水器水路板,包括:集成水路板主体,集成水路板主体由多层水路板密封焊接而成,相邻两层水路板之间形成内部水路。其中,所述集成水路板的焊接方式包括但不限于超声焊或热熔焊或其他方式。As shown in FIG. 1 , a preferred embodiment of the present invention provides a multi-water purifier waterway plate, comprising: an integrated waterway main body, wherein the integrated waterway main body is sealed and welded by a plurality of waterway plates, and two adjacent waterway plates are formed. An internal waterway is formed between them. Wherein, the welding method of the integrated waterway plate includes but is not limited to ultrasonic welding or heat welding or other means.
所述集成水路板主体上设有至少两个出水流路。由此采用多水路流向设计,满足用户对于多种水路输出的需求,而且净水器结构紧凑,避免了净水器接头处出现漏水的风险。The integrated waterway main body is provided with at least two water outlet flow paths. Therefore, the multi-water flow direction design is adopted to meet the user's demand for various waterway output, and the water purifier has a compact structure, thereby avoiding the risk of water leakage at the water purifier joint.
具体地,本实施例多水路流向设计采用如下方案:Specifically, the multi-channel flow direction design of the embodiment adopts the following scheme:
在集成水路板主体上安装有多级滤芯,所述至少两个出水流路中的一路连接所述多级滤芯的其中一级滤芯,所述至少两个出水流路中的其他至少一路连接所述多级滤芯的其他级滤芯中的一个或多个。a multi-stage filter element is mounted on the main body of the integrated water-path board, one of the at least two water-discharging flow paths is connected to one of the first-stage filter elements of the multi-stage filter element, and at least one of the at least two outflow channels is connected One or more of the other stages of the multi-stage filter.
如图1所示,以集成水路板主体上安装四级滤芯、双水路流向设计为例:As shown in Figure 1, the four-stage filter and the dual-water flow direction are installed on the main body of the integrated waterway board as an example:
所述多级滤芯包括第一级滤芯1a、第二级滤芯3a、第三级滤芯5a以及第四级滤芯7a,所述出水流路包括用于输出净化水的第一出水流路和用于输出纯净水的第二出水流路,所述第一出水流路连接所述第二级滤芯3a,所述第二出水流路依次连接所述第三级滤芯5a和第四级滤芯7a。即,净化水从第二级活性炭滤芯输出,可用于生活用水,纯净水从第三级滤芯5a出水并通过第四级滤芯7a后处理输出,为可饮用水。The multi-stage filter element includes a first stage filter element 1a, a second stage filter element 3a, a third stage filter element 5a, and a fourth stage filter element 7a, the water outlet flow path including a first water outlet flow path for outputting purified water and A second outlet flow path for purifying pure water is connected, and the first outlet flow passage is connected to the second stage filter element 3a, and the second outlet flow path is sequentially connected to the third stage filter element 5a and the fourth stage filter element 7a. That is, the purified water is output from the second-stage activated carbon filter, and can be used for domestic water, and the purified water is discharged from the third-stage filter 5a and processed through the fourth-stage filter 7a to be potable water.
水路流向如图1中箭头所示,原水从进水口进入集成水路板,经过第一级滤芯1a过滤后,通过进水电磁阀2a进入第二级滤芯3a,经第二级滤芯3a过滤后的水路分为两路,其中一路作为净化水从净化水出口流出,另一路依次经第三级滤芯5a和第四级滤芯7a过滤后,得到纯净水,从纯净水出口流出。The flow direction of the water path is as shown by the arrow in Fig. 1, and the raw water enters the integrated waterway plate from the water inlet, and after filtering through the first-stage filter element 1a, it enters the second-stage filter element 3a through the water inlet solenoid valve 2a, and is filtered by the second-stage filter element 3a. The waterway is divided into two paths, one of which serves as purified water from the purified water outlet, and the other is filtered through the third-stage filter 5a and the fourth-stage filter 7a in sequence, to obtain purified water, which flows out from the purified water outlet.
因此,通过上述双水路设计,可以将自来水或者其它来水进行水路过滤,中间经过一系列水路部件的作用,使得整机出水端可以输出净化水和纯净水两种可利用水,满足用户对于多种水路输出的需求,而且净水器结构紧凑,避免了净水器接头处出现漏水的风险。Therefore, through the above two waterway design, tap water or other incoming water can be filtered by water, and a series of waterway components are used in the middle, so that the water outlet of the whole machine can output purified water and pure water, which can satisfy the user. The need for a waterway output, and the water purifier is compact, avoiding the risk of water leakage at the water purifier joint.
此外,在集成水路板上还设置有相应的零部件接口,用以连接滤芯及其他相关小型水路部件,所述其他相关小型水路部件包括但不限于进水电磁阀2a、废水电磁阀4a、单向阀6a、水管、高压开关9a、增压泵和自吸泵等。如图1所示的进水电磁阀2a、废水电磁阀4a、单向阀6a、增压泵接口8a以及高压开关9a等。In addition, a corresponding component interface is also provided on the integrated waterway plate for connecting the filter element and other related small waterway components, including but not limited to the water inlet solenoid valve 2a, the waste water solenoid valve 4a, and the single The valve 6a, the water pipe, the high pressure switch 9a, the booster pump, the self-priming pump, and the like. The water inlet solenoid valve 2a, the waste water solenoid valve 4a, the check valve 6a, the booster pump port 8a, the high pressure switch 9a, and the like are shown in Fig. 1.
上述滤芯的材料可以根据需要进行选择,比如:第一级滤芯1a为PP棉滤芯,第二级滤芯3a为活性炭滤芯或超滤滤芯,第三级滤芯5a为反渗透滤芯,第四级滤芯7a为活性炭滤芯。The material of the above filter element can be selected according to requirements, for example, the first stage filter element 1a is a PP cotton filter element, the second stage filter element 3a is an activated carbon filter element or an ultrafiltration filter element, the third stage filter element 5a is a reverse osmosis filter element, and the fourth stage filter element 7a It is an activated carbon filter.
此外,在所述集成水路板端面设有连接外部元件的外部水路接头。In addition, an external water passage joint connecting the external components is provided on the end surface of the integrated water passage plate.
相比现有技术,目前净水器水路多采用PE管及快接管接头将净水器内部水路连通,从而形成净水器内部水路系统,因此存在接头处漏水风险高的问题,本实施例提出一种将净水内部水路进行板内集成的集成水路板,水路板通过一块或多块组成板焊接而成,从而将单双出水净水器水路系统集成于水路板内部,使得整机出水端可以输出净化水和纯净水两种可利用水,满足用户对于多种水路输出的需求,而且净水器结构紧凑,避免了净水器接头处出现漏水的风险。Compared with the prior art, the current water purifier water passage mostly uses a PE pipe and a quick-connect pipe joint to connect the water passage inside the water purifier, thereby forming a water purifier internal waterway system, so there is a problem that the risk of water leakage at the joint is high, and this embodiment proposes The utility model relates to an integrated waterway board integrating the internal water path of the purified water into the board, and the waterway board is welded by one or more component plates, thereby integrating the single and double outlet water purifier waterway system into the waterway board, so that the water outlet end of the whole machine It can output purified water and pure water, which can meet the user's demand for various waterway output, and the water purifier has a compact structure, which avoids the risk of water leakage at the water purifier joint.
此外,本发明还提出一种净水器,该净水器可以包括上述实施例所述的多出水净水器水路板。In addition, the present invention also provides a water purifier, which may include the multiple water purifier water circuit board described in the above embodiments.
本发明实施例方案还提出另一种解决方案,将净水器内部水路进行板内集成,形成集成水路板,在集成水路板上通过设置相应的插口和水路,并通过至少一级粗滤和至少一级精滤处理,实现净水器的原水过滤,净水器结构紧凑,避免了净水器接头处出现漏水的风险。The solution of the embodiment of the present invention further proposes another solution, integrating the water channel inside the water purifier into the board to form an integrated waterway board, and setting corresponding sockets and waterways on the integrated waterway board, and passing at least one coarse filter and At least one level of fine filtration treatment realizes the raw water filtration of the water purifier, and the water purifier has a compact structure, thereby avoiding the risk of water leakage at the water purifier joint.
如图2所示,本发明较佳实施例提出一种净水器水路板,包括:包括原水进口1、废水出口2、净水出口4、原水水路201、第一粗滤水水路202、精滤进水水路203、废水水路204、第一精滤水水路205、第二精滤水水路206、净水出水水路207、一级滤芯进水插口71、一级滤芯出水插口72、精滤滤芯进水插口103、精滤滤芯废水插口104、精滤滤芯出水插口105、后置滤芯进水插口106及后置滤芯出水插口107,所述原水进口1与所述原水水路201连通,所述原水水路201与所述第一粗滤水水路202之间隔断,所述一级滤芯进水插口71与所述原水水路201连通,所述第一粗滤水水路202与所述精滤进水水路203直接连通或间接连通,其中,间接连通是指两者隔开,但两者之间可以通过其他部件连通。As shown in FIG. 2, a preferred embodiment of the present invention provides a water purifier waterway plate, including: a raw water inlet 1, a waste water outlet 2, a purified water outlet 4, a raw water passage 201, a first coarse filtered water passage 202, and a fine Filtration water passage 203, waste water passage 204, first fine filter water passage 205, second fine filter water passage 206, clean water outlet water passage 207, primary filter inlet inlet 71, primary filter outlet socket 72, fine filter cartridge Inlet inlet port 103, fine filter cartridge waste water inlet port 104, fine filter cartridge outlet port 105, rear filter inlet port 106 and rear filter outlet port 107, said raw water inlet 1 is in communication with said raw water channel 201, said raw water The water passage 201 is spaced apart from the first coarse filtered water passage 202, and the primary filter inlet inlet port 71 is in communication with the raw water passage 201, the first coarse filtered water passage 202 and the fine filter inlet water passage 203 is directly connected or indirectly connected, wherein indirect communication means that the two are separated, but the two can be connected by other components.
所述精滤滤芯进水插口103与所述精滤进水水路203连通,所述精滤滤芯废水插口104和废水出口2均与所述废水水路204连通,所述精滤滤芯出水插口105与所述第一精滤水水路205连通,所述第一精滤水水路205与所述第二精滤水水路206直接连通或间接连通,所述净水出水水路207与所述第二精滤水水路206隔断,所述后置滤芯进水插口106、后置滤芯出水插口107分别与所述第二精滤水水路206、净水出水水路207连通,所述净水出口4与所述净水出水水路207连通。The fine filter cartridge inlet inlet port 103 is in communication with the fine filter inlet water passage 203, and the fine filter cartridge waste water inlet port 104 and the waste water outlet 2 are both in communication with the waste water channel 204, and the fine filter cartridge outlet port 105 is The first fine filtration water passage 205 is in communication, and the first fine filtration water passage 205 is directly connected or indirectly connected to the second fine filtration water passage 206, and the purified water outlet passage 207 and the second fine filter The water water inlet 206 is partitioned, and the rear filter inlet port 106 and the rear filter outlet port 107 are respectively connected to the second fine filter water path 206 and the purified water outlet water path 207, and the purified water outlet 4 and the net are The water outlet water passage 207 is connected.
其中:among them:
原水水路201为:原水进口1-一级滤芯进水插口71之间的水路;The raw water channel 201 is: a water channel between the raw water inlet 1 - the primary filter inlet inlet 71;
第一粗滤水水路202为:一级滤芯出水插口72-二级滤芯进水插口91之间的水路;The first coarse filtered water channel 202 is: a water path between the primary filter outlet port 72 and the secondary filter inlet inlet 91;
精滤进水水路203为:增压泵出水插口62-精滤滤芯进水插口103之间的水路;The fine filter inlet water passage 203 is: a water passage between the booster pump outlet socket 62 and the fine filter cartridge inlet inlet port 103;
废水水路204为:精滤滤芯废水插口104-废水出口2之间的水路;The waste water channel 204 is: a water path between the fine filter cartridge waste port 104 and the waste water outlet 2;
净水出水水路207为:后置滤芯出水插口107-净水出口4之间的水路。The purified water outlet water passage 207 is a water passage between the rear filter outlet port 107 and the clean water outlet 4.
由此,通过将净水器内部水路进行板内集成,形成集成水路板,在集成水路板上通过设置相应的插口和水路,并通过至少一级粗滤和至少一级精滤处理,实现净水器的原水过滤,其结构紧凑,避免了净水器接头处出现漏水的风险。Therefore, the integrated waterway plate is formed by integrating the water channel inside the water purifier, and the corresponding water inlet and the waterway are arranged on the integrated waterway plate, and at least one coarse filter and at least one primary fine filter are used to realize the net. The raw water of the water filter is compact and avoids the risk of water leakage at the water purifier joint.
进一步地,基于上述实施例,在进一步的实施例中,净水器水路板还可以包括第二粗滤水水路208、二级滤芯进水插口91和二级滤芯出水插口92,所述第二粗滤水水路208与所述第一粗滤水水路202隔断,所述二级滤芯进水插口91、二级滤芯出水插口92分别与所述第一粗滤水水路202、第二粗滤水水路208连通,所述第二粗滤水水路208与所述精滤进水水路203直接连通或间接连通。其中,间接连通是指两者隔开,但两者之间可以通过其他部件连通。Further, based on the above embodiment, in a further embodiment, the water purifier waterway plate may further include a second coarse filter water channel 208, a secondary filter inlet inlet 91, and a secondary filter outlet 92, the second The coarse filter water passage 208 is partitioned from the first coarse filter water passage 202, and the secondary filter inlet inlet port 91 and the secondary filter outlet outlet 92 are respectively associated with the first coarse filtered water passage 202 and the second coarse filtered water. The water passage 208 is in communication, and the second coarse filtered water passage 208 is in direct or indirect communication with the fine filter inlet water passage 203. The indirect connection means that the two are separated, but the two can be connected by other components.
由此,通过两级粗滤处理,实现净水器对原水的进一步过滤,满足用户对原水处理的不同精度需求,其结构紧凑,避免了净水器接头处出现漏水的风险。Therefore, through the two-stage coarse filtration treatment, the water purifier further filters the raw water to meet the different precision requirements of the user for the raw water treatment, and the structure is compact, thereby avoiding the risk of water leakage at the water purifier joint.
进一步地,基于上述实施例,在进一步的实施例中,净水器水路板还可以包括过渡水路209、进水电磁阀进水插口81、进水电磁阀出水插口82、增压泵进水插口61和增压泵出水插口62,所述过渡水路209设置在所述第二粗滤水水路208和所述精滤进水水路203之间,所述进水电磁阀进水插口81、进水电磁阀出水插口82分别与所述第二粗滤水水路208、过渡水路209连通,所述增压泵进水插口61、增压泵出水插口62分别与所述过渡水路209和精滤进水水路203连通。Further, based on the above embodiment, in a further embodiment, the water purifier waterway plate may further include a transition waterway 209, a water inlet solenoid valve water inlet port 81, a water inlet solenoid valve water outlet socket 82, and a booster pump water inlet socket. And a booster pump outlet port 62, the transition water passage 209 is disposed between the second coarse filter water passage 208 and the fine filter inlet water passage 203, the inlet solenoid valve inlet socket 81, and the inlet water The solenoid valve outlet port 82 is respectively connected to the second coarse filter water passage 208 and the transition water passage 209, and the booster pump inlet inlet port 61 and the booster pump outlet outlet port 62 are respectively connected to the transition water passage 209 and the fine filter inlet water. The water path 203 is connected.
由此,通过过渡水路209,进水电磁阀以及增压泵等插口设置,并通过多级过滤处理,有效实现净水器的原水过滤,满足用户对原水处理的不同精度需求,其结构紧凑,避免了净水器接头处出现漏水的风险。Therefore, through the transition water passage 209, the inlet water solenoid valve and the booster pump and other sockets, and through the multi-stage filtration treatment, the raw water filtration of the water purifier is effectively realized, and the user has different precision requirements for the raw water treatment, and the structure is compact. The risk of water leakage at the water purifier joint is avoided.
进一步地,作为一种实现方式,所述第一精滤水水路205与所述第二精滤水水路206隔断,第一精滤水水路205为:精滤滤芯出水插口105-单向阀进水插口108之间的水路;所述净水器水路板还包括单向阀进水插口108和单向阀出水插口109,所述单向阀进水插口108与所述第一精滤水水路205连通,所述单向阀出水插口109与所述第二精滤水水路206连通。Further, as an implementation manner, the first fine filter water channel 205 is separated from the second fine filter water channel 206, and the first fine filter water channel 205 is: a fine filter cartridge outlet port 105 - a one-way valve a water path between the water inlets 108; the water purifier waterway plate further includes a one-way valve water inlet port 108 and a one-way valve water outlet port 109, the one-way valve water inlet port 108 and the first fine filter water channel 205 is connected, and the one-way valve outlet port 109 is in communication with the second fine filtration water channel 206.
进一步地,基于上述实施例,作为一种实现方式,所述废水水路204可以包括第一废水水路2041和第二废水水路2042,所述第一废水水路2041与所述第二废水水路2042隔断,所述净水器水路板还包括废水阀进水插口101和废水阀出水插口102,所述废水阀进水插口101、废水阀出水插口102分别与所述第一废水水路2041、第二废水水路2042连通,所述废水出口2与所述第二废水水路2042连通。Further, based on the above embodiment, as an implementation manner, the wastewater waterway 204 may include a first wastewater waterway 2041 and a second wastewater waterway 2042, and the first wastewater waterway 2041 is separated from the second wastewater waterway 2042. The water purifier waterway plate further includes a waste water valve inlet port 101 and a waste water valve outlet port 102, and the waste water valve inlet port 101 and the waste water valve outlet port 102 are respectively associated with the first wastewater water channel 2041 and the second wastewater water channel 2042 is connected, and the wastewater outlet 2 is in communication with the second wastewater water path 2042.
进一步地,本实施例的净水器水路板由至少两层水路板密封焊接而成,相邻两层水路板之间形成内部水路,其中至少一层水路板上设置有用于形成所述原水水路201、第一粗滤水水路202、精滤进水水路203、废水水路204、第一精滤水水路205、第二精滤水水路206、净水出水水路207的凹槽。Further, the water purifier waterway plate of the embodiment is sealed and welded by at least two waterway plates, and an internal waterway is formed between the adjacent two waterway plates, wherein at least one of the waterway plates is provided with the raw water channel for forming 201, a groove of the first coarse filtration water channel 202, the fine filtration inlet waterway 203, the wastewater waterway 204, the first fine filtration waterway 205, the second fine filtration waterway 206, and the purified water outlet waterway 207.
本发明实施例通过上述方案,将净水器内部水路进行板内集成,形成集成水路板,在集成水路板上通过设置相应的插口和水路,并通过至少一级粗滤和至少一级精滤处理,实现净水器的原水过滤,其结构紧凑,避免了净水器接头处出现漏水的风险;此外,还可以采用多水路流向设计,满足用户对于多种水路输出的需求,比如可以输出净化水和纯水两水路。According to the embodiment of the present invention, the internal waterway of the water purifier is integrated into the board to form an integrated waterway board, and the corresponding socket and waterway are set on the integrated waterway board, and at least one coarse filter and at least one fine filter are adopted. Processing, realizing the raw water filtration of the water purifier, its compact structure avoids the risk of water leakage at the water purifier joint; in addition, it can also adopt the multi-water flow direction design to meet the user's demand for various waterway output, such as output purification. Water and pure water.
此外,本发明还提出一种净水器,可以包括上述实施例所述的净水器水路板,可以参照图1,此外,该净水器还包括一级滤芯、精滤滤芯和后置滤芯,所述一级滤芯的进水口和出水口分别与所述一级滤芯进水插口71和一级滤芯出水插口72连通,所述精滤滤芯为反渗透滤芯或纳滤滤芯,所述精滤滤芯的进水口、废水口、出水口分别与所述精滤滤芯进水插口103、精滤滤芯废水插口104、精滤滤芯出水插口105连通,所述后置滤芯的进水口和出水口分别与所述后置滤芯进水插口106和后置滤芯出水插口107连通。In addition, the present invention also provides a water purifier, which may include the water purifier waterway plate described in the above embodiments. Referring to FIG. 1 , the water purifier further includes a primary filter element, a fine filter element and a rear filter element. The water inlet and the water outlet of the primary filter element are respectively connected with the primary filter inlet inlet port 71 and the primary filter outlet outlet 72, and the fine filter element is a reverse osmosis filter or a nanofiltration filter. The water inlet, the waste water port and the water outlet of the filter element are respectively connected with the fine filter inlet inlet 103, the fine filter waste water inlet 104, and the fine filter outlet outlet 105, and the water inlet and the outlet of the rear filter are respectively The rear filter inlet inlet 106 and the rear filter outlet port 107 are in communication.
由此,通过将净水器内部水路进行板内集成,形成集成水路板,在集成水路板上通过设置相应的插口和水路,并通过至少一级粗滤和至少一级精滤处理,实现净水器的原水过滤,其结构紧凑,避免了净水器接头处出现漏水的风险。Therefore, the integrated waterway plate is formed by integrating the water channel inside the water purifier, and the corresponding water inlet and the waterway are arranged on the integrated waterway plate, and at least one coarse filter and at least one primary fine filter are used to realize the net. The raw water of the water filter is compact and avoids the risk of water leakage at the water purifier joint.
进一步地,具体地,作为一种实施方式,所述净水器水路板还包括第二粗滤水水路208、二级滤芯进水插口91和二级滤芯出水插口92,所述第二粗滤水水路208与所述第一粗滤水水路202隔断,所述二级滤芯进水插口91、二级滤芯出水插口92分别与所述第一粗滤水水路202、第二粗滤水水路208连通,所述第二粗滤水水路208与所述精滤进水水路203直接连通或间接连通,所述净水器还包括二级滤芯,所述一级滤芯为PP棉滤芯,所述二级滤芯为活性炭滤芯,所述二级滤芯的进水口和出水口分别与所述二级滤芯进水插口91和二级滤芯出水插口92连通。Further, specifically, as an embodiment, the water purifier waterway plate further includes a second coarse filtered water channel 208, a secondary filter inlet inlet 91, and a secondary filter outlet 92, the second coarse filter The water passage 208 is partitioned from the first coarse filter water passage 202, and the second filter inlet inlet port 91 and the secondary filter outlet outlet port 92 are respectively associated with the first coarse filtered water passage 202 and the second coarse filtered water passage 208. The second coarse filter water passage 208 is directly connected or indirectly connected to the fine filter inlet water passage 203. The water purifier further includes a secondary filter cartridge, and the primary filter cartridge is a PP cotton filter cartridge. The filter element is an activated carbon filter, and the inlet and the outlet of the secondary filter are respectively connected to the secondary filter inlet 91 and the secondary filter outlet 92.
由此,通过两级粗滤处理,实现净水器对原水的进一步过滤,满足用户对原水处理的不同精度需求,其结构紧凑,避免了净水器接头处出现漏水的风险。Therefore, through the two-stage coarse filtration treatment, the water purifier further filters the raw water to meet the different precision requirements of the user for the raw water treatment, and the structure is compact, thereby avoiding the risk of water leakage at the water purifier joint.
进一步地,作为一种实施方式,所述净水器水路板还包括过渡水路209、进水电磁阀进水插口81、进水电磁阀出水插口82、增压泵进水插口61和增压泵出水插口62,所述过渡水路209设置在所述第二粗滤水水路208和所述精滤进水水路203之间,所述进水电磁阀进水插口81、进水电磁阀出水插口82分别与所述第二粗滤水水路208、过渡水路209连通,所述增压泵进水插口61、增压泵出水插口62分别与所述过渡水路209和精滤进水水路203连通,所述净水器还包括进水电磁阀和增压泵,所述进水电磁阀的进水口和出水口分别与所述进水电磁阀进水插口81和进水电磁阀出水插口82连通,所述增压泵的进水口和出水口分别与所述增压泵进水插口61和增压泵出水插口62连通。Further, as an embodiment, the water purifier waterway plate further includes a transition waterway 209, a water inlet solenoid valve water inlet socket 81, a water inlet solenoid valve water outlet socket 82, a booster pump water inlet port 61, and a booster pump. The water outlet socket 62 is disposed between the second coarse filtered water channel 208 and the fine filter inlet water path 203, the water inlet solenoid valve inlet port 81 and the inlet solenoid valve outlet port 82 The second coarse filtered water channel 208 and the transitional water channel 209 are respectively connected to each other, and the booster pump water inlet port 61 and the booster pump water outlet port 62 are respectively connected to the transition water channel 209 and the fine filter inlet water channel 203. The water purifier further includes a water inlet solenoid valve and a booster pump, and the water inlet and the water outlet of the water inlet solenoid valve are respectively connected with the water inlet solenoid valve inlet port 81 and the inlet water solenoid valve outlet port 82, respectively. The water inlet and the water outlet of the booster pump are in communication with the booster pump water inlet port 61 and the booster pump water outlet port 62, respectively.
由此,通过过渡水路209,进水电磁阀以及增压泵等插口设置,并通过多级过滤处理,有效实现净水器的原水过滤,满足用户对原水处理的不同精度需求,其结构紧凑,避免了净水器接头处出现漏水的风险。Therefore, through the transition water passage 209, the inlet water solenoid valve and the booster pump and other sockets, and through the multi-stage filtration treatment, the raw water filtration of the water purifier is effectively realized, and the user has different precision requirements for the raw water treatment, and the structure is compact. The risk of water leakage at the water purifier joint is avoided.
进一步地,作为一种实施方式,所述净水器水路板还包括粗滤水出水口,所述粗滤水出水口与所述第二粗滤水水路208连通。Further, as an embodiment, the water purifier waterway plate further includes a coarse filtered water outlet, and the coarse filtered water outlet is in communication with the second coarse filtered waterway 208.
由此,通过将净水器内部水路进行板内集成,形成集成水路板,在集成水路板上通过设置相应的插口和水路,并通过至少一级粗滤和至少一级精滤处理,实现净水器的原水过滤,其结构紧凑,避免了净水器接头处出现漏水的风险;此外,还可以采用多水路流向设计,设置粗滤水出水口10和净水出口4,满足用户对于多种水路输出的需求,比如可以输出净化水和纯水两水路。Therefore, the integrated waterway plate is formed by integrating the water channel inside the water purifier, and the corresponding water inlet and the waterway are arranged on the integrated waterway plate, and at least one coarse filter and at least one primary fine filter are used to realize the net. The raw water of the water filter is compact, which avoids the risk of water leakage at the water purifier joint; in addition, it can also adopt the multi-water flow direction design, and set the coarse filter water outlet 10 and the clean water outlet 4 to meet the user's various The demand for waterway output, for example, can output purified water and pure water.
进一步地,作为一种实施方式,所述第一精滤水水路205与所述第二精滤水水路206隔断,所述净水器水路板还包括单向阀进水插口108和单向阀出水插口109,所述单向阀进水插口108与所述第一精滤水水路205连通,所述单向阀出水插口109与所述第二精滤水水路206连通,所述净水器还包括单向阀,所述单向阀的进水口和出水口分别与所述单向阀进水插口108和单向阀出水插口109连通。Further, as an embodiment, the first fine filtration water passage 205 is partitioned from the second fine filtration water passage 206, and the water purifier water passage plate further includes a one-way valve inlet socket 108 and a check valve. a water outlet socket 109, the one-way valve water inlet port 108 is in communication with the first fine filtration water channel 205, and the one-way valve outlet port 109 is in communication with the second fine filtration water channel 206, the water purifier A check valve is further included, and the water inlet and the water outlet of the one-way valve are in communication with the one-way valve water inlet port 108 and the one-way valve water outlet port 109, respectively.
由此,通过上述水路板的水路结构设计,在集成水路板上通过设置相应的插口和水路,并通过至少一级粗滤和至少一级精滤处理,实现净水器的原水过滤,满足净水器对不同水路板的结构需求,其结构紧凑,避免了净水器接头处出现漏水的风险;此外,还可以采用多水路流向设计,设置粗滤水出水口10和净水出口4,满足用户对于多种水路输出的需求,比如可以输出净化水和纯水两水路。Thus, through the waterway structure design of the waterway plate, the corresponding water inlet and the waterway are arranged on the integrated waterway plate, and the raw water filtration of the water purifier is realized by at least one primary coarse filtration and at least one primary fine filtration treatment. The water tank has different structural requirements for different waterway plates, and the structure is compact, which avoids the risk of water leakage at the joint of the water purifier; in addition, the design of the multi-water flow direction can be adopted, and the coarse water outlet 10 and the purified water outlet 4 are provided, which satisfies The user's demand for a variety of waterway output, such as the output of purified water and pure water.
进一步地,作为一种实施方式,所述废水水路204包括第一废水水路204和第二废水水路204,所述第一废水水路204与所述第二废水水路204隔断,所述净水器水路板还包括废水阀进水插口101和废水阀出水插口102,所述废水阀进水插口101、废水阀出水插口102分别与所述第一废水水路204、第二废水水路204连通,所述废水出口2与所述第二废水水路204连通,所述净水器还包括废水阀,所述废水阀的进水口和出水口分别与所述废水阀进水插口101和废水阀出水插口102连通。Further, as an embodiment, the wastewater waterway 204 includes a first wastewater waterway 204 and a second wastewater waterway 204, and the first wastewater waterway 204 is separated from the second wastewater waterway 204, the water purifier waterway The board further includes a waste water inlet port 101 and a waste water outlet port 102, and the waste water inlet port 101 and the waste water outlet port 102 communicate with the first waste water channel 204 and the second waste water channel 204, respectively. The outlet 2 is in communication with the second wastewater water passage 204. The water purifier further includes a waste water valve, and the water inlet and the water outlet of the waste water valve are respectively communicated with the waste water inlet port 101 and the waste water outlet port 102.
相比现有技术,目前净水器水路多采用PE管及快接管接头将净水器内部水路连通,从而形成净水器内部水路系统,因此存在接头处漏水风险高的问题,本实施例提出一种将净水内部水路进行板内集成的集成水路板,水路板通过一块或多块组成板焊接而成,并采用多级滤芯过滤,从而将单双出水净水器水路系统集成于水路板内部,使得整机出水端可以输出净化水和纯净水两种可利用水,满足用户对于多种水路输出的需求,而且净水器结构紧凑,而且避免了净水器接头处出现漏水的风险。Compared with the prior art, the current water purifier water passage mostly uses a PE pipe and a quick-connect pipe joint to connect the water passage inside the water purifier, thereby forming a water purifier internal waterway system, so there is a problem that the risk of water leakage at the joint is high, and this embodiment proposes An integrated waterway plate integrating water purification internal waterway into a board, the waterway board is welded by one or more component plates, and is filtered by a multi-stage filter to integrate the single and double outlet water purifier waterway system into the waterway board Internally, the water outlet of the whole machine can output purified water and pure water, which can meet the user's demand for various waterway output, and the water purifier has a compact structure and avoids the risk of water leakage at the water purifier joint.
本发明也还提供一种过滤装置100。在本发明实施例中,参照图3至11,该过滤装置100包括多块水路板和多个过滤器40。多块水路板依次层叠设置,相邻水路板之间形成有水路层,水路层具有流路,每一过滤器40的进水口和出水口分别与不同的流路连通。The invention also provides a filtration device 100. In the embodiment of the present invention, referring to FIGS. 3 through 11, the filtering device 100 includes a plurality of waterway plates and a plurality of filters 40. A plurality of waterway plates are stacked in sequence, and a waterway layer is formed between adjacent waterway plates, the waterway layer has a flow path, and the water inlet and the water outlet of each filter 40 are respectively connected to different flow paths.
具体地,本实施例中,过滤装置100包括依次层叠固定连接的第一水路板10b、第二水路板20以及第三水路板30。第一水路板10b和第二水路板20之间形成第一水路层12,第一水路层12具有多条第一流路22,多条第一流路22均平行设置,且均呈直线。第二水路板20和第三水路板30之间形成有第二水路层23,第二水路层23具有第二流路32。第一水路板10b、第二水路板20和第三水路板30均呈矩形设置。在第二水路板20朝向第一水路板10b的一侧的板面上,开设有第一水路槽(图未示),第一水路槽沿第二水路板20的板面设置,第一水路槽与第一水路板10b朝向第二水路板20的板面围成第一流路22(图未示)。其中,第一水路板10b的板面可以为平面,也可以为设置有与第一水路槽对应的水路槽。多条第一流路22组成第一水路层12。第一水路板10b和第二水路板20通过焊接固定连接。Specifically, in the present embodiment, the filtering device 100 includes a first waterway plate 10b, a second waterway plate 20, and a third waterway plate 30 that are sequentially connected in a fixed manner. A first waterway layer 12 is formed between the first waterway plate 10b and the second waterway plate 20. The first waterway layer 12 has a plurality of first flow paths 22, and the plurality of first flow paths 22 are arranged in parallel and are all in a straight line. A second water passage layer 23 is formed between the second waterway plate 20 and the third waterway plate 30, and the second waterway layer 23 has a second flow path 32. The first waterway plate 10b, the second waterway plate 20, and the third waterway plate 30 are all disposed in a rectangular shape. A first waterway groove (not shown) is opened on a surface of the second waterway plate 20 facing the first waterway plate 10b, and the first waterway groove is disposed along a plate surface of the second waterway plate 20, the first waterway The groove and the first waterway plate 10b enclose a first flow path 22 (not shown) toward the surface of the second waterway plate 20. The plate surface of the first waterway plate 10b may be a flat surface, or may be provided with a waterway groove corresponding to the first waterway groove. A plurality of first flow paths 22 constitute a first water channel layer 12. The first waterway plate 10b and the second waterway plate 20 are fixedly connected by welding.
同理,在第三水路板30朝向第二水路板20的一侧的板面上,开设有第二水路槽(图未示),第二水路槽沿第三水路板30的板面设置,第二水路槽与第二水路板20朝向第三水路板30的板面围成第二流路32(图未示),多条第二流路32均平行设置,且均呈直线。其中,第二水路板20的板面可以为平面,也可以为开设有与第二水路槽对应的水路槽的板面。多条第二流路32组成第二水路层23。第二水路板20和第三水路板30通过焊接固定连接。Similarly, on the surface of the third waterway plate 30 facing the second waterway plate 20, a second waterway groove (not shown) is opened, and the second waterway groove is disposed along the plate surface of the third waterway plate 30. The second waterway groove and the second waterway plate 20 are arranged in a second flow path 32 (not shown) toward the plate surface of the third waterway plate 30, and the plurality of second flow paths 32 are arranged in parallel and are all in a straight line. The plate surface of the second waterway plate 20 may be a flat surface or a plate surface on which a waterway groove corresponding to the second waterway groove is opened. The plurality of second flow paths 32 constitute a second water channel layer 23. The second waterway plate 20 and the third waterway plate 30 are fixedly connected by welding.
当然,在其它实施例中,第一水路槽可以开设在第一水路板10b朝向第二水路板20的板面上,第二水路槽也可以开设在第二水路板20朝向第三水路板30的板面上。Of course, in other embodiments, the first waterway slot may be opened on the first waterway plate 10b facing the second waterway plate 20, and the second waterway slot may be opened on the second waterway plate 20 toward the third waterway plate 30. On the board.
过滤器40的进水口和出水口可根据流路的设计分别与不同第一流路22连通,也可以分别与不同的第二流路32连通,当然也可以分别连通第一流路22和第二流路32。第一水路层12和第二水路层23将多个过滤器40连通。The water inlet and the water outlet of the filter 40 may be respectively connected to different first flow paths 22 according to the design of the flow path, or may be respectively connected to different second flow paths 32. Of course, the first flow path 22 and the second flow may be respectively connected. Road 32. The first waterway layer 12 and the second waterway layer 23 communicate a plurality of filters 40.
本实施例中,通过将过滤装置100的集成水路板分成第一水路层12和第二水路层23,并且将同一水路层的流路平行设置,使得集成水路板的水路分布清晰,然后将过滤器40分别与各水路层的流道连通,以实现闭合水路,使得过滤装置100的水路得到简化,布局更加合理,有利于水在流道中流动,有利于过滤装置100对水及时的进行过滤,从而有利于提高过滤装置100的工作效率。In this embodiment, by dividing the integrated waterway plate of the filtering device 100 into the first waterway layer 12 and the second waterway layer 23, and the flow paths of the same waterway layer are arranged in parallel, the waterway distribution of the integrated waterway plate is clear, and then the filtering is performed. The device 40 communicates with the flow channels of each waterway layer to realize the closed waterway, so that the waterway of the filtering device 100 is simplified, the layout is more reasonable, and the water flows in the flow channel, which is beneficial to the filtering device 100 to timely filter the water. Thereby, it is advantageous to improve the working efficiency of the filtering device 100.
进一步地,所述第一流路22与所述第二流路32平行设置。即第一流路22层的流路与第二流路32层的流路相互平行设置。所述第一水路板、第二水路板以及第三水路板均为长条形板,所述第一流路22的长度方向垂直或平行所述第二流路32板的长度方向相同。第一流路22与第二流路32板平行或垂直设置,第二流路32与第三流路板平行或垂直设置。Further, the first flow path 22 is disposed in parallel with the second flow path 32. That is, the flow path of the first flow path 22 layer and the flow path of the second flow path 32 layer are disposed in parallel with each other. The first waterway plate, the second waterway plate, and the third waterway plate are all elongated plates, and the longitudinal direction of the first flow path 22 is perpendicular or parallel to the longitudinal direction of the second flow path 32. The first flow path 22 is disposed parallel or perpendicular to the second flow path 32, and the second flow path 32 is disposed in parallel or perpendicular to the third flow path plate.
当然,在一些实施例中,第一流路22和第二流路33也可以相互垂直设置。Of course, in some embodiments, the first flow path 22 and the second flow path 33 may also be disposed perpendicular to each other.
第一水路层12和第二水路层23相互独立,但是为了简化过滤装置100的水路,需要实现第一水路层12和第二水路层23之间的连通。而实现二者的连通,有以下两种方式。The first waterway layer 12 and the second waterway layer 23 are independent of each other, but in order to simplify the waterway of the filter device 100, it is necessary to achieve communication between the first waterway layer 12 and the second waterway layer 23. There are two ways to achieve connectivity between the two.
第一种方式为通过在第二水路板20上开设通孔,具体地,所述第二水路板20上形成有贯通的第一过孔21,所述第一过孔21连通所述第一水路层12和所述第二水路层23。即在第二水路板20上,开设有贯通第二水路板20的第一过孔21,第一过孔21连通第一水路槽和第二水路槽,即连通第一流路22和第二流路32,从而连通第一水路层12和第二水路层23。The first way is to form a through hole in the second waterway plate 20. Specifically, the second waterway plate 20 is formed with a through first through hole 21, and the first through hole 21 communicates with the first The waterway layer 12 and the second waterway layer 23. That is, on the second waterway plate 20, a first through hole 21 penetrating the second waterway plate 20 is opened, and the first via hole 21 communicates with the first waterway groove and the second waterway groove, that is, the first flow path 22 and the second flow are communicated. The road 32 is connected to the first waterway layer 12 and the second waterway layer 23.
第二种方式则通过设置另外的连通件(图未示)来实现,具体地,过滤装置1还包括用于连通所述第一水路层12和所述第二水路层23的连通件;所述第一水路板10b上形成有连通所述第一水路层12与所述连通件的第二过孔11,所述第三水路板30上形成有连通所述第二水路层23与所述连通件的第三过孔31。即,在第一水路板10b上开设第二过孔11,以实现第一水路层12与连通件的连通,在第三水路板30上开设第三过孔31,以实现第二水路层23与连通件的连通,从而实现第一水路层12和第二水路层23的连通。连通件可为水管或电磁阀。The second mode is realized by providing another connecting member (not shown). Specifically, the filtering device 1 further includes a connecting member for communicating the first waterway layer 12 and the second waterway layer 23; a second via hole 11 communicating with the first water channel layer 12 and the communicating member is formed on the first waterway plate 10b, and the third waterway plate 30 is formed with the second waterway layer 23 and the The third via 31 of the connecting member. That is, the second via hole 11 is opened in the first waterway plate 10b to realize the communication between the first waterway layer 12 and the communicating member, and the third via hole 31 is opened in the third waterway plate 30 to realize the second waterway layer 23 The communication with the communication member is performed to achieve communication between the first waterway layer 12 and the second waterway layer 23. The connecting member can be a water pipe or a solenoid valve.
进一步地,对集成水路板分层后,可根据用户的不同需求,设计每一水路层的具体功用,下面举几个例子来说明,分层后的集成水路板可使得水路更加合理。Further, after layering the integrated waterway board, the specific function of each waterway layer can be designed according to different needs of the user. The following examples illustrate that the integrated waterway board after layering can make the waterway more reasonable.
所述第一水路层12为供过滤所得废水流通的废水层,所述第二水路层23为供过滤所得净水流通的净水层。即,按照用户需要的功能,对水路层赋予不同的功用,再通过对第一流路22的设计来实现。本例中实现净水和废水的分层。The first water passage layer 12 is a waste water layer through which the filtered waste water flows, and the second water passage layer 23 is a purified water layer through which the filtered purified water flows. That is, the water channel layer is given different functions according to the function required by the user, and is realized by designing the first flow path 22. In this example, stratification of purified water and wastewater is achieved.
所述第一水路层12为供所述过滤器40进水的进水水路层,所述第二水路层23为供所述过滤器40出水的出水水路层。即,本例中实现进水和出水的分层。The first water channel layer 12 is an inflow water channel layer for the filter 40 to enter the water, and the second water channel layer 23 is a water outlet water layer for the filter 40 to discharge water. That is, in this example, stratification of the influent and effluent is achieved.
本发明进一步提出一种净水器,该净水器包括过滤装置100,该过滤装置100的具体结构参照上述实施例,在此不再赘述。The present invention further provides a water purifier, which includes a filtering device 100. The specific structure of the filtering device 100 refers to the above embodiment, and details are not described herein again.
本实施例中,通过将过滤装置100的集成水路板分成多个水路层,使得集成水路板的水路分布清晰,然后将过滤器40分别与各水路层的流道连通,以实现闭合水路,使得过滤装置100的水路得到简化,布局更加合理,有利于水在流道中流动,有利于过滤装置100对水及时的进行过滤,从而有利于提高过滤装置100的工作效率。In this embodiment, by dividing the integrated waterway plate of the filtering device 100 into a plurality of waterway layers, the waterway distribution of the integrated waterway plate is clear, and then the filter 40 is respectively connected with the flow channels of the waterway layers to realize a closed waterway, so that The water path of the filtering device 100 is simplified, the layout is more reasonable, and the water flows in the flow channel, which facilitates the timely filtering of the water by the filtering device 100, thereby facilitating the improvement of the working efficiency of the filtering device 100.
以上所述仅为本发明的优选实施例,并非因此限制本发明的专利范围,凡是在本发明的发明构思下,利用本发明说明书及附图内容所作的等效结构变换,或直接/间接运用在其他相关的技术领域均包括在本发明的专利保护范围内。The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structural transformation, or direct/indirect use, of the present invention and the contents of the drawings are used in the inventive concept of the present invention. It is included in the scope of the patent protection of the present invention in other related technical fields.

Claims (20)

  1. 一种多出水净水器水路板,其特征在于,包括:集成水路板主体,所述集成水路板主体上设有至少两个出水流路。  An integrated water purifier waterway plate, comprising: an integrated waterway plate body, wherein the integrated waterway plate body is provided with at least two water outlet flow paths.
  2. 根据权利要求1所述的多出水净水器水路板,其特征在于,所述集成水路板主体上还安装有多级滤芯,所述至少两个出水流路中的一路连接所述多级滤芯的其中一级滤芯,所述至少两个出水流路中的其他至少一路连接所述多级滤芯的其他级滤芯中的一个或多个。The multi-water purifier waterway plate according to claim 1, wherein the integrated waterway main body is further provided with a multi-stage filter element, and one of the at least two water outlet flow paths is connected to the multi-stage filter element. One of the primary filter elements, at least one of the at least two outlet flow paths connecting one or more of the other stages of the multi-stage filter.
  3. 根据权利要求2所述的多出水净水器水路板,其特征在于,所述多级滤芯包括第一级滤芯、第二级滤芯、第三级滤芯以及第四级滤芯,所述出水流路包括用于输出净化水的第一出水流路和用于输出纯净水的第二出水流路,所述第一出水流路连接所述第二级滤芯,所述第二出水流路依次连接所述第三级滤芯和第四级滤芯。The multi-water purifier waterway plate according to claim 2, wherein the multi-stage filter element comprises a first-stage filter element, a second-stage filter element, a third-stage filter element and a fourth-stage filter element, and the water outlet flow path The first water outlet flow path for outputting purified water and the second water discharge flow path for outputting purified water, the first water discharge flow path connecting the second stage filter element, and the second water discharge flow path sequentially connecting The third-stage filter element and the fourth-stage filter element are described.
  4. 根据权利要求1所述的多出水净水器水路板,其特征在于,所述集成水路板主体上还安装有其他相关小型水路部件,所述其他相关小型水路部件包括进水电磁阀、废水电磁阀、单向阀、水管、高压开关、增压泵和自吸泵中的一种或多种。The multi-water purifier waterway plate according to claim 1, wherein the integrated waterway main body is further equipped with other related small waterway components, and the other related small waterway components include a water inlet electromagnetic valve and a wastewater electromagnetic One or more of a valve, a check valve, a water pipe, a high pressure switch, a booster pump, and a self-priming pump.
  5. 一种净水器,其特征在于,包括权利要求1所述的多出水净水器水路板。A water purifier comprising the multiple water purifier waterway plate of claim 1.
  6. 一种净水器水路板,其特征在于,包括原水进口、废水出口、净水出口、原水水路、第一粗滤水水路、精滤进水水路、废水水路、第一精滤水水路、第二精滤水水路、净水出水水路、一级滤芯进水插口、一级滤芯出水插口、精滤滤芯进水插口、精滤滤芯废水插口、精滤滤芯出水插口、后置滤芯进水插口及后置滤芯出水插口,所述原水进口与所述原水水路连通,所述原水水路与所述第一粗滤水水路之间隔断,所述一级滤芯进水插口与所述原水水路连通,所述第一粗滤水水路与所述精滤进水水路直接连通或间接连通,所述精滤滤芯进水插口与所述精滤进水水路连通,所述精滤滤芯废水插口和废水出口均与所述废水水路连通,所述精滤滤芯出水插口与所述第一精滤水水路连通,所述第一精滤水水路与所述第二精滤水水路直接连通或间接连通,所述净水出水水路与所述第二精滤水水路隔断,所述后置滤芯进水插口、后置滤芯出水插口分别与所述第二精滤水水路、净水出水水路连通,所述净水出口与所述净水出水水路连通。A water purifier waterway plate characterized by comprising raw water inlet, waste water outlet, purified water outlet, raw water channel, first coarse filtration waterway, fine filtration inlet waterway, waste waterway, first fine filtration waterway, and Second fine filtration waterway, clean water outlet waterway, primary filter inlet inlet, primary filter outlet, fine filter inlet, fine filter outlet, fine filter outlet, rear filter inlet and a rear filter outlet port, the raw water inlet is connected to the raw water channel, the raw water channel is spaced apart from the first coarse filter waterway, and the primary filter inlet is connected to the raw water channel. The first coarse filtration water passage is directly connected or indirectly connected to the fine filtration inlet water passage, and the fine filtration filter inlet inlet is connected with the fine filtration inlet water passage, and the fine filtration filter wastewater inlet and the waste water outlet are both Communicating with the wastewater waterway, the fine filter water outlet port is in communication with the first fine filter water channel, and the first fine filter water channel is directly or indirectly connected to the second fine filter water channel, Clean water The waterway is separated from the second fine filtration waterway, and the rear filter inlet inlet and the rear filter outlet outlet are respectively connected with the second fine filtration waterway and the purified water outlet waterway, and the purified water outlet and the water outlet The clean water outlet is connected.
  7. 根据权利要求6所述的净水器水路板,其特征在于,还包括第二粗滤水水路、二级滤芯进水插口和二级滤芯出水插口,所述第二粗滤水水路与所述第一粗滤水水路隔断,所述二级滤芯进水插口、二级滤芯出水插口分别与所述第一粗滤水水路、第二粗滤水水路连通,所述第二粗滤水水路与所述精滤进水水路直接连通或间接连通。The water purifier waterway plate according to claim 6, further comprising a second coarse filtered water passage, a secondary filter inlet inlet, and a secondary filter outlet, the second coarse filtered water passage and the The first coarse filter water passage is partitioned, and the second filter inlet inlet port and the second filter outlet outlet port are respectively connected with the first coarse filter water passage and the second coarse filter water passage, and the second coarse filter water passage is The fine filtration inlet water passage is directly connected or indirectly connected.
  8. 根据权利要求7所述的净水器水路板,其特征在于,还包括过渡水路、进水电磁阀进水插口、进水电磁阀出水插口、增压泵进水插口和增压泵出水插口,所述过渡水路设置在所述第二粗滤水水路和所述精滤进水水路之间,所述进水电磁阀进水插口、进水电磁阀出水插口分别与所述第二粗滤水水路、过渡水路连通,所述增压泵进水插口、增压泵出水插口分别与所述过渡水路和精滤进水水路连通。The water purifier waterway plate according to claim 7, further comprising a transition waterway, a water inlet solenoid valve inlet socket, a water inlet solenoid valve outlet socket, a booster pump inlet socket, and a booster pump outlet socket. The transition water passage is disposed between the second coarse filter water passage and the fine filter inlet water passage, and the inlet solenoid inlet water inlet and the inlet water solenoid outlet outlet port and the second coarse filter water respectively The waterway and the transitional waterway are connected, and the inlet port of the booster pump and the outlet port of the booster pump are respectively connected with the transitional waterway and the fine filter inlet waterway.
  9. 根据权利要求6所述的净水器水路板,其特征在于,所述废水水路包括第一废水水路和第二废水水路,所述第一废水水路与所述第二废水水路隔断,所述净水器水路板还包括废水阀进水插口和废水阀出水插口,所述废水阀进水插口、废水阀出水插口分别与所述第一废水水路、第二废水水路连通,所述废水出口与所述第二废水水路连通。The water purifier waterway plate according to claim 6, wherein the waste water channel comprises a first wastewater waterway and a second wastewater waterway, and the first wastewater waterway is partitioned from the second wastewater waterway, the net The waterway waterway plate further includes a water inlet port of the waste water valve and a water outlet port of the waste water valve, wherein the water inlet port of the waste water valve and the water outlet port of the waste water valve are respectively connected with the first waste water channel and the second waste water channel, and the waste water outlet and the waste water outlet The second wastewater water path is connected.
  10. 根据权利要求6所述的净水器水路板,其特征在于,所述净水器水路板由至少两层水路板密封焊接而成,相邻两层水路板之间形成内部水路,其中至少一层水路板上设置有用于形成所述原水水路、第一粗滤水水路、精滤进水水路、废水水路、第一精滤水水路、第二精滤水水路、净水出水水路的凹槽。The water purifier waterway plate according to claim 6, wherein the water purifier waterway plate is sealed and welded by at least two waterway plates, and an internal waterway is formed between two adjacent waterway plates, at least one of which is formed. The layer waterway plate is provided with a groove for forming the raw water channel, the first coarse filtration waterway, the fine filtration inlet waterway, the wastewater waterway, the first fine filtration waterway, the second fine filtration waterway, and the clean water outlet waterway .
  11. 一种净水器,其特征在于,包括根据权利要求6所述的净水器水路板,还包括一级滤芯、精滤滤芯和后置滤芯,所述一级滤芯的进水口和出水口分别与所述一级滤芯进水插口和一级滤芯出水插口连通,所述精滤滤芯为反渗透滤芯或纳滤滤芯,所述精滤滤芯的进水口、废水口、出水口分别与所述精滤滤芯进水插口、精滤滤芯废水插口、精滤滤芯出水插口连通,所述后置滤芯的进水口和出水口分别与所述后置滤芯进水插口和后置滤芯出水插口连通。A water purifier characterized by comprising the water purifier waterway plate according to claim 6, further comprising a primary filter element, a fine filter element and a rear filter element, wherein the water inlet and the water outlet of the primary filter element are respectively The first filter element inlet inlet port and the first stage filter element outlet port are connected to each other, and the fine filter element is a reverse osmosis filter element or a nanofiltration filter element, and the inlet, the waste water port and the water outlet of the fine filter element are respectively associated with the fine The filter inlet inlet, the fine filter waste water inlet, and the fine filter outlet outlet are connected, and the water inlet and the outlet of the rear filter are respectively connected with the rear filter inlet and the rear filter outlet.
  12. 根据权利要求11所述的净水器,其特征在于,所述净水器水路板还包括第二粗滤水水路、二级滤芯进水插口和二级滤芯出水插口,所述第二粗滤水水路与所述第一粗滤水水路隔断,所述二级滤芯进水插口、二级滤芯出水插口分别与所述第一粗滤水水路、第二粗滤水水路连通,所述第二粗滤水水路与所述精滤进水水路直接连通或间接连通,所述净水器还包括二级滤芯,所述一级滤芯为PP棉滤芯,所述二级滤芯为活性炭滤芯,所述二级滤芯的进水口和出水口分别与所述二级滤芯进水插口和二级滤芯出水插口连通。The water purifier according to claim 11, wherein the water purifier waterway plate further comprises a second coarse filter water channel, a second filter inlet inlet port and a secondary filter outlet port, the second coarse filter The water-water channel is separated from the first coarse-filter water channel, and the second-stage filter inlet port and the second-stage filter outlet port are respectively connected to the first coarse-filter water channel and the second coarse-filter water channel, and the second The coarse filter water passage is directly connected or indirectly connected to the fine filter inlet water passage, the water purifier further includes a secondary filter core, the primary filter cartridge is a PP cotton filter core, and the secondary filter cartridge is an activated carbon filter cartridge, The water inlet and the outlet of the secondary filter are respectively connected to the secondary filter inlet and the secondary filter outlet.
  13. 根据权利要求11所述的净水器,其特征在于,所述净水器水路板还包括过渡水路、进水电磁阀进水插口、进水电磁阀出水插口、增压泵进水插口和增压泵出水插口,所述过渡水路设置在所述第二粗滤水水路和所述精滤进水水路之间,所述进水电磁阀进水插口、进水电磁阀出水插口分别与所述第二粗滤水水路、过渡水路连通,所述增压泵进水插口、增压泵出水插口分别与所述过渡水路和精滤进水水路连通,所述净水器还包括进水电磁阀和增压泵,所述进水电磁阀的进水口和出水口分别与所述进水电磁阀进水插口和进水电磁阀出水插口连通,所述增压泵的进水口和出水口分别与所述增压泵进水插口和增压泵出水插口连通。The water purifier according to claim 11, wherein the water purifier waterway plate further comprises a transitional waterway, a water inlet solenoid valve inlet socket, a water inlet solenoid valve outlet socket, a booster pump inlet socket, and a booster pump inlet port. a pump outlet outlet, the transition water passage is disposed between the second coarse filter water passage and the fine filter inlet water passage, and the inlet solenoid inlet inlet and the inlet solenoid outlet outlet are respectively The second coarse filter water passage and the transition water passage are connected, and the booster pump inlet inlet and the booster pump outlet outlet are respectively connected with the transition water passage and the fine filter inlet water passage, and the water purifier further includes a water inlet solenoid valve. And a booster pump, wherein the water inlet and the water outlet of the water inlet solenoid valve are respectively connected with the water inlet valve of the water inlet solenoid valve and the water outlet socket of the water inlet solenoid valve, and the water inlet and the water outlet of the booster pump are respectively The booster pump inlet port is in communication with the booster pump outlet port.
  14. 根据权利要求11所述的净水器,其特征在于,所述第一精滤水水路与所述第二精滤水水路隔断,所述净水器水路板还包括单向阀进水插口和单向阀出水插口,所述单向阀进水插口与所述第一精滤水水路连通,所述单向阀出水插口与所述第二精滤水水路连通,所述净水器还包括单向阀,所述单向阀的进水口和出水口分别与所述单向阀进水插口和单向阀出水插口连通。The water purifier according to claim 11, wherein the first fine filtration water passage is partitioned from the second fine filtration water passage, and the water purifier water passage plate further comprises a one-way valve inlet socket and a one-way valve water inlet port, the one-way valve water inlet port is in communication with the first fine filter water channel, the one-way valve water outlet port is in communication with the second fine filter water channel, the water purifier further includes The one-way valve, the water inlet and the water outlet of the one-way valve are respectively connected with the one-way valve inlet socket and the one-way valve outlet socket.
  15. 根据权利要求11所述的净水器,其特征在于,所述废水水路包括第一废水水路和第二废水水路,所述第一废水水路与所述第二废水水路隔断,所述净水器水路板还包括废水阀进水插口和废水阀出水插口,所述废水阀进水插口、废水阀出水插口分别与所述第一废水水路、第二废水水路连通,所述废水出口与所述第二废水水路连通,所述净水器还包括废水阀,所述废水阀的进水口和出水口分别与所述废水阀进水插口和废水阀出水插口连通。The water purifier according to claim 11, wherein the waste water channel comprises a first wastewater waterway and a second wastewater waterway, and the first wastewater waterway is partitioned from the second wastewater waterway, the water purifier The waterway plate further includes a waste water inlet port and a waste water outlet port, wherein the waste water inlet port and the waste water outlet port are respectively connected to the first waste water channel and the second waste water channel, and the waste water outlet and the first The waste water channel is connected, and the water purifier further comprises a waste water valve, wherein the water inlet and the water outlet of the waste water valve are respectively connected with the water inlet port of the waste water valve and the water outlet of the waste water valve.
  16. 一种过滤装置,其特征在于,所述过滤装置包括依次层叠固定连接的第一水路板、第二水路板、第三水路板,以及多个过滤器;A filtering device, comprising: a first waterway plate, a second waterway plate, a third waterway plate, and a plurality of filters;
    所述第一水路板和所述第二水路板之间形成第一水路层,所述第一水路层具有至少两条相互平行的第一流路;Forming a first waterway layer between the first waterway plate and the second waterway plate, the first waterway layer having at least two first flow paths that are parallel to each other;
    所述第二水路板和所述第三水路板之间形成有第二水路层,所述第二水路层具有至少两条相互平行的第二流路;a second waterway layer is formed between the second waterway plate and the third waterway plate, and the second waterway layer has at least two second flow paths that are parallel to each other;
    所述过滤器的进水口和出水口通过所述第一流路和/或所述第二流路连通。The water inlet and the water outlet of the filter are in communication through the first flow path and/or the second flow path.
  17. 如权利要求16所述的过滤装置,其特征在于,所述第一流路与所述第二流路平行设置。A filter device according to claim 16, wherein said first flow path is disposed in parallel with said second flow path.
  18. 如权利要求16所述的过滤装置,其特征在于,所述第一水路板、第二水路板以及第三水路板均为长条形板,所述第一流路的长度方向垂直或平行所述第二流路板的长度方向相同。A filter device according to claim 16, wherein said first waterway plate, said second waterway plate, and said third waterway plate are elongated plates, and said first flow path has a longitudinal direction that is perpendicular or parallel The second flow path plate has the same length direction.
  19. 如权利要求16所述的过滤装置,其特征在于,所述第二水路板上形成有贯通的第一过孔,所述第一过孔连通所述第一水路层和所述第二水路层。A filter device according to claim 16, wherein said second water passage plate is formed with a first through hole penetrating, said first through hole communicating said first water passage layer and said second water passage layer .
  20. 一种净水器,其特征在于,包括如权利要求17所述的过滤装置。A water purifier characterized by comprising the filtering device according to claim 17.
PCT/CN2016/101292 2016-03-01 2016-09-30 Water channel plate having multiple water discharge channels for water purifier, filtering device and water purifier WO2017148147A1 (en)

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CN201620156691.9U CN205516865U (en) 2016-03-01 2016-03-01 Water purifier water route board and water purifier
CN201610116087.8A CN105582736A (en) 2016-03-01 2016-03-01 Water purifier and waterway board thereof
CN201620157115.6 2016-03-01
CN201610116087.8 2016-03-01
CN201620156691.9 2016-03-01
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CN111533339A (en) * 2020-05-11 2020-08-14 江西力特康光学有限公司 Water purifier
CN113754013A (en) * 2021-08-12 2021-12-07 宁波方太厨具有限公司 Water treatment filter element and warm boiled water acquisition device with same
CN113754013B (en) * 2021-08-12 2022-10-25 宁波方太厨具有限公司 Warm boiled water obtaining device with water treatment filter element
CN114804470A (en) * 2022-05-31 2022-07-29 佛山市美的清湖净水设备有限公司 Water purifier

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