CN110403552A - Water softener and dish-washing machine - Google Patents
Water softener and dish-washing machine Download PDFInfo
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- CN110403552A CN110403552A CN201810390224.6A CN201810390224A CN110403552A CN 110403552 A CN110403552 A CN 110403552A CN 201810390224 A CN201810390224 A CN 201810390224A CN 110403552 A CN110403552 A CN 110403552A
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- water
- chamber
- soft
- soft water
- shell
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L15/00—Washing or rinsing machines for crockery or tableware
- A47L15/42—Details
- A47L15/4229—Water softening arrangements
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Abstract
A kind of water softener and the dish-washing machine with the water softener.The water softener includes shell, soft water chamber, the soft water water inlet flow channel being connected to the soft water chamber, the water inlet flow channel being connected to the soft water water inlet flow channel and the outlet passage being connected to the soft water chamber are formed in the shell, the shell is equipped with water inlet and water outlet, the water inlet is connected to the water inlet flow channel, and the water outlet is connected to the outlet passage；The shell is additionally provided with the soft water chamber water inlet for being connected to the soft water chamber and the soft water water inlet flow channel, and interval is set to the spaced walls between the soft water water inlet flow channel and the soft water chamber, the shell is equipped with the interconnecting part for being connected to the soft water water inlet flow channel and the soft water chamber in the spaced walls.So set, greatly improving the utilization rate of the intracavitary soft water medium of soft water.
Description
Technical field
The present invention relates to dish-washing machine technical field more particularly to a kind of water softeners and dish-washing machine.
Background technique
With popularizing for dish-washing machine, more stringent requirements are proposed for performance of the user to dish-washing machine.In the prior art, because of soft water
Water velocity is very fast in device, and most of water flow can lead to other side soft water medium quickly intensively by the side of water softener
Utilization rate is lower, thus causes the soft water of water softener inefficient.
Summary of the invention
The purpose of the present invention is to provide a kind of higher water softener of demineralized water efficiency and dish-washing machines.
To achieve the above object, the present invention adopts the following technical scheme: a kind of water softener includes:
Shell, be formed in the shell soft water chamber, the soft water water inlet flow channel being connected to the soft water chamber, with the soft water
The water inlet flow channel of water inlet flow channel connection and the outlet passage being connected to the soft water chamber, the shell are equipped with water inlet and go out
The mouth of a river, the water inlet are connected to the water inlet flow channel, and the water outlet is connected to the outlet passage；
The shell is additionally provided with the soft water chamber water inlet for being connected to the soft water chamber and the soft water water inlet flow channel, and interval
Spaced walls between the soft water water inlet flow channel and the soft water chamber, the shell are equipped with connection institute in the spaced walls
State the interconnecting part of soft water water inlet flow channel Yu the soft water chamber.
Technical solution as a further improvement of that present invention, the interconnecting part are poroid setting and/or gap-like setting.
Technical solution as a further improvement of that present invention, the aperture of the interconnecting part and/or gap width are less than
The partial size of the intracavitary soft water medium of soft water.
Technical solution as a further improvement of that present invention, between the soft water chamber and first connecting cavity between be separated with into
Water buffer board, the shell are also formed with the bottom of chamber wall positioned at first connecting cavity bottom, and the shell is additionally provided with described in
At least one first retaining wall made of bottom of chamber wall top surface upwardly extends, first retaining wall and it is described enter water buffer board between be spaced
The setting of first spacing.
Technical solution as a further improvement of that present invention, between the soft water chamber and first connecting cavity between be separated with into
Water buffer board, the shell are also formed with positioned at the bottom of chamber wall of first connecting cavity bottom and enter water buffer board bottom described in
At least one second retaining wall made of extending downwards, is spaced the second spacing between second retaining wall and the bottom of chamber wall and sets
It sets.
As the present invention also provides a kind of technical solutions, between the soft water chamber and first connecting cavity between be separated with into
Water buffer board, the shell are also formed with the bottom of chamber wall positioned at first connecting cavity bottom, upward from bottom of chamber wall top surface
The first retaining wall for extending and enter the second retaining wall that water buffer board bottom surface extends downwardly described in, first retaining wall with it is described enter
The setting of the first spacing of water buffer board bottom surface interval, second retaining wall and the second spacing of bottom of chamber wall top surface interval are arranged.
Technical solution as a further improvement of that present invention, the shell be additionally provided with the connection outlet passage with it is described soft
Second connecting cavity of water cavity, the chamber roof at the top of second connecting cavity and interval the soft water chamber and described second connect
Connect the water outlet buffer board of chamber, the shell is additionally provided with extended downwardly from chamber roof bottom surface made of at least one third gear
Wall, the third retaining wall and water outlet buffer board interval third spacing are arranged.
Technical solution as a further improvement of that present invention, the shell be additionally provided with the connection outlet passage with it is described soft
Second connecting cavity of water cavity, the chamber roof at the top of second connecting cavity and interval the soft water chamber and described second connect
Connect the water outlet buffer board of chamber, the shell be additionally provided with from water outlet buffering plate top surface upwardly extend made of at least one the 4th
Retaining wall is spaced the setting of the 4th spacing between the fourth gear wall and the chamber roof.
Technical solution as a further improvement of that present invention, the soft water chamber are equipped with the soft water chamber water inlet positioned at bottom,
The water softener is set in soft water chamber water inlet into water buffer board, it is described enter water buffer board be equipped with it is perforative multiple permeable
Portion, wherein it is described enter the permeable part of the water buffer board close to soft water water inlet flow channel side the permeable gross area be greater than it is remote
The permeable gross area of the permeable part from soft water water inlet flow channel side.
The present invention also provides a kind of technical solution, a kind of dish-washing machine has water softener and washing cavities, and the water softener leans on
The nearly washing cavities setting, the water softener is directly connected to the washing cavities or by pipeline connection, before the water softener is
State water softener.
From the above technical scheme, dish-washing machine and water softener of the present invention pass through in the spaced walls of the soft water chamber of water softener
Interconnecting part is set, enable water flow from bottom and side while entering that soft water is intracavitary, improves the intracavitary soft water medium of soft water
Utilization rate.
Detailed description of the invention
Fig. 1 is the stereoscopic schematic diagram of first embodiment of the invention water softener.
Fig. 2 is the perspective exploded view of first embodiment of the invention water softener.
Fig. 3 is that first embodiment of the invention water softener removes the stereoscopic schematic diagram after cover board.
Fig. 4 is the stereoscopic schematic diagram for another angle that first embodiment of the invention water softener is removed after cover board
Fig. 5 is the partial enlarged view in Fig. 4 in circle.
Fig. 6 is the floor map for entering water buffer board of first embodiment of the invention water softener.
Fig. 7 is the schematic top plan view of second embodiment of the invention water softener.
Fig. 8 is the diagrammatic cross-section that line B-B is splitted in Fig. 7.
Fig. 9 is that second embodiment of the invention removes the schematic top plan view after cover board.
Appended drawing reference: 100,100'- water softener；The inner cavity 10-；1- shell；11,11'- cover board；Flange before 111-；12,
12'- shell；Flange after 112-；120- water inlet flow channel；1201- water inlet；1202- enters water section；1203- detects section；1204- is perpendicular
Straight section；Inverted U-shaped section of 1205-；1206- inner sidewall；12061- reveals mouth；121,121'- soft water chamber；1210 interconnecting parts；1211,
The first connecting cavity of 1211'-；The second connecting cavity of 1212-；1213- spaced walls；1214,1214'- enters water buffer board；12140,
The permeable gap 12140'-；The bottom of chamber 1215- wall；The first retaining wall of 1216-；1217- third retaining wall；1218- chamber roof；1219- water outlet
Buffer board；12101- securing groove；122,122'- salt chamber；1220- adds salt mouth；1221- lid；123,123'- outlet passage；
1231- water outlet；124- drainage cavity；1241- drains cushion chamber；125- cavity；1251- bottom wall；1250- air hole；1252-
One separates muscle；1253- second separates muscle；1254- ventilation opening；1255- reveals chamber；127- reveals runner；The outlet 1270-；130-
Sprue；The first partition wall of 131-；1310- salt chamber water inlet flow channel water inlet；1311- first part；1312- first horizontal portion
Point；The first vertical portion of 1313-；140- salt chamber water inlet flow channel；1401- first runner；1402- second flow channel；1403- partition；
The first wall extension of 14031-；The second wall extension of 14032-；14033- third wall extension；1404- bending runner；150,150'- is soft
Water water inlet flow channel；The second partition wall of 151-；The second through-hole of 1510-；The second horizontal component of 1511-；The second vertical portion of 1512-；
160- salt chamber outlet passage；1601- salt water cavity water outlet；161- third partition wall；1611- third vertical portion；1610- third is logical
Hole；2- flowmeter；3- controller；31- valve body；32- spool；4- inserts；41- intake antrum；42- pneumostome；5- float.
Specific embodiment
In order to keep the purpose of the present invention, technical solution and advantage clearer, with reference to the accompanying drawings and detailed description
The present invention will be described in detail.
It please refers to shown in Fig. 1 to Fig. 6, is a kind of water softener 100 of disclosed first embodiment, it is described soft
Hydrophone 100 is applied in dish-washing machine (not shown).The water softener 100 includes the shell 1 with inner cavity 10, is installed on inner cavity 10
Interior flowmeter 2 and the controller 3 being installed on shell 1.
In the present embodiment, the up, down, left, right, before and after direction is the water softener 100 shown in Fig. 2
The direction of up, down, left, right, before and after.
The shell 1 includes the cover board 11 and shell 12 that front and back is equipped with.The inner cavity 10 is formed in the cover board 11
Between the shell 12.The outer edge of the cover board 11 is formed with the preceding flange 111 to extend back, the outside of the shell 12
Edge is formed with the rear flange 112 for extending forward and docking with the preceding flange 111.So set, may make the water softener 100
The processing on cover board 11 or shell 12 of selectivity forms each inner flow passage.In the present embodiment, the water softener 100
Each runner take shape on the shell 12.
It please join shown in Fig. 3 and Fig. 4, the shell 12 is equipped with the soft water chamber 121 positioned at lower right, is located at the soft water chamber
The salt chamber 122 of 121 upper left sides, positioned at 122 left side of the salt chamber and partially surround 122 bottom of salt chamber water inlet flow channel 120,
The outlet passage 123 being connected to above the soft water chamber 121 and with the soft water chamber 121, and it is located at the soft water chamber 121
The drainage cavity 124 in left side.The drainage cavity 124 not with the soft water chamber 121, the salt chamber 122, water inlet flow channel 120 and go out
Water flow passage 123 is connected to.In the present embodiment, the soft water medium in the soft water chamber 121 is resin.In present embodiment, institute
" connection " is stated to refer in structure in the presence of hole that fluid can be allowed to pass through or gap or runner, wherein hole or gap or
Runner can cooperatively form on-off with other structures, thus form retention or connection, this class formation can be for controller 3 etc
Structure.
The shell 12 is equipped with water inlet 1201 and water outlet 1231 through the shell 12.The water inlet 1201
It is connected to the water inlet flow channel 120, the water outlet 1231 is connected to the outlet passage 123.The water inlet flow channel 120 include with
Water section 1202 that the water inlet 1201 was connected to enter, the detection section 1203 for the flow measurement for cooperating flowmeter 2, from the detection section
1203 continue up the vertical section 1204 extended vertically, and inverted U-shaped section 1205 be connected to the vertical section 1204.It is described fall
The U-shaped opening of U section 1205 is downward.The two sidewalls (not labeled) of the water inlet flow channel 120 be positioned at outside it is described after
Flange 112 and inner sidewall 1206 positioned inside.
The shell 12 the vertical section 1204 and it is inverted U-shaped section 1205 described between formed by the inner sidewall 1,206 half
The cavity 125 of encirclement and the draining cushion chamber 1241 below the cavity 125.The bottom wall 1251 of the cavity 125 is set
There is perforative air hole 1250 up and down.The inner sidewall 1206, which is equipped with, is connected to described inverted U-shaped section 1205 and the cavity 125
Reveal mouth 12061.The shell 12 is additionally provided with from 1206 edge of inner sidewall of leakage 12061 side of mouth to the cavity
The the first separation muscle 1252 extended in 125 and the second separation muscle extended from the bottom wall 1251 into the cavity 125
1253, the first separation muscle 1252 and the second separation muscle 1253 are extended towards but are arranged in a staggered manner to separate described first
Muscle 1252 and described second separates formation ventilation opening 1254 between muscle 1253.
The first separation muscle 1252 cooperates the second separation muscle 1253 that the cavity 125 is roughly divided by described
The left chamber's (non-table number) and right chamber (not labeled), the ventilation opening 1254 that ventilation opening 1254 is connected to are located at the cavity 125
Top, the left chamber and the right chamber bottom be not connected to by the second separation separation of muscle 1253, wherein right chamber
Leakage chamber 1255 is formed on bottom, and the shell 12 is also formed with the leakage runner 127 being connected to the leakage chamber 1255, described to let out
Dew runner 127 extends through the salt chamber 122, but the leakage runner 127 is not connected to the salt chamber 122.The draining
Cushion chamber 1241 is connected to the drainage cavity 124, by institute between draining cushion chamber 1241 and the left chamber of the cavity 125
About 1250 air hole stated on bottom wall 1251 is connected to, and the water softener 100 is additionally provided with floating in the draining cushion chamber 1241
Son 5, the float 5 is to cooperate the air hole 1250 to adjust the discharge of water in the drainage cavity 124.On the shell 12 also
Equipped with the connection salt chamber 122 plus salt mouth 1220, and cooperation cover the lid 1221 for adding salt mouth 1220.The lid
1221 are removably fixed in described plus salt mouth 1220 with convenient for users to needing in the salt chamber 122 plus salt.
The outlet 1270 of the leakage runner 127 is set to described plus salt mouth 1220 outside, the outlet 1270 with it is described
The ambient atmosphere of water softener 100 is connected to, and the outlet 1270 is not connected to described plus salt mouth 1220 and the salt chamber 122.At this
In embodiment, 127 general horizontal direction of leakage runner extends, and along the vertical direction, the bottom of the leakage runner 127 is high
In the bottom wall 1251 of the leakage chamber 1255, in other words, along gravity direction, the minimum point of the leakage chamber 1255 is let out lower than described
Reveal the minimum point of runner 1251.
In the present embodiment, the leakage runner 127 is set in the salt chamber 122 nearby, while by the outlet
1270 close to described plus 1220 outside of salt mouth is set to, by outlet 1270 described in 1221 part overlaid of lid but blow-by so that
The outlet 1270 is connected with ambient atmosphere.In other words, along the longitudinal direction, the lid 1221 is in the water softener 100
Projection on shell 12 at least partly covers the outlet 1270, so set, making 100 overall tightness of water softener
It is good, and improve the use reliability and space utilization rate of the dish-washing machine using the water softener 100.
In the present embodiment, inserts 4, the inserts are contained in described inverted U-shaped section 1205 of the water inlet flow channel 120
4 be respirator inserts, equipped with the intake antrum 41 that is connected to the water inlet flow channel 120 and corresponding with the leakage mouth 12061 is set
The pneumostome 42 set, the pneumostome 42 is connected to the intake antrum 40 and leakage mouth 12061, so set, when water flow is from described
After water inlet flow channel 120 enters the intake antrum 41 of the respirator inserts 4, the gas in water flow can pass through 42 row of pneumostome
Out, and through leakage mouth 12061 enter in the cavity 125, pass through the leakage mouth 12061, the leakage chamber of cavity 125
1255, it reveals runner 127 and outlet 1270 reaches the external world, reach pressure balance with ambient atmosphere, so that in water inlet flow channel 120
Water flow can smoothly cross the leakage mouth 12061 by described inverted U-shaped section 1205 and enter next runner, i.e. sprue 130
(being detailed later).
It is additionally provided with the sprue 130 being connected to the water inlet flow channel 120 in the shell 12, is connected to the salt chamber 122
The soft water water inlet flow channel 150 of salt chamber water inlet flow channel 140 and the connection soft water chamber 121.
The shell 12 is equipped with the first partition wall 131 between the sprue 130 and the salt chamber water inlet flow channel 140,
The second partition wall 151 is equipped between the sprue 130 and the soft water water inlet flow channel 150, first partition wall 131 is along institute
State sprue 130 extending direction include the tortuous first part 1311 extended, horizontal-extending first level part 1312 with
And the cooperation first part 1311 and first level part 1312 form the first vertical portion of the U-shaped structure of opening upwards
1313.First vertical portion 1313 is equipped with the horizontal salt chamber water inlet flow channel water inlet for running through first partition wall 131
1310, the salt chamber water inlet flow channel water inlet 1310 or so is connected to the salt chamber water inlet flow channel 140 and the sprue 130.Institute
It includes horizontal-extending second horizontal component 1511 that the second partition wall 151, which is stated, along the extending direction of the soft water water inlet flow channel 150
And the second vertical portion 1512 with the roughly vertical connection of second horizontal component 1511.In second vertical portion 1512
Equipped with through the second through-hole 1510 to be connected to the sprue 130 and the soft water water inlet flow channel 150, the salt chamber feed water flow
Road water inlet 1310 and second through-hole 1510 are arranged in concentric circles.Second horizontal component 1511 is located at first water
Flat 1312 lower section of part.
In present embodiment, the shell 12 is additionally provided with the partition 1403 for separating the salt chamber water inlet flow channel 140, the salt
Chamber water inlet flow channel 140 includes described in the first runner 1401 positioned at 1403 two sides of partition, second flow channel 1402 and connection
The bending runner 1404 of first runner 1401 and the second flow channel 1402.The first runner 1401 extends in a first direction,
The second flow channel 1402 is oppositely extending along first direction, the first runner 1401 and the salt chamber water inlet flow channel water inlet
1310 connections, the second flow channel 1402 are connected to the salt chamber water inlet of 122 bottom of salt chamber, and the partition 1403 is vertically
The projection in direction is at least partly fallen into the projection of the salt chamber water inlet.Specifically, the partition 1403 includes positioned at described
The first wall extension 14031 below salt chamber water inlet upwardly extends and left and right separates institute from described first wall extension, 14031 one end
State the second wall extension 14032 of first runner 1401 Yu second flow channel 1402, and from 14031 other end of the first wall extension
The third wall extension 14033 upwardly extended, first wall extension 14031, the second wall extension 14032 and third wall extension
14033 form the U-shaped structure of an opening upwards.First vertical portion 1313 and second wall extension 14032 are opposite
Setting.In the present embodiment, 14031 horizontal extension of the first wall extension and the underface positioned at the salt chamber water inlet.
Along the vertical direction, the minimum point of the bending runner 1404 is higher than the salt chamber water inlet flow channel water inlet 1310.It is described first-class
Road 1401, the bending runner 1404 and the second flow channel 1402 connect along the 1401 runner extending direction of first runner
It is logical, to form the salt chamber water inlet flow channel 140 substantially in rectangular-ambulatory-plane setting.It is in Back Word by the salt chamber water inlet flow channel 140
Shape setting, bending runner 1404 is set to the highest point of the salt chamber water inlet flow channel 140, and partition 1403 is set to the salt chamber
122 lower section, so that the pressure of salt water is transferred to first wall extension 14031 of the partition 1403 first in salt chamber 122
On, to greatly cut down the salt chamber water inlet flow channel water inlet 1310 that salt water pair in salt chamber 122 is connected to first runner 1401
The hydraulic pressure at place, and then avoid salt water and revealed from the salt chamber water inlet flow channel water inlet 1310, so as to avoid salt water to master
The pollution of 121 water of runner 130 and soft water chamber.
The shell 12 is additionally provided with salt chamber outlet passage 160 and the position for connecting the salt chamber 122 and the soft water chamber 121
Salt chamber water outlet 1601 in 160 top of salt chamber outlet passage.The minimum point of the bending runner 1404 is higher than the salt
Chamber water outlet 1601, be arranged such that the 122 inner salt water energy of salt chamber is enough from the normally discharge of salt chamber water outlet 1601
And enter in the salt chamber outlet passage 160.It is equipped between the salt chamber outlet passage 160 and the soft water water inlet flow channel 150
Third partition wall 161, the third partition wall 161 include the third vertical portion 1611 extended vertically and left and right through the third
Vertical portion 1611 is to be connected to the third through-hole 1610 of the soft water water inlet flow channel 150 with the salt chamber outlet passage 160.It is described
Third through-hole 1610 and second through-hole 1510 are arranged in concentric circles.
The controller 3 is solenoid valve, including valve body 31 and spool 32.The spool 32 is movably from the valve body 31
It is interior to stretch out to control in the water inlet flow channel 120 water flow towards one of them in the soft water chamber 121 and the salt chamber 122
Flowing.Specifically, the spool 32 of the controller 3 blocks institute when the water softener 100 is it is only necessary to carry out the work of soft water
Salt chamber water inlet flow channel water inlet 1310 and the third through-hole 1610 are stated, and second through-hole 1510 is kept to be connected to the mainstream
Road 130 and the soft water water inlet flow channel 150.When the water softener 100 needs to carry out the soft water chamber 121 softening regeneration,
The spool 32 of the controller 3 blocks second through-hole 1510, while the salt chamber water inlet flow channel water inlet 1310 being kept to connect
Lead to the sprue 130 and the salt chamber water inlet flow channel 140, third through-hole 1610 is connected to the soft water water inlet flow channel 150 and institute
State salt chamber outlet passage 160.In other words, the controller 3 control the sprue 130 and the salt chamber water inlet flow channel 140 and
One of connection in the soft water water inlet flow channel 150.
It is also formed in the shell 12 positioned at the first connecting cavity 1211 of 121 lower section of soft water chamber and positioned at described
Second connecting cavity 1212 of 121 top of soft water chamber.First connecting cavity 1211 be connected to the soft water chamber 121 and the soft water into
Water flow passage 150, second connecting cavity 1212 are connected to the outlet passage 123 and the soft water chamber 121.The soft water feed water flow
It is equipped with spaced walls 1213 made of up and down direction extends between road 150 and the soft water chamber 121 and runs through the spaced walls
1213 to be connected to the interconnecting part 1210 of the soft water water inlet flow channel 150 with the soft water chamber 121.
In the present embodiment, the interconnecting part 1210 is multiple gaps extended up and down of strip setting, each described
The width in gap is less than the partial size of resin particle in the soft water chamber 121.In other embodiments, the interconnecting part 1210
It may be configured as poroid permeable hole, the aperture of each permeable hole is less than the partial size of resin particle in the soft water chamber 121.Institute
State interconnecting part 1210 can be covered with entire spaced walls 1213 up and down, can also only local setting.So set, making the soft water
The soft water chamber 121 of device 100 can not only intake from bottom, while can also intake from the spaced walls 1213 of side, improve soft
The utilization rate of resin in water cavity 121.Certainly in other embodiments, the interconnecting part 1210 can also for arbitrary shape can be with
It allows the structure that water flow passes through, such as poroid and two kinds of structures of gap-like interconnecting part is set in spaced walls 1213.Certainly, described
The hatch frame that can be circulated that interconnecting part can have any shape；The soft water medium also can be replaced other gluey or films
The filter device of shape.
In the present embodiment, between the soft water chamber 121 and first connecting cavity 1211 between be separated with into water buffer board
1214, that is, the water inlet of the soft water chamber 121 is equipped with into water buffer board 1214.The shell 12 is also formed with positioned at described
The bottom of chamber wall 1215 of first connecting cavity, 1211 bottom and made of being upwardly extended from 1215 top surface of bottom of chamber wall at least one
First retaining wall 1216, first retaining wall 1216 and it is described enter water buffer board 1214 between be spaced the first spacing setting so that
Water flow can flow in first connecting cavity 1211.In the present embodiment, it is formed there are two described in the shell 12
First retaining wall 1216.In other embodiments, it may also set up and enter made of 1214 bottom surface of water buffer board extends downwardly described in
Second retaining wall (not shown) is spaced the setting of the second spacing between second retaining wall and the bottom of chamber wall 1215.So set, working as
Water flow under gravity rapidly by the soft water water inlet flow channel 150 enter first connecting cavity 1211 in, can lead to
The blocking of first retaining wall 1216 or second retaining wall is crossed to reduce the flow velocity of the water flow, so that water flow is more at the uniform velocity
Slowly enter in the soft water chamber 121, to improve the utilization rate of resin in soft water chamber 121.Certainly, in other embodiments
In, can also be arranged on the bottom of chamber wall 1215 simultaneously the first retaining wall 1216 for upwardly extending from 1215 top surface of bottom of chamber wall with
And it is described enter water buffer board 1214 on setting enter the second retaining wall that 1214 bottom surface of water buffer board extends downwardly described in and (do not scheme
Show), to reach the effect of similarly slowing down water velocity.In the present embodiment, it is described enter water buffer board 1214 be grid
Plate has perforative multiple permeable gaps 12140, and the permeable gap is permeable part.Wherein, it is described enter water buffer board 1214
It is greater than close to the gross area of the permeable part in 150 left side of soft water water inlet flow channel far from 150 right side of soft water water inlet flow channel
The gross area of permeable part.So set, under water flow is under the inertia drive and the double action of gravity of itself flow velocity,
By the soft water water inlet flow channel 150 rapidly into first connecting cavity 1211 when, can under the action of inertia rapidly
The right side for flowing to first connecting cavity 1211, it is left it is close it is right dredge by way of be arranged it is described enter water buffer board 1214 on
Permeable part, so that water inlet becomes uniformly, to promote the softening efficiency of entire soft water chamber 121 in soft water chamber 121.
In present embodiment, the shell 12 be additionally provided with the chamber roof 1218 positioned at second connecting cavity, 1212 top,
It is spaced the water outlet buffer board 1219 of the soft water chamber 121 with second connecting cavity 1212, and from 1218 bottom of chamber roof
At least one third retaining wall 1217 made of extending downwards, the third retaining wall 1217 and 1219 top surface of water outlet buffer board
It is spaced the setting of third spacing, is arranged so that the outlet passage 123 still keeps the state of circulation, when the water flow is from institute
It states after being filtered in soft water chamber 121 from when the outflow of outlet passage 123, water flow can also be reduced under the blocking of the third retaining wall 1217
Speed improves the utilization rate of resin in soft water chamber 121, in turn so that water flow stops longer time in soft water chamber 121
Improve the softening efficiency of the soft water chamber 121.
Certainly, in other embodiments, can also be buffered made of plate top surface setting upwardly extends at least in the water outlet
One fourth gear wall (not shown) is spaced the setting of the 4th spacing between the fourth gear wall and the chamber roof, same described
Fourth gear wall also may achieve the effect of third retaining wall 1217, and details are not described herein.
In the present embodiment, the shell 12 further respectively has in the upper and lower ends of the soft water chamber 121 to clamping
The water outlet buffer board 1219 and it is described enter water buffer board 1214 securing groove 12101, it is described enter water buffer board 1214 and described
Buffer board 1219 is detachable is fastened in the securing groove 12101 for water outlet, so also facilitate it is described enter water buffer board 1214 with
The cleaning of the water outlet buffer board 1219.
It please join shown in Fig. 7 to Fig. 9, be a kind of water softener 100' of disclosed second embodiment, it is described soft
Hydrophone 100' is applied in dish-washing machine (not shown).The water softener 100' and 100 overall architecture of first embodiment water softener
Roughly the same difference is that the soft water chamber 121 and salt chamber 122 of first embodiment water softener 100 are thin wall-type, the second embodiment party
The soft water chamber 121' and salt chamber 122' of the water softener 100' of formula is cylindrical.The shell 1' of the water softener 100' matches including front and back
Close the cover board 11' and shell 12' of setting.The shell 12' is equipped with the soft water chamber 121' positioned at left side, is located at the soft water chamber
Salt chamber 122' on the right side of 121', positioned at the lower right soft water chamber 121' soft water water inlet flow channel 150', be located at the soft water chamber
The upper left side 121' and the outlet passage 123' being connected to the soft water chamber 121'.The shell 12' and the soft water chamber 121' it
Between form the first connecting cavity 1211' for being connected to the soft water chamber 121' and soft water water inlet flow channel 150' and be located at the soft water chamber
The bottom 121' enters water buffer board 1214', it is described enter water buffer board 1214' be round setting, and likewise, it is described enter water buffering
Plate 1214' enters the multiple of water buffer board 1214' with closeer close to the side of the soft water water inlet flow channel 150' described in
Permeable gap 12140', the permeable gap is permeable part.That is, it is described enter water buffer board 1214' intake close to the soft water
The gross area of permeable part on the right side of runner 150' is greater than the gross area far from the permeable part on the left of the soft water water inlet flow channel 150'.
So set, when water flow under the effect of gravity by the soft water water inlet flow channel 150' rapidly into first connecting cavity
When in 1211', the left side for flowing to the first connecting cavity 1211' of meeting under the action of inertia rapidly is dredged right close by a left side
Mode be arranged it is described enter water buffer board 1214' on permeable part so that water inlet becomes uniformly, to be promoted entire in soft water chamber 121'
The softening efficiency of soft water chamber 121'.In the present embodiment, also upward on the bottom of chamber wall 1215' of the first connecting cavity 1211'
Several first retaining wall 1216' are extended with to slow down soft water water inlet flow channel 150' into water flow in the first connecting cavity 1211'
Flow velocity.
In conclusion dish-washing machine and water softener 100 pass through between the soft water chamber 121 of water softener 100 in present embodiment
Interconnecting part 1210 is set on next door 1213, enables water flow from the bottom of soft water chamber 121 and side while entering soft water chamber 121
It is interior, the utilization rate of soft water medium in soft water chamber 121 is improved, and then improve the demineralized water of dish-washing machine and water softener 100
Efficiency；In addition increase the first retaining wall 1216, the second retaining wall, third retaining wall at the upper and lower side water inlet and water outlet of soft water chamber 121
1217 and fourth gear wall 12 intensity of shell is increased, while water velocity can be slowed down again so that water-flow equation is more evenly, thus
Further improve the utilization rate of soft water medium in soft water chamber 121.In addition, by will be to entering water buffer board 1214, on 1214'
The density of permeable part is arranged so that soft water chamber 121,121' water inlet become uniformly, thus further improve soft water chamber 121,
The softening efficiency of 121'.
It will be appreciated that though various information, but this may be described using term first, second, third, etc. in the application
A little information should not necessarily be limited by these terms.These terms are only used to for same type of information being distinguished from each other out.
It is described herein it is multiple include two and more than two.
In the absence of conflict, each embodiment in the application can complement one another.
It is used herein such as "upper", "lower", "left", "right", "front", "rear", representation space relative position term
It is to describe relationship of the feature relative to another feature as shown in the drawings for the purpose convenient for explanation.It can manage
Solution, according to the difference of product placement position, the term of relative space position can be intended to include other than orientation as shown in the figure
Different direction, should not be interpreted as limitations on claims.In addition, descriptor "horizontal" used herein and non-fully
It is equal to along the inclination for perpendicular to gravity direction, allowing to have certain angle.
In addition, above embodiments are merely to illustrate the present invention and not limit the technical scheme described by the invention, to this
The understanding of specification should be based on person of ordinary skill in the field, such as " front and back is run through " refers to not installing it
It is through before his part, still, those skilled in the art should understand that, person of ordinary skill in the field is still
Can so modify or equivalently replace the present invention, and all do not depart from the spirit and scope of the present invention technical solution and
It is improved, and should all be covered in scope of the presently claimed invention.
Claims (10)
1. a kind of water softener characterized by comprising
Shell is formed with soft water chamber, the soft water water inlet flow channel being connected to the soft water chamber in the shell, intakes with the soft water
The water inlet flow channel of runner connection and the outlet passage being connected to the soft water chamber, the shell are equipped with water inlet and water outlet
Mouthful, the water inlet is connected to the water inlet flow channel, and the water outlet is connected to the outlet passage；
The shell is additionally provided with the soft water chamber water inlet for being connected to the soft water chamber and the soft water water inlet flow channel, and interval is set to
Spaced walls between the soft water water inlet flow channel and the soft water chamber, it is described soft that the shell is equipped with connection in the spaced walls
The interconnecting part of water water inlet flow channel and the soft water chamber.
2. water softener as described in claim 1, it is characterised in that: the interconnecting part is that poroid setting and/or gap-like are set
It sets.
3. water softener as described in claim 1, it is characterised in that: the aperture of the interconnecting part and/or gap width are small
In the partial size of the intracavitary soft water medium of the soft water.
4. water softener as described in claim 1, it is characterised in that: the shell be additionally provided with the connection soft water water inlet flow channel with
First connecting cavity of the soft water chamber, between the soft water chamber and first connecting cavity between be separated with into water buffer board, the shell
Body is also formed with the bottom of chamber wall positioned at first connecting cavity bottom, and the shell is additionally provided with from bottom of chamber wall top surface to be prolonged upwards
At least one first retaining wall made of stretching, first retaining wall and it is described enter water buffer board between be spaced the first spacing setting.
5. water softener as described in claim 1, it is characterised in that: be separated between the soft water chamber and first connecting cavity
Enter water buffer board, the shell is also formed with positioned at the bottom of chamber wall of first connecting cavity bottom and enters water buffer board described in
At least one second retaining wall made of bottom surface extends downwardly, is spaced the second spacing between second retaining wall and the bottom of chamber wall and sets
It sets.
6. water softener as described in claim 1, it is characterised in that: be separated between the soft water chamber and first connecting cavity
Enter water buffer board, the shell be also formed with the bottom of chamber wall positioned at first connecting cavity bottom, from bottom of chamber wall top surface to
First retaining wall of upper extension and enter the second retaining wall that water buffer board bottom surface extends downwardly described in, first retaining wall with it is described
Enter the setting of the first spacing of water buffer board bottom surface interval, second retaining wall and the second spacing of bottom of chamber wall top surface interval are arranged.
7. water softener as described in claim 1, it is characterised in that: the shell be additionally provided with the connection outlet passage with it is described
Second connecting cavity of soft water chamber, the chamber roof at the top of second connecting cavity and interval the soft water chamber and described second
The water outlet buffer board of connecting cavity, the shell is additionally provided with extended downwardly from chamber roof bottom surface made of at least one third gear
Wall, the third retaining wall and water outlet buffer board interval third spacing are arranged.
8. water softener as described in claim 1, it is characterised in that: the shell be additionally provided with the connection outlet passage with it is described
Second connecting cavity of soft water chamber, the chamber roof at the top of second connecting cavity and interval the soft water chamber and described second
The water outlet buffer board of connecting cavity, the shell be additionally provided with from water outlet buffering plate top surface upwardly extend made of at least one the
Four retaining walls are spaced the setting of the 4th spacing between the fourth gear wall and the chamber roof.
9. water softener as described in claim 1, it is characterised in that: the soft water chamber that the soft water chamber is equipped with positioned at bottom is intake
Mouthful, the water softener is set in soft water chamber water inlet into water buffer board, it is described enter water buffer board be equipped with it is perforative multiple
Permeable part, wherein it is described enter the permeable part of the water buffer board close to soft water water inlet flow channel side the permeable gross area it is big
In the permeable gross area of the permeable part far from soft water water inlet flow channel side.
10. a kind of dish-washing machine, it is characterised in that: the dish-washing machine has water softener and washing cavities, and the water softener is close to described
Washing cavities setting, the water softener are directly connected to the washing cavities or by pipeline connections, and the water softener is claim 1
To the water softener described in any one of claim 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810390224.6A CN110403552B (en) | 2018-04-27 | 2018-04-27 | Water softener and dish washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810390224.6A CN110403552B (en) | 2018-04-27 | 2018-04-27 | Water softener and dish washing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110403552A true CN110403552A (en) | 2019-11-05 |
| CN110403552B CN110403552B (en) | 2022-08-12 |
Family
ID=68345874
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810390224.6A Active CN110403552B (en) | 2018-04-27 | 2018-04-27 | Water softener and dish washing machine |
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| Country | Link |
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| CN (1) | CN110403552B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2023125910A1 (en) * | 2021-12-30 | 2023-07-06 | 三花亚威科电器设备（芜湖）有限公司 | Water softener |
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| CN107713937A (en) * | 2017-11-24 | 2018-02-23 | 佛山市顺德区美的洗涤电器制造有限公司 | Water tank type dish-washing machine |
| CN107752952A (en) * | 2017-11-24 | 2018-03-06 | 佛山市顺德区美的洗涤电器制造有限公司 | Water tank type dish-washing machine |
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| KR100821366B1 (en) * | 2006-12-22 | 2008-04-11 | 웅진코웨이주식회사 | Water softener for preventing unbalanced use of softwater tank |
| CN106510593A (en) * | 2016-12-29 | 2017-03-22 | 佛山市顺德区美的洗涤电器制造有限公司 | Water softener and dish-washing machine provided with same |
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| WO2023125910A1 (en) * | 2021-12-30 | 2023-07-06 | 三花亚威科电器设备（芜湖）有限公司 | Water softener |
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|---|---|
| CN110403552B (en) | 2022-08-12 |
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