CN208670147U - A kind of multifunction valve body embedded box - Google Patents
A kind of multifunction valve body embedded box Download PDFInfo
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- CN208670147U CN208670147U CN201821348820.XU CN201821348820U CN208670147U CN 208670147 U CN208670147 U CN 208670147U CN 201821348820 U CN201821348820 U CN 201821348820U CN 208670147 U CN208670147 U CN 208670147U
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Abstract
A kind of multifunction valve body embedded box, it is characterised in that: including water mixing valve embedded box and shunt valve embedded box, water mixing valve embedded box is connected to by water pipe with shunt valve embedded box, and water mixing valve embedded box is connect with the bottom of shunt valve embedded box by positive stop strip.The purpose of this utility model is that proposing a kind of multifunction valve body embedded box, waterway structure variation is flowed out after hot water and cold water can be made to be sufficiently mixed in water mixing valve in its water mixing valve embedded box, avoid the waste of water resource, its shunt valve embedded box is guaranteeing to reduce water flow while water supply, it saves water, it can be according to the needs of use, replace shunt valve mechanism, increase or decrease the quantity of water outlet, structure change shortens the length of embedded box box body in embedded box, material is saved, more saving space.
Description
Technical field
The utility model relates to technical field of bathroom equipment more particularly to a kind of multifunction valve body embedded boxes.
Background technique
Currently, embedded box has been commonly used in hotel or family, but existing embedded box structure and function is relatively simple, one
As only setting water supply connector and water outlet connector etc., embedded box itself can not play the role of control water outlet without valve body, there are no
Method controls the water route of water outlet.
Utility model content
Utility model aims to solve the above problems to propose a kind of multifunction valve body embedded box.
In order to achieve this goal, the utility model uses following technical scheme:
A kind of multifunction valve body embedded box, including water mixing valve embedded box and shunt valve embedded box, the water mixing valve embedded box
It is connected to by water pipe with the shunt valve embedded box, the bottom of the water mixing valve embedded box and the shunt valve embedded box passes through limit
Position item connection；
The water mixing valve embedded box includes embedded box back box, water mixing valve mechanism, water mixing valve flow control mechanism, shut-off valve machine
Structure, embedded box box body, spool mechanism, the first cover and handle；
The embedded box box body is set to the embedded box back box, and first cover is set to the embedded box box body,
Adjustable plate is equipped between first cover and the embedded box box body, the adjustable plate is by adjusting screw with setting described
Water mixing valve mechanism installation in embedded box back box, the cut-off valve system are set in the water mixing valve mechanism, described mixed
Water valve flow control mechanism, the spool mechanism and the handle are sequentially connected；
The shunt valve embedded box includes pre-buried back box, box body, the second cover and division box, the division box setting
In in the pre-buried back box, the box body is set in the pre-buried back box, and second cover is set to the box body, described
Second cover includes knob and sleeve, and the knob is set to the outer surface of second cover, one end connection of the sleeve
In the knob, the other end of the sleeve is connect with the division box.
More preferably, the water mixing valve mechanism includes cavity, the first water inlet, the second water inlet and mixing water water outlet, institute
It states the first water inlet and second water inlet is respectively arranged at the side of the cavity, the mixing water water outlet is set to institute
State the other side of cavity；The cavity includes two layers, and the lower layer of the cavity includes the first water inlet pipe and the second water inlet pipe, described
One end of first water inlet pipe is connected to first water inlet, and the other end of first water inlet pipe passes through the first water outlet and institute
State the upper layer connection of cavity, one end of second water inlet pipe is connected to second water inlet, second water inlet pipe it is another
One end is connected to by the second water outlet with the upper layer of the cavity, and the upper layer of the cavity is mixed by first water inlet and institute
After stating the hot and cold water that the second water inlet is come in, flowed out from the mixing water water outlet.
More preferably, the division box includes pre-buried valve seat, shunt valve mechanism and spool；
The shunt valve mechanism is set to the pre-buried valve seat, the pre-buried valve seat include pre-buried valve chamber, pre-buried valve seat into
The mouth of a river, the first water outlet of pre-buried valve seat, the second water outlet of pre-buried valve seat and pre-buried valve seat third water outlet, the pre-buried valve seat into
The mouth of a river is set to one end of the pre-buried valve chamber, pre-buried first water outlet of valve seat, the second water outlet of pre-buried valve seat and pre-buried
Valve seat third water outlet is set to the other end of the pre-buried valve chamber；
The shunt valve mechanism includes shunt valve chamber and valve core case, and the valve core case is set to the shunt valve chamber, described
Spool is set to the valve core case；
The pre-buried valve chamber be equipped with the first discharge mechanism and the first water intake mechanism, the shunt valve chamber be equipped with it is described pre-buried
Corresponding second water intake mechanism of valve chamber and the second discharge mechanism, mixing water are flowed into described pre- by the pre-buried valve seat water inlet
Valve chamber is buried, the knob is rotated and the sleeve is driven to open the spool, mixing water flows into institute by first discharge mechanism
The second water intake mechanism is stated, into after the shunt valve chamber, flows to first water intake mechanism from second discharge mechanism, is entered
After the pre-buried valve chamber, from pre-buried first water outlet of valve seat, pre-buried second water outlet of valve seat or the pre-buried valve seat
The outflow of third water outlet.
More preferably, the upper layer of the cavity include the first outlet pipe and the second outlet pipe, first outlet pipe with it is described
The connection of first water outlet, second outlet pipe are connected to second water outlet；
The cavity further includes mixing water outlet pipe, one end of the mixing water outlet pipe respectively with first outlet pipe
It is connected to second outlet pipe, the other end of the mixing water outlet pipe is connected to the mixing water water outlet.
More preferably, the water mixing valve flow control mechanism includes valve core case and valve core base, and the valve core case is set to institute
It states in valve core base；
The valve core case is equipped with valve core case water channel, and the valve core case water channel includes valve core case water channel water inlet, valve core case water
Road water outlet, the first water channel, the second water channel and third water channel, the valve core case water channel water inlet and valve core case water channel water outlet
Mouth is shifted to install in the both ends of the valve core case, and first water channel is connected to the valve core case water channel water inlet, the third
Water channel is connected to the valve core case water channel water outlet, and the second water channel, institute are equipped between first water channel and the third water channel
It states and is equipped with first flap between the first water channel and second water channel, the is equipped between the third water channel and second water channel
Two baffles；
The valve core base includes pedestal, position-limited edge and fixed device, and the position-limited edge is set to the pedestal, described solid
Determine the outside that device is set to the pedestal, the pedestal is equipped with through-hole, the through-hole and the valve core case water channel water outlet pair
It should be arranged.
More preferably, the cut-off valve system includes valve body, core, moving valve plate, quiet valve block and snap ring；
The core is set in the valve body, and the lower part of the core is equipped with the moving valve plate, the quiet valve block setting
In in the valve body, the moving valve plate mutually fits with the quiet valve block, and the two sides of the valve body are equipped with valve body water outlet, described
The bottom of valve body is equipped with valve inleting water mouth, and the moving valve plate is equipped with water outlet through-hole, and the quiet valve block is equipped with inlet through hole, described dynamic
The water outlet through-hole of valve block and the inlet through hole of the quiet valve block correspond to each other, and the top of the core is equipped with rotary head, the rotary head
For cylindrical structure, the rotary head is equipped with along the diametric word rotation slot in the rotary head upper surface.
More preferably, the pre-buried valve chamber includes mixing water cavity, the first water chamber, the second water chamber and third water chamber, described
Mixed water cavity is connected to the pre-buried valve seat water inlet, and first water chamber is connected to pre-buried first water outlet of valve seat, institute
It states the second water chamber to be connected to pre-buried second water outlet of valve seat, the third water chamber and the pre-buried valve seat third are discharged
Mouth connection；
The shunt valve chamber includes the first intake antrum, the second intake antrum and third intake antrum, first intake antrum, described
Second intake antrum is not connected to mutually with the third intake antrum.
More preferably, first discharge mechanism include the first apopore, the second apopore and third apopore, described first
Apopore, second apopore and the third apopore are respectively arranged at the top of the mixed water cavity；
Second water intake mechanism includes the first inlet opening, the second inlet opening and third inlet opening, first inlet opening
It is set to the bottom of first intake antrum, second inlet opening is set to the bottom of second intake antrum, the third
Inlet opening is set to the bottom of the third intake antrum；
Second discharge mechanism includes the 4th apopore, the 5th apopore and the 6th apopore, the 4th apopore
It is set to the bottom of first intake antrum and is located at the side of first inlet opening, the 5th apopore is set to described
The bottom of second intake antrum and the side for being located at second inlet opening, the 6th apopore are set to the third intake antrum
Bottom and be located at the third inlet opening side；
First water intake mechanism includes the 4th inlet opening, the 5th inlet opening and the 6th inlet opening, the 4th inlet opening
It is set to the top of first water chamber, the 5th inlet opening is set to the top of second water chamber, and the described 6th
Inlet opening is set to the top of the third water chamber.
More preferably, the length of the embedded box box body is 64.5mm-94.5mm, and the length of the box body is 64.5mm-
94.5mm。
More preferably, the inner surface of first cover is respectively equipped with magnetic stripe, and the adjustable plate is connect with first cover
Corresponding position be equipped with magnetic stripe, first cover is connected by magnetic force with the adjustable plate.
The purpose of this utility model is that propose a kind of multifunction valve body embedded box, waterway structure in water mixing valve embedded box
Variation is flowed out after hot water and cold water can be made to be sufficiently mixed in water mixing valve, avoids the waste of water resource, shunt valve is pre-
It buries box guaranteeing to reduce water flow while water supply, saves water, shunt valve mechanism can be replaced according to the needs of use,
The quantity of water outlet is increased or decreased, structure change shortens the length of embedded box box body in embedded box, material is saved,
More save space.
Detailed description of the invention
Fig. 1 is the structure chart of one embodiment of the utility model；
Fig. 2 is the structure chart of one embodiment of the utility model；
Fig. 3 is the explosive view of the water mixing valve embedded box of one embodiment of the utility model；
Fig. 4 is the explosive view of the shunt valve embedded box of one embodiment of the utility model；
Fig. 5 is the structure chart of the water mixing valve mechanism of one embodiment of the utility model；
Fig. 6 is the structure chart of the water mixing valve mechanism of one embodiment of the utility model；
Fig. 7 is the structure chart of the water mixing valve mechanism of one embodiment of the utility model；
Fig. 8 is the sectional view of the water mixing valve mechanism of one embodiment of the utility model；
Fig. 9 is the sectional view of the water mixing valve mechanism of one embodiment of the utility model；
Figure 10 is the structure chart of the division box of one embodiment of the utility model；
Figure 11 is the structure chart of the pre-buried valve seat of one embodiment of the utility model；
Figure 12 is the top view of the pre-buried valve seat of one embodiment of the utility model；
Figure 13 is the sectional view of the pre-buried valve seat of one embodiment of the utility model；
Figure 14 is the structure chart of the shunt valve mechanism of one embodiment of the utility model；
Figure 15 is the structure chart of the shunt valve mechanism of one embodiment of the utility model；
Figure 16 is the sectional view of the shunt valve mechanism of one embodiment of the utility model；
Figure 17 is the structure chart of the water mixing valve flow control mechanism of one embodiment of the utility model；
Figure 18 is the sectional view of the valve core case of one embodiment of the utility model；
Figure 19 is the structure chart of the valve core base of one embodiment of the utility model；
Figure 20 is the structure chart of the cut-off valve system of one embodiment of the utility model；
Figure 21 is the sectional view of the cut-off valve system of one embodiment of the utility model；
Wherein: water mixing valve embedded box 1；Embedded box back box 11；Water mixing valve mechanism 12；Cavity 121；First water inlet pipe 1211；
First water outlet 1212；Second water inlet pipe 1213；Second water outlet 1214；First outlet pipe 1215；Second outlet pipe 1216；It is mixed
Heshui outlet pipe 1217；First water inlet 122；Second water inlet 123；Mixing water water outlet 124；Water mixing valve flow control mechanism
13；Valve core case 131；Valve core case water channel 1311；Valve core case water channel water inlet 13111；Valve core case water channel water outlet 13112；First
Water channel 13113；Second water channel 13114；Third water channel 13115；Valve core base 132；Pedestal 1321；Through-hole 13211；Position-limited edge
1322；Fixed device 1323；End valve system 14；Valve body 141；Core 142；Rotary head 1421；Rotation slot 1422；Moving valve plate 143；
Quiet valve block 144；Snap ring 145；Embedded box box body 15；Spool mechanism 16；First cover 17；Handle 18；Adjustable plate 19；Adjusting screw
191；Shunt valve embedded box 2；Pre-buried back box 21；Box body 22；Second cover 23；Knob 231；Sleeve 232；Division box 24；In advance
Bury valve seat 241；Pre-buried valve chamber 2411；Mixed water cavity 24111；First water chamber 24112；Second water chamber 24113；Third water chamber
24114；Pre-buried valve seat water inlet 2412；Pre-buried the first water outlet of valve seat 2413；Pre-buried the second water outlet of valve seat 2414；Pre-buried valve
Seat third water outlet 2415；First discharge mechanism 2416；First apopore 24161；Second apopore 24162；Third apopore
24163；First water intake mechanism 2417；4th inlet opening 24171；5th inlet opening 24172；6th inlet opening 24173；Shunt valve
Mechanism 242；Shunt valve chamber 2421；First intake antrum 24211；Second intake antrum 24212；Third intake antrum 24213；Valve core case
2422；Second water intake mechanism 2423；First inlet opening 24231；Second inlet opening 24232；Third inlet opening 24233；Second goes out
Water dispenser structure 2424；4th apopore 24241；5th apopore 24242；6th apopore 24243；Spool 243；Positive stop strip 3；On
Layer A；Lower layer B.
Specific embodiment
Further illustrate the technical solution of the utility model with reference to the accompanying drawing and by specific embodiment mode.
A kind of multifunction valve body embedded box, including water mixing valve embedded box 1 and shunt valve embedded box 2, the water mixing valve are pre-buried
Box 1 is connected to by water pipe with the shunt valve embedded box 2, the bottom of the water mixing valve embedded box 1 and the shunt valve embedded box 2
It is connected by positive stop strip 3；
The water mixing valve embedded box 1 include embedded box back box 11, water mixing valve mechanism 12, water mixing valve flow control mechanism 13,
End valve system 14, embedded box box body 15, spool mechanism 16, the first cover 17 and handle 18；
The embedded box box body 15 is set to the embedded box back box 11, and first cover 17 is set to the embedded box
Box body 15, is equipped with adjustable plate 19 between first cover 17 and the embedded box box body 15, the adjustable plate 19 passes through adjusting
Screw 191 is installed with the water mixing valve mechanism 12 being arranged in the embedded box back box 11, and the cut-off valve system 14 is arranged
In in the water mixing valve mechanism 12, the water mixing valve flow control mechanism 13, the spool mechanism 16 and the handle 18 are successively
It is connected；
The shunt valve embedded box 2 include pre-buried back box 21, box body 22, the second cover 23 and division box 24, described point
Water installations 24 are set in the pre-buried back box 21, and the box body 22 is set in the pre-buried back box 21, second cover
23 are set to the box body 22, and second cover 23 includes knob 231 and sleeve 232, and the knob 231 is set to described the
The outer surface of two covers 23, one end of the sleeve 232 are connected to the knob 231, the other end of the sleeve 232 with it is described
Division box 24 connects.
As shown in Figs 1-4, water mixing valve embedded box described in this example 1 and the shunt valve embedded box 2 pass through the positive stop strip 3
Connection, the both ends of the positive stop strip 3 are respectively arranged in the mounting groove of the embedded box back box 11 and the pre-buried back box 21, institute
Can accurately the water mixing valve embedded box 1 and the shunt valve embedded box 2 be positioned by stating positive stop strip 3, and strict control two
The distance between a embedded box facilitates installation, more beautiful.As depicted in figs. 1 and 2, the shunt valve embedded box 2 can basis
User needs to increase or decrease, and when user's water demand amount is more, can increase the shunt valve embedded box 2 and separate more multichannel
Water route for using.The embedded box back box 11 and the embedded box box body 15 are set in wall, by adjusting the adjusting
Screw 191 adjusts the position of the adjustable plate 19 with the embedded box box body 15, allow first cover 17 when installing with
Metope is concordant, guarantees the beauty of water mixing valve embedded box, and the handle 18 is connected to the spool mechanism 16, and the handle 18 lifts
For boiled water, for adjusting the cold and hot of mixing water, the water mixing valve mechanism 12 is set to described pre- 18 left-right rotation of handle
It buries in cassette bottom box 11, the water mixing valve flow control mechanism 13 is installed in the embedded box box body 16.The division box 24
It being installed in the pre-buried back box 21, the pre-buried back box 21 connect with the box body 22 and is installed in wall, and described second
Cover 23 is installed on the box body 22 and concordant with metope, and the knob 231, which is set on second cover 23, does not have the rotation
Button 231 is connect with the sleeve 232, and the sleeve 232 is connect with the division box 24, in use, twisting the knob
231, the knob 231 drives the sleeve 232 to rotate, and the sleeve 232 drives the division box 24 to rotate, can be to one
Road mixing water is opened.
Further description, the water mixing valve mechanism 12 include cavity 121, the first water inlet 122, the second water inlet
123 and mixing water water outlet 124, first water inlet 122 and second water inlet 123 be respectively arranged at the cavity
121 side, the mixing water water outlet 124 are set to the other side of the cavity 121；The cavity 121 includes two layers, institute
The lower layer B for stating cavity includes the first water inlet pipe 1211 and the second water inlet pipe 1213, one end of first water inlet pipe 1211 and institute
The connection of the first water inlet 122 is stated, the other end of first water inlet pipe 1211 passes through the first water outlet 1212 and the cavity 121
Upper layer A connection, one end of second water inlet pipe 1213 is connected to second water inlet 123, second water inlet pipe
1213 other end is connected to by the second water outlet 1214 with the upper layer A of the cavity 121, the upper layer mixing of the cavity 121
After the hot and cold water come in by first water inlet 122 and second water inlet 123, flowed from the mixing water water outlet 124
Out.
As shown in figures 5-9, the first water inlet 122 described in water mixing valve mechanism described in this example 12 is connected to hot water, described
Second water inlet 123 is connected to cold water, and hot water and cold water enter in the cavity 121 after being mixed to go out from the mixing water
The mouth of a river 124 is flowed out, hot water and cold water pass through first water inlet 122 respectively and second water inlet 123 enter it is described
After the lower layer B of cavity 121, it flow to first water outlet 1212 and second water outlet 1214, first water outlet
1212 and second water outlet 1214 on be respectively arranged with the cut-off valve system 14, for controlling the stream of hot water and cold water
Amount, hot water and cold water are by flowing into the upper layer A of the cavity 121, hot water and cold water are mixed after the cut-off valve system 14
Afterwards, it is flowed out from the mixing water water outlet 24.
Further description, the division box 24 include pre-buried valve seat 241, shunt valve mechanism 242 and spool 243；
The shunt valve mechanism 242 is set to the pre-buried valve seat 241, and the pre-buried valve seat 241 includes pre-buried valve chamber
2411, pre-buried valve seat water inlet 2412, the first water outlet of pre-buried valve seat 2413, the second water outlet of pre-buried valve seat 2414 and pre-buried valve
Seat third water outlet 2415, the pre-buried valve seat water inlet 2412 is set to one end of the pre-buried valve chamber 2411, described pre-buried
The first water outlet of valve seat 2413, the second water outlet of pre-buried valve seat 2414 and pre-buried valve seat third water outlet 2415 are set to described pre-
Bury the other end of valve chamber 2411；
The shunt valve mechanism 242 includes shunt valve chamber 2421 and valve core case 2422, and the valve core case 2422 is set to institute
Shunt valve chamber 2421 is stated, the spool 243 is set to the valve core case 2422；
The pre-buried valve chamber 2411 is equipped with the first discharge mechanism 2416 and the first water intake mechanism 2417, the shunt valve chamber
2421 are equipped with second water intake mechanism 2423 corresponding with the pre-buried valve chamber 2411 and the second discharge mechanism 2424, and mixing water is logical
It crosses the pre-buried valve seat water inlet 2412 and flows into the pre-buried valve chamber 2411, rotate the knob 231 and the sleeve 232 is driven to beat
Open the spool 243, mixing water flows into second water intake mechanism 2423 by first discharge mechanism 2416, into described
After shunt valve chamber 2421, first water intake mechanism 2417 is flowed to from second discharge mechanism 2424, into the pre-buried valve
After chamber 2411, from pre-buried first water outlet of valve seat 2413, the pre-buried valve of pre-buried second water outlet of valve seat 2414 or described
Seat third water outlet 2415 flows out.
As shown in Figure 10-16, the division box 24 includes pre-buried valve seat 241 and shunt valve mechanism 242, the shunt valve
Mechanism 242 is installed on the pre-buried valve seat 241 by mounting hole, and the pre-buried valve seat 241 is equipped with pre-buried valve chamber 2411, described
Pre-buried valve chamber 2411 be equipped with the first discharge mechanism 2416 and the first water intake mechanism 2417, the shunt valve chamber 2421 be equipped with it is described
Corresponding second water intake mechanism 2423 of pre-buried valve chamber 2411 and the second discharge mechanism 2424, mixing water by it is described it is pre-buried send out into
The mouth of a river 2412 flows into the pre-buried valve chamber 2411, and mixing water flows into the second water inlet machine by first discharge mechanism 2416
Structure 2423 flows to first water intake mechanism 2417 from second discharge mechanism 2424 into after the shunt valve chamber 2421,
Into after the pre-buried valve chamber 2411, from pre-buried first water outlet of valve seat 2413, pre-buried second water outlet of valve seat
2414 or described pre-buried valve seat third water outlets 2415 flow out.
Further description, the upper layer of the cavity 121 include the first outlet pipe 1215 and the second outlet pipe 1216, institute
It states the first outlet pipe 1215 to be connected to first water outlet 1212, second outlet pipe 1216 and second water outlet
1214 connections；
The cavity 121 further includes mixing water outlet pipe 1217, one end of the mixing water outlet pipe 1217 respectively with institute
It states the first outlet pipe 1215 to be connected to second outlet pipe 1216, the other end of the mixing water outlet pipe 1217 is mixed with described
Heshui water outlet 124 is connected to.
As shown in Figure 5 and Figure 8, the first outlet pipe 1215 described in this example be set to the cavity 121 upper layer and with institute
The connection of the first water outlet 1212 is stated, second outlet pipe 1215 is set to the upper layer of the cavity 121 and goes out with described second
The mouth of a river 1214 is connected to, and is kept the hot water and cold water mix speed into water mixing valve slower, be ensure that the temperature of the mixing water of outflow not
Smooth flow that is too fast, while ensure that hot water and cold water can be declined, avoid the excessive waste for causing water of water flow and to mixed
The damage of water valve.The mixing water outlet pipe 1217 is respectively communicated in first outlet pipe 1215 and second outlet pipe
1216, hot water and cold water can be made to flow out use again after mixing in water mixing valve.
Further description, the water mixing valve flow control mechanism 13 include valve core case 131 and valve core base 132, institute
Valve core case 131 is stated to be set in the valve core base 32；
The valve core case 131 is equipped with valve core case water channel 1311, and the valve core case water channel 1311 is intake including valve core case water channel
Mouth 13111, valve core case water channel water outlet 13112, the first water channel 13113, the second water channel 13114 and third water channel 13115, it is described
Valve core case water channel water inlet 13111 and the valve core case water channel water outlet 13112 shift to install two in the valve core case 131
End, first water channel 13113 are connected to the valve core case water channel water inlet 13111, and the third water channel 13115 is connected to institute
Valve core case water channel water outlet 13112 is stated, the second water channel is equipped between first water channel 13113 and the third water channel 13115
13114, first flap 13116, the third water channel are equipped between first water channel 13113 and second water channel 13114
Second flap 13117 is equipped between 13115 and second water channel 13114；
The valve core base 132 includes that pedestal 1321, position-limited edge 1322 and fixed device 1323, the position-limited edge 1322 are set
It is placed in the pedestal 1321, the fixed device 1323 is set to the outside of the pedestal 1321, and the pedestal 1321 is equipped with logical
Hole 13211, the through-hole 13211 are correspondingly arranged with the valve core case water channel water outlet 13112.
As in figs. 17-19, the valve core case 131 is installed in the valve core base 132, the valve core case 131 it is another
One end is fixedly installed in spool by the location hole, and the valve core base 132 is fixedly mounted by the fixed device 1323
In water mixing valve, the valve core case water channel water outlet 13112 of the valve core case 131 is directed at the through-hole of the valve core base 132
13211, guarantee the normal circulation of water, the valve core case 131 is equipped with valve core case water channel 1311, and the valve core case water channel 1311 is at least
Equipped with one, 1311 quantity of valve core case water channel is more, and the water flow that valve core case 131 is flowed through in the unit time is bigger, can according to
The increase in demand of family water consumption or the quantity for reducing valve core case water channel 1311, that is, can reach the effect of flow control.The spool
Seat water channel 1311 is provided with 3, and the valve core case water channel 1311 is by first water channel 13113,13114 and of the second water channel
The third water channel 13115 is constituted, and the diameter of first water channel 13113 and second water channel 13114 is less than the third
Water channel 13115, when water flow flows through the valve core case water channel 1311, the valve core case water channel water inlet 13111 and the spool
Seat water channel water outlet 13112 shifts to install, and avoids water flow from directly passing through the valve core case water channel 1311, causes water impact mistake
Greatly, part is damaged.Water flow passes sequentially through first water channel 13113, second water channel 13114 and the third water
Play the role of centainly buffering to water flow since the diameter of water channel is narrowed again by narrow broaden in road 13115.First water channel
13113 and second water channel 13114, the third water channel 13115 and second water channel 13114, between be respectively equipped with institute
First flap 13116 and the second flap 13117 are stated, the first flap 13116 and the second flap 13117 are arc
Structure preferably plays the role of buffering water impact.
Further description, the cut-off valve system 14 include valve body 141, core 142, moving valve plate 143, quiet valve block
144 and snap ring 145；
The core 142 is set in the valve body 141, and the lower part of the core 142 is equipped with the moving valve plate 143, institute
It states quiet valve block 144 to be set in the valve body 141, the moving valve plate 143 mutually fits with the quiet valve block 144, the valve body
141 two sides are equipped with valve body water outlet, and the bottom of the valve body 141 is equipped with valve inleting water mouth, and the moving valve plate 143 is equipped with water outlet
Through-hole, the quiet valve block 144 are equipped with inlet through hole, and the water inlet of the water outlet through-hole and the quiet valve block 144 of the moving valve plate 143 is logical
Hole corresponds to each other, and the top of the core 142 is equipped with rotary head 1421, and the rotary head 1421 is cylindrical structure, the rotary head
1421 are equipped with along the diametric word rotation slot 1422 in 1421 upper surface of rotary head.
As shown in Figure 20 and Figure 21, cut-off valve system 14 described in this example is installed on first water outlet 1212 and institute
It states on the second water outlet 1214, the core 142 is plugged in the valve body 141, the lower end of the core 142 passes through shift fork card
It connects on the moving valve plate 143, the moving valve plate 143 mutually fits with the quiet valve block 144, the fixed peace of quiet valve block 144
In the valve body 141, it is also equipped with the snap ring 145 in the lower section of the quiet valve block 144, is opened on the quiet valve block 144
There are two opposite inlet through hole, the moving valve plate 143 is provided with water outlet through-hole corresponding with inlet through hole, turns when rotation is described
When core 142, the shift fork of 142 lower end of core drives the moving valve plate 143 to rotate, so that on the moving valve plate 143
Water outlet through-hole is corresponded to each other with the inlet through hole on the quiet valve block 144, and the top of the core 142 is cylindrical type rotary head
1421, the rotary head 1421 is equipped with the word rotation slot 1422 by the upper surface center of circle, in the prior art, due to turning for shut-off valve
Head is Design of Screw Thread, needs to use the tool of respective threaded when turning on or off shut-off valve to turn on or off, very
Helicitic texture is become the structure of a word rotation slot in this example, when opening or closing shut-off valve, it is only necessary to use by inconvenience
The tools such as straight screwdriver or hard iron plate, iron ruler, can open or close shut-off valve, simple to operate.
Further description, the pre-buried valve chamber 2411 go out including mixed water cavity 24111, the first water chamber 24112, second
Water cavity 24113 and third water chamber 24114, the mixed water cavity 24111 are connected to the pre-buried valve seat water inlet 2412, and described
One water chamber 24112 is connected to pre-buried first water outlet of valve seat 2413, second water chamber 24113 and the pre-buried valve
Seat the second water outlet 2414 connection, the third water chamber 24114 are connected to the pre-buried valve seat third water outlet 2415；
The shunt valve chamber 2421 includes the first intake antrum 24211, the second intake antrum 24212 and third intake antrum 24213,
First intake antrum 24211, second intake antrum 24212 are not connected to mutually with the third intake antrum 24213.
As shown in Figure 12 and Figure 16, pre-buried valve chamber 2411 described in this example includes mixed water cavity 24111, the first water chamber
24112, the second water chamber 24113 and third water chamber 24114, the capacity of the mixed water cavity 24111 are greater than first water outlet
Chamber 24112, second water chamber 24113 and the third water chamber 24114, the mixed water cavity 24111 can accommodate more
Mixing water enter, first water chamber 24112, second water chamber 24113 and the third water chamber 24114 difference
First water outlet of pre-buried valve seat 2413, pre-buried second water outlet of valve seat 2414 and the pre-buried valve seat third is connected to go out
The mouth of a river 2415, and first water chamber 24112, second water chamber 24113 and the third water chamber 24114 are mutual not
Connection, respectively provides mixing water for water outlet, ensure that the water flow of each water outlet is identical.First intake antrum
24211, second intake antrum 24212, the third intake antrum 24213 are disconnected with each other, mixed in the mixed water cavity 24111
Heshui separately flows into first intake antrum 24211, second intake antrum 24212 and the third intake antrum 24213, described
First intake antrum 24211, second intake antrum 24212 and the third intake antrum 24213 are again respectively to first water outlet
Chamber 24112, second water chamber 24113 and the third water chamber 24114 provide mixing water, because being disconnected with each other, institute
The water flow for stating offer is identical.
Further description, first discharge mechanism 2416 include the first apopore 24161, the second apopore
24162 and third apopore 24163, first apopore 24161, second apopore 24162 and third water outlet
Hole 24163 is respectively arranged at the top of the mixed water cavity 24111；
Second water intake mechanism 2423 includes the first inlet opening 24231, the second inlet opening 24232 and third inlet opening
24233, first inlet opening 24231 is set to the bottom of first intake antrum 24211, second inlet opening 24232
It is set to the bottom of second intake antrum 24212, the third inlet opening 24233 is set to the third intake antrum 24213
Bottom；
Second discharge mechanism 2424 includes the 4th apopore 24241, the 5th apopore 24242 and the 6th apopore
24243, the 4th apopore 24241 is set to the bottom of first intake antrum 24211 and is located at first inlet opening
24171 side, the 5th apopore 24242 are set to the bottom of second intake antrum 24212 and are located at described second
The side of inlet opening 24172, the 6th apopore 24243 are set to the bottom of the third intake antrum 24213 and are located at institute
State the side of third inlet opening 24173；
First water intake mechanism 2417 includes the 4th inlet opening 24171, the 5th inlet opening 24172 and the 6th inlet opening
24173, the 4th inlet opening 24171 is set to the top of first water chamber 24112, the 5th inlet opening 24172
It is set to the top of second water chamber 24113, the 6th inlet opening 24173 is set to the third water chamber 24114
Top.
As shown in Figure 12 and Figure 15, three apopores are set at the top of the mixed water cavity 24111, respectively to described in this example
First intake antrum 24211, second intake antrum 24212 and the third intake antrum 24213 provide mixing water, and described first
Apopore 24161, second apopore 24162 are identical with 24163 aperture of third apopore, ensure that the phase of water flow
Together.First inlet opening 24231, second inlet opening 24232 are identical with the aperture of the third inlet opening 24233, protect
The water flow of inflow first intake antrum 24211, second intake antrum 24212 and the third intake antrum 24213 is demonstrate,proved
It is identical.
Further description, the length of the embedded box box body 15 are 64.5mm-94.5mm, the length of the box body 22
For 64.5mm-94.5mm.In this example, the length of the embedded box box body 15 and the box body 22 is longest 94.5mm, most short
64.5mm can voluntarily intercept the length of needs, the embedded box box in market during guaranteeing that device operates normally according to demand
Body length is 75mm-100mm, and this example has saved space, while more beautiful by the change of internal structure.
Further description, the inner surface of first cover 17 are respectively equipped with magnetic stripe, the adjustable plate 19 with it is described
The corresponding position of first cover 17 connection is equipped with magnetic stripe, and first cover 17 is connected by magnetic force with the adjustable plate 19.This
In example, first cover 17 and the adjustable plate 19 are pulled together using the magnetic force of magnetic stripe, pass through screw with existing
Or buckle stationary phase ratio, installation and disassembly are all very convenient, more beautiful.
Technical principle of the utility model has been described above with reference to specific embodiments.These descriptions are intended merely to explain this reality
With novel principle, and it cannot be construed to the limitation to scope of protection of the utility model in any way.Based on the explanation herein,
Those skilled in the art, which does not need to pay for creative labor, can associate with other specific implementation modes of this utility model,
These modes are fallen within the protection scope of the utility model.
Claims (10)
1. a kind of multifunction valve body embedded box, it is characterised in that: including water mixing valve embedded box and shunt valve embedded box, the mixed water
Valve embedded box is connected to by water pipe with the shunt valve embedded box, the bottom of the water mixing valve embedded box and the shunt valve embedded box
Portion is connected by positive stop strip；
The water mixing valve embedded box include embedded box back box, water mixing valve mechanism, water mixing valve flow control mechanism, cut-off valve system,
Embedded box box body, spool mechanism, the first cover and handle；
The embedded box box body is set to the embedded box back box, and first cover is set to the embedded box box body, described
Adjustable plate is equipped between first cover and the embedded box box body, the adjustable plate is by adjusting screw with setting described pre-buried
Water mixing valve mechanism installation in cassette bottom box, the cut-off valve system are set in the water mixing valve mechanism, the water mixing valve
Flow control mechanism, the spool mechanism and the handle are sequentially connected；
The shunt valve embedded box includes pre-buried back box, box body, the second cover and division box, and the division box is set to institute
It states in pre-buried back box, the box body is set in the pre-buried back box, and second cover is set to the box body, and described second
Cover includes knob and sleeve, and the knob is set to the outer surface of second cover, and one end of the sleeve is connected to institute
Knob is stated, the other end of the sleeve is connect with the division box.
2. a kind of multifunction valve body embedded box according to claim 1, it is characterised in that: the water mixing valve mechanism includes chamber
Body, the first water inlet, the second water inlet and mixing water water outlet, first water inlet and second water inlet are respectively set
In the side of the cavity, the mixing water water outlet is set to the other side of the cavity；The cavity includes two layers, described
The lower layer of cavity includes the first water inlet pipe and the second water inlet pipe, and one end of first water inlet pipe and first water inlet connect
Logical, the other end of first water inlet pipe is connected to by the first water outlet with the upper layer of the cavity, second water inlet pipe
One end is connected to second water inlet, and the other end of second water inlet pipe passes through the upper layer of the second water outlet and the cavity
Connection, after the hot and cold water that the upper layer mixing of the cavity is come in by first water inlet and second water inlet, from described
The outflow of mixing water water outlet.
3. a kind of multifunction valve body embedded box according to claim 1, it is characterised in that: the division box includes pre-buried
Valve seat, shunt valve mechanism and spool；
The shunt valve mechanism is set to the pre-buried valve seat, the pre-buried valve seat include pre-buried valve chamber, pre-buried valve seat water inlet,
Pre-buried the first water outlet of valve seat, the second water outlet of pre-buried valve seat and pre-buried valve seat third water outlet, the pre-buried valve seat water inlet
It is set to one end of the pre-buried valve chamber, pre-buried first water outlet of valve seat, the second water outlet of pre-buried valve seat and pre-buried valve seat
Third water outlet is set to the other end of the pre-buried valve chamber；
The shunt valve mechanism includes shunt valve chamber and valve core case, and the valve core case is set to the shunt valve chamber, the spool
It is set to the valve core case；
The pre-buried valve chamber is equipped with the first discharge mechanism and the first water intake mechanism, and the shunt valve chamber is equipped with and the pre-buried valve chamber
Corresponding second water intake mechanism and the second discharge mechanism, mixing water flow into the pre-buried valve by the pre-buried valve seat water inlet
Chamber rotates the knob and the sleeve is driven to open the spool, and mixing water flows into described the by first discharge mechanism
Two water intake mechanisms flow to first water intake mechanism from second discharge mechanism into after the shunt valve chamber, into described
After pre-buried valve chamber, from pre-buried first water outlet of valve seat, pre-buried second water outlet of valve seat or the pre-buried valve seat third
Water outlet outflow.
4. a kind of multifunction valve body embedded box according to claim 2, it is characterised in that: the upper layer of the cavity includes the
One outlet pipe and the second outlet pipe, first outlet pipe are connected to first water outlet, second outlet pipe with it is described
The connection of second water outlet；
The cavity further includes mixing water outlet pipe, one end of the mixing water outlet pipe respectively with first outlet pipe and institute
The connection of the second outlet pipe is stated, the other end of the mixing water outlet pipe is connected to the mixing water water outlet.
5. a kind of multifunction valve body embedded box according to claim 1, it is characterised in that: the water mixing valve flow control machine
Structure includes valve core case and valve core base, and the valve core case is set in the valve core base；
The valve core case is equipped with valve core case water channel, and the valve core case water channel includes that valve core case water channel water inlet, valve core case water channel go out
The mouth of a river, the first water channel, the second water channel and third water channel, the valve core case water channel water inlet and the valve core case water channel water outlet are wrong
Position is set to the both ends of the valve core case, and first water channel is connected to the valve core case water channel water inlet, the third water channel
It is connected to the valve core case water channel water outlet, is equipped with the second water channel between first water channel and the third water channel, described the
It is equipped with first flap between one water channel and second water channel, second gear is equipped between the third water channel and second water channel
Piece；
The valve core base includes pedestal, position-limited edge and fixed device, and the position-limited edge is set to the pedestal, the fixed dress
The outside for being placed in the pedestal is installed, the pedestal is equipped with through-hole, and the through-hole is corresponding with the valve core case water channel water outlet to be set
It sets.
6. a kind of multifunction valve body embedded box according to claim 1, it is characterised in that: the cut-off valve system includes valve
Body, core, moving valve plate, quiet valve block and snap ring；
The core is set in the valve body, and the lower part of the core is equipped with the moving valve plate, and the quiet valve block is set to institute
It states in valve body, the moving valve plate mutually fits with the quiet valve block, and the two sides of the valve body are equipped with valve body water outlet, the valve body
Bottom be equipped with valve inleting water mouth, the moving valve plate be equipped with water outlet through-hole, the quiet valve block be equipped with inlet through hole, the moving valve plate
Water outlet through-hole and the inlet through hole of the quiet valve block correspond to each other, the top of the core is equipped with rotary head, and the rotary head is circle
Columnar structures, the rotary head are equipped with along the diametric word rotation slot in the rotary head upper surface.
7. a kind of multifunction valve body embedded box according to claim 3, it is characterised in that: the pre-buried valve chamber includes mixed water
Chamber, the first water chamber, the second water chamber and third water chamber, the mixed water cavity is connected to the pre-buried valve seat water inlet, described
First water chamber is connected to pre-buried first water outlet of valve seat, second water chamber and pre-buried second water outlet of valve seat
Connection, the third water chamber are connected to the pre-buried valve seat third water outlet；
The shunt valve chamber includes the first intake antrum, the second intake antrum and third intake antrum, first intake antrum, described second
Intake antrum is not connected to mutually with the third intake antrum.
8. a kind of multifunction valve body embedded box according to claim 7, it is characterised in that: first discharge mechanism includes
First apopore, the second apopore and third apopore, first apopore, second apopore and third water outlet
Hole is respectively arranged at the top of the mixed water cavity；
Second water intake mechanism includes the first inlet opening, the second inlet opening and third inlet opening, the first inlet opening setting
In the bottom of first intake antrum, second inlet opening is set to the bottom of second intake antrum, the third water inlet
Hole is set to the bottom of the third intake antrum；
Second discharge mechanism includes the 4th apopore, the 5th apopore and the 6th apopore, the 4th apopore setting
Bottom in first intake antrum and the side positioned at first inlet opening, the 5th apopore are set to described second
The bottom of intake antrum and the side for being located at second inlet opening, the 6th apopore are set to the bottom of the third intake antrum
Portion and the side for being located at the third inlet opening；
First water intake mechanism includes the 4th inlet opening, the 5th inlet opening and the 6th inlet opening, the 4th inlet opening setting
In the top of first water chamber, the 5th inlet opening is set to the top of second water chamber, the 6th water inlet
Hole is set to the top of the third water chamber.
9. a kind of multifunction valve body embedded box according to claim 1, it is characterised in that: the length of the embedded box box body
For 64.5mm-94.5mm, the length of the box body is 64.5mm-94.5mm.
10. a kind of multifunction valve body embedded box according to claim 1, it is characterised in that: the interior table of first cover
Face is respectively equipped with magnetic stripe, and the corresponding position that the adjustable plate is connect with first cover is equipped with magnetic stripe, and first cover is logical
Magnetic force is crossed to be connected with the adjustable plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821348820.XU CN208670147U (en) | 2018-08-21 | 2018-08-21 | A kind of multifunction valve body embedded box |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821348820.XU CN208670147U (en) | 2018-08-21 | 2018-08-21 | A kind of multifunction valve body embedded box |
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| Publication Number | Publication Date |
|---|---|
| CN208670147U true CN208670147U (en) | 2019-03-29 |
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ID=65839064
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821348820.XU Active CN208670147U (en) | 2018-08-21 | 2018-08-21 | A kind of multifunction valve body embedded box |
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| Country | Link |
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| CN (1) | CN208670147U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108843819A (en) * | 2018-08-21 | 2018-11-20 | 鹤山市斯帝罗兰卫浴洁具有限公司 | A kind of multifunction valve body embedded box |
-
2018
- 2018-08-21 CN CN201821348820.XU patent/CN208670147U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108843819A (en) * | 2018-08-21 | 2018-11-20 | 鹤山市斯帝罗兰卫浴洁具有限公司 | A kind of multifunction valve body embedded box |
| CN108843819B (en) * | 2018-08-21 | 2024-02-23 | 鹤山市斯帝罗兰卫浴洁具有限公司 | Multifunctional valve body embedded box |
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