Two control showers
Technical field
The present invention relates to a kind of two control shower.
Background technique
Existing shower, it comprises a water pipe, a switching mechanism, a shower terminal, it is indoor that described water pipe, switching mechanism and shower terminal all are located at shower.Described switching mechanism is installed between water pipe and the shower terminal, utilizes the whether water outlet of switching mechanism control shower terminal.Because the shower terminal is only established a switching mechanism control switch, therefore the user can only realize whether water outlet is controlled indoor the employing by control switch mechanism of taking a shower, then the user can't be from the old children indoor from the take a shower outdoor water route of controlling, particularly uncontrollable shower or special personage's user.
Summary of the invention
The invention provides two control showers, it has overcome the existing deficiency of background technique.The technological scheme that adopts that the present invention solves its technical problem is: two control showers, and it comprises a double controlling valve, this double controlling valve comprises:
One valve body, it has water intake (110) and water outlet (210);
One first switching unit (300), it is installed in the valve body rotationally and has at least one intake tunnel, and described first switching unit (300) has one first counterface, and this intake tunnel is communicated with water intake (110) and its outbound port is located at first counterface;
One second switching unit (400), it is installed in the valve body rotationally and has at least one exhalant canal, described second switching unit (400) has one second counterface, this exhalant canal is communicated with water outlet (210) and its inbound port is located at second counterface, first counterface of described first switching unit (300) matches with second counterface of second switching unit (400), and connects and the disconnection of staggering with aliging of exhalant canal inbound port by the realization intake tunnel outbound port that relatively rotates of first switching unit (300) and second switching unit (400).
It also comprises: a shower terminal, it connects water outlet (210).
Among one preferred embodiment: described first switching unit (300) rotates the front-end and back-end that are installed in valve body respectively with second switching unit (400), and described first counterface and the second counterface sealed rotational abut against together; Described water intake (110) is located at the perisporium of valve body front end, and described water outlet (210) is located at the perisporium of valve rear end.
Among one preferred embodiment: described intake tunnel is made as two, and exhalant canal is made as two.
Among one preferred embodiment: it also comprises: a thermostat valve (700), it comprises that a cold water outlet, a hot water mouth, mix the mouth of a river and a mixed cell, described mixed cell connects cold water outlet, hot water mouth and the mixed mouth of a river, and water intake (110) is connected at the mixed mouth of a river of described thermostat valve.
Among one preferred embodiment: described first switching unit (300) comprises first pad (320) of one first spool (310) and affixed first spool (310), described first spool (310) is provided with at least one first water inlet (311), first pad (320) be provided with corresponding first water inlet (311) and etc. second water inlet (321) of number, first water inlet (311) and second water inlet (321) constitute intake tunnel;
Described second switching unit (400) comprises second pad (420) of one second spool (410) and affixed second spool (410), described second spool (410) is provided with at least one first osculum (411), second pad (420) be provided with corresponding first osculum (411) and etc. second osculum (421) of number, first osculum (411) and second osculum (421) constitute exhalant canal.
Among one preferred embodiment: also be provided with one first " ten " word through hole (312) in described first spool (310), this first " ten " word through hole (312) is for radially arranging, and have 4 first openings (313), wherein two openings (313) of two radial symmetric are connected described intake tunnel;
Also be provided with one second " ten " word through hole (412) in described second spool (410), this second " ten " word through hole (412) is radially setting, and has 4 second openings (413), and wherein two openings (413) of two radial symmetric are connected described exhalant canal.
Among one preferred embodiment: described water intake is made as two and be radial symmetric; Described water outlet is made as two and be radial symmetric.
Among one preferred embodiment: also be provided with one first circular groove in described first spool (310), this first circular groove is connected described intake tunnel, and the corresponding water intake (110) of connecting;
Also be provided with one second circular groove in described second spool (410), this second circular groove is connected described exhalant canal, and the corresponding water outlet (210) of connecting.
Among one preferred embodiment: described valve body comprises first valve body (100) and is fixed in second valve body (200) of first valve body (100) that first switching unit (300) and second switching unit (400) rotate respectively and be installed in first valve body (100) and second valve body (200); Described water intake (110) and water outlet (210) are located at the perisporium of first valve body (100) and second valve body (200) respectively.
Among one preferred embodiment: first spool (310) has first extension (314) that stretches out first valve body (100), the external first in command of first extension (314) (500); Second spool (410) has second extension (414) that stretches out second valve body (200), the external second in command of second extension (414) (600), and the described first in command (500) and the second in command (600) are located at inside and outside the bathroom respectively.
The technical program is compared with background technique, and it has following advantage:
Two switching units by valve body the inside cooperatively interact realize that intake tunnel connects and the disconnection of staggering with aliging of exhalant canal, then the user is as long as any one in control two switching units can be controlled the break-make between water intake and the water outlet, then be convenient to the user at the diverse location control switch, for example be located at respectively inside and outside the bathroom, be convenient to then that the user controls effluent switch in the bathroom outside the bathroom.The water outlet of shower that can be in shower house is regulated in different place improves the shower environment, increases user's comfort, particularly uses with protection children or other special personage.
2. two switching units all rotate and are installed in the same valve body, and the user not only can control switching water discharging, and consumptive material is few, and cost is low.
Switching unit comprise spool and pad, valve core rotation is installed in the valve body, then the user not only can control switching water discharging, and, can also control the water flow size by rotation angle.
4. spool is established cross-hole, and water intake and water outlet are made as arc and radial symmetric, makes when rotational valve core 90 is spent water intake connect intake tunnel all the time or water outlet is connected exhalant canal all the time, realizes the simple in structure of this switching function, and convenient the use.
5. the second chief is located at respectively inside and outside the bathroom, and then the user is in outside the bathroom and can controls effluent switch.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples.
Fig. 1 has illustrated the overall schematic of two control showers of a preferred embodiment.
Fig. 2 has illustrated the perspective exploded view of two control showers of a preferred embodiment.
Two control showers that Fig. 3 has illustrated a preferred embodiment are in the sectional view of closed condition.
Two control showers that Fig. 4 has illustrated a preferred embodiment are in the sectional view of open mode.
Fig. 5 has illustrated two perspective exploded view of controlling the double controlling valve of showers of a preferred embodiment.
The double controlling valves that Fig. 6 has illustrated two control showers of a preferred embodiment are in the sectional view of open mode.
Embodiment
Please refer to Fig. 1 to Fig. 6, a preferred embodiment of two control showers, described two control showers, it comprises: a double controlling valve, a thermostat valve 700, one shower terminals.Double controlling valve comprises: a valve body, one first switching unit, 300, one second switching units 400.
Described valve body, it has water intake 110 and water outlet 210, and is best, and described water intake 110 is located at the perisporium of valve body front end, and described water outlet 210 is located at the perisporium of valve rear end.In the present embodiment, described valve body comprises first valve body 100 and is fixed in second valve body 200 of first valve body 100, described water intake 110 and water outlet 210 are located at the perisporium of first valve body 100 and second valve body 200 respectively, and described water intake 110 is made as two and be radial symmetric; Described water outlet 210 is made as two and be radial symmetric.
Described first switching unit 300, it is installed in the front end of valve body rotationally and has at least one intake tunnel, described first switching unit 300 has one first counterface, this intake tunnel is communicated with water intake 110, and its outbound port is located at first counterface, in the present embodiment, first switching unit 300 rotates and is installed in first valve body 100, and described intake tunnel is made as two.Described first switching unit 300 comprises first pad 320 of one first spool 310 and affixed first spool 310, described first spool 310 is provided with at least one first water inlet 311, first pad 320 be provided with corresponding first water inlet 311 and etc. 321, the first water inlets 311, second water inlet and second water inlet 321 of number constitute intake tunnels.Best, also be provided with one first " ten " word through hole 312 in described first spool 310, this first " ten " word through hole 312 is for radially arranging, and have 4 first openings 313, wherein two openings 313 of two radial symmetric are connected two intake tunnels, two intake tunnels are axially to arrange, and water intake 110 can remain connection with intake tunnel by this first cross-hole 312 when spool 310 rotations 90 of winning were spent.Simultaneously, first spool 310 has first extension 314 that stretches out first valve body 100, and this first extension 314 can an external first in command 500, drives the rotation of first spool 310 by the first in command 500 rotation.
Described second switching unit 400, it is installed in the rear end of valve body rotationally and has at least one exhalant canal, described second switching unit 400 has one second counterface, this exhalant canal is communicated with water outlet 210 and its outbound port is located at second counterface, first counterface of first switching unit 300 matches with second counterface of second switching unit 400, and connects and the disconnection of staggering with aliging of exhalant canal inbound port by the realization intake tunnel outbound port that relatively rotates of first switching unit 300 and second switching unit 400.Best, described first counterface and the second counterface sealed rotational abut against together.In the present embodiment, second switching unit 400 rotates and is installed in second valve body 200, and exhalant canal is made as two.Described second switching unit 400 comprises second pad 420 of one second spool 410 and affixed second spool 410, described second spool 410 is provided with at least one first osculum 411, second pad 420 be provided with corresponding first osculum 411 and etc. second osculum, 421, the first osculums 411 and second osculum 421 of number constitute exhalant canals.Best, also be provided with one second " ten " word through hole 412 in described second spool 410, this second " ten " word through hole 412 is for radially arranging, and have 4 second openings 413, wherein two openings 413 of two radial symmetric are connected described exhalant canal, two exhalant canals are axially to arrange, and make that water outlet 210 can remain connection with exhalant canal by this second cross-hole 412 when 410 rotations 90 of second spool were spent.Simultaneously, second spool 410 has second extension 414 that stretches out second valve body 200, and this second extension 414 can the external second in command 600, drives the rotation of second spool 410 by the second in command 600 rotation.
The described first in command 500 and the second in command 600 are located at inside and outside the bathroom respectively.
Described shower terminal comprises an outlet pipe and gondola water faucet, can be made as fixedly gondola water faucet or Portable rose as required, also can establish lifting bar.Described shower terminal is connected water outlet 210.
Described thermostat valve 700, it comprises that a cold water outlet, a hot water mouth, mix the mouth of a river and a mixed cell, described mixed cell connects cold water outlet, hot water mouth and the mixed mouth of a river.Described cold water outlet and hot water mouth connect cold water pipe and hot-water line respectively, and the flow of described mixed cell control cold water, hot water is regulated the water-mixing temperature size of mixing the mouth of a river with this.Among the present embodiment, described thermostat valve 700 adopts rotary, but not as limit, as required, can select existing thermostat valve commonly used.Best, described thermostat valve 700 is located under the described double controlling valve, and it also comprises a temperature control valve body 710, one valve gaps 730, the 3rd handle 720.
The intake tunnel of described first switching unit 300 is connected water intake 110, and the exhalant canal of described second switching unit 400 is connected water outlet 210, and the intake tunnel connection of aliging with exhalant canal, and described this double controlling valve is in on-state.The user rotates the first in command 500 or the second in command 600 (in the present embodiment, rotate 90 degree), can make that all intake tunnel and exhalant canal stagger, described double controlling valve is in off state, at this moment, the user rotates and switches the first in command 500 or the second in command 600 (in the present embodiment, rotating 90 degree), make that this double controlling valve was in on-state again when intake tunnel was connected exhalant canal.
Another preferred embodiment of a kind of double controlling valve, for:
Also be provided with one first circular groove in described first spool 310, this first circular groove is connected described intake tunnel, and the corresponding water intake 110 of connecting; Also be provided with one second circular groove in described second spool 410, this second circular groove is connected described exhalant canal, and the corresponding water outlet 210 of connecting.When making rotation first spool 310 or second spool 410, described water intake 110 can connect intake tunnel all the time or described water outlet 210 can be connected exhalant canal all the time.Like this, just can decide the angle of rotation according to the quantity of intake tunnel and exhalant canal and not be confined to 90 degree.
The above, only for preferred embodiment of the present invention, so can not limit scope of the invention process according to this, i.e. the equivalence of doing according to claim of the present invention and description changes and modifies, and all should still belong in the scope that the present invention contains.