CN2817977Y - Flushing device - Google Patents
Flushing device Download PDFInfo
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- CN2817977Y CN2817977Y CN 200520084264 CN200520084264U CN2817977Y CN 2817977 Y CN2817977 Y CN 2817977Y CN 200520084264 CN200520084264 CN 200520084264 CN 200520084264 U CN200520084264 U CN 200520084264U CN 2817977 Y CN2817977 Y CN 2817977Y
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Abstract
The utility model relates to a flushing device, which particularly relates to a sprayer adding detergents or other liquids in water in the way of controlling. A water delivery pipe of the flushing device is communicated with a spray head; a water supply pipe is connected with a master valve of which the water outlet is communicated with a three way of which one water outlet is communicated with the water delivery pipe and the other water outlet is communicated with a dynamic force cavity of a hydraulic cylinder. A compression cavity of the hydraulic cylinder is communicated with a liquid inlet by a liquid delivery channel which is formed by that a liquid delivery pipe and a liquid delivery valve are connected in series; the liquid inlet is arranged on the side wall on some section from the water delivery pipe to the water delivery channel of the spray head. The compression cavity of the hydraulic cylinder is provided with a material adding hole for adding the detergents. The detergents are squeezed by the hydraulic cylinder to enter the water delivery channel to be outward sprayed along with the clear water when the clear water is outward sprayed through the water delivery channel from the spray head by utilizing the water supply pressure. In the process of flushing, a liquid delivery valve can be opened at any time to add the detergents toward the flushing water, or the liquid delivery valve is closed, therefore only the clear water is used for flushing. The flushing device can be used for diluting and spraying other liquids, such as medicines or liquid fertilizers.
Description
Technical field
The utility model relates to a kind of spray equipment that can controlledly add washing agent or other liquid in water.
Technical background
The spray equipment of flushing article is the simplest to be to connect a water-supply-pipe on feed pipe, and water-supply-pipe is communicated with a shower nozzle, and people handle shower nozzle article are washed.General people also need to adjust at any time the water yield that flows out in the shower nozzle when the flushing article, a valve just is set in pipeline.For example washing the spray equipment of tableware, all is to connect a water-supply-pipe on feed pipe, and water-supply-pipe is communicated with a shower nozzle through a water transfer valve.Adjust the water yield that flows out in the water transfer valve control shower nozzle, directly wash tableware.But, when tableware is more greasy, needs with the rag that has added washing agent tableware to be washed in advance, and then wash with clear water.Above-mentioned existing flusher can not satisfy people and controlledly add washing agent when flushing in water, and is directly with having added the water of washing agent and the demand that clear water alternately washes greasy article, convenient inadequately during use.
The utility model content
The utility model aims to provide a kind of syringe that can controlledly add washing agent when flushing in water.
The technical solution of the utility model is: the water-supply-pipe of syringe is communicated with a shower nozzle, connects a main valve on the feed pipe, and the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, and this inlet is opened at water-supply-pipe to a certain section sidewall of the water transport channel of shower nozzle; The compression chamber of hydraulic cylinder has an openable feed inlet.Compression chamber feed inlet by hydraulic cylinder adds washing agent to the compression chamber of hydraulic cylinder.After opening main valve, in the outside spray, utilize the pressure that supplies water that hydraulic cylinder is exerted pressure to washing agent from shower nozzle through water transport channel, enter water transport channel by hydraulic cylinder extruding washing agent and outwards spray with clear water at clear water.The user can open fluid-delivery valve at any time as required and add washing agent in flushing water in the process of flushing, perhaps close fluid-delivery valve and only wash with clear water.
First kind of version of the present utility model is: syringe, and water-supply-pipe is communicated with a shower nozzle; Connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, and this inlet is opened on the sidewall of water-supply-pipe; The compression chamber of hydraulic cylinder has an openable feed inlet; The aperture of delivery port that is communicated with water-supply-pipe in the threeway is less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of the aperture of the aperture of the aperture of shower nozzle delivery port, shower nozzle water inlet, water-supply-pipe, threeway.The inlet that infusion channel is communicated with is opened on the water-supply-pipe sidewall of water transport channel, open main valve make clear water through water-supply-pipe when the shower nozzle delivery port flows out, owing to be communicated with the aperture minimum of the delivery port of water-supply-pipe in the threeway, just guaranteed on the inlet opening of hydraulic cylinder power cavity and the water-supply-pipe always between the inlet to keep certain differential water pressures, this differential water pressures makes when opening fluid-delivery valve, the pressure of hydraulic cylinder power cavity is always greater than the pressure of compression chamber, to guarantee the washing agent in the hydraulic cylinder piston extruding compression chamber, washing agent can be entered in the water-supply-pipe swimmingly from the water-supply-pipe inlet.
Second kind of version of the present utility model is: syringe, and water-supply-pipe is communicated with a shower nozzle; Connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, this inlet open on the shower nozzle on the sidewall between shower nozzle water inlet and the shower nozzle delivery port; The compression chamber of hydraulic cylinder has an openable feed inlet; Have a aperture at least among being communicated with the aperture three of delivery port of water-supply-pipe in the aperture of shower nozzle water inlet, the aperture of water-supply-pipe or the threeway less than the shower nozzle delivery port, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.The inlet that infusion channel is communicated with is opened on the shower nozzle sidewall of water transport channel, open main valve make clear water through water-supply-pipe when the shower nozzle delivery port flows out, because the aperture of shower nozzle water inlet, has an aperture minimum at least among the aperture three of the delivery port of connection water-supply-pipe in the aperture of water-supply-pipe or the threeway, just guaranteed on the inlet opening of hydraulic cylinder power cavity and the shower nozzle always between the inlet to keep certain differential water pressures, this differential water pressures makes when opening fluid-delivery valve, the pressure of hydraulic cylinder power cavity is always greater than the pressure of compression chamber, to guarantee the washing agent in the hydraulic cylinder piston extruding compression chamber, washing agent can be entered in the shower nozzle swimmingly from the shower nozzle inlet.
The third version of the present utility model is: syringe, and water-supply-pipe is communicated with a shower nozzle through a water transfer valve; Connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, this inlet open on the shower nozzle on the sidewall between shower nozzle water inlet and the shower nozzle delivery port; The compression chamber of hydraulic cylinder has an openable feed inlet; Have a aperture at least among being communicated with the aperture of delivery port of water-supply-pipe in the aperture of the aperture of the aperture of shower nozzle water inlet, water transfer valve delivery port, the aperture of water transfer valve core, water transfer valve water inlet, the aperture of water-supply-pipe or the threeway less than the shower nozzle delivery port, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.Compare with preceding a kind of version, this version has increased a water transfer valve in water transport channel.The main valve that the flow that uses the water transfer valve to adjust clear water nearby can be compared far-end operates more more convenient.
The 4th kind of version of the present utility model is: syringe, and water-supply-pipe is communicated with a shower nozzle through a water transfer valve; Connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, this inlet open on the water transfer valve on the sidewall between water transfer valve delivery port and the water transfer valve core; The compression chamber of hydraulic cylinder has an openable feed inlet; Have the aperture of a aperture, shower nozzle water inlet, the aperture of water transfer valve delivery port at least among being communicated with the aperture of delivery port of water-supply-pipe in the aperture of the aperture of water transfer valve core, water transfer valve water inlet, the aperture of water-supply-pipe, the threeway less than the shower nozzle delivery port, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.Compare with preceding a kind of version, the water transport channel inlet of this version change into open on the water transfer valve on the sidewall between water transfer valve delivery port and the water transfer valve core, be that the water transport channel inlet changes into open on the water transfer valve by opening at shower nozzle, move backward the position.
The 5th kind of version of the present utility model is: syringe, and water-supply-pipe is communicated with a shower nozzle through a water transfer valve; Connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, this inlet open on the water transfer valve on the sidewall between water transfer valve core and the water transfer valve water inlet; The compression chamber of hydraulic cylinder has an openable feed inlet; The aperture of water transfer valve water inlet, the aperture of water-supply-pipe or threeway must have an aperture less than the aperture of shower nozzle delivery port, the aperture of shower nozzle water inlet, the aperture of water transfer valve delivery port and the aperture of water transfer valve core among being communicated with the delivery port of water-supply-pipe, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.Compare with preceding a kind of version, the water transport channel inlet of this version is changing on the sidewall between water transfer valve delivery port and the water transfer valve core on the sidewall between water transfer valve water inlet and the water transfer valve core on the water transfer valve by opening, backward mobile of this inlet position makes opens main valve and under the situation that the water transfer valve cuts out, clear water is full of between threeway, water-supply-pipe and water transfer valve water inlet and the water transfer valve core, thereby does not have differential water pressures between the inlet on the inlet opening of hydraulic cylinder power cavity and the water transfer valve.Even at this moment open fluid-delivery valve, owing to do not have pressure differential between hydraulic cylinder power chamber and the compression chamber, the piston of hydraulic cylinder can not push the washing agent in the compression chamber, makes washing agent can not enter in the water transfer valve and mixes with clear water.In like manner, under the situation of opening water transfer valve and fluid-delivery valve,, flowing of clear water and washing agent stopped simultaneously, stop flushing as long as close the water transfer valve.Therefore in actual use, even after the user opens main valve, mistake is opened fluid-delivery valve before opening the water transfer valve, and washing agent can not enter in the clear water yet, can avoid having only washing agent outwards to flow out the phenomenon that causes the waste washing agent.
The 6th kind of version of the present utility model is: syringe, and water-supply-pipe is communicated with a shower nozzle through a water transfer valve; Connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with inlet on the sidewall of opening at water-supply-pipe through an infusion channel that is in series by a woven hose, fluid-delivery valve; The compression chamber of hydraulic cylinder has an openable feed inlet; The aperture of delivery port that is communicated with water-supply-pipe in the threeway is less than the aperture of shower nozzle delivery port, the aperture of shower nozzle water inlet, the aperture of water transfer valve delivery port, the aperture of water transfer valve core, the aperture of water transfer valve water inlet and the aperture of water-supply-pipe, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.Compare with preceding a kind of version, the water transport channel inlet of this version by open on the water transfer valve on the sidewall that changes into open on the sidewall between water transfer valve water inlet and the water transfer valve core at water-supply-pipe, this inlet position mobile flow that can realize equally with water transfer valve control clear water backward, and avoid having only washing agent outwards to flow out and cause the phenomenon of wasting washing agent.
Described water-supply-pipe and woven hose are flexible pipe.So that the utility model syringe is assembled into split type, promptly main valve, threeway and hydraulic cylinder are one to assemble firmly, and shower nozzle is an one, make the syringe that is flexible coupling with soft water-supply-pipe and soft woven hose between them; Be applicable to that shower nozzle and main valve, threeway and hydraulic cylinder draw back the occasion that a segment distance uses.
Described water-supply-pipe and woven hose are hard tube.So that the utility model syringe is assembled into portable, promptly assemble integral body firmly with hard water-supply-pipe and hard woven hose between shower nozzle and main valve, threeway and the hydraulic cylinder into compactness.Be applicable to feed pipe and draw back the occasion that one section long distance is used.
Described water-supply-pipe is a hard tube and woven hose is flexible pipe or water-supply-pipe is flexible pipe and woven hose is a hard tube.When water-supply-pipe is hard tube and woven hose when being flexible pipe, support shower nozzle with water-supply-pipe; If water-supply-pipe is flexible pipe and woven hose when being hard tube, utilize woven hose to support shower nozzle.Shower nozzle and main valve, threeway and hydraulic cylinder constitute portable integral body, also are applicable to feed pipe to draw back the occasion that one section long distance is used.
Also be in series with a flow control valve in the described infusion channel.With the flow of Flow-rate adjustment valve regulation washing agent, can under the prerequisite that guarantees clean effect, save washing agent.
The utility model syringe adopts above-mentioned structure, utilize the pressure that supplies water to make hydraulic cylinder piston extruding washing agent, utilize the mobile of fluid-delivery valve control washing agent again and stop, can in flushing process, open fluid-delivery valve at any time as required for the user and in water, add washing agent, with the water that has added washing agent the article that are rinsed are washed, perhaps close fluid-delivery valve and only wash with clear water.Only make can organically to combine with the clear water flushing with the flushing operation of the water that has mixed washing agent, flexible during use, the operation of flushing is become simply, light, and simple in structure, cost is low, practical function is remarkable.This employing hydraulic cylinder piston extruding washing agent is supplied with shower nozzle or water transfer valve or the water-supply-pipe version with the water spray, can be used for the dilution spray of other liquid such as medicine or liquid fertilizer equally.
Description of drawings
Fig. 1 is the structural representation of first embodiment of the utility model syringe.
Fig. 2 is the structural representation of second embodiment of the utility model syringe.
Fig. 3 is the structural representation of the 3rd embodiment of the utility model syringe.
Fig. 4 is the structural representation of the 4th embodiment of the utility model syringe.
Fig. 5 is the structural representation of the 5th embodiment of the utility model syringe.
Fig. 6 is the structural representation of the 6th embodiment of the utility model syringe.
Fig. 7 is the structural representation of the 7th embodiment of the utility model syringe.
Fig. 8 is the structural representation of the 8th embodiment of the utility model syringe.
Fig. 9 is the structural representation of the 9th embodiment of the utility model syringe.
Figure 10 is the structural representation of the tenth embodiment of the utility model syringe.
Specific embodiment
Embodiment one
The structure of first embodiment of the utility model syringe, as shown in Figure 1.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, a fluid-delivery valve 8 and a shower nozzle 9.
Water receiving source, feed pipe 1 lower end, main valve 2 of termination on the feed pipe 1.The delivery port of main valve 2 is communicated with the water inlet 31 of a threeway 3; A delivery port 32 of threeway 3 is communicated with water-supply-pipe 5, and water-supply-pipe 5 is communicated with the water inlet 91 of a shower nozzle 9; Another delivery port 33 of threeway 3 is communicated with the inlet opening 47 of hydraulic cylinder 4 power cavities 43.Compression chamber 44 fluid holes 50 of hydraulic cylinder 4 are communicated with one through woven hose 6 series connection fluid-delivery valves 8 and open at the inlet 12 of shower nozzle 9 on the sidewall between shower nozzle water inlet 91 and the shower nozzle delivery port 92.The aperture of the aperture of shower nozzle water inlet 91 or water-supply-pipe 5 or threeway 3 has the aperture of an aperture less than shower nozzle delivery port 92 among being communicated with the aperture three of delivery port 32 of water-supply-pipes 5, and less than aperture, the aperture of main valve 2 and the aperture of feed pipe 1 of the water inlet 31 of threeway 3.Doing like this is will guarantee opening main valve 2, clear water through water-supply-pipe 5 when shower nozzle delivery port 92 flows out, the certain differential water pressures of total maintenance between the inlet opening 47 of guaranteeing hydraulic cylinder power cavity 43 and the inlet 12 on the shower nozzle 9.This differential water pressures makes when opening fluid-delivery valve 8, and the pressure of hydraulic cylinder power cavity 43 is always greater than the pressure of compression chamber 44, to guarantee the washing agent in the hydraulic cylinder piston 42 extruding compression chambers 44, washing agent can be swimmingly entered in the shower nozzle 9 from the inlet 12 of shower nozzle 9.
Close main valve 2 before the use, do not have pressure in the power cavity 43 of hydraulic cylinder 4; Open the loam cake 49 of the feed inlet 48 of compression chamber 44, the guide pillar 46 that people can spur hydraulic cylinder piston 42 makes piston 42 fall back on power cavity 43 bottoms, adds washing agent in compression chamber 44, seals the loam cake 49 of feed inlet 48 then.
Open main valve 2 during use, the power cavity 43 of hydraulic cylinder 4 bears pressure under the pressure that supplies water, and clear water flows out from shower nozzle delivery port 92 through water-supply-pipe 5, at this moment has only clear water externally to wash; If open fluid-delivery valve 8 again, the piston 42 of hydraulic cylinder 4 washing agent in the extruding compression chamber 44 under the pressure that supplies water flows to shower nozzle 9 and mixes with clear water, at this moment just can controlledly add washing agent in clear water, externally washes with the water that has mixed washing agent; Close fluid-delivery valve 8, can stop to flow of washing agent again, recover to have only the flushing of clear water.Close main valve 2 and can make clear water and washing agent stop to flow, stop flushing.People can change the flow of clear water by adjusting main valve 2, but the degree that main valve 2 is opened must make its aperture greater than aperture reckling among delivery port 32 threes of shower nozzle water inlet 91 or water-supply-pipe 5 or threeway 3 connection water-supply-pipes 5.
In the present embodiment, water-supply-pipe 5 and woven hose 6 are flexible pipe entirely, so that be assembled into split typely, promptly main valve 2 is one with threeway 3, hydraulic cylinder 4 to assemble firmly, shower nozzle 9 is an one with fluid-delivery valve 8, the syringe that is flexible coupling with soft water-supply-pipe 5 and soft woven hose 6 works between them.This moment, fluid-delivery valve 8 preferably adopted the push type valve, when being convenient to a hand-held shower nozzle 9, simultaneously fluid-delivery valve 8 is controlled with the same hand of holding shower nozzle 9, promptly when washing to the circulation of washing agent with stop to control, can the one hand-held shower nozzle 9 of operator, another hand is held the article that are rinsed, and alternately washes this article with water and the clear water of being with washing agent, change other article then, continued operation.
Embodiment two
The structure of second embodiment of the utility model syringe, as shown in Figure 2.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, a fluid-delivery valve 8 and a shower nozzle 9.
The structure of present embodiment hydraulic cylinder 4 is identical with the structure of the hydraulic cylinder 4 that has illustrated in last embodiment, no longer repeats.
Water receiving source, feed pipe 1 lower end, main valve 2 of termination on the feed pipe 1.The delivery port of main valve 2 is communicated with the water inlet 31 of threeway 3; A delivery port 32 of threeway 3 is communicated with water-supply-pipe 5, is communicated with the water inlet 91 of shower nozzle 9 by water-supply-pipe 5; Another delivery port 33 of threeway 3 is communicated with the inlet opening 47 of hydraulic cylinder 4 power cavities 43.Compression chamber 44 fluid holes 50 of hydraulic cylinder 4 are communicated with an inlet 12 of opening on water-supply-pipe 5 sidewalls through fluid-delivery valve 8 series connection woven hoses 6.The aperture of the delivery port 32 of threeway 3 connection water-supply-pipes 5 is less than the aperture of shower nozzle delivery port 92, the aperture of the aperture of shower nozzle water inlet 91 and water-supply-pipe 5, and aperture less than the water inlet 31 of threeway 3, the aperture of the aperture of main valve 2 and feed pipe 1, thereby guaranteed to open main valve 2, clear water through water-supply-pipe 5 when shower nozzle delivery port 92 flows out, the certain differential water pressures of total maintenance between the inlet opening 47 of hydraulic cylinder power cavity 43 and the inlet 12 of water-supply-pipe 5, this differential water pressures makes when opening fluid-delivery valve 8, the pressure of hydraulic cylinder power cavity 43 is always greater than the pressure of compression chamber 44, washing agent in the piston 42 extruding compression chambers 44 can be swimmingly enters in the water-supply-pipe 5 washing agent from the inlet 12 of water-supply-pipe 5.
Preparation before present embodiment uses, identical with last embodiment, repeated description no longer just here.
Open main valve 2 during use, the power cavity 43 of hydraulic cylinder 4 bears pressure under the pressure that supplies water, and clear water flows out from shower nozzle delivery port 92 through water-supply-pipe 5, at this moment has only clear water externally to wash; If open fluid-delivery valve 8 again, the piston 42 of hydraulic cylinder 4 washing agent in the extruding compression chamber 44 under the pressure that supplies water flows to shower nozzle 9 and mixes with clear water, at this moment just can controlledly add washing agent in clear water, externally washes with the water that has mixed washing agent; Close fluid-delivery valve 8, can stop to flow of washing agent again, recover to have only the flushing of clear water.Close main valve 2 and can make clear water and washing agent stop to flow, stop flushing.People can change the flow of clear water by adjusting main valve 2, but main valve 2 must be opened to its aperture is communicated with the delivery port 32 of water-supply-pipes 5 greater than threeway 3 aperture.
In the present embodiment, water-supply-pipe 5 and woven hose 6 are hard tube entirely, are assembled into portablely, and promptly main valve 2 is one with threeway 3, hydraulic cylinder 4 and fluid-delivery valve 8 to assemble firmly, shower nozzle 9 is an one, makes hardwired syringe with hard water-supply-pipe 5 and hard woven hose 6 between them.At this moment, feed pipe 1 adopts long flexible pipe.People can hold this portable syringe and move the bigger object of automobile and so on is washed.
Embodiment three
The structure of the 3rd embodiment of the utility model syringe, as shown in Figure 3.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, flow control valve 7, fluid-delivery valve 8, a shower nozzle 9 and a booster pump 10.
Comparison diagram 3 and Fig. 1 can see, present embodiment has just increased a flow control valve 7 in infusion channel, installs a booster pump 10 between feed pipe 1 and main valve 2 additional.Present embodiment can be by regulating the flow that flow control valve 7 changes washing agent after fluid-delivery valve 8 is opened.Because when the insufficient pressure that supplies water, influence is from the impulse force of the current of delivery port 92 ejections of shower nozzle 9, the effect of booster pump 10 is to improve the pressure that supplies water, thereby improves from the impulse force of the current of delivery port 92 ejections of shower nozzle 9, strengthens the current scour effect.The explanation of having done among first embodiment all is fit to present embodiment, does not do repetition here.
Present embodiment is as second embodiment, and water-supply-pipe 5 and the woven hose 6 full hard tubes that adopt are assembled into portable syringe, and the feed pipe 1 between main valve 2 and the booster pump 10 adopts long flexible pipe.People can hold this portable syringe and move the bigger object of automobile and so on is washed.
If require syringe need adopt hard-wired version, present embodiment also can adopt water-supply-pipe 5 and the woven hose 6 full hard tubes that adopt to be assembled into hard-wired syringe, or water-supply-pipe 5 is hard tubes and woven hose 6 is flexible pipe or water-supply-pipe 5 is flexible pipes and woven hose 6 is hard tubes, is assembled into hard-wired syringe.When water-supply-pipe 5 is hard tube and woven hose 6 when being flexible pipe, support shower nozzles 9 with water-supply-pipe 5; If water-supply-pipe 5 is flexible pipe and woven hose 6 when being hard tube, utilize woven hose 6 to support shower nozzle 9.
Certainly present embodiment also can make water-supply-pipe 5 and the woven hose 6 full hose set that adopt dress up split type syringe.
For second embodiment shown in Figure 2, also can increase a flow control valve 7 in infusion channel; Also can between feed pipe 1 and main valve 2, install a booster pump 10 additional; Shower nozzle 9 equally also can select for use delivery port 92 be single water hole or delivery port 92 constitute by a plurality of water holes, perhaps select for use to have multi-functional delivery port 92.Because effect is identical, no longer repeats.
Embodiment four
The structure of the 4th embodiment of the utility model syringe, as shown in Figure 4.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, flow control valve 7, fluid-delivery valve 8, a shower nozzle 9 and a water transfer valve 11.
Comparison diagram 4 and Fig. 1 can see, present embodiment installs a water transfer valve 11 additional between water-supply-pipe 5 and shower nozzle 9, make present embodiment after main valve 2 is opened, can be by adjusting the flow that water transfer valve 11 changes clear water.Present embodiment has increased a flow control valve 7 in infusion channel, after fluid-delivery valve 8 is opened, and can be by regulating the flow that flow control valve 7 changes washing agent.The explanation of among first embodiment feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6 and fluid-delivery valve 8 being done all is fit to present embodiment, does not do repetition here.Please note, in the present embodiment because the existence of water transfer valve 11, although the inlet 12 of the infusion channel that woven hose 6, flow control valve 7, fluid-delivery valve 8 are in series mutually in first embodiment is opened on the sidewall of shower nozzle 9 between shower nozzle water inlet 91 and the shower nozzle delivery port 92; But in water transport channel, the aperture of the aperture of the aperture of the aperture of shower nozzle water inlet 91 or water transfer valve delivery port 112 or water transfer valve 11 spools or water transfer valve water inlet 111 or the aperture of water-supply-pipe 5 or threeway 3 must have the aperture of an aperture less than shower nozzle delivery port 92 at least among being communicated with the aperture of delivery port 32 of water-supply-pipes 5, and less than aperture, the aperture of main valve 2 and the aperture of feed pipe 1 of the water inlet 31 of threeway 3.
Before the use, close main valve 2, open water transfer valve 11, do not have pressure in the power cavity 43 of hydraulic cylinder 4; Open the loam cake 49 of the feed inlet 48 of compression chamber 44, the guide pillar 46 that people can spur hydraulic cylinder piston 42 makes piston 42 fall back on power cavity 43 bottoms, adds washing agent in compression chamber 44, seals the loam cake 49 of feed inlet 48 then.Close water transfer valve 11 and fluid-delivery valve 8, ready.
During use, open main valve 2, the power cavity 43 of hydraulic cylinder 4 bears pressure under the pressure that supplies water, open water transfer valve 11, and clear water flows out from shower nozzle 9 through water-supply-pipe 5, water transfer valve 11, at this moment has only clear water externally to wash; If open fluid-delivery valve 8 again, the piston 42 of hydraulic cylinder 4 washing agent in the extruding compression chamber 44 under the pressure that supplies water flows to shower nozzle 9 and mixes with clear water, at this moment just can externally wash with the water that has mixed washing agent; Close fluid-delivery valve 8, can stop to flow of washing agent again, recover to have only clear water externally to wash.Close water transfer valve 11 and fluid-delivery valve 8, can stop to flow of clear water and washing agent, stop flushing.People can be by regulating the flow that flow control valve 7 changes washing agent; By regulating the flow that water transfer valve 11 or main valve 2 change clear water, but main valve 2 must be opened into aperture reckling among the delivery port 32 that makes its aperture be communicated with water-supply-pipes 5 greater than spool, water transfer valve water inlet 111, water-supply-pipe 5 or the threeway 3 of shower nozzle water inlet 91, water transfer valve delivery port 112, water transfer valve 11.
The structure of shower nozzle delivery port 92, adopt which kind of water-supply-pipe 5 and woven hose 6 that present embodiment is assembled into split type syringe or portable syringe or fixed syringe, the variation of these types of service can be with reference to the explanation of front.When present embodiment is assembled into split type or portable syringe, water transfer valve 11 and fluid-delivery valve 8 preferably adopt the push type valve, when being convenient to a hand-held shower nozzle 9, exchange water valve 11 simultaneously and fluid-delivery valve 8 is controlled with the same hand of holding shower nozzle 9, i.e. flowing and stop to control when washing to washing agent, can the one hand-held shower nozzle 9 of operator, another hand is held the article that are rinsed, alternately water and the clear water with the band washing agent washes this article, change other article then, continued operation.
Embodiment five
The structure of the 5th embodiment of the utility model syringe, as shown in Figure 5.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, fluid-delivery valve 8, a shower nozzle 9 and a water transfer valve 11.
Comparison diagram 5 and Fig. 1 can see, present embodiment installs a water transfer valve 11 additional between water-supply-pipe 5 and shower nozzle 9, make present embodiment after main valve 2 is opened, can be by adjusting the flow that water transfer valve 11 changes clear water.The inlet 12 that note that the infusion channel that woven hose 6 in the present embodiment, fluid-delivery valve 8 are in series mutually open on the water transfer valve 11 on the sidewall between the delivery port 112 of water transfer valve 11 spools and water transfer valve 11.The explanation of among first embodiment feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6 and fluid-delivery valve 8 being done all is fit to present embodiment, does not do repetition here.
In the present embodiment because the change of inlet 12 positions of the existence of water transfer valve 11 and infusion channel, in water transport channel, water transfer valve 11 spools or water transfer valve water inlet 111 or water-supply-pipe 5 or threeway 3 must have the aperture of an aperture less than shower nozzle delivery port 92, shower nozzle water inlet 91 and water transfer valve delivery port 112 at least among being communicated with the delivery port 32 of water-supply-pipes 5, and less than the aperture of water inlet 31, main valve 2 and the feed pipe 1 of threeway 3; Water transfer valve 11 and fluid-delivery valve 8 preferably adopt the push type valve.
Before the use, close main valve 2, open water transfer valve 11, do not have pressure in the power cavity 43 of hydraulic cylinder 4; Open the loam cake 49 of the feed inlet 48 of compression chamber 44, the guide pillar 46 that people can spur hydraulic cylinder piston 42 makes piston 42 fall back on power cavity 43 bottoms, adds washing agent in compression chamber 44, seals the loam cake 49 of feed inlet 48 then.Close water transfer valve 11 and fluid-delivery valve 8, carry out the preparation of use.
During use, open main valve 2, the power cavity 43 of hydraulic cylinder 4 bears pressure under the pressure that supplies water, open water transfer valve 11, and clear water flows out from shower nozzle 9 through water-supply-pipe 5, water transfer valve 11, at this moment has only clear water externally to wash; If open fluid-delivery valve 8 again, the piston 42 of hydraulic cylinder 4 washing agent in the extruding compression chamber 44 under the pressure that supplies water flows to water transfer valve 11 and mixes with clear water, at this moment just can externally wash with the water that has mixed washing agent; Close fluid-delivery valve 8, can stop to flow of washing agent again, recover to have only clear water externally to wash.Close water transfer valve 11 and fluid-delivery valve 8, can stop to flow of clear water and washing agent, stop flushing.People can be by regulating the flow that water transfer valve 11 or main valve 2 change clear water, but main valve 2 must be opened into aperture reckling among the delivery port 32 that makes its aperture be communicated with water-supply-pipes 5 greater than water transfer valve 11 spools, water transfer valve water inlet 111, water-supply-pipe 5 or threeway 3.
The way that the structure choice of present embodiment shower nozzle delivery port 92 and complete machine assembling form can be discussed with reference to the front, no longer repetition.
Embodiment six
The structure of the utility model syringe embodiment six, as shown in Figure 6.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, flow control valve 7, fluid-delivery valve 8, a water transfer valve 11 and a shower nozzle 9.
Comparison diagram 5 and Fig. 6, can see present embodiment just the infusion channel in the 5th embodiment increased a flow control valve 7, other each several part is identical with embodiment five structures, no longer repeats.Present embodiment can be by regulating the flow that flow control valve 7 changes washing agent after fluid-delivery valve 8 is opened.
Embodiment seven
The structure of the utility model syringe embodiment seven, as shown in Figure 7.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, fluid-delivery valve 8, a water transfer valve 11 and a shower nozzle 9.
Please contrast Fig. 5 and Fig. 7, the difference of present embodiment and embodiment five be the inlet 12 of the infusion channel that woven hose 6 in the present embodiment, fluid-delivery valve 8 are in series mutually open on the water transfer valve 11 on the sidewall between the water inlet 111 of spool and water transfer valve 11.The structure something in common of the structure of present embodiment and embodiment five, repeated description no longer just here.
The compression chamber 44 of the hydraulic cylinder 4 of present embodiment is communicated with an inlet 12 of opening on the sidewall between the water inlet 111 of water transfer valve 11 spools and water transfer valve 11 through one by a woven hose 6, fluid-delivery valve 8 infusion channel that is in series mutually; Water transfer valve water inlet 111, water-supply-pipe 5, threeway 3 must have the aperture of an aperture less than shower nozzle delivery port 92, shower nozzle water inlet 91, water transfer valve delivery port 112 and water transfer valve 11 spools at least among being communicated with the delivery port 32 of water-supply-pipes 5, and less than the aperture of water inlet 31, main valve 2 and the feed pipe 1 of threeway 3.During use, water transfer valve 11 spools must be opened into and make its aperture greater than aperture reckling among the delivery port 32 of water transfer valve water inlet 111, water-supply-pipe 5, threeway 3 connection water-supply-pipes 5, preferably adopt push type water transfer valve.
Preparation before present embodiment uses, identical with previous embodiment, repeated description no longer just here.
During use, open main valve 2, the power cavity 43 of hydraulic cylinder 4 bears pressure under the pressure that supplies water, open water transfer valve 11, and clear water flows out from shower nozzle 9 through water-supply-pipe 5, water transfer valve 11, at this moment has only clear water externally to wash; If open fluid-delivery valve 8 again, the piston 42 of hydraulic cylinder 4 washing agent in the extruding compression chamber 44 under the pressure that supplies water flows to water transfer valve 11 and mixes with clear water, at this moment just can externally wash with the water that has mixed washing agent; Close fluid-delivery valve 8, can stop to flow of washing agent again, recover to have only clear water externally to wash.Close water transfer valve 11 and fluid-delivery valve 8, can stop to flow of clear water and washing agent, stop flushing.People can be by by regulating the flow that water transfer valve 11 or main valve 2 change clear water, but main valve 2 must be opened into aperture reckling among the delivery port 32 that makes its aperture be communicated with water-supply-pipes 5 greater than water transfer valve water inlet 111, water-supply-pipe 5 or threeway 3.
Present embodiment is being opened main valve 2, and under the situation that water transfer valve 11 cuts out, clear water is full of threeway 3, between water-supply-pipe 5 and water transfer valve water inlet 111 and water transfer valve 11 spools, making does not have differential water pressures between the inlet opening 47 of hydraulic cylinder power cavity 43 and the inlet 12 on the sidewall between spool on the water transfer valve 11 and the water transfer valve water inlet 111, even at this moment open fluid-delivery valve 8, owing to do not have pressure differential between the power cavity 43 of hydraulic cylinder 4 and the compression chamber 44, the piston 42 of hydraulic cylinder 4 can not push the washing agent in the compression chamber 44, makes washing agent can not enter in the water transfer valve 11 and mixes with clear water; In like manner, under the situation of opening water transfer valve 11 and fluid-delivery valve 5,, can stop to flow of clear water and washing agent simultaneously, stop flushing as long as close water transfer valve 11.Therefore, the product of present embodiment even the user is after opening main valve 2, was opened fluid-delivery valve 8 in actual use by mistake before opening water transfer valve 11, and washing agent can not enter in the clear water yet, can avoid having only washing agent outwards to flow out wasting phenomenon.
The way that the structure choice of present embodiment shower nozzle delivery port 92 and complete machine assembling form can be discussed with reference to the front, no longer repetition.
Embodiment eight
The structure of the utility model syringe embodiment eight, as shown in Figure 8.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, flow control valve 7, fluid-delivery valve 8, a water transfer valve 11 and a shower nozzle 9.
Please comparison diagram 7 and Fig. 8, can see present embodiment just the infusion channel in the 7th embodiment increased a flow control valve 7, other each several part is identical with embodiment seven structures, no longer repeats.Present embodiment can be by regulating the flow that flow control valve 7 changes washing agent after fluid-delivery valve 8 is opened.
The way that the structure choice of present embodiment shower nozzle delivery port 92 and complete machine assembling form can be discussed with reference to the front, no longer repetition.
Embodiment nine
The structure of the utility model syringe embodiment nine, as shown in Figure 9.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, flow control valve 7, fluid-delivery valve 8, a shower nozzle 9 and a water transfer valve 11.
Comparison diagram 9 and Fig. 2 can see that present embodiment has just increased a flow control valve 7 in the infusion channel of embodiment two, install a water transfer valve 11 between water-supply-pipe 5 and shower nozzle 9 additional.The structure that present embodiment and embodiment two are identical no longer repeats.
The compression chamber 44 of the hydraulic cylinder 4 of present embodiment is communicated with an inlet 12 of opening on the sidewall of water-supply-pipe 5 through one by a woven hose 6, flow control valve 7, the infusion channel that fluid-delivery valve 8 is in series mutually; Water transfer valve water inlet 111 is communicated with water-supply-pipe 5, and water transfer valve delivery port 112 is communicated with shower nozzle 9.Threeway 3 is communicated with the aperture of the delivery port 32 of water-supply-pipes 5 must be less than the aperture of shower nozzle delivery port 92, shower nozzle water inlet 91, water transfer valve delivery port 112, water transfer valve 11 spools, water transfer valve water inlet 111 and water-supply-pipe 5, and less than the aperture of water inlet 31, main valve 2 and the feed pipe 1 of threeway 3.During use, water transfer valve 11 must be opened into and make the aperture of its aperture greater than the delivery port 32 of threeway 3 connection water-supply-pipes 5, preferably adopts push type water transfer valve 11.
Preparation before present embodiment uses, identical with previous embodiment, repeated description no longer just here.
During use, open main valve 2, the power cavity 43 of hydraulic cylinder 4 bears pressure under the pressure that supplies water, open water transfer valve 11, and clear water flows out from shower nozzle 9 through water-supply-pipe 5, water transfer valve 11, at this moment has only clear water externally to wash; If open fluid-delivery valve 8 again, the piston 42 of hydraulic cylinder 4 washing agent in the extruding compression chamber 44 under the pressure that supplies water flows to water-supply-pipe 5 and mixes with clear water, at this moment just can utilize flow control valve 7 to be controlled at the flow that adds washing agent in the clear water, externally wash with the water that has mixed washing agent; Close fluid-delivery valve 8, can stop to flow of washing agent again, recover to have only clear water externally to wash.Close water transfer valve 11 and fluid-delivery valve 8, can stop to flow of clear water and washing agent, stop flushing.People can change the flow of clear water by adjusting water transfer valve 11 or main valve 2, but main valve 2 must be opened into the aperture that makes its aperture be communicated with the delivery port 32 of water-supply-pipes 5 greater than threeway 3.
Present embodiment is being opened main valve 2, and under the situation that water transfer valve 11 cuts out, clear water is full of between the spool of threeway 3, water-supply-pipe 5 and water transfer valve water inlet 111 and water transfer valve 11, making does not have differential water pressures between the inlet opening 47 of hydraulic cylinder power cavity 43 and the inlet 12 on water-supply-pipe 5 sidewalls, even at this moment open fluid-delivery valve 8, owing to do not have pressure differential between the power cavity 43 of hydraulic cylinder 4 and the compression chamber 44, the piston 42 of hydraulic cylinder 4 can not push the washing agent in the compression chamber 44, makes washing agent can not enter in the water-supply-pipe 5 and mixes with clear water; In like manner, under the situation of opening water transfer valve 11 and fluid-delivery valve 5,, can stop to flow of clear water and washing agent simultaneously, stop flushing as long as close water transfer valve 11.Therefore the product of present embodiment even the user is after opening main valve 2, was opened fluid-delivery valve 8 in actual use by mistake before opening water transfer valve 11, and washing agent can not enter in the clear water yet, can avoid having only washing agent outwards to flow out and the waste washing agent.
The way that the structure choice of present embodiment shower nozzle delivery port 92 and complete machine assembling form can be discussed with reference to the front, no longer repetition.
Embodiment ten
The structure of the utility model syringe embodiment ten, as shown in figure 10.This syringe is made up of a feed pipe 1, main valve 2, threeway 3, hydraulic cylinder 4, water-supply-pipe 5, woven hose 6, flow control valve 7, fluid-delivery valve 8, shower nozzle 9, a booster pump 10 and a water transfer valve 11.
Comparison diagram 9 and Figure 10 can see, present embodiment is to install a booster pump 10 additional between the feed pipe 1 of last embodiment and main valve 2.Present embodiment is when the insufficient pressure that supplies water, and available booster pump 10 improves the pressure that supplies water, thereby improves from the impulse force of the current of delivery port 92 ejections of shower nozzle 9, strengthens the current scour effect.Other something in common of the structure of present embodiment and embodiment nine and using method no longer repeats.
The way that the selection of present embodiment shower nozzle delivery port 92 and complete machine assembling form can be discussed with reference to the front, no longer repetition.
The above only is the utility model preferred embodiment, does not limit the scope that the utility model is implemented with this, and the equivalence of doing according to the technical solution of the utility model and description changes and modification, all should belong to the scope that the utility model is contained.
Claims (10)
1. syringe, water-supply-pipe is communicated with a shower nozzle; It is characterized in that: connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, and this inlet is opened on the sidewall of water-supply-pipe; The compression chamber of hydraulic cylinder has an openable feed inlet; The aperture of delivery port that is communicated with water-supply-pipe in the threeway is less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of the aperture of the aperture of the aperture of shower nozzle delivery port, shower nozzle water inlet, water-supply-pipe, threeway.
2. syringe, water-supply-pipe is communicated with a shower nozzle; It is characterized in that: connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, this inlet open on the shower nozzle on the sidewall between shower nozzle water inlet and the shower nozzle delivery port; The compression chamber of hydraulic cylinder has an openable feed inlet; Have a aperture at least among being communicated with the aperture three of delivery port of water-supply-pipe in the aperture of shower nozzle water inlet, the aperture of water-supply-pipe or the threeway less than the shower nozzle delivery port, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.
3. syringe, water-supply-pipe is communicated with a shower nozzle through a water transfer valve; It is characterized in that: connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, this inlet open on the shower nozzle on the sidewall between shower nozzle water inlet and the shower nozzle delivery port; The compression chamber of hydraulic cylinder has an openable feed inlet; Have a aperture at least among being communicated with the aperture of delivery port of water-supply-pipe in the aperture of the aperture of the aperture of shower nozzle water inlet, water transfer valve delivery port, the aperture of water transfer valve core, water transfer valve water inlet, the aperture of water-supply-pipe or the threeway less than the shower nozzle delivery port, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.
4. syringe, water-supply-pipe is communicated with a shower nozzle through a water transfer valve; It is characterized in that: connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, this inlet open on the water transfer valve on the sidewall between water transfer valve delivery port and the water transfer valve core; The compression chamber of hydraulic cylinder has an openable feed inlet; Have the aperture of a aperture, shower nozzle water inlet, the aperture of water transfer valve delivery port at least among being communicated with the aperture of delivery port of water-supply-pipe in the aperture of the aperture of water transfer valve core, water transfer valve water inlet, the aperture of water-supply-pipe, the threeway less than the shower nozzle delivery port, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.
5. syringe, water-supply-pipe is communicated with a shower nozzle through a water transfer valve; It is characterized in that: connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with an inlet through an infusion channel that is in series by a woven hose, fluid-delivery valve, this inlet open on the water transfer valve on the sidewall between water transfer valve core and the water transfer valve water inlet; The compression chamber of hydraulic cylinder has an openable feed inlet; The aperture of water transfer valve water inlet, the aperture of water-supply-pipe or threeway must have an aperture less than the aperture of shower nozzle delivery port, the aperture of shower nozzle water inlet, the aperture of water transfer valve delivery port and the aperture of water transfer valve core among being communicated with the delivery port of water-supply-pipe, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.
6. syringe, water-supply-pipe is communicated with a shower nozzle through a water transfer valve; It is characterized in that: connect a main valve on the feed pipe, the delivery port of main valve is communicated with a threeway; A delivery port of threeway is communicated with water-supply-pipe, and another delivery port is communicated with a hydraulic cylinder power chamber; The compression chamber of hydraulic cylinder is communicated with inlet on the sidewall of opening at water-supply-pipe through an infusion channel that is in series by a woven hose, fluid-delivery valve; The compression chamber of hydraulic cylinder has an openable feed inlet; The aperture of delivery port that is communicated with water-supply-pipe in the threeway is less than the aperture of shower nozzle delivery port, the aperture of shower nozzle water inlet, the aperture of water transfer valve delivery port, the aperture of water transfer valve core, the aperture of water transfer valve water inlet and the aperture of water-supply-pipe, and less than aperture, the aperture of main valve and the aperture of feed pipe of the water inlet of threeway.
7. according to claim 1 or 2 or 3 or 4 or 5 or 6 described syringes, it is characterized in that: described water-supply-pipe and woven hose are flexible pipe.
8. according to claim 1 or 2 or 3 or 4 or 5 or 6 described syringes, it is characterized in that: described water-supply-pipe and woven hose are hard tube.
9. according to claim 1 or 2 or 3 or 4 or 5 or 6 described syringes, it is characterized in that: described water-supply-pipe is a hard tube and woven hose is flexible pipe or water-supply-pipe is flexible pipe and woven hose is a hard tube.
10. according to claim 1 or 2 or 3 or 4 or 5 or 6 described syringes, it is characterized in that: also be in series with a flow control valve in the described infusion channel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520084264 CN2817977Y (en) | 2005-06-16 | 2005-06-16 | Flushing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520084264 CN2817977Y (en) | 2005-06-16 | 2005-06-16 | Flushing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2817977Y true CN2817977Y (en) | 2006-09-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520084264 Expired - Fee Related CN2817977Y (en) | 2005-06-16 | 2005-06-16 | Flushing device |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102989629A (en) * | 2012-10-30 | 2013-03-27 | 茅惠杰 | Improved device for spraying adhesive onto neutral electrode |
| CN105534426A (en) * | 2016-01-27 | 2016-05-04 | 宁波德昌电机制造有限公司 | Carpet washing machine structure |
| CN107413794A (en) * | 2017-07-17 | 2017-12-01 | 重庆锐进蔬菜种植股份合作社 | A kind of cleaning equipment for cleaning Pickle |
| CN111794322A (en) * | 2020-07-17 | 2020-10-20 | 广东葆森城市街具科技有限公司 | STM32 chip control-based multifunctional hand washing machine |
| CN113580474A (en) * | 2021-06-17 | 2021-11-02 | 安徽美博智能科技有限公司 | Injection molding machine clearance mechanism |
-
2005
- 2005-06-16 CN CN 200520084264 patent/CN2817977Y/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102989629A (en) * | 2012-10-30 | 2013-03-27 | 茅惠杰 | Improved device for spraying adhesive onto neutral electrode |
| CN105534426A (en) * | 2016-01-27 | 2016-05-04 | 宁波德昌电机制造有限公司 | Carpet washing machine structure |
| CN105534426B (en) * | 2016-01-27 | 2017-12-08 | 宁波德昌电机制造有限公司 | A kind of carpet cleaner structure |
| CN107413794A (en) * | 2017-07-17 | 2017-12-01 | 重庆锐进蔬菜种植股份合作社 | A kind of cleaning equipment for cleaning Pickle |
| CN111794322A (en) * | 2020-07-17 | 2020-10-20 | 广东葆森城市街具科技有限公司 | STM32 chip control-based multifunctional hand washing machine |
| CN113580474A (en) * | 2021-06-17 | 2021-11-02 | 安徽美博智能科技有限公司 | Injection molding machine clearance mechanism |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20060920 |