Swing up and down the effluent mechanism of control
Technical field
The present invention relates to a kind of effluent mechanism, particularly swing up and down the effluent mechanism of control.
Background technique
The effluent mechanism that combines with support arm in the market; Adopt two-way valve to be located at the connecting head place mostly as the water route changeover module; Switch to carry out the water route through the operation changeover module, yet in actual use, because the position of changeover module is higher; And the switching principle of this changeover module is also comparatively complicated, causes the user to be inconvenient to operate.
Summary of the invention
The invention provides a kind of effluent mechanism that swings up and down control, it has solved the shortcoming of being inconvenient to operate changeover module in the background technique.
The technical solution adopted for the present invention to solve the technical problems is:
Swing up and down the effluent mechanism of control, it comprises:
One pipe assembly, outer tube and interior pipe that it comprises mutual socket form intake tunnel between said outer tube and the interior pipe, form first water route within the said interior pipe; And
One switches assembly, and it comprises:
One fixed unit, its affixed outer tube and interior pipe, and be provided with a water chamber, one second water route and two tapping holes, and said water chamber is connected intake tunnel, and said two tapping holes are connected first water route and second water route respectively; And
One rotating unit; It can be connected fixed unit with swinging up and down; And have a Sealing, utilize the swing control tapping hole of Sealing relative fixed unit and the break-make between the water chamber, water outlet when realizing switching and two water routes in first water route and second water route.
In one preferred embodiment, it also comprises:
One support arm assembly, it comprises back pipe, a connecting head and a preceding pipe at a connection water source, managed and the pipe assembly pipe, back before said connecting head was affixed, and said intake tunnel is connected the back pipe, pipe before said interior pipe is connected.
In one preferred embodiment, it also comprises:
One can be fixed in the Suction cup assembly of metope, its affixed outer tube.
In one preferred embodiment, said fixed unit comprises:
One main body, its side are arranged with and form groove, and its bottom surface is arranged with and forms fitting recess, and said two tapping holes are opened in the bottom surface of groove;
One stopper; Its sealing is fixed within the fitting recess of main body; And form first fen water cavity and second fen water cavity, and said first minute water cavity and second fen water cavity are connected two tapping holes respectively, and said first minute water cavity and second fen water cavity are connected first water route and second water route respectively.
In one preferred embodiment, convex with pivot in the middle of the said groove;
Said rotating unit comprises:
One switches pad, and it is rotatably connected on pivot and can connects groove, the affixed Sealing of said switching pad interior edge face, the adaptive tapping hole of said Sealing by the sealed rotational lid; And
The leader, it comprises one handle and the link arm that is extended back by handle two ends, pad is switched in the coaxial connection of said link arm.
In one preferred embodiment, said stopper bottom surface is arranged with and forms first tank, and other is provided with a plurality of first connection holes of running through first tank, and said first tank is connected first water route;
Said stopper end face is arranged with and forms second tank, and other is provided with a plurality of second connection holes of running through second tank, and said second tank is connected second water route;
Said two tapping holes are connected the first connection hole and the second connection hole respectively.
In one preferred embodiment, be provided with a seal ring between the external port in the external port in the said first connection hole and the second connection hole, said seal ring is socketed in outside the stopper.
Effluent mechanism provided by the present invention is compared with background technique; Have the following advantages: 1. it mainly comprises pipe assembly and changeover module; Wherein changeover module comprises fixed unit and swings up and down the rotating unit of being located at fixed unit, and changeover module is not established the connecting head place, each parts compactness that cooperatively interacts; Use simply comfortablely, met human oriented design trend; 2. also be provided with a support arm assembly, be communicated with intake tunnel, pipe assembly and first water route respectively, indoor design is ingenious, saves the space; 3. also be provided with one and be used for fixing the pipe assembly in the Suction cup assembly of metope, firm and reliable connection; 4. fixed unit comprises main body and stopper, offers a groove on the main body and is used to cooperate rotating unit, and fitting recess is used to assemble stopper; Stopper defines two fens water cavities that are communicated with two water routes respectively up and down; They are two tapping holes of communication groove bottom surface respectively, and its internal structure design is ingenious, cooperates closely; 5. rotating unit comprises that one switches pad and a Sealing of interlock with it; And the leader, swing up and down the handle of handle, because the link arm of handle and the annexation of switching pad; Make Sealing in water chamber, swing thereupon; With switching water flowing or the water flowing simultaneously of controlling two tapping holes, each several part cooperates compact, effectively quickly interlock; 6. stopper is divided into first and second bypass channel up and down; It is first and second minute water cavity; They are connected the hole by a plurality of first and second that runs through the branch water cavity respectively and are switched to first and second tapping hole respectively, have not only realized switching the effect of water flowing, and have reasonably utilized the effluent mechanism inner space; 7. also be provided with a Sealing between the external port in the external port in the first connection hole and the second connection hole and the socket stopper, guaranteed excellent sealing performance between the first connection hole and the second connection hole.
Description of drawings
Below in conjunction with accompanying drawing and embodiment the present invention is described further.
Fig. 1 is the schematic perspective view that swings up and down the effluent mechanism of control among first embodiment.
Fig. 2 is the sectional view that swings up and down the effluent mechanism of control among first embodiment.
Fig. 3 is the explosive view of switching unit among first embodiment.
Fig. 4 is the internal structure schematic representation of switching unit among first embodiment, the equal water outlet in two water routes this moment.
Fig. 5 is the internal structure schematic representation of switching unit among first embodiment, first water route water outlet this moment.
Fig. 6 is the partial sectional view that swings up and down the effluent mechanism of control among first embodiment, first water route water outlet this moment.
Fig. 7 is the internal structure schematic representation of switching unit among first embodiment, second water route water outlet this moment.
Fig. 8 is the explosive view of switching unit among second embodiment.
Fig. 9 is the sectional view that swings up and down the effluent mechanism of control among second embodiment, the equal water outlet in two water routes this moment.
Figure 10 is the internal structure schematic representation of switching unit among second embodiment, the equal water outlet in two water routes this moment.
Description of reference numerals:
Pipe assembly-100; Outer tube-110; Interior pipe-120; Intake tunnel-130; First water route-121; Changeover module-200; Fixed unit-210; Second water route-211; Two tapping holes-212,213; Main body-214; Water chamber-2141; Fitting recess-2142; Pivot-2143; Stopper-215; First fen water cavity-2151; Second fen water cavity-2152; The first connection hole-2153; The second connection hole-2154; Seal ring-2155; Rotating unit-220; Sealing-221; Switch pad-2221,2222; Handle-223; Handle-2231; Link arm-2232; Rotation seat-2241,2242; Pad-225; Locating stud-226; Spring-227; Screw-228; Support arm assembly-300; Back pipe-310; Connecting head-320; Preceding pipe-330; Suction cup assembly-400.
Embodiment
See also Fig. 1 to Fig. 7, they have illustrated the effluent mechanism that swings up and down control that the first embodiment of the present invention provided.
As shown in Figure 1; Effluent mechanism comprises that a pipe assembly 100, switches assembly 200, a support arm assembly 300 and a Suction cup assembly 400, and wherein, said changeover module 200 is fixed in pipe assembly 100; Said support arm assembly 300 manages 330 before comprising back pipe 310, one connecting head 320 and one; Be provided with the intake tunnel 130 that is communicated with the water source in the back pipe 310, three ends of connecting head 320 connect back pipe 310, said pipe assembly 100 and preceding pipe 330 respectively, and preceding pipe 330 is connected first water route 121; In the present embodiment, first water route will join with the head gondola water faucet; Said Suction cup assembly 400 is fixed in metope with said pipe assembly 100.
In conjunction with Fig. 2, shown in Figure 3, said pipe assembly 100 comprises an outer tube 110 and an interior pipe 120 of mutual socket, and the gap between outer tube 110 and the interior pipe 120 is an intake tunnel 130, and the pipelines in the interior pipe 120 are first water route 121;
Said changeover module 200 comprises a fixed unit 210 and a rotating unit 220,
Wherein said fixed unit 210 is fixed in said pipe assembly 100; It comprises a main body 214 and a stopper 215; It is the groove of a connection intake tunnel 130 that the side of said main body 214 is arranged with; Be water chamber 2141, the center of groove is provided with a pivot 2143, and groove face offers two tapping holes 212,213 that distribute along pivot 2143 center camber lines; The bottom surface of said main body 214 is arranged with and forms a fitting recess 2142 with the said stopper 215 of sealing assembling; Wherein, The end face of said stopper 215 is arranged with and forms one first tank; Promptly first minute water cavity 2151, the pipeline of its connection are first water route 121, and a plurality of first connection hole 2153 and first tapping holes 212 that run through first tank are selected to connect; The bottom surface of said stopper 215 is arranged with and forms one second tank; Promptly second minute water cavity 2152, it connects second water route 211, and a plurality of second connection hole 2154 and second tapping holes 213 that run through second tank are selected to connect; In the present embodiment, second water route 211 will be connected with a hand-held gondola water faucet; Said stopper 215 outer also sheathed seal rings 2155, it is feasible and sealability between two fens water cavities is better between the external port in the external port in the first connection hole 2153 and the second connection hole 2154;
Said switching unit 220 can be connected said fixed unit 210 with swinging up and down; It comprises that a Sealing 221, two switches pad 2221,2222 and leader 223; Said switching pad is positioned at said main body 214 both sides; Wherein one switch pad 2221 directly sealing be secured to sides of said main body 214, another switches pad 2222 and is rotationally connected with pivot 2143 and can seals attaching groove 2141, the affixed Sealing 221 of its interior edge face makes said switching pad 2222 and Sealing 221 interlocks; Said Sealing 221 can rotate in water chamber 2141 along the camber line of the two tapping holes relative main body 214 of arranging; All adaptive two tapping holes of its size; In the present embodiment, its size can be designed as less than first and second tapping hole 212, gap portion between 213, but is not limited to this; The size of Sealing 221 also can equal or be slightly larger than the gap portion of two tapping holes 212,213; Like this, when Sealing 221 during at two tapping holes 212, between 213, it can not cover two tapping holes 212,213 fully; Said handle 223 comprises one handle 2231 and two link arms 2232; Said two link arms 2232 extend back and the coaxial switching pad 2221,2222 that is connected in from the two ends of handle 2231 respectively; Make the rotation that can drive Sealing 221 that swings up and down of handle 2231, thereby realize the purpose that switch in the water route.
The internal structure schematic representation of switching unit when Fig. 4 is the two water routes water outlet simultaneously of water flowing out structure.
This moment, Sealing 221 was at two tapping holes 212, between 213; Therefore two tapping holes 212,213 all are not plugged; After opening the water source, current will get into the water chamber 2141 of said fixed unit 210 along intake tunnel 130, get into first and second minute water cavity and first and second water route respectively from two tapping holes 212,213 then; Thereby make the water outlet simultaneously of head gondola water faucet and Portable rose, effluent mechanism is a mixing water water outlet effect.
Schematic representation when Fig. 5, Fig. 6 have illustrated the first water route water outlet of effluent mechanism; Swing up and down the handle 2231 of handle 223; Make Sealing 221 swing blocking second tapping hole 213, and first tapping hole 212 is connected with water chamber 2141 thereupon, open the water source after; Current will get into first fen water cavity 2161 and first water route 121, head gondola water faucet water outlet at this moment from first tapping hole 212.
The internal structure schematic representation of switching unit when Fig. 7 is the second water route water outlet of effluent mechanism; Continue to swing up and down the handle 2231 of handle 223, make and block first tapping hole 212 in Sealing 221 change positions; And conducting second tapping hole 213; After opening the water source, current will get into second fen water cavity 2162 and second water route 211, Portable rose water outlet at this moment from second tapping hole 213.
Fig. 8, Fig. 9 and Figure 10 have illustrated the second embodiment of the present invention, identical among its water outlet principle and the main structure and first embodiment, and difference is:
As shown in Figure 8, one of which in the fitting recess 2142 that is fixed in main body 214 bottom surfaces between the stopper 215, unites two into one the two, is convenient to once-through and has also saved desired seal circle 2155 among first embodiment;
They are two years old; First embodiment's two is switched pad 2221,2222 replace with two rotation seats 2241,2242; And respectively establish a pad 225 and adapt to said rotation seat 2241,2242 respectively; Said pad 225 is used for separately separating rotation seat 2241,2242 and screw 228, reduces the two and directly contacts and the friction of generation;
They are three years old; There is a side of rotation seat 2241 to be provided with locating unit in said main body 214 attachings; Said location unit comprises that a locating stud 226 is resisted against said rotation seat 2241; And one spring 227 match to merge with said locating stud 226 and be resisted against said main body 214, increased locating function, improved the use feel.
The water route switching principle of the second embodiment of the present invention is basically the same as those in the first embodiment, and also is mainly to have utilized the rotation of Sealing 221 to switch.
In conjunction with Fig. 9, shown in Figure 10, the schematic representation when it goes out mixing water for said effluent mechanism.After said main body 214 is integrated with stopper; Direct formation second water routes 211 in the said main body 214 also directly are communicated with first water route 121, open current after; Because Sealing 221 is at two tapping holes 212, between 213; Current will get into first and second tapping hole 212,213 simultaneously, first and second water route 121,211 equal water outlets, and this moment, effluent mechanism went out mixing water.
In like manner, second embodiment's effluent mechanism also has first and second water route function of water outlet respectively in the effluent mechanism with first embodiment, and its detailed process is not given unnecessary details at this, need not to provide corresponding accompanying drawing yet.
The above is merely preferred embodiment of the present invention, so can not limit the scope that the present invention implements according to this, the equivalence of promptly 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.