CN101940987B

CN101940987B - Sliding switching water-outlet mechanism

Info

Publication number: CN101940987B
Application number: CN2010102602587A
Authority: CN
Inventors: 陈永华; 彭海松; 陈健民; 周华松
Original assignee: Xiamen Solex High Tech Industries Co Ltd
Current assignee: Xiamen Solex High Tech Industries Co Ltd
Priority date: 2010-08-23
Filing date: 2010-08-23
Publication date: 2012-07-25
Anticipated expiration: 2030-08-23
Also published as: CN101940987A

Abstract

The invention discloses a sliding switching water-outlet mechanism comprising a sliding unit and a fixed unit. The sliding unit is provided with a water-inlet cavity and two water-outlet ends; the water-inlet cavity is provided with a first end surface and a second end surface; the fixed unit comprises a water inlet and a sleeve body; the water inlet is communicated with the water-inlet cavity; the water-inlet cavity of the sliding unit axially slides on the two positioning positions relative to the sleeve body; when the water-inlet cavity is in the first positioning position, the second end surface is sealed and approaches to the sleeve body and the water is discharged from the first water-outlet end, and when the water-inlet cavity is in the second positioning position, the first end surface is sealed and approaches to the sleeve body and the water is discharged from the second water-outlet end. The water-outlet mechanism has the advantages of stable switching process and simple structure.

Description

The slip switching water discharging mechanism

Technical field

The present invention relates to a kind of slip switching water discharging mechanism.

Background technology

One Chinese patent application CN200620059005.2, name is called the utility model of " water route direction regulate division box ", and it has disclosed the discharge mechanism that a kind of adjusting device and division box are located at one; It cooperates spring, inwardly promotes water knockout drum or is pulled outwardly the delivery hose that is connected with water knockout drum, cooperates with sealing or the different delivery port of conducting through the inclined-plane; Switch in the realization water route; Though the utility model has also disclosed the principle that promotes waterway switching, has following shortcoming: the structure of its water knockout drum is comparatively complicated, need establish spring in addition with the location; Have relatively high expectations to what each member cooperated, delivery hose is easily because frequently spur and damage etc.

Summary of the invention

The invention provides a kind of slip switching water discharging mechanism, it has solved the shortcoming that the water route direction in the background technology is regulated division box.

The technical solution adopted for the present invention to solve the technical problems is:

The slip switching water discharging mechanism, it comprises a sliding unit and a fixed cell, said sliding unit has an intake antrum and two water sides; Said intake antrum has first and second end face, and said fixed cell comprises a water inlet and a body, and said water inlet is communicated with said intake antrum; The said relatively body of the intake antrum of said sliding unit endwisely slips in two position locations, and during first position location, said body is abutted against in said second end face seal; The said first water side water outlet; During second position location, said body is abutted against in said first end face seal, the said second water side water outlet.

In one preferred embodiment, said sliding unit also comprises first and second side cover of being located at its two ends respectively, wherein offers a plurality of apopores that run through on the outer peripheral face of each side cover.

In one preferred embodiment, the inner chamber size of the external diameter of said body and said side cover is suitable.

In one preferred embodiment, said sliding unit comprises that also one is fixedly arranged on the axis of guide in it.

In one preferred embodiment, said body is sheathed on outside the said axis of guide, has the gap that is communicated with said water inlet between said body and the said axis of guide.

In one preferred embodiment, during said first position location, first apopore of said first side cover is connected water side, said gap to the first, the second not water flowing of apopore of said second side cover; During said second position location, second apopore of said second side cover is connected water side, said gap to the second, the first not water flowing of apopore of said first side cover.

In one preferred embodiment, the inner face of said each side cover is equipped with an installing hole adaptive with the axle head of the said axis of guide, and said two side covers pass through the two ends of the affixed said axis of guide of said two installing holes respectively.

In one preferred embodiment, the inner face of said first side cover is first end face, and the inner face of said second side cover is second end face.

In one preferred embodiment, said fixed cell has a water supply connector, and said water inlet is located at said water supply connector, and the affixed said body of said joint.

In one preferred embodiment, said sliding unit also is provided with a chute, and a slip lid connects said fixed cell and in said chute, slides.

This slip switching water discharging mechanism is compared with background technology, has the following advantages: 1. the fixed cell of this discharge mechanism cooperates sliding unit, and sliding unit relative fixed unit endwisely slips; So that the body of fixed cell selects sealing to be abutted against first end face or second end face; Thereby switch the water outlet of different water sides, handoff procedure is steady, and has utilized hydraulic pressure dexterously so that first end face of intake antrum or second end face are automatically positioned on body; Need not to establish again back-moving spring, simple in structure; 2. sliding unit has two side covers that are covered on its two ends, not only rises fixing and decoration function, and also is provided with the apopore that runs through on the side cover to connect first and second water side respectively; 3. because the inner chamber of the adaptive side cover of external diameter of body size; Therefore during first position location, current can not leak out second water side from second end face, when second position location; Current can not leak out first water side from first end face, can guarantee stability and the sealing that switch in the water route; 4. the axis of guide is fixedly arranged in the sliding unit and is sheathed in the body, and the slip of sliding unit is play the guiding role; 5. have the gap between the axis of guide and the body, said gap be communicated with water inlet and along with the slip of body to select to be communicated with first and second water side; First and second apopore on two side covers cooperate first and second position the location to select connecting intake antrum, cooperate ingeniously, make handoff procedure more stable; 7. the inner face of two side covers is equipped with an installing hole, makes the axis of guide be fixed in the sliding unit; 8. the inner face of two side covers is defined as first and second end face respectively, so is that one of one of the inner face sealing of side cover inner face of being abutted against said body or side cover is away from said body during first and second position location; 9. because sliding unit has a chute and a slip lid, slip lid connects fixed cell, so the user only need stir slip lid and in chute, slide, and perhaps directly promotes sliding unit, just can switch the different water sides water outlet of discharge mechanism.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the present invention is described further.

Fig. 1 is the exploded view of the slip switching water discharging mechanism of preferred embodiment.

The cutaway view of Fig. 2 during for the first water side water outlet of the slip switching water discharging mechanism of preferred embodiment.

The schematic perspective view of Fig. 3 during for the first water side water outlet of the slip switching water discharging mechanism of preferred embodiment.

The cutaway view of Fig. 4 during for the second water side water outlet of the slip switching water discharging mechanism of preferred embodiment.

The schematic perspective view of Fig. 5 during for the second water side water outlet of the slip switching water discharging mechanism of preferred embodiment.

Description of reference numerals:

Sliding unit-100; Intake antrum-110; First water side-120; Second water side-130; First side cover-140; First apopore-141; First end face-142; First installing hole-143; Second side cover-150; Second apopore-151; Second end face-152; Second installing hole-153; The axis of guide-160; Gap-161; Chute-170; Slip lid-180; Fixed cell-200; Water supply connector-210; Water inlet-211; Body-220.

The specific embodiment

See also Fig. 1 to Fig. 5, be the slip switching water discharging mechanism that preferred embodiment of the present invention provided.

In conjunction with Fig. 1, Fig. 2 and shown in Figure 4, this slip switching water discharging mechanism comprises a sliding unit 100 and a fixed cell 200,

Said sliding unit 100 comprises an intake antrum 110, one first water side 120, one second water side 130, one first side cover 140, one second side cover 150, an axis of guide 160, a chute 170 and a slip lid 180; Said two water sides 120,130 are separate, are located at the diverse location of said sliding unit 100 outer surfaces respectively; Said first and second side cover 140,150 is covered on the two ends of said sliding unit 100 respectively; The outer peripheral face of wherein said first side cover 140 is offered a plurality of first water holes 141 that run through equably; Its inner face 143 is provided with an installing hole 142; The outer peripheral face of said second side cover 150 is offered a plurality of first water holes 151 that run through equably, and its inner face 153 is provided with an installing hole 152; The two ends of the said axis of guide 160 are individually fixed within said two installing

holes

142 and 152, to be fixedly arranged within the said sliding unit 100; Said chute 170 is opened in the end face of said sliding unit 100, and said slip lid 180 connects said fixed cell and can within said chute 170, slide.

Said fixed cell 200 comprises a water supply connector 210 and a body 220; Wherein, Said water supply connector 210 has the water inlet 211 of a connection water source and said intake antrum 110; Said chute 170 and the said slip lid 180 and the said body 220 that is threaded are passed in said water supply connector 210, and said body 220 is located in the said sliding unit 100, within the promptly said intake antrum 110; Its external diameter is the inner chamber of identical said side cover 140,150 just in time; And the said axis of guide 160 of socket, having the gap 161 that can be communicated with said water inlet 211 between said body 220 and the said axis of guide 160, said cover physical efficiency endwisely slips, and it has two position locations in said intake antrum 110 and relatively.

Sketch map when Fig. 2 to Fig. 3 is the first water side water outlet of this slip switching water discharging mechanism.

Stir said slip lid 180 left or directly promote said sliding unit 100, make said sliding unit 100 slide left, be resisted against said body 220 up to second end face 153 of said second side cover 150; After opening the water source, current get into said intake antrum 110 from said water inlet 211, under the hydraulic pressure effect; Said second end face 153 is automatically positioned on said body 220, i.e. first position location is because the inner chamber of the adaptive said side cover 150 of external diameter of said body 220; Therefore said second end face 153 and said body 220 end face seals; Current can not get into second apopore 151, and current then get into the gap 161 between the said body 220 and the said axis of guide 160, through said first apopore 141; Finally flow out second water side, 130 not water outlets this moment from first water side 120.

Sketch map when Fig. 4 to Fig. 5 is the second water side water outlet of this slip switching water discharging mechanism.

When needing 130 water outlets of second water side, stir said slip lid 180 to the right or directly promote said sliding unit 100, the effect that makes said sliding unit 100 overcome hydraulic pressure is slided to the right; First end face 143 up to said first side cover 140 is resisted against said body 220; Current get into said intake antrum 110 from said water inlet 211, and under the hydraulic pressure effect, said first end face 143 is automatically positioned on said body 220; I.e. second position location; Since the inner chamber of the adaptive said side cover 140 of external diameter of said body 220, therefore said first end face 143 and said body 220 end face seals, and current can not get into first apopore 141; And current then get into the gap 161 between the said body 220 and the said axis of guide 160; Through said second apopore 151, finally flow out first water side, 120 not water outlets this moment from second water side 130.

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.

Claims

1. slip switching water discharging mechanism, it is characterized in that: it comprises a sliding unit and a fixed cell, said sliding unit has an intake antrum and two water sides; Said intake antrum has first and second end face, and said two water sides are defined as first water side and second water side respectively, and said fixed cell comprises a water inlet and a body; Said water inlet is communicated with said intake antrum, and the said relatively body of the intake antrum of said sliding unit endwisely slips in two position locations, and said two position locations are defined as first position location and second position location respectively; During first position location; Said body is abutted against in said second end face seal, and the said first water side water outlet is during second position location; Said body is abutted against in said first end face seal, the said second water side water outlet; Said sliding unit also comprises first and second side cover of being located at its two ends respectively, wherein offers a plurality of apopores that run through on the outer peripheral face of each side cover.

2. slip switching water discharging mechanism according to claim 1 is characterized in that: the inner chamber size of the external diameter of said body and said side cover is suitable.

3. slip switching water discharging mechanism according to claim 1 is characterized in that: said sliding unit also comprises an axis of guide that is fixedly arranged in it.

4. slip switching water discharging mechanism according to claim 3 is characterized in that: said body is sheathed on outside the said axis of guide, has the gap that is communicated with said water inlet between said body and the said axis of guide.

5. slip switching water discharging mechanism according to claim 4 is characterized in that: during said first position location, first apopore of said first side cover is connected water side, said gap to the first, the second not water flowing of apopore of said second side cover; During said second position location, second apopore of said second side cover is connected water side, said gap to the second, the first not water flowing of apopore of said first side cover.

6. slip switching water discharging mechanism according to claim 3; It is characterized in that: the inner face of said each side cover is equipped with an installing hole adaptive with the axle head of the said axis of guide, and said two side covers pass through the two ends of said two affixed said axis of guides of installing hole respectively.

7. slip switching water discharging mechanism according to claim 1 is characterized in that: the inner face of said first side cover is first end face, and the inner face of said second side cover is second end face.

8. according to each described slip switching water discharging mechanism in the claim 1 to 7, it is characterized in that: said fixed cell has a water supply connector, and said water inlet is located at said water supply connector, and the affixed said body of said joint.

9. according to each described slip switching water discharging mechanism in the claim 1 to 7, it is characterized in that: said sliding unit also is provided with a chute, and slip lid connects said fixed cell and in said chute, slides.