CN202493713U - Folded fan type water diversion mechanism and bibcock provided with the same - Google Patents
Folded fan type water diversion mechanism and bibcock provided with the same Download PDFInfo
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- CN202493713U CN202493713U CN2012201024423U CN201220102442U CN202493713U CN 202493713 U CN202493713 U CN 202493713U CN 2012201024423 U CN2012201024423 U CN 2012201024423U CN 201220102442 U CN201220102442 U CN 201220102442U CN 202493713 U CN202493713 U CN 202493713U
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Abstract
The utility model discloses a folded fan type water diversion mechanism and a bibcock provided with the same. The folded fan type water diversion mechanism comprises a main pipe body and at least two branch pipe bodies, wherein one end of the main pipe body is provided with a water inlet, and the other end of the main pipe body is provided with a water outlet. Each branch pipe body respectively comprises a water inlet section and a water outlet section, and the water inlet section is connected with the water outlet section in a bent mode. The outer diameter of the water inlet section of each branch pipe body is respectively smaller than the inner diameter of the other end of the main pipe body, and the inner diameters of the water inlet sections of the at least two branch pipe bodies decrease progressively in sequence. The other end of the main pipe body and the water inlet sections of the at least two branch pipe bodies are rotationally connected in sleeved mode in sequence, and the water outlet sections of the at least two branch pipe bodies are vertically folded with each other or vertically separated from each other to form folded fan distribution. The water outlet section of each branch pipe body is communicated with the main pipe body in sealed mode through the water inlet section of the branch pipe body self or through the water inlet section of the branch pipe body self and the water inlet section of the adjacent branch pipe body. The bibcock provided the folded fan type water diversion mechanism utilizes the water diversion mechanism as a water outlet unit. The folded fan type water diversion mechanism and the bibcock provided the same has the advantages of being capable of forming at least two ways of diversion water, convenient to use, novel in structure and the like.
Description
Technical field
The utility model relates to the bathroom field, particularly relates to a kind of plication hydroseparator structure and the tap of plication hydroseparator structure is housed.
Background technique
Tap is one of requisite feedwater instrument in people's daily life.Along with socioeconomic continuous development, the structure of tap in the market is of all kinds, and function is also more and more abundanter, constantly satisfies the various demands of people, has also brought more facility and comfortable to life.Yet, in the prior art, no matter simple in structure still complicated; Function singleness still is diversified tap, and all there is a deficiency in it, promptly all only has a water outlet; This just causes this tap can only supply people to use at every turn, and when this tap is many people when using jointly, other people often have to wait in line; This not only loses time, and makes the people produce impatient psychology again easily, is unfavorable for physical and mental health.Except tap, other water supply device also generally only have a water outlet, cause using inconvenient.
The model utility content
The purpose of the utility model is to overcome the deficiency of existing technology; A kind of plication hydroseparator structure is provided and the tap of plication hydroseparator structure is housed; The plication hydroseparator structure that it provides can form at least, and two-way divides water; With its water unit, bring great convenience for people's life as tap or other water supply device.
The utility model solves the technological scheme that its technical problem adopted: a kind of plication hydroseparator structure comprises:
One main pipe, the one of which end has water intake, and the other end has water outlet;
At least two fens bodys, each minute body comprise respectively and be inlet segment and the water exit end that bending connects, and each minute body the external diameter of inlet segment respectively less than the internal diameter of said main pipe's the other end, the internal diameter of the inlet segment of this at least two fens bodys successively decreases gradually;
The inlet segment of said main pipe's the other end, at least two fens bodys socket that rotates successively, and the water exit end of this at least two fens bodys is superimposed with each other up and down or is separated from each other makes the water exit end of at least two fens bodys form plication and distributes; Each minute, the water exit end of body sealed connection through self inlet segment or the inlet segment through self inlet segment and adjacent minute body with the main pipe respectively mutually.
In the said at least two minutes bodys, the inlet segment of the branch body that the inlet segment internal diameter is minimum has a water-inlet cavity, and this water-inlet cavity and this minute body water exit end be connected; All the other divide first water-inlet cavity that the inlet segment of bodys has the inlet segment that is used for adjacent minute body of socket and second water-inlet cavity that is used to connect self water exit end, and all the other first water-inlet cavitys that divide bodys and second water-inlet cavity directly or first water-inlet cavity through adjacent minute body seal connection mutually with said main pipe's inside; The water-inlet cavity of the branch body that the inlet segment internal diameter is minimum directly or through all the other divides first water-inlet cavity of body to seal connection mutually with said main pipe's inside.
Also comprise at least two snap rings, the sidewall of each snap ring respectively along its be axially arranged with one run through its whole wall opening, said each minute the outer side wall of inlet segment of body be respectively equipped with the limited step of a ring-type; Wherein a snap ring utilizes its opening to form to step down and fixed cover is pressed between the inlet segment of said main pipe and the branch body of internal diameter maximum; All the other snap rings utilize its opening to form to step down and fixed cover is pressed between the inlet segment of per two adjacent branch bodys, and the inner end of each snap ring is subject to the limited step of corresponding minute body respectively.
The inlet segment of said all the other branch bodys has one deck tube wall, and the cavity that surrounds of this tube wall forms said first water-inlet cavity, and this tube wall was axially arranged with water channel along it, and this is crossed water channel and forms said second water-inlet cavity; The outer side wall of said each snap ring is provided with a convexity and is used to make the radially perforate of elastics wing of convexity; The madial wall of the inlet segment of said all the other branch bodys and said main pipe's madial wall are respectively equipped with a spacing hole, and the convexity of said each snap ring is utilized its perforate to form elastics wing respectively and is connected in said all the other branch bodys and said main pipe's the spacing hole.
The inlet segment of said all the other branch bodys has one first tube wall, second tube wall outer with being coated on this first tube wall; The cavity that first tube wall self surrounds forms said first water-inlet cavity, and the space that surrounds between first tube wall and second tube wall forms said second water-inlet cavity; The outer side wall of second tube wall of said all the other branch bodys constitutes the outer side wall of its inlet segment; The outer side wall of said each snap ring is respectively equipped with a convexity and is used to make the radially perforate of elastics wing of convexity; The madial wall of first tube wall of said all the other branch bodys is provided with a spacing blind hole; Said main pipe's madial wall is respectively equipped with a spacing blind hole or a spacing hole, the convexity of said each snap ring utilize its perforate to form elastics wing respectively and be connected in said all the other divide bodys spacing blind hole and said main pipe spacing blind hole or spacing in.
The hole clipping of said each snap ring lays respectively at the downside of said convexity, and is in the shape of the letter V.
Body was the L font in said minute, and the inlet segment of said minute body and water exit end are integral structure.
A kind of tap that plication hydroseparator structure is housed comprises into water unit and control unit; Also comprise above-mentioned plication hydroseparator structure, this plication hydroseparator constitutes the water unit of tap, and the waterexit end of control unit is connected in the main pipe's of this plication hydroseparator structure end sealing.
Said control unit comprises ceramic valve core and the control handle that is connected with this ceramic valve core.
A kind of plication hydroseparator structure of the utility model; Its each minute body all can be along the main pipe axially be 360 ° of rotations; The water exit end of body turns to when superimposed up and down when each minute; It can merge one road current, and the water exit end of body turns to when being separated from each other when each minute, and it can form at least that two-way divides water.With the water unit of this plication hydroseparator structure as tap; Then when with this hydroseparator structure each minute body water exit end turn to when superimposed up and down; It forms one tunnel water outlet, can supply a people to use, when with this hydroseparator structure each minute body water exit end turn to when being separated from each other; It can form at least that two-way divides current, can be conducted to few two people simultaneously and use.
The beneficial effect of the utility model is, its hydroseparator structure that is made up of main pipe and at least two fens bodys can form at least that two-way divides water, has solved one tunnel water outlet and has been difficult to or is not divided into the problem of two-way water outlet at least; The rotation socket relation of its main pipe and at least two fens bodys; And the plication distributed architecture of the water exit end of at least two fens bodys; Not only make this hydroseparator structure have novel structure, compactness, characteristics attractive in appearance; Also make this hydroseparator structure under user mode not, can its each water exit end turned to superimposed up and down or removes, thus can reduce take up room, conveniently use, convenient collection and carrying; With the water unit of this plication hydroseparator structure as tap, the tap that has solved existing technology once can only supply the problem of people use.
Below in conjunction with accompanying drawing and embodiment the utility model is done further explain; But a kind of plication hydroseparator structure of the utility model is not limited to embodiment.
Description of drawings
Fig. 1 is the decomposing schematic representation of the plication hydroseparator structure of the utility model;
Fig. 2 is the structural representation (water exit end is superimposed up and down) of the plication hydroseparator structure of the utility model;
Fig. 3 is the vertical cross section figure of the plication hydroseparator structure of the utility model among Fig. 2;
Fig. 4 is the A-A sectional drawing of the plication hydroseparator structure of the utility model among Fig. 2;
Fig. 5 is the structural representation (water exit end is separated from each other) of the plication hydroseparator structure of the utility model;
Fig. 6 is the structural representation of the tap that plication hydroseparator structure is housed of the utility model.
Embodiment
Embodiment sees also Fig. 1-shown in Figure 4, and a kind of plication hydroseparator structure of the utility model comprises:
One main pipe 1, the one of which end has water intake 11, and the other end has water outlet 12;
Said main pipe's 1 the other end, divide body 2 inlet segment 21, divide the socket that rotates successively of the inlet segment 31 of body 3; And the water exit end 32 that divides body 3 is positioned at the top of the water exit end 22 of branch body 2; And can be through rotating; The water exit end 32 of branch body 3 is superimposed with each other up and down with the water exit end 22 that divides body 2 or is separated from each other, distribute thereby form plication; The water exit end 22 that divides body 2 seals connection (in order to realize sealing through himself inlet segment 21 with main pipe 1 mutually; It specifically is two first seal rings 5 of suit between the outer side wall of the inlet segment 21 of minute body 2 and main pipe's 1 madial wall); Because the length of the inlet segment 31 of branch body 3 is less than the length of the inlet segment 21 of minute body 2; Thereby the water exit end 32 that divides body 3 is to seal (in order to realize sealing, it specifically is two second seal rings 6 of suit between the madial wall of the inlet segment 21 of the madial wall of the inlet segment 31 of minute body 3 and branch body 2) that is communicated with mutually through the inlet segment 31 of himself, the inlet segment 21 and the main pipe 1 of branch body 2 successively.Here, also can the inlet segment that divide body 3 31 be prolonged, make the water exit end 32 of branch body 3 directly seal connection mutually with main pipe 1 through the inlet segment 31 of himself.
In above-mentioned two minutes bodys 2,3, the inlet segment 31 of the branch body 3 that the inlet segment internal diameter is minimum has a water-inlet cavity 34, and the upper end of this water-inlet cavity 34 and this minute body 3 water exit end 32 be connected; All the other first water-inlet cavitys 25 that divide the inlet segment 21 of bodys (promptly dividing body 2) to have to be used for the inlet segment 31 that socket divides body 3 and second water-inlet cavity that is used to connect self water exit end 22; And divide first water-inlet cavity 25 of body 2 directly to seal connection mutually respectively with main pipe 1 inside with second water-inlet cavity; As stated, divide the water exit end 32 of body 3 promptly to be through its water-inlet cavity 34, to divide first water-inlet cavity 25 of body 2 to seal connection mutually with main pipe 1 inside.
As a preferred embodiment, the utility model also comprises two snap rings 4, is used for axially positioning the inlet segment of above-mentioned two minutes bodys 2,3.The sidewall of each snap ring 4 is axially arranged with an opening 41 that runs through its whole wall along it respectively, and promptly the cross section of each snap ring 4 is the C font; The outer side wall of the inlet segment of branch body 2,3 is respectively equipped with the limited step 23,33 of a ring-type; Wherein a snap ring utilizes its opening to form to step down and fixed cover is pressed between the inlet segment 21 of main pipe 1 and the branch body 2 of inlet segment internal diameter maximum; Another snap ring utilizes its opening to form to step down and between the inlet segment 31 of inlet segment 21 that fixed cover is pressed on branch body 2 and branch body 3, and the inner end of each snap ring 4 is subject to the limited step 23,33 of branch body 2,3 respectively.So; After dividing the inlet segment of body 2 to be set in the main pipe 1 through snap ring, it can be along main pipe 1 axial rotation, and can not throw off each other with main pipe 1; In like manner; After dividing in the inlet segment of body 3 is set in branch body 2 through snap ring the inlet segment, it can be along main pipe 1 axial rotation, and can not throw off each other with minute body 2.
As a preferred embodiment; The inlet segment 21 of said all the other branch bodys (promptly dividing body 2) has one deck tube wall, and the cavity that this tube wall surrounds forms first water-inlet cavity 25, and this tube wall is (as shown in Figure 4 along the mistake water channel 26 that it is axially arranged with three spaces; Each is crossed and is cavernous structure when water channel is looked up respectively); These three upper ends of crossing water channel 26 are connected with its water exit end 22 respectively, and these three lower ends of crossing water channel 26 are connected with main pipe 1 inside respectively, form its second water-inlet cavity; The outer side wall of each snap ring 4 is respectively equipped with a convexity 42 and is used to make the protruding 42 radially perforates 43 of elastics wing, and here, the perforate 43 of each snap ring lays respectively at its downside of protruding 42, and is in the shape of the letter V.The madial wall of the inlet segment of said all the other branch bodys (promptly dividing body 2) and main pipe 1 madial wall are respectively equipped with a spacing hole 24,13; The convexity of one snap ring is utilized its perforate to form elastics wing and is connected in the spacing hole 24 of branch body 2; The convexity of another snap ring is utilized its perforate to form elastics wing and is connected in main pipe 1 the spacing hole 13; So, can make two snap rings 4 form fixedly casing pressure respectively.Certainly, can also there be other modes to realize the fixedly casing pressure of two snap rings 4, for example, can make the convexity of snap ring into annular flange flange, make spacing hole into annular groove.
The inlet segment of above-mentioned minute body 2 also can have other structures; For example can have one first tube wall and second tube wall that is coated on outside this first tube wall; Then the cavity that self surrounds of first tube wall forms its first water-inlet cavity; The space that surrounds between first tube wall and second tube wall forms its second water-inlet cavity, and the outer side wall of second tube wall constitutes the outer side wall of its inlet segment.Inlet segment like minute body 2 adopts this structure, and is water-tight in order to guarantee its first water-inlet cavity, can offer a spacing blind hole respectively at the madial wall of its first tube wall and main pipe's madial wall, with the convexity 42 that is used for the clamping snap ring.
A kind of plication hydroseparator structure of the utility model; Its each minute body 2,3 all can be along main pipe 1 axially be 360 ° of rotations; Water exit end 22,23 when turning to up and down superimposed (as shown in Figure 2) when each minute body; It can merge one road current, and the water exit end 22,23 of body turns to when being separated from each other (as shown in Figure 5) when each minute, and it can form two-way and divide water.
This plication hydroseparator structure divides water except forming two-way, can also form three the tunnel in addition more multichannel divide water.When needs form more than three the road or three the tunnel when dividing water, only need in a manner described at above-mentioned minute body 2 and divide to install the consistent or basically identical of one or more structures between the body 3 additional but inconsistent minute body of the internal diameter of inlet segment gets final product with branch body 2.On the structure theory of the inlet segment of above-mentioned minute body 3 also can with the consistent or basically identical of structure of the inlet segment of minute body 2; Promptly have two water-inlet cavitys, but, promptly do not need up to install additional again the branch body owing to divide body 3 to be in topmost; Thereby it has a unnecessary water-inlet cavity; Water-tight in order to guarantee this unnecessary water-inlet cavity, can adopt plug to carry out shutoff, also can in the process of processing branch body 3, directly bind to this unnecessary water-inlet cavity.
A kind of tap that plication hydroseparator structure is housed of the utility model; As shown in Figure 6, above-mentioned plication hydroseparator structure is applied in the tap, this tap comprises into water unit 7, control unit 8 and plication hydroseparator structure; And the plication hydroseparator constitutes the water unit of tap; Control unit 8 comprises ceramic valve core and the control handle that is connected with this ceramic valve core, and water inlet unit 7 comprises hot water inlet pipe and cold water inlet (certainly, also can only have one road intake pipe).During installation; Plication hydroseparator structure and control unit 8 are installed on respectively on the table top 9; And the main pipe's 1 of plication hydroseparator structure a end passes through the waterexit end that a flexible pipe is connected control unit 8 in the below of table top 9, and water inlet unit 7 is connected with the feed-water end of control unit 8 in the below of table top 9.
After tap adopts said structure; When two water exit ends 2,3 with plication hydroseparator structure turn to when superimposed up and down; It merge to form one tunnel water outlet, can supply a people to use, when two water exit ends 2,3 being turned to when being separated from each other; It can form two-way and divide current, makes this tap once can supply two people to use.
A kind of tap that plication hydroseparator structure is housed of the utility model; Its plication effluent mechanism also can comprise the branch body more than three or three; Realize the branch water more than three road or three tunnel with this; More people can be used at one time should tap, thereby can avoid many people to wait in line to use the phenomenon of tap maybe can significantly reduce the time of waiting in line.
The foregoing description only is used for further specifying a kind of plication hydroseparator structure of the utility model; But the utility model is not limited to embodiment; Every technical spirit according to the utility model all falls in the protection domain of the utility model technological scheme any simple modification, equivalent variations and modification that above embodiment did.
Claims (10)
1. plication hydroseparator structure is characterized in that: comprising:
One main pipe, the one of which end has water intake, and the other end has water outlet;
At least two fens bodys, each minute body comprise respectively and be inlet segment and the water exit end that bending connects, and each minute body the external diameter of inlet segment respectively less than the internal diameter of said main pipe's the other end, the internal diameter of the inlet segment of this at least two fens bodys successively decreases gradually;
The inlet segment of said main pipe's the other end, at least two fens bodys socket that rotates successively, and the water exit end of this at least two fens bodys is superimposed with each other up and down or is separated from each other makes the water exit end of at least two fens bodys form plication and distributes; Each minute, the water exit end of body sealed connection through self inlet segment or the inlet segment through self inlet segment and adjacent minute body with the main pipe respectively mutually.
2. plication hydroseparator structure according to claim 1 is characterized in that: in the said at least two minutes bodys, the inlet segment of the branch body that the inlet segment internal diameter is minimum has a water-inlet cavity, and this water-inlet cavity and this minute body water exit end be connected; All the other divide first water-inlet cavity that the inlet segment of bodys has the inlet segment that is used for adjacent minute body of socket and second water-inlet cavity that is used to connect self water exit end, and all the other first water-inlet cavitys that divide bodys and second water-inlet cavity directly or first water-inlet cavity through adjacent minute body seal connection mutually with said main pipe's inside; The water-inlet cavity of the branch body that the inlet segment internal diameter is minimum directly or through all the other divides first water-inlet cavity of body to seal connection mutually with said main pipe's inside.
3. plication hydroseparator structure according to claim 1; It is characterized in that: also comprise at least two snap rings; The sidewall of each snap ring respectively along its be axially arranged with one run through its whole wall opening, said each minute the outer wall of inlet segment of body be respectively equipped with the limited step of a ring-type; Wherein a snap ring utilizes its opening to form to step down and fixed cover is pressed between the inlet segment of said main pipe and the branch body of internal diameter maximum; All the other snap rings utilize its opening to form to step down and fixed cover is pressed between the inlet segment of per two adjacent branch bodys, and the inner end of each snap ring is subject to the limited step of corresponding minute body respectively.
4. plication hydroseparator structure according to claim 2; It is characterized in that: also comprise at least two snap rings; The sidewall of each snap ring respectively along its be axially arranged with one run through its whole wall opening, said each minute the outer side wall of inlet segment of body be respectively equipped with the limited step of a ring-type; Wherein a snap ring utilizes its opening to form to step down and fixed cover is pressed between the inlet segment of said main pipe and the branch body of internal diameter maximum; All the other snap rings utilize its opening to form to step down and fixed cover is pressed between the inlet segment of per two adjacent branch bodys, and the inner end of each snap ring is subject to the limited step of corresponding minute body respectively.
5. plication hydroseparator structure according to claim 4; It is characterized in that: the inlet segment of said all the other branch bodys has one deck tube wall; The cavity that this tube wall surrounds forms said first water-inlet cavity, and this tube wall was axially arranged with water channel along it, and this is crossed water channel and forms said second water-inlet cavity; The outer side wall of said each snap ring is provided with a convexity and is used to make the radially perforate of elastics wing of convexity; The madial wall of the inlet segment of said all the other branch bodys and said main pipe's madial wall are respectively equipped with a spacing hole, and the convexity of said each snap ring is utilized its perforate to form elastics wing respectively and is connected in said all the other branch bodys and said main pipe's the spacing hole.
6. plication hydroseparator structure according to claim 4; It is characterized in that: the inlet segment of said all the other branch bodys has one first tube wall, second tube wall outer with being coated on this first tube wall; The cavity that first tube wall self surrounds forms said first water-inlet cavity, and the space that surrounds between first tube wall and second tube wall forms said second water-inlet cavity; The outer side wall of second tube wall of said all the other branch bodys constitutes the outer side wall of its inlet segment; The outer side wall of said each snap ring is respectively equipped with a convexity and is used to make the radially perforate of elastics wing of convexity; The madial wall of first tube wall of said all the other branch bodys is provided with a spacing blind hole; Said main pipe's madial wall is provided with a spacing blind hole or a spacing hole, the convexity of said each snap ring utilize its perforate to form elastics wing respectively and be connected in said all the other divide in spacing blind hole and said main pipe's the spacing blind hole or spacing hole of bodys.
7. according to claim 5 or 6 described plication hydroseparator structures, it is characterized in that: the hole clipping of said each snap ring lays respectively at the downside of said convexity, and is in the shape of the letter V.
8. according to each described plication hydroseparator structure among the claim 1-6, it is characterized in that: body was the L font in said minute, and the inlet segment of said minute body and water exit end are integral structure.
9. the tap that plication hydroseparator structure is housed comprises into water unit and control unit; It is characterized in that: comprise also that like each described plication hydroseparator structure among the claim 1-6 this plication hydroseparator constitutes the water unit of tap, the waterexit end of control unit is connected in the main pipe's of this plication hydroseparator structure end sealing.
10. the tap that plication hydroseparator structure is housed according to claim 9 is characterized in that: said control unit comprises ceramic valve core and the control handle that is connected with this ceramic valve core.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201024423U CN202493713U (en) | 2012-03-16 | 2012-03-16 | Folded fan type water diversion mechanism and bibcock provided with the same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201024423U CN202493713U (en) | 2012-03-16 | 2012-03-16 | Folded fan type water diversion mechanism and bibcock provided with the same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202493713U true CN202493713U (en) | 2012-10-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201024423U Withdrawn - After Issue CN202493713U (en) | 2012-03-16 | 2012-03-16 | Folded fan type water diversion mechanism and bibcock provided with the same |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202493713U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102654206A (en) * | 2012-03-16 | 2012-09-05 | 九牧厨卫股份有限公司 | Folding fan type water distribution mechanism and tap provided with same |
-
2012
- 2012-03-16 CN CN2012201024423U patent/CN202493713U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102654206A (en) * | 2012-03-16 | 2012-09-05 | 九牧厨卫股份有限公司 | Folding fan type water distribution mechanism and tap provided with same |
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| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121017 Effective date of abandoning: 20131016 |
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| RGAV | Abandon patent right to avoid regrant |