CN209354696U

CN209354696U - It is a kind of can more people tap for using simultaneously

Info

Publication number: CN209354696U
Application number: CN201822085795.7U
Authority: CN
Inventors: 罗建华
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-12-12
Filing date: 2018-12-12
Publication date: 2019-09-06
Anticipated expiration: 2028-12-12

Abstract

The utility model discloses it is a kind of can the tap that uses simultaneously of more people.Be mainly characterized by: the radial border of the tap base of the oblate spheroid bodily form is equipped with 4 shunt valves of 6~8 uniformly distributed integral structures, the inside of tap base is equipped with the internal cavity of the oblate spheroid bodily form, the center of the spherical surface siding of the lower end integral structure of tap base is equipped with the cylindrical attachment base of integral structure protruded downward, the lower end of attachment base is equipped with the first hexagon prism of integral structure, the center line of attachment base and the first hexagon prism is equipped with the first threaded hole connecting with the external pipe thread for the vertical water inlet pipe upper end that bore is 32mm, the lower end of the internal cavity of the upper end and tap base of first threaded hole communicates；The external diameter surface of faucet is equipped with the connection external screw thread connecting with the attaching nut of hose.The utility model can be convenient for people's lives, reduces the occupied space of hand washing sink, and can save the expense for building hand washing sink, while convenient for connecting with the attaching nut of hose one end, easy to use.

Description

It is a kind of can more people tap for using simultaneously

Technical field

The utility model relates to tap water supply pipe line parts technical field, in particular to it is a kind of can more people simultaneously use Tap.

Background technique

Existing tap is all used aloned, and a tap is only filled in each hand washing sink, can only be temporary for a people When use, the unit more than school, army, enterprise, prison et al. get up in the morning after, at night sleep before, before meals, after meal use from Water peak period, people are waited in line with originally washing thing or needs of washing one's hands, are made troubles to people's lives, school, portion Unit more than team, enterprise, prison et al. in order to solve problem above, usually builds several rows of hand washing sink in living area, builds one Not only occupied space is big for the hand washing sink of the row of row, and expenditure of construction is high.

Several rows of wash all is had in the toilet of the public places such as station, harbour, airport, expressway service area or washing house Hand pond builds several rows of hand washing sink and equally exists the problem that occupied space is big, expenditure of construction is high.

The external diameter surface of the faucet of existing tap be it is smooth, when needing to water flowers and give the floor a flush, it is necessary to will be soft The inner hole of water pipe one end firmly covers on the external diameter surface for the faucet for being inserted in tap, while being tightened with iron wire, then opens water Faucet switch, which just can be carried out, waters flowers and gives the floor a flush, very troublesome, inconvenient to use.

Utility model content

Technical problem to be solved by the utility model is: provide it is a kind of can more people while the tap that uses, can facilitate People's lives reduce the occupied space of hand washing sink, and can save the expense for building hand washing sink, while being convenient for and hose one end Attaching nut connection, it is easy to use.

In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is: by tap and tap base structure At it is a kind of can the tap that uses simultaneously of more people, the radial border of the tap base of the oblate spheroid bodily form is equipped with 6~8 uniformly distributed one 4 shunt valves of body structure, the inside of tap base are equipped with the internal cavity of the oblate spheroid bodily form, the lower end integral structure of tap base The center of spherical surface siding is equipped with the cylindrical attachment base of integral structure protruded downward, and the lower end of attachment base is equipped with integral structure The first hexagon prism, the center line of attachment base and the first hexagon prism is equipped with and vertical water inlet pipe upper end that bore is 32mm First threaded hole of external pipe thread connection, the lower end of the internal cavity of the upper end and tap base of the first threaded hole communicates.

The tap by rubber washer, pressure cap, circle sealing plate, nut, handle, O-shaped rubber seal, spool, valve body, Concave spherical surface sealing ring A and concave spherical surface sealing ring B is constituted.

The connector of the inner end integral structure of the valve body of the tap and the radial border integral structure of tap base Circular arc siding the connection of outer end face integral structure, the inner end of the inlet opening on the horizontal center line of connector and tap base Internal cavity communicates.

Second hexagon prism of the lower end of the water exit elbow of the outer end integral structure of the valve body equipped with integral structure, second The external diameter surface of the faucet of the lower end integral structure of hexagon prism is equipped with to be watered flowers and rushed with hose connection tap water The connection external screw thread being connect when washing floor with the attaching nut of hose one end.

The intermediate upper end of the valve body is equipped with the valve seat of integral structure, and it is recessed that the vertical centerline of valve seat is equipped with the first circle The upper end in hole, the first circle shrinkage pool is equipped with the second threaded hole communicated.

The horizontal center line of inlet opening and water exit elbow on the horizontal center line of the first circle shrinkage pool and connector On apopore be mutually perpendicular to, first circle shrinkage pool lower end inner end and the inlet opening on the horizontal center line of connector outer end phase Logical, the lower end outer end of the first circle shrinkage pool is communicated with the inner end of the apopore on the horizontal center line of water exit elbow.

The water outlet phase of apopore and the faucet of water exit elbow lower end on the horizontal center line of the water exit elbow It is logical.

It is equipped with spool in the first circle shrinkage pool, the mandrel lower end of spool is equipped with the ball valve of integral structure, and ball valve is located at The lower end of first circle shrinkage pool, the horizontal axis of ball valve are equipped with discharge orifice.

The upper/lower terminal of the ball valve is respectively equipped with concave spherical surface sealing ring B and concave spherical surface sealing ring A, ball valve it is upper and lower The spherical outside surface at both ends is sealed with the concave spherical surface of the center line lower end of concave spherical surface sealing ring B spherical surface shrinkage pool directed downwardly and concave spherical surface respectively The concave spherical surface for enclosing the spherical surface shrinkage pool of the center line upper end of A upward is sealed.

The outer surface of the radial border of the concave spherical surface sealing ring B and concave spherical surface sealing ring A and the first circle shrinkage pool lower end Wall surface of the hole be sealed.

The spherical surface of the left and right both ends and concave spherical surface sealing ring A of the concave spherical surface sealing ring B spherical surface shrinkage pool directed downwardly upward The left and right both ends of shrinkage pool are respectively equipped with the identical semicircle orifice in aperture, and left and right the two of concave spherical surface sealing ring B spherical surface shrinkage pool directed downwardly The semicircle orifice at the left and right both ends of spherical surface shrinkage pool of the semicircle orifice at end with concave spherical surface sealing ring A upward respectively constitutes after assembling in opposite directions The first round tube hole of concave spherical surface sealing ring B and the left and right both ends concave spherical surface sealing ring A.

The first round tube hole of the concave spherical surface sealing ring B and the left end concave spherical surface sealing ring A and the horizontal centre of connector The outer end of inlet opening on line communicates, the first round tube hole and water exit elbow of concave spherical surface sealing ring B and concave spherical surface sealing ring A right end Horizontal center line on the inner end of apopore communicate.

The center line upper end of the concave spherical surface sealing ring B is equipped with the communicated with the spherical surface shrinkage pool of concave spherical surface sealing ring B The lower end outer surface of the mandrel of two round tube holes, the second round tube hole and spool is sealed.

The mandrel of the spool and the dynamic cooperation of the centre bore of pressure cap, the upper end outer surface of the mandrel of spool and O-shaped rubber The inner hole of sealing ring is sealed, the circular arc external surface of the radial outer end border of O-shaped rubber seal and the centre bore of pressure cap Annular arc groove on the wall surface of the hole of upper end is sealed.

Second spiral shell of the first circle shrinkage pool upper end on the first screw rod of the pressure cap upper end and the vertical centerline of valve seat Pit screws together, and the annulus lower end surface of the columnar pressure cylinder of the lower end integral structure of pressure cap is with concave spherical surface sealing ring B's Annulus upper surface is pressed together.

Between the lower end surface of the annulus pressing ring of the top integral structure of the pressure cap and the annulus upper surface on valve seat top Equipped with rubber washer.

The upper end of the pressure cap is equipped with handle, and the center line lower end of handle is equipped with the second circle shrinkage pool, the second circle shrinkage pool with The outer diameter of the annulus pressing ring on pressure cap top and the dynamic cooperation of the outer diameter of valve seat upper end.

The four of the center line upper end of square axis of the mandrel upper end of the spool equipped with integral structure, square axis and handle Square hole transition fit.

The upper end of the square axis of the spool is equipped with the second screw rod of integral structure, and the second screw rod is located at the center of handle In the third circle shrinkage pool of line upper end, handle is locked on the square axis of spool upper end by the second screw rod together with nut check.

The center line top of the handle is equipped with the 4th circle shrinkage pool, and circle sealing plate is equipped in the 4th circle shrinkage pool, circle sealing plate The wall surface of the hole tight fit in radial outer end face and the 4th circle shrinkage pool, and together with the secured gluing of instant drying adhesive 920.

The third circle of the center line upper end of the lower end and handle of the 4th circle shrinkage pool on the center line top of the handle is recessed The upper end in hole communicates, and the lower end of third circle shrinkage pool is communicated with the upper end of square hole, under the lower end of square hole and the center line of handle The upper end of the second circle shrinkage pool at end communicates.

The outer end of the circular arc outer end face of the handle upper end is equipped with the handle of integral structure.

When the handle turns to the direction of water exit elbow, discharge orifice on the horizontal axis of the ball valve of spool lower end Left and right both ends are connected with first round tube hole at the left and right both ends of concave spherical surface sealing ring B and concave spherical surface sealing ring A respectively, tap water From the water outlet outflow of the faucet of tap.

The handle turns to when being mutually perpendicular to the direction of water exit elbow, on the horizontal axis of the ball valve of spool lower end Discharge orifice left and right both ends and the left and right both ends of concave spherical surface sealing ring B and concave spherical surface sealing ring A the first round tube hole it is complete It separates, tap water is closed, and the water outlet of the faucet of tap does not have tap water outflow.

Pressure cap, circle sealing plate, nut, handle, spool and the valve body of the tap base, tap are by brass or stainless steel It is made, concave spherical surface sealing ring A and concave spherical surface sealing ring B are made of rubber.

The benificial effect of the utility model is to being evenly distributed with since the radial border of the tap base of the oblate spheroid bodily form is equipped with 6~8 Integral structure 4 shunt valves, circular wash is built in the living area of the unit more than the school, army, enterprises and institutions, prison et al. Hand pond.The utility model is mounted on to the center of circular hand washing sink, a circular hand washing sink can supply 6~8 people simultaneously It uses simultaneously, can be convenient for people's lives, the using effect for building the circular hand washing sink of 1 meter of diameter is equivalent to construction The using effect of 6~8 existing hand washing sinks, builds the circular hand washing sink of 1 meter of diameter and builds 6~8 and existing wash one's hands The hand washing sink comparison that a row can use for 6~8 people simultaneously simultaneously is built in pond, can reduce the occupied space of hand washing sink, The expense for building hand washing sink is saved simultaneously.

Since the radial border of the tap base of the oblate spheroid bodily form is equipped with 4 shunt valves of 6~8 uniformly distributed integral structures. AT STATION, the toilet of the public places such as harbour, airport, expressway service area or washing house build circular hand washing sink, incite somebody to action this Utility model is mounted on the center of circular hand washing sink, and a circular hand washing sink can be used for 6~8 people simultaneously simultaneously, The using effect for building the circular hand washing sink of 1 meter of diameter is equivalent to the using effect of the existing hand washing sink of construction 6~8, Building the circular hand washing sink of 1 meter of diameter and build 6~8 existing hand washing sinks or build a row can be simultaneously for 6~8 The hand washing sink comparison that people uses simultaneously, can reduce the occupied space of hand washing sink, while saving the expense for building hand washing sink.

Due to the outer end integral structure of valve body water exit elbow lower end be equipped with integral structure the second hexagon prism, the two or six The external diameter surface of the faucet of the lower end integral structure of corner post is equipped with to be watered flowers and rinsed with hose connection tap water The connection external screw thread being connect when floor with the attaching nut of hose one end.When needing to water flowers and give the floor a flush, as long as by soft water The attaching nut of pipe one end is tightened on the connection external screw thread of the external diameter surface of the faucet of any one tap, by handle The direction that handle turns to water exit elbow can be watered flowers and be given the floor a flush, easy to use.

The utility model, can be convenient for people's lives due to using the above structure, reduces the occupied space of hand washing sink, again The expense for building hand washing sink can be saved, while convenient for connecting with the attaching nut of hose one end, it is easy to use.

Detailed description of the invention

The specific structure of the utility model is provided by embodiment below and its attached drawing.

Fig. 1 be according to the utility model proposes it is a kind of can more people while the concrete structure schematic diagram of tap that uses (A-A cross-sectional view).

Fig. 2 be according to the utility model proposes it is a kind of can more people while the specific structure K direction view of tap that uses.

Fig. 3 be according to the utility model proposes it is a kind of can more people while the specific structure N direction view of tap that uses.

Fig. 4 be according to the utility model proposes it is a kind of can more people while the specific structure B-B section view of tap that uses Figure.

In figure: 1-4 shunt valve, 2- tap base, 3- internal cavity, the circle shrinkage pool of 4- first, the second threaded hole of 5-, 6- first Screw rod, 7- rubber washer, 8- pressure cap, 9- third circle shrinkage pool, 10- circle sealing plate, the circle shrinkage pool of 11- the 4th, the second screw rod of 12-, 13- spiral shell Mother, 14- handle, 15- handle, 16- square axis, 17- square hole, the circle shrinkage pool of 18- second, 19-O type rubber seal, the center 20- Hole, 21- spool, 22- water exit elbow, the second hexagon prism of 23-, 24- connection external screw thread, 25- faucet, 26- apopore, 27- valve Body, 28- concave spherical surface sealing ring A, 29- spherical surface shrinkage pool, the discharge orifice 30-, 31- ball valve, the first round tube hole of 32-, the sealing of 33- concave spherical surface Enclose B, the second round tube hole of 34-, 35- connector, the inlet opening 36-, 37- pressure cylinder, 38- valve seat, the first threaded hole of 39-, 40- the one or six Corner post, 41- attachment base, 42- spherical surface siding, 43- circular arc siding.

Specific embodiment

With reference to the accompanying drawing be described in detail according to the utility model proposes specific device details and working condition.

As shown in the picture, the utility model proposes specific device details be: by tap (1) and tap base (2) structure At it is a kind of can the tap that uses simultaneously of more people, the radial border of the tap base (2) of the oblate spheroid bodily form is equipped with 6 uniformly distributed one 4 shunt valves (1) of body structure, the inside of tap base (2) are equipped with the internal cavity (3) of the oblate spheroid bodily form, under tap base (2) The center of the spherical surface siding (42) of integral structure is held to be equipped with the cylindrical attachment base (41) of integral structure protruded downward, connection On the center line of the first hexagon prism (40) of the lower end of seat (41) equipped with integral structure, attachment base (41) and the first hexagon prism (40) Equipped with the first threaded hole (39) being connect with the external pipe thread for the vertical water inlet pipe upper end that bore is 32mm, the first threaded hole (39) upper end is communicated with the lower end of the internal cavity (3) of tap base (2).

Tap (1) is close by rubber washer (7), pressure cap (8), circle sealing plate (10), nut (13), handle (14), O-shaped rubber Seal (19), spool (21), valve body (27), concave spherical surface sealing ring A(28) and concave spherical surface sealing ring B(33) constitute.

The connector (35) of the inner end integral structure of the valve body (27) of tap (1) and the radial border of tap base (2) The outer end face integral structure of the circular arc siding (43) of integral structure connects, the inlet opening on the horizontal center line of connector (35) (36) inner end is communicated with the internal cavity (3) of tap base (2).

The lower end of the water exit elbow (22) of the outer end integral structure of valve body (27) is equipped with the second hexagon prism of integral structure (23), the external diameter surface of the faucet (25) of the lower end integral structure of the second hexagon prism (23) is equipped with convenient for being connected certainly with hose The connection external screw thread (24) being connect when water is watered flowers and given the floor a flush with the attaching nut of hose one end.

The intermediate upper end of valve body (27) is equipped with the valve seat (38) of integral structure, and the vertical centerline of valve seat (38) is equipped with the The upper end of one circle shrinkage pool (4), the first circle shrinkage pool (4) is equipped with the second threaded hole (5) communicated.

The water of first circle shrinkage pool (4) and inlet opening (36) and water exit elbow (22) on the horizontal center line of connector (35) Apopore (26) on flat center line is mutually perpendicular to, the lower end inner end of the first circle shrinkage pool (4) and the horizontal centre of connector (35) The outer end of inlet opening (36) on line communicates, the lower end outer end of the first circle shrinkage pool (4) and the horizontal center line of water exit elbow (22) On the inner end of apopore (26) communicate.

The faucet (25) of apopore (26) and water exit elbow (22) lower end on the horizontal center line of water exit elbow (22) Water outlet communicate.

Spool (21) are equipped in first circle shrinkage pool (4), the mandrel lower end of spool (21) is equipped with the ball valve (31) of integral structure, Ball valve (31) is located at the lower end of the first circle shrinkage pool (4), and the horizontal axis of ball valve (31) is equipped with discharge orifice (30).

The upper/lower terminal of ball valve (31) is respectively equipped with concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28), ball valve (31) spherical outside surface of upper/lower terminal respectively with the center line lower end of concave spherical surface sealing ring B(33) spherical surface shrinkage pool (29) directed downwardly Concave spherical surface and concave spherical surface sealing ring A(28) the concave spherical surface of center line upper end spherical surface shrinkage pool (29) upward be sealed.

Concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) radial border outer surface with first circle shrinkage pool (4) The wall surface of the hole of lower end is sealed.

Concave spherical surface sealing ring B(33) spherical surface shrinkage pool (29) directed downwardly left and right both ends and concave spherical surface sealing ring A(28) upward The left and right both ends of spherical surface shrinkage pool (29) be respectively equipped with the identical semicircle orifice in aperture, concave spherical surface sealing ring B(33) spherical surface directed downwardly The left and right both ends of spherical surface shrinkage pool (29) of the semicircle orifice at the left and right both ends of shrinkage pool (29) with concave spherical surface sealing ring A(28) upward Semicircle orifice respectively constitutes concave spherical surface sealing ring B(33 after assembling in opposite directions) and concave spherical surface sealing ring A(28) left and right both ends the first circle Through-hole (32).

Concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) left end the first round tube hole (32) and connector (35) Horizontal center line on the outer end of inlet opening (36) communicate, concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) right end The first round tube hole (32) communicated with the inner end of the apopore (26) on the horizontal center line of water exit elbow (22).

Concave spherical surface sealing ring B(33) center line upper end be equipped with spherical surface shrinkage pool (29) phase with concave spherical surface sealing ring B(33) Logical the second round tube hole (34), the second round tube hole (34) and the lower end outer surface of the mandrel of spool (21) are sealed.

The mandrel of spool (21) and the dynamic cooperation of the centre bore (20) of pressure cap (8), the upper end outer surface of the mandrel of spool (21) It is sealed with the inner hole of O-shaped rubber seal (19), the circular arc appearance of the radial outer end border of O-shaped rubber seal (19) Face is sealed with the annular arc groove on the wall surface of the hole of centre bore (20) upper end of pressure cap (8).

First screw rod (6) of pressure cap (8) upper end and first circle shrinkage pool (4) upper end in the vertical centerline of valve seat (38) Second threaded hole (5) screws together, the annulus lower end surface of the columnar pressure cylinder (37) of the lower end integral structure of pressure cap (8) with Concave spherical surface sealing ring B(33) annulus upper surface be pressed together.

Between the lower end surface of the annulus pressing ring of the top integral structure of pressure cap (8) and the annulus upper surface on valve seat (38) top Equipped with rubber washer (7).

The upper end of pressure cap (8) is equipped with handle (14), and the center line lower end of handle (14) is equipped with second and justifies shrinkage pool (18), and second The dynamic cooperation of the outer diameter of the outer diameter and valve seat (38) upper end of circle shrinkage pool (18) and the annulus pressing ring on pressure cap (8) top.

The mandrel upper end of spool (21) is equipped with the square axis (16) of integral structure, the center of square axis (16) and handle (14) Square hole (17) transition fit of line upper end.

The upper end of the square axis (16) of spool (21) is equipped with the second screw rod (12) of integral structure, and the second screw rod (12) is located at In third circle shrinkage pool (9) of the center line upper end of handle (14), the second screw rod (12) is locked together with nut (13), by handle (14) it is locked on the square axis (16) of spool (21) upper end.

The center line top of handle (14) is equipped with the 4th circle shrinkage pool (11), and circle sealing plate is equipped in the 4th circle shrinkage pool (11) (10), the wall surface of the hole tight fit in the radial outer end face of circle sealing plate (10) and the 4th circle shrinkage pool (11), and with the secured glue of instant drying adhesive 920 It sticks together.

The of the center line upper end of the lower end and handle (14) of 4th circle shrinkage pool (11) on the center line top of handle (14) The upper end of three circles shrinkage pool (9) communicates, and the lower end of third circle shrinkage pool (9) is communicated with the upper end of square hole (17), square hole (17) Lower end is communicated with the upper end of the second circle shrinkage pool (18) of the center line lower end of handle (14).

The outer end of the circular arc outer end face of handle (14) upper end is equipped with the handle (15) of integral structure.

When handle (15) turns to the direction of water exit elbow (22), on the horizontal axis of the ball valve (31) of spool (21) lower end Discharge orifice (30) left and right both ends left and right both ends with concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) respectively The first round tube hole (32) connect, water outlet outflow of the tap water from the faucet (25) of tap (1).

When handle (15) turns to and the direction of water exit elbow (22) is mutually perpendicular to, the ball valve (31) of spool (21) lower end The left and right both ends of discharge orifice (30) on horizontal axis and concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) a left side, First round tube hole (32) at right both ends is completely separated, and tap water is closed, and the water outlet of the faucet (25) of tap (1) does not have Tap water outflow.

Tap base (2), the pressure cap (8) of tap (1), circle sealing plate (10), nut (13), handle (14), spool (21) It is made of stainless steel with valve body (27), concave spherical surface sealing ring A(28) and concave spherical surface sealing ring B(33) be made of rubber.

The utility model proposes specific device working condition be: in the list more than school, army, enterprises and institutions, prison et al. The living area of position and AT STATION, harbour, airport, the toilet of the public places such as expressway service area or washing house's construction it is circular Hand washing sink, the cylindrical attachment base that the center of the spherical surface siding of the tap base lower end of the utility model is protruded downward and the The first threaded hole on the center line of one hexagon prism and the bore for being laid on circular hand washing sink center be 32mm it is vertical into The external pipe thread of water pipe upper end is sealed connected together, and the utility model is mounted on to the center of circular hand washing sink.

The gate valve on tap water supply pipeline is opened, tap water is 32mm's by the bore at circular hand washing sink center Vertical water inlet pipe is flowed into the internal cavity of the oblate spheroid bodily form of the inside of tap base, when needing to wash thing, washing one's hands, by 6 water The handle of the handle of any one tap in faucet turns to the direction of water exit elbow, is flowed into the inside of tap base Tap water in the internal cavity of the oblate spheroid bodily form is by the inlet opening on the horizontal center line of the connector of tap, concave spherical surface sealing Enclose the first round tube hole of B and the left end concave spherical surface sealing ring A, the discharge orifice on the horizontal axis of the ball valve of the mandrel lower end of spool, Apopore on the horizontal center line of the first round tube hole and water exit elbow of concave spherical surface sealing ring B and concave spherical surface sealing ring A right end Thing can be washed from the water outlet outflow of the faucet of water exit elbow lower end afterwards, washed one's hands.

When people is more, the handle of the handle of 6 taps is turned to the direction of water exit elbow by 6 people respectively, is flowed into water Tap water in the internal cavity of the oblate spheroid bodily form of the inside of tap base passes through the horizontal center line of the connector of 6 taps respectively On inlet opening, the first round tube hole of concave spherical surface sealing ring B and the left end concave spherical surface sealing ring A, spool mandrel lower end ball valve Horizontal axis on discharge orifice, concave spherical surface sealing ring B and concave spherical surface sealing ring A right end the first round tube hole and water exit elbow It is flowed out respectively from the water outlet of the faucet of the water exit elbow lower end of 6 taps after apopore on horizontal center line, 6 people Thing can be washed simultaneously, washed one's hands.

When needing to water flowers and give the floor a flush, the attaching nut of hose one end is tightened on to the water outlet of any one tap On the connection external screw thread of the external diameter surface of mouth, the direction that the handle of handle turns to water exit elbow can be watered flowers and be rinsed Floor.

After washing thing, washing hand, poured flower or rinsed floor, handle is turned to mutual with the direction of water exit elbow Vertical position, the left and right both ends of the discharge orifice on the horizontal axis of the ball valve of spool lower end and concave spherical surface sealing ring B and recessed ball First round tube hole at the left and right both ends of face sealing ring A is completely separated, and tap water is closed.

Claims

1. one kind can more people tap for using simultaneously, be made of tap (1) and tap base (2), it is characterised in that: oblate spheroid The radial border of the tap base (2) of the bodily form is equipped with 4 shunt valves (1) of 6~8 uniformly distributed integral structures, tap base (2) Inside be equipped with the oblate spheroid bodily form internal cavity (3), the center of the spherical surface siding (42) of the lower end integral structure of tap base (2) is set There is the cylindrical attachment base (41) of integral structure protruded downward, the lower end of attachment base (41) is equipped with the 1st of integral structure the On the vertical water inlet pipe that it is 32mm with bore that the center line of corner post (40), attachment base (41) and the first hexagon prism (40), which is equipped with, The first threaded hole (39) of the external pipe thread connection at end, the upper end of the first threaded hole (39) and the internal cavity (3) of tap base (2) Lower end communicate.

2. one kind according to claim 1 can more people tap for using simultaneously, it is characterised in that: tap (1) is by rubber Rubber gasket (7), pressure cap (8), circle sealing plate (10), nut (13), handle (14), O-shaped rubber seal (19), spool (21), valve Body (27), concave spherical surface sealing ring A(28) and concave spherical surface sealing ring B(33) constitute；

The connector (35) of the inner end integral structure of the valve body (27) of the tap (1) and the radial week of tap base (2) Enclose the outer end face integral structure connection of the circular arc siding (43) of integral structure, the inlet opening on the horizontal center line of connector (35) (36) inner end is communicated with the internal cavity (3) of tap base (2)；

The lower end of the water exit elbow (22) of the outer end integral structure of the valve body (27) is equipped with the second hexagon prism of integral structure (23), the external diameter surface of the faucet (25) of the lower end integral structure of the second hexagon prism (23) is equipped with convenient for being connected certainly with hose The connection external screw thread (24) being connect when water is watered flowers and given the floor a flush with the attaching nut of hose one end；

The intermediate upper end of the valve body (27) is equipped with the valve seat (38) of integral structure, and the vertical centerline of valve seat (38) is equipped with The upper end of first circle shrinkage pool (4), the first circle shrinkage pool (4) is equipped with the second threaded hole (5) communicated；

Described first circle shrinkage pool (4) and inlet opening (36) on the horizontal center line of connector (35) and water exit elbow (22) Apopore (26) on horizontal center line is mutually perpendicular to, in the lower end inner end of the first circle shrinkage pool (4) and the level of connector (35) The outer end of inlet opening (36) on heart line communicates, the lower end outer end of the first circle shrinkage pool (4) and the horizontal centre of water exit elbow (22) The inner end of apopore (26) on line communicates；

The faucet of apopore (26) and water exit elbow (22) lower end on the horizontal center line of the water exit elbow (22) (25) water outlet communicates；

Spool (21) are equipped in first circle shrinkage pool (4), the mandrel lower end of spool (21) is equipped with the ball valve of integral structure (31), ball valve (31) is located at the lower end of the first circle shrinkage pool (4), and the horizontal axis of ball valve (31) is equipped with discharge orifice (30)；

The upper/lower terminal of the ball valve (31) is respectively equipped with concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28), ball The spherical outside surface of the upper/lower terminal of valve (31) respectively with the center line lower end of concave spherical surface sealing ring B(33) spherical surface shrinkage pool directed downwardly (29) concave spherical surface and concave spherical surface sealing ring A(28) the concave spherical surface of center line upper end spherical surface shrinkage pool (29) upward be sealed in one It rises；

The concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) radial border outer surface with first circle shrinkage pool (4) wall surface of the hole of lower end is sealed；

The concave spherical surface sealing ring B(33) spherical surface shrinkage pool (29) directed downwardly left and right both ends and concave spherical surface sealing ring A(28) court On the left and right both ends of spherical surface shrinkage pool (29) be respectively equipped with the identical semicircle orifice in aperture, concave spherical surface sealing ring B(33) ball directed downwardly The left and right both ends of spherical surface shrinkage pool (29) of the semicircle orifice at the left and right both ends of face shrinkage pool (29) with concave spherical surface sealing ring A(28) upward Semicircle orifice assemble in opposite directions after respectively constitute concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) left and right both ends first Round tube hole (32)；

The concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) left end the first round tube hole (32) and connector (35) outer end of the inlet opening (36) on horizontal center line communicates, concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) The first round tube hole (32) of right end is communicated with the inner end of the apopore (26) on the horizontal center line of water exit elbow (22)；

The concave spherical surface sealing ring B(33) center line upper end be equipped with spherical surface shrinkage pool (29) with concave spherical surface sealing ring B(33) The second round tube hole (34) communicated, the second round tube hole (34) and the lower end outer surface of the mandrel of spool (21) are sealed；

The mandrel of the spool (21) and the dynamic cooperation of the centre bore (20) of pressure cap (8), the upper end appearance of the mandrel of spool (21) The inner hole in face and O-shaped rubber seal (19) is sealed, outside the circular arc of the radial outer end border of O-shaped rubber seal (19) Surface is sealed with the annular arc groove on the wall surface of the hole of centre bore (20) upper end of pressure cap (8)；

First circle shrinkage pool (4) upper end on first screw rod (6) of pressure cap (8) upper end and the vertical centerline of valve seat (38) The second threaded hole (5) screw together, the annulus lower end surface of the columnar pressure cylinder (37) of the lower end integral structure of pressure cap (8) It is pressed together with the annulus upper surface of concave spherical surface sealing ring B(33)；

The annulus upper surface on the lower end surface of the annulus pressing ring of the top integral structure of the pressure cap (8) and valve seat (38) top it Between be equipped with rubber washer (7)；

The upper end of the pressure cap (8) is equipped with handle (14), and the center line lower end of handle (14) is equipped with the second circle shrinkage pool (18), the The dynamic cooperation of outer diameter of the outer diameter and valve seat (38) upper end of two circles shrinkage pool (18) and the annulus pressing ring on pressure cap (8) top；

The mandrel upper end of the spool (21) is equipped with the square axis (16) of integral structure, in square axis (16) and handle (14) Square hole (17) transition fit of heart line upper end；

The upper end of the square axis (16) of the spool (21) is equipped with the second screw rod (12) of integral structure, and the second screw rod (12) is set In third circle shrinkage pool (9) of the center line upper end of handle (14), the second screw rod (12) is locked together with nut (13), will be Hand (14) is locked on the square axis (16) of spool (21) upper end；

The center line top of the handle (14) is equipped with the 4th circle shrinkage pool (11), and circle sealing plate is equipped in the 4th circle shrinkage pool (11) (10), the wall surface of the hole tight fit in the radial outer end face of circle sealing plate (10) and the 4th circle shrinkage pool (11), and with the secured glue of instant drying adhesive 920 It sticks together；

The center line upper end of the lower end and handle (14) of 4th circle shrinkage pool (11) on the center line top of the handle (14) The upper end of third circle shrinkage pool (9) communicates, and the lower end of third circle shrinkage pool (9) is communicated with the upper end of square hole (17), square hole (17) The upper end of the second circle shrinkage pool (18) of lower end and the center line lower end of handle (14) communicate；

The outer end of the circular arc outer end face of described handle (14) upper end is equipped with the handle (15) of integral structure；

When the handle (15) turns to the direction of water exit elbow (22), the horizontal axis of the ball valve (31) of spool (21) lower end On discharge orifice (30) left and right both ends respectively with concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) left and right two First round tube hole (32) at end is connected, and tap water is flowed out from the water outlet of the faucet (25) of tap (1)；

When the handle (15) turns to and the direction of water exit elbow (22) is mutually perpendicular to, the ball valve (31) of spool (21) lower end Horizontal axis on discharge orifice (30) left and right both ends and concave spherical surface sealing ring B(33) and concave spherical surface sealing ring A(28) First round tube hole (32) at left and right both ends is completely separated, and tap water is closed, the water outlet of the faucet (25) of tap (1) There is no tap water outflow.

3. one kind according to claim 1 can more people tap for using simultaneously, it is characterised in that: tap base (2), water Pressure cap (8), circle sealing plate (10), nut (13), handle (14), spool (21) and the valve body (27) of leading (1) are by brass or stainless Steel is made, concave spherical surface sealing ring A(28) and concave spherical surface sealing ring B(33) be made of rubber.