CN207863063U - One kind is into row's integral structure and platform basin - Google Patents

Abstract

The utility model discloses one kind into row's integral structure and platform basin, includes housing unit, inlet unit and drainage cell into row's integral structure；Housing unit includes shell, and shell is equipped with water inlet chamber and water drain cavity；Chamber of intaking is equipped with water outlet；Water drain cavity is equipped with and goes to the mouth of a river；Housing unit is equipped with the osculum being connected to water drain cavity；Inlet unit, which runs through and seals, to be installed in into water chamber, and is fixedly connected with the casing, and for external water to be introduced into water chamber, and is flowed out by water outlet；Drainage cell includes drive component and blocking component；The driving end of drive component and blocking component are affixed, for driving blocking component to be slided with respect to water drain cavity and switching the connection between the mouth of a river and osculum.Inlet unit and drainage cell should be integrated into row's integral structure, it is simple in structure, function is reliable；Only an opening need to be opened up on panel, simplifies production technology in platform basin, and the globality of platform basin is more preferable, and the more aesthetically pleasing platform basin structure.

Description

One kind is into row's integral structure and platform basin

Technical field

The utility model is related to bathroom technical fields, and in particular to a kind of into row's integral structure and platform basin.

Background technology

Existing to wash one's face and rinse one's mouth or bathroom basin body, such as washbowl, bathtub basin etc., water inlet member and water drainage part are usually all It is independently arranged, many places on basin body is needed to be open, to be installed respectively for water inlet member and water drainage part, this not only makes installation tie Structure and platform basin complex manufacturing technology, and since water inlet member and the independently installed of water drainage part lead to basin body monnolithic case not Enough beauties, globality are worse.

Utility model content

The purpose of the utility model is to overcome drawbacks described above present in background technology or problems, provide a kind of into row one Body structure and platform basin should integrate inlet unit and drainage cell into row's integral structure, simple in structure, function is reliable, use This need to only open up an opening into the platform basin for arranging integral structure on panel, simplify production technology, and the globality of platform basin is more preferable, And it is more aesthetically pleasing.

To reach above-mentioned purpose, the utility model adopts the following technical solution：

One kind is into row's integral structure, including housing unit, inlet unit and drainage cell；The housing unit includes shell Body, the shell are equipped with water inlet chamber and water drain cavity；The water inlet chamber is equipped with water outlet；The water drain cavity is equipped with and removes water Mouthful；The housing unit is equipped with the osculum being connected to water drain cavity；The inlet unit, which runs through and seals, is installed in intake antrum Room, and be fixedly connected with the casing, for external water to be introduced into water chamber, and flowed out by water outlet；The drainage cell packet Include drive component and blocking component；The driving end of the driving component and blocking component are affixed, for driving blocking component opposite Water drain cavity slides and switches the connection between the mouth of a river and osculum.

Further, the upper part of the housing horizontal extension forms flange；The front end face of the flange, which is formed with, described to be gone out The mouth of a river；The water outlet is arranged diagonally downward.

Further, the water outlet is open for strip.

Further, the driving component includes bounce movement；The fixed position of the bounce movement is in water drain cavity And connect with shell, to limit fixed part axial displacement, shell, the other end are stretched out in one end of the driving portion of bounce movement upwards It is affixed with the blocking component.

Further, the blocking component includes blocking pipe and sealing ring；The housing unit further includes drainpipe；It is described It is affixed with the driving portion of bounce movement to block pipe；The sealing ring fixing sleeve is set to the periphery wall for blocking pipe；The drainpipe phase The direction of motion to blocking pipe is installed in below water drain cavity, and the drainage channel in drainpipe is connected with water drain cavity, is drained The internal diameter in channel is more than the outer diameter for blocking pipe；The osculum is formed in drainage channel；The closure pipe is supported by sealing ring Drainage channel internal face is leaned on or be detached from, the partition gone between the mouth of a river and osculum is realized and is connected to.

Further, the bounce movement, which is located at, blocks in pipe, and is connect with shell by connecting rod；The closure pipe Tube wall is equipped with the escape groove passed through for connecting rod.

Further, the tube wall for blocking pipe is equipped with overflow port；The inner wall interval for blocking pipe and water drain cavity It is arranged and forms overflow gap；It is described to go to the mouth of a river, overflow gap, overflow port, block pipe pipe when the drainage cell stops draining Road and osculum are sequentially communicated to form overflow ducts.

Further, the inlet unit includes valve and the water supply hose that is connected with valve；The valve is installed in Water inlet chamber upper surface is stretched out at water inlet chamber, driving end, and valve lower end is stretched out chamber of intaking and simultaneously connect with water supply hose, valve It is tightly connected with the upper surface of water inlet chamber and lower face；The water outlet of the valve and water inlet chamber.

Further, including platform basin ontology and as described above a kind of into row's integral structure；The platform basin ontology includes Pelvic cavity and separate space；The separate space side wall removes water inlet equipped with connection pelvic cavity；It is described to be installed in separate space into row's integral structure；It is described The mouth of a river is gone to be located in separate space；The water outlet stretches into pelvic cavity.

Further, the shell upper surface is flushed with separate space upper surface.

From the above description of the utility model, it can be seen, compared with the existing technology, what the utility model had is following beneficial Effect：

1, in the technical program, inlet unit is installed in into water chamber into row's integral structure, being used for will be by external water It is introduced into water chamber, and is flowed out by water outlet；Drainage cell is installed in water drain cavity, the movement of blocking component in drainage cell The connection between the mouth of a river and osculum is gone in switching；Inlet unit and drainage cell are integrated on a housing unit, instead of The case where separately installed tap and water drainage part are needed on original basin body structure, globality is more preferable, greatly facilitates user's Installation, simultaneously so that it is more preferable into the basin body aesthetics for arranging integral structure that this is installed.

2, the front end face for the flange that upper part of the housing extends to form is equipped with water outlet, therefore, only need to be by the water outlet of inlet unit End is connected to the water outlet that can be realized into integral structure is arranged with water outlet, without in inlet unit external tap structure carry out Water outlet so that structure is more simple, installation is also more convenient；Water outlet is formed on flange, and housing unit is being installed on basin body It, can be by the way that flange be stretched into pelvic cavity when upper, you can realize and intake to pelvic cavity, simple in structure, beautiful, function is reliable.

3, water outlet is set as strip opening, increases water-outlet area, water outlet is more slow, soft, improves user Usage comfort, meanwhile, strip opening water flow it is larger, reduce user wait for water outlet time, can effectively expire The demand of sufficient user.

4, drive component drives blocking component to be axially moved by bounce movement, to realize blocking component partition or connect The logical function of removing the mouth of a river and osculum, the use of bounce movement so that the structure of drainage cell is relatively simple, installation facility；Together When, since the fixed part of bounce movement is connect in water drain cavity with shell, instead of the draining knot of traditional common flip-over type Bounce movement is stretched to situation in discharge outlet and fixed in structure, should be hollow structure into the osculum of row's integral structure, because This ensures that water drainage is unobstructed, meets it is possible to prevente effectively from occurring the case where foreign matter winding, osculum blocking in osculum User demand.

5, blocking component is including blocking pipe and sealing ring, and the driving portion progress for blocking pipe and bounce movement is affixed, to logical Cross band dynamic seal ring it is mobile and against or be detached from drainage channel internal face, to realize partition and the company between the mouth of a river and osculum Logical, drainpipe and the direction of motion for blocking pipe are oppositely arranged, therefore, when drainage cell is in stopping hull-borne, sealing ring It can reliably abut the internal face of drainage channel, ensure sealing effect, it is simple in structure, function is reliable.

6, bounce movement is connected in water drain cavity by shell by connecting rod, and connecting rod is acted on bounce movement, limitation Bounce movement when its driving portion moves up and down, therewith with respect to water drain cavity axial movement, connection structure is simple, assembly letter Just；By the way that escape groove is arranged, blocking pipe can be normally in drainage cavity indoor moving, without being interfered by connecting rod.

7, it when drainage cell stops draining, goes to the mouth of a river, overflow gap, overflow port, block pipeline and osculum successively Connection forms overflow ducts, ensures when that should be installed on basin body into row's integral structure, is not in because of Intrapelvic water Overfill and the case where overflowed from pelvic cavity edge, further, since overflow port is set to and blocks in pipe, can be opened to avoid in pelvic cavity inner wall If the case where overflow port so that the structure of pelvic cavity is more complete, and usage experience more preferably, and reduces the complexity of technique.

8, by the way that valve seal to be connected in intake antrum room, ensure into the sealing of row's integral structure, water-tight, structure letter Single, assembly simplicity.

9, the platform basin into row's integral structure is provided with due to only needing to open up one on separate space for being packed into row one The opening of body structure, the case where instead of needing many places to be open in traditional structure so that the globality of platform basin structure is more preferable, more Beauty, meanwhile, it simplifies the manufacturing process of platform basin, effectively meet production requirement, it is Intrapelvic that water inlet is gone to set in the platform basin In on the side wall of separate space, therefore, effectively realize that pelvic cavity is used for the function of bathing so that the experience of user is more preferably.

10, by the way that the upper surface of shell to be arranged to flush with the upper surface of separate space, ensure the beauty of platform basin structure entirety Degree, meets the market demand.

Description of the drawings

It is required in being described below to embodiment to make in order to illustrate more clearly of the technical solution of the utility model embodiment Attached drawing is briefly described, it should be apparent that, the accompanying drawings in the following description is some embodiments of the utility model, for For those skilled in the art, without creative efforts, it can also be obtained according to these attached drawings His attached drawing.

Fig. 1 is dimensional decomposition structure diagram of the utility model embodiment into row's integral structure；

Fig. 2 is cross-sectional view of the utility model embodiment into row's integral structure；

Fig. 3 is surface structure schematic diagram of the utility model embodiment into row's integral structure；

Fig. 4 is the structural schematic diagram of the utility model embodiment platform basin.

Main appended drawing reference explanation：

Housing unit, including：Shell 11, including water inlet chamber 111, water outlet 1110, water drain cavity 112, go to the mouth of a river 1120, connecting rod 1121；Drainpipe 12, including drainage channel 121, osculum 1210；

Inlet unit 2, including：Valve 21；Water supply hose 22；

Drainage cell 3, including：Drive component 31, including bounce movement 311, limiting groove 3111, pressing piece 312；It blocks Component 32, including block pipe 321, escape groove 3211, overflow port 3212, sealing ring 322；Overflow gap 30；

Platform basin 10, including：Pelvic cavity 101；Separate space 102；Remove water inlet 103.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe.Obviously, described embodiment is the preferred embodiment of the utility model, and is not to be seen as to it The exclusion of his embodiment.Based on the utility model embodiment, those skilled in the art are not before making creative work The every other embodiment obtained is put, shall fall within the protection scope of the present invention.

In claims of the utility model, specification and above-mentioned attached drawing, unless otherwise specifically limited, term is such as used " first ", " second " or " third " etc. is provided to distinguish different objects, rather than for describing particular order.

In claims of the utility model, specification and above-mentioned attached drawing, unless otherwise specifically limited, for orientation Word, such as using term "center", " transverse direction ", " longitudinal direction ", "horizontal", " vertical ", "top", "bottom", "inner", "outside", "upper", The indicating positions such as "lower", "front", "rear", "left", "right", " clockwise ", " counterclockwise " or position relationship are based on shown in attached drawing Orientation and position relationship, and be merely for convenience of narration the utility model and simplify to describe, rather than indicate or imply signified Device or element must have a particular orientation or with specific azimuth configuration and operation, so can not be interpreted as limitation this The specific protection domain of utility model.

In claims of the utility model, specification and above-mentioned attached drawing, unless otherwise specifically limited, term is such as used " affixed " or " being fixedly connected ", should broadly understood, i.e., between the two without any company of displacement relation and relative rotation relationship Connect mode, that is to say, that including being unremovably fixedly connected with, being removably secured connection, be linked together and by other dresses It sets or element is fixedly connected.

In claims of the utility model, specification and above-mentioned attached drawing, such as using term " comprising ", " having " and Their deformation, it is intended that " including but not limited to ".

Referring to Fig. 1 to Fig. 3, Fig. 1 to Fig. 3 shows the use of the new type into the structural schematic diagram of row's integral structure.Extremely such as Fig. 1 Include housing unit 1, inlet unit 2 and drainage cell 3 into row's integral structure in the utility model embodiment shown in Fig. 3.

Wherein, housing unit 1 includes shell 11 and drainpipe 12, and shell 11 is used to fill for inlet unit 2 and drainage cell 3 If；Drainpipe 12 is for draining.

Shell 11 is equipped with water inlet chamber 111 and water drain cavity 112；Chamber 111 of intaking is equipped with water outlet 1110；Water drain cavity 112 are equipped with and go to the mouth of a river 1120, wherein drainage cell 3 is equipped with the osculum 1210 that be connected to water drain cavity 112, specifically, In embodiment, the inner wall also level of water drain cavity 112, which protrudes out, is formed with connecting rod 1121, and connecting rod 1121 is single for connecting draining Member 3.In the present embodiment, 11 top of shell has extended to form flange along horizontal direction, and the front end face of the flange is formed with Water outlet 1110 is stated, and water outlet 1110 is arranged diagonally downward, in order to which the water exported by inlet unit 2 is introduced to basin body In pelvic cavity 101；Preferably, which is open for strip.

Inlet unit 2, which runs through and seals, to be installed in into water chamber 111, and is fixedly connected with shell 11, is used for outside Water is introduced into water chamber 111, and is flowed out by water outlet 1110；Specifically, inlet unit 2 includes valve 21 and is connected with valve 21 Logical water supply hose 22；Wherein, for valve 21 through being installed in on water chamber 111, water inlet is stretched out at the keying driving end of valve 21 The upper surface of chamber 111, for being opened and closed for outer force effect, the lower end of valve 21 stretch out water inlet chamber 111 and with water supply hose 22 Connection, valve 21 are tightly connected with the upper surface of water inlet chamber 111 and lower face；The water outlet of valve 21 is located at water inlet chamber Be connected in 111 and with water inlet chamber 111, to realize valve 21 water outlet and water outlet 1110 connection.It should be understood that It is that the upper and lower side of valve 21 stretches out water inlet chamber 111, therefore illustrates, the upper and lower end face of water inlet chamber 111 is equipped on valve 21 The through-hole that lower end is stretched out, and two through-holes up and down of valve 21 and water inlet chamber 111 seal it is affixed, wherein valve 21 stretch out into One end of through-hole is that the keying opened and closed for control valve 21 drives end, valve 21 to stretch out under water inlet chamber 111 in water chamber 111 One end of through-hole is connected to water supply hose 22.

Drainage cell 3 includes drive component 31 and blocking component 32；The driving end of drive component 31 is solid with blocking component 32 It connects, for driving blocking component 32 to be slided with respect to water drain cavity 112, to make the switching of blocking component 32 go to the mouth of a river 1120 and draining Connection between hole 1210.

Wherein, drive component 31 includes bounce movement 311；The fixed position of bounce movement 311 in water drain cavity 112 simultaneously It is formed and is connected with shell 11, to limit fixed part axial displacement, shell is stretched out in one end of the driving portion of bounce movement 311 upwards 11, the other end and blocking component 32 are affixed.Specifically, in the present embodiment, it is connected with one on the press-side of bounce movement 311 Pressing piece 312, which stretches out shell 11 upwards, and constitutes the driving portion of bounce movement 311, it should be noted that In the present embodiment, the upper surface of shell 11 is formed with the through-hole passed through for pressing piece 312, it is preferred that the pressing piece 312 passes through The press-side of one Elastic buckle and bounce movement 311 forms a fixed connection；It should be appreciated that the fixed part of bounce movement 311 referred to It is the ontology of bounce movement 311.

Blocking component 32 includes blocking pipe 321 and sealing ring 322；Wherein, the driving of pipe 321 and bounce movement 311 is blocked Portion is affixed, and 322 fixing sleeve of sealing ring is set to the periphery wall for blocking pipe 321；In the present embodiment, block pipe 321 upper end with press The lower end of casting die 312 be connected through a screw thread mode formed it is affixed, block pipe 321 lower end periphery wall be equipped with for for sealing The annular groove that circle 322 is arranged, the sealing ring 322 is by being sheathed in annular groove, and the formation limit of pipe 321 is affixed with blocking, It avoids that relative displacement up and down occurs with closure pipe 321.

In the present embodiment, the fixed part of bounce movement 311 fixed concrete mode in water drain cavity 112 is：Spring The outer wall of 311 ontology of movement is equipped with limiting groove 3111, it is preferable that the limiting groove 3111 is circumferentially disposed and is formed as annular Limiting groove 3111；Connecting rod 1121 is formed in the cavity wall of water drain cavity 112, it is preferable that 1121 horizontal direction of connecting rod It blocks 321 pipeline of pipe to stretch into, therefore, the tube wall for blocking pipe 321 is equipped with the escape groove 3211 passed through for connecting tube, needs to illustrate , moved up and down with the driving portion of bounce movement 311 due to blocking pipe 321, and connecting rod 1121 be it is stationary, because This, which should be axial strip；When installation, the fixed part of bounce movement 311, which stretches into, to be blocked in pipe 321, On limiting groove 3111 and stretch into block pipe 321 connecting rod 1121 end cooperation grafting, and formed limit connection, to Realize function of the limitation bounce movement 311 with respect to 112 upper and lower displacement of water drain cavity.

The opposite direction of motion setting for blocking pipe 321 of drainpipe 12 in housing unit 1, and it is installed in water drain cavity 112 Lower section, drainage channel 121 is equipped in drainpipe 12, i.e. the pipeline of drainpipe 12 is drainage channel 121, the drainage channel 121 It is connected with water drain cavity 112, and the internal diameter of drainage channel 121 is relatively larger than the outer diameter for blocking pipe 321, in the present embodiment, row Water hole 1210 is formed in drainage hole, therefore, when drainage cell 3 is in hull-borne, blocks pipe 321 and sealing thereon The inner wall of drainage channel 121 that circle 322 is moved up and is detached from drainpipe 12, goes to the mouth of a river 1120 to be connected to osculum 1210, Realize draining；When drainage cell 3 is discharged the state of pause draining, blocks pipe 321 and sealing ring 322 thereon is moved downward to Sealing ring 322 is resisted against the inner wall of drainage channel 121, at this point, the mouth of a river 1120 and osculum 1210 is gone to separate, stops to realizing Draining.

It should be noted that in embodiment alternatively, which is set under water drain cavity 112 End, and block pipe 321 lower end be provided with setting sealing ring 322, by drive block pipe 321 on sealing ring 322 go against Or it is detached from the lower end inner wall of water drain cavity 112, it should understand that realize the mouth of a river 1120 and the partition of osculum 1210 or be connected to To fall into the technical solution that the present embodiment is protected.

Specifically, it blocks and is additionally provided with overflow port 3212 on the tube wall of pipe 321, block the inner wall of pipe 321 and water drain cavity 112 Interval is arranged and forms overflow gap 30；When drainage cell 3 stops draining, the mouth of a river 1120, overflow gap 30, overflow port are removed 3212, it blocks the pipeline of pipe 321 and osculum 1210 is sequentially communicated to form overflow ducts.

Referring to Fig. 4, the structural schematic diagram of the utility model embodiment platform basin is shown in Fig. 4.As shown in figure 4, platform basin 10 Including 10 ontology of platform basin and it is described above into row integral structure.

Wherein, 10 ontology of platform basin includes pelvic cavity 101 and separate space 102, and the side wall that separate space 102 is abutted with pelvic cavity 101 is equipped with Connection separate space 102 and pelvic cavity 101 remove water inlet 103；Into row integral structure be installed on separate space 102, thereon go to the mouth of a river 1120 are located in separate space 102, and water outlet 1110 stretches into pelvic cavity 101；It should be appreciated that the upper surface of separate space 102 should be provided with for into The opening that integral structure is packed into is arranged, the lower face of separate space 102 should be provided with the through-hole passed through for water supply hose 22 and drainpipe 12； Preferably, the upper surface of shell 11 is flushed with 102 upper surface of separate space.

In the actual use process, the driving portion of bounce movement 311 is pressed so that row is stretched into the lower end for blocking pipe 321 In the drainage channel 121 of water pipe 12, makes sealing ring 322 thereon against 121 inner wall of drainage channel, 1120 He of the mouth of a river is gone with partition The connection of osculum 1210, at this point, drive end control valve 21 to open by the keying of valve 21, by the water that outside introduces pass through into Water hose 22 enters to valve 21, and is flowed out from water outlet 1110 after flowing into water chamber 111, to flow into pelvic cavity 101 It is interior；During flow enters pelvic cavity 101, when the height of the water in pelvic cavity 101 is higher than 3212 place height of overflow port, basin Water in chamber 101 by going water inlet 103 to flow into, and via go the mouth of a river 1120, overflow gap 30, overflow port 3212, block pipe 321 Pipeline is connected to the overflow ducts outflow formed with osculum 1210, realizes relief function, pelvic cavity 101 is avoided to be sent out due to water overfill The phenomenon that unboiled water is overflowed from edge.When being pressed the driving portion of bounce movement 311 again and opening state in lift, pipe 321 is blocked Lower end and sealing ring 322 be detached from drainage channel 121 inner wall so that go to the mouth of a river 1120 to be connected to osculum 1210, that is, realize Platform basin 10 goes water function.

It can be seen from above-described embodiment that into row's integral structure by inlet unit 2 in the technical solution of the utility model It is installed in into water chamber 111, for will external water be introduced into water chamber 111, and is flowed out by water outlet 1110；It will draining list Member 3 is installed in water drain cavity 112, in drainage cell 3 the movement switching of blocking component 32 go the mouth of a river 1120 and osculum 1210 it Between connection；Inlet unit 2 and drainage cell 3 are integrated on 11 component of shell, instead of being needed on original basin body structure The case where wanting separately installed tap and water drainage part, globality is more preferable, greatly facilitates the installation of user, simultaneously so that peace It is more preferable into the basin body aesthetics for arranging integral structure to fill this.

The front end face for the flange that 11 top of shell extends to form is equipped with water outlet 1110, therefore, only need to be by inlet unit 2 Water outlet is connected to the water outlet that can be realized into row's integral structure with water outlet 1110, without the external tap in inlet unit 2 Structure is discharged so that structure is more simple, installation is also more convenient；Water outlet 1110 is formed on flange, by shell It, can be by the way that flange be stretched into pelvic cavity 101 when 11 components are installed on basin body, you can it realizes and intakes to pelvic cavity 101, simple in structure, Beauty, function are reliable.

Water outlet 1110 is set as strip opening, increases water-outlet area, water outlet is more slow, soft, improves use The usage comfort at family, meanwhile, the water flow of strip opening is larger, reduces the time that user waits for water outlet, can be effective It meets the needs of users.

Drive component 31 drives blocking component 32 to be axially moved by bounce movement 311, to realize blocking component 32 The function at the mouth of a river 1120 and osculum 1210, the use of bounce movement 311 so that the structure of drainage cell 3 are gone in partition or connection Relatively simple, installation facility；Simultaneously as the fixed part of bounce movement 311 is connect in water drain cavity 112 with shell 11, generation It has replaced in the discharge structure of traditional common flip-over type and has stretched to bounce movement 311 in discharge outlet and fixed situation, it should be into The osculum 1210 for arranging integral structure is hollow structure, therefore, it is possible to prevente effectively from occurring foreign matter winding, row in osculum 1210 The case where 1210 blocking of water hole, ensure osculum 1210 drain it is unobstructed, meet user demand.

Blocking component 32 includes blocking pipe 321 and sealing ring 322, blocks pipe 321 and the driving portion of bounce movement 311 carries out It is affixed, to by band dynamic seal ring 322 move and against or be detached from 121 internal face of drainage channel, to realize the mouth of a river 1120 Partition between osculum 1210 be connected to, drainpipe 12 and the direction of motion for blocking pipe 321 are oppositely arranged, and therefore, are being arranged When water unit 3 is in stopping hull-borne, sealing ring 322 can reliably abut the internal face of drainage channel 121, ensure sealing Effect, it is simple in structure, function is reliable.

Bounce movement 311 is connected in water drain cavity 112 by shell 11 by connecting rod 1121, connecting rod 1121 and spring Movement 311 acts on, and limits bounce movement 311 when its driving portion moves up and down, axial with respect to water drain cavity 112 therewith to move It moves, connection structure is simple, assembly is easy；By the way that escape groove 3211 is arranged, blocking pipe 321 can be normally in water drain cavity 112 Interior movement, without the interference by connecting rod 1121.

When drainage cell 3 stops draining, goes to the mouth of a river 1120, overflow gap 30, overflow port 3212, blocks 321 pipeline of pipe It is sequentially communicated to form overflow ducts with osculum 1210, ensures, when that should be installed on basin body into row's integral structure, to go out The case where now being overflowed from 101 edge of pelvic cavity because of the water overfill in pelvic cavity 101, further, since overflow port 3212 is set to envelope It, can be to avoid the case where 101 inner wall of pelvic cavity opens up overflow port 3212 so that the structure of pelvic cavity 101 is more complete in plugging 321 Whole, usage experience more preferably, and reduces the complexity of technique.

By being sealedly attached to valve 21 into water chamber 111, ensure into the sealing of row's integral structure, water-tight, structure Simply, assembly is easy.

The platform basin 10 into row's integral structure is provided with due to only needing to open up one on separate space 102 for being packed into row The opening of integral structure, the case where instead of needing many places to be open in traditional structure so that the globality of 10 structure of platform basin is more preferable, It is more aesthetically pleasing, meanwhile, it simplifies the manufacturing process of platform basin 10, effectively meet production requirement, in the platform basin 10, in pelvic cavity 101 Go water inlet 103 be set to separate space 102 side wall on, therefore, effectively realize pelvic cavity 101 be used for bathing function so that user Experience more preferably.

By the way that the upper surface of shell 11 to be arranged to flush with the upper surface of separate space 102, ensure platform basin 10 structure entirety Aesthetics meets the market demand.

In summary it analyzes, technical solution disclosed by the utility model solves whole technical problems listed by specification, Realize corresponding technique effect.

The description of description above and embodiment for explaining scope of protection of the utility model, but is not constituted to this reality With the restriction of novel protected range.By the enlightenment of the utility model or above-described embodiment, those of ordinary skill in the art combine Common knowledge, the ordinary technical knowledge of this field and/or the prior art pass through logical analysis, reasoning or limited examination Test it is available to the modification of the utility model embodiment or in which a part of technical characteristic, equivalent replacement or other improvements, It should be included within the scope of protection of this utility model.

Claims (10)

1. it is a kind of into row's integral structure, it is characterized in that：Including housing unit, inlet unit and drainage cell；

The housing unit includes shell, and the shell is equipped with water inlet chamber and water drain cavity；The water inlet chamber is equipped with water outlet Mouthful；

The water drain cavity is equipped with and goes to the mouth of a river；The housing unit is equipped with the osculum being connected to water drain cavity；

The inlet unit, which runs through and seals, to be installed in into water chamber, and is fixedly connected with the casing, for introducing external water Water inlet chamber, and flowed out by water outlet；The drainage cell includes drive component and blocking component；The driving of the driving component End is affixed with blocking component, for driving blocking component to be slided with respect to water drain cavity and switching the company between the mouth of a river and osculum It is logical.

2. it is as described in claim 1 a kind of into row's integral structure, it is characterized in that：The upper part of the housing horizontal extension forms convex Edge；The front end face of the flange is formed with the water outlet；The water outlet is arranged diagonally downward.

3. it is as claimed in claim 2 a kind of into row's integral structure, it is characterized in that：The water outlet is open for strip.

4. it is as described in claim 1 a kind of into row's integral structure, it is characterized in that：The driving component includes bounce movement；Institute The fixed position for stating bounce movement is connect in water drain cavity and with shell, to limit fixed part axial displacement, bounce movement Shell is stretched out in one end of driving portion upwards, and the other end and the blocking component are affixed.

5. it is as claimed in claim 4 a kind of into row's integral structure, it is characterized in that：The blocking component includes blocking pipe and sealing Circle；

The housing unit further includes drainpipe；

The closure pipe is affixed with the driving portion of bounce movement；The sealing ring fixing sleeve is set to the periphery wall for blocking pipe；

The opposite direction of motion for blocking pipe of the drainpipe is installed in below water drain cavity, the drainage channel in drainpipe and draining Chamber is connected, and the internal diameter of drainage channel is more than the outer diameter for blocking pipe；The osculum is formed in drainage channel；

Closure pipe by sealing ring against or be detached from drainage channel internal face, realize the partition gone between the mouth of a river and osculum Be connected to.

6. it is as claimed in claim 5 a kind of into row's integral structure, it is characterized in that：The bounce movement, which is located at, to be blocked in pipe, and It is connect with shell by connecting rod；The tube wall for blocking pipe is equipped with the escape groove passed through for connecting rod.

7. it is as claimed in claim 5 a kind of into row's integral structure, it is characterized in that：The tube wall for blocking pipe is equipped with overflow Mouthful；The inner wall interval for blocking pipe and water drain cavity is arranged and forms overflow gap；When the drainage cell stops draining, institute The mouth of a river, overflow gap, overflow port, closure pipeline and osculum is stated to be sequentially communicated to form overflow ducts.

8. it is as described in claim 1 a kind of into row's integral structure, it is characterized in that：The inlet unit includes valve and and valve The water supply hose being connected；The valve is installed in into water chamber, and water inlet chamber upper surface is stretched out at driving end, and valve lower end is stretched Go out into water chamber and connect with water supply hose, valve is tightly connected with the upper surface of water inlet chamber and lower face；The valve Water outlet and water inlet chamber.

9. a kind of platform basin, it is characterized in that：It is a kind of into row one including platform basin ontology and as described in any one of claim 1 to 7 Body structure；The platform basin ontology includes pelvic cavity and separate space；The separate space side wall removes water inlet equipped with connection pelvic cavity；It is described into row Integral structure is installed in separate space；It is described that the mouth of a river is gone to be located in separate space；The water outlet stretches into pelvic cavity.

10. a kind of platform basin as claimed in claim 9, it is characterized in that：The shell upper surface is flushed with separate space upper surface.