WO2018107615A1 - 可撕面盖出水装置 - Google Patents
可撕面盖出水装置 Download PDFInfo
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- WO2018107615A1 WO2018107615A1 PCT/CN2017/078701 CN2017078701W WO2018107615A1 WO 2018107615 A1 WO2018107615 A1 WO 2018107615A1 CN 2017078701 W CN2017078701 W CN 2017078701W WO 2018107615 A1 WO2018107615 A1 WO 2018107615A1
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- WIPO (PCT)
- Prior art keywords
- cover
- peripheral wall
- water outlet
- connecting structure
- outlet device
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- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
- E03C1/00—Domestic plumbing installations for fresh water or waste water; Sinks
- E03C1/02—Plumbing installations for fresh water
- E03C1/08—Jet regulators or jet guides, e.g. anti-splash devices
- E03C1/086—Jet regulators or jet guides, easily mountable on the outlet of taps
Definitions
- the invention relates to a water outlet device, in particular to a tearable face cover water outlet device.
- Existing water outlet devices generally include a housing and a water outlet cover.
- the housing has a peripheral wall, and the water outlet cover is provided with a plurality of water outlets.
- a water outlet grille is fixed in the lower part of the peripheral wall, and the water outlet grille is formed with a plurality of through holes penetrating inside and outside, and the water outlet cover is supported on the top surface of the water outlet grille and the water spouts are corresponding to each other. Pass through the through hole.
- a water outlet grille is disposed in the lower portion of the peripheral wall, and the water outlet grille is formed with a plurality of through holes penetrating inside and outside, and the water outlet cover can be attached and detached to the bottom surface of the grille and the water outlet cover and The through holes are aligned one by one.
- a water outlet grille is fixed in the lower part of the peripheral wall, and the water outlet grille is formed with a plurality of through holes penetrating inside and outside, and the water outlet nozzle of the water outlet cover can be detachably connected in the through hole.
- the water outlet cover abuts the grille.
- the water outlet devices all have the following disadvantages: they all need to be equipped with a water outlet grille, which increases the structural complexity of the housing and increases the difficulty and efficiency of assembly.
- the present invention provides a tearable cover water outlet device that overcomes the deficiencies of the water outlet device of the prior art.
- the tearable cover water outlet device comprises a casing, the casing has a peripheral wall, and further comprises a cover made of an elastic material, the cover is provided with a water outlet, and the water flows out from the peripheral wall through the water outlet; the peripheral wall
- the interior is provided with a built-in part that can be fixed relative to the housing, and the built-in part is convex a first connecting structure is disposed on a peripheral portion of the cover, and a second connecting structure is further disposed at a position surrounded by the peripheral portion of the cover; the first connecting structure and the peripheral wall are fitted through the cover tape
- the elastic material property enables the first connecting structure and the peripheral wall to form a detachable connecting structure; the second connecting structure and the solid column are adapted and the second connecting structure and the solid column constitute a detachable connecting structure by the elastic material property of the cover.
- the second connecting structure comprises a truncated cone disposed on the cover, a second mounting slot, a solid post and an end thereof; the solid post and the truncated cone are adapted to the second mounting slot.
- the upper surface of the truncated cone forms a support surface
- the second attachment groove includes a guiding portion and a fixed end.
- the guiding portion has an opening portion and a constricted portion, and the fixing end matches the shape of the truncated cone.
- the first connecting structure includes a first mounting groove recessed in an outer side wall of the cover; the peripheral wall has a flange protruding inwardly, and the flange of the peripheral wall is inserted into the first mounting slot inwardly Inside.
- the lower periphery of the peripheral wall is convexly disposed inwardly, and the upper end of the outer side wall of the cover is convexly disposed with an upward facing contact surface under the first attachment groove, and the bottom end surface of the peripheral wall Abutting on the contact surface.
- the first connecting structure comprises a second flange protruding from the outer side wall of the cover, and a lower contact portion of the outer side of the cover is convexly disposed with an upward contact surface below the flange.
- a first attachment groove is formed between the flange and the contact surface; the flange is protruded inwardly from the lower periphery of the peripheral wall, and the flange of the cover is inserted into the first attachment groove; Connected to the contact surface.
- the second connection structure is disposed at a center of the face cover.
- the second attachment groove on the top of the cover extends upwardly with a protrusion.
- the inner wall of the peripheral wall is provided with an upwardly facing support surface, the inner portion comprising a grid that rests against the support surface.
- the housing is provided with a diverting portion, and the diverting portion is provided with a diverting hole.
- the ejection area suddenly becomes large and generates a negative pressure, and the air, the air and the water flow are taken in from the outside of the housing through the negative pressure.
- the mixing produces bubble water, and the shunt portion is located above the built-in portion, and the bubble water hits the built-in portion or is rectified by the built-in portion and then discharged from the spout.
- the shunt portion is fixedly attached to the housing and can be placed against the built-in portion.
- the utility model further comprises an upper cover fixed to an upper portion of the peripheral wall of the casing and a filtering portion fixedly attached to the upper cover, the diverting portion being fixedly attached to the upper cover, and the water flow is filtered from the filtering portion and flows through Splitter.
- a solid column with a built-in part and a built-in part is added, and the first connecting structure and the peripheral wall are adapted and the first connecting structure and the peripheral wall constitute a detachable connecting structure by the elastic material property of the cover, and the second connecting structure and the solid column are adapted Moreover, the second connecting structure and the solid column constitute a detachable connecting structure by the elastic material property of the cover, and the following technical effects can be produced: First, the surface cover is attached to the peripheral wall and the solid column, and on the one hand, no background is needed.
- the technical grid can omit the grid of the background art, simplify the shell structure, simplify the structure of the processing mold of the shell, reduce the manufacturing cost, reduce the assembly difficulty, improve the assembly efficiency, and on the other hand, through the surrounding attachment and intermediate loading Cooperate with each other, the connection is firm and reliable after attachment, and is not easily impacted by water.
- the use The cover is made of elastic material to enable the assembly and disassembly connection, which is convenient for the user to directly remove the off-face cover without tools. It is convenient and quick to assemble and disassemble, and it is convenient to clean or replace the cover, because the elastic cover is convenient for deformation of the cover to achieve impurity removal.
- the solid column and the convex ring are matched with the second attachment groove having a large mouth and small belly, and the convex cover of the solid column is used to hang the cover to connect the cover and the casing together for easy assembly and disassembly.
- An annular flange is protruded inwardly of the peripheral wall, and an annular flange of the peripheral wall is inserted into the first attachment groove inwardly, and the annular flange of the peripheral wall and the first attachment groove cooperate to attach the cover and the housing together
- the peripheral wall can play the role of limiting the deformation of the cover, and can enhance the attachment strength, and the peripheral wall and the cover can also achieve sealing.
- the cover is provided with an upward contact surface, and the bottom end surface of the peripheral wall abuts on the contact surface, which can restrict the deformation of the cover, thereby enhancing the attachment strength and enhancing the sealing performance of the peripheral wall and the cover.
- the second connecting structure is arranged at the center of the cover, the cover is subjected to a reasonable force, the deformation by the water impact is small, and the connection strength between the cover and the cover is high.
- the inner wall of the peripheral wall is provided with an upwardly facing supporting surface, and the built-in part comprises a grille which rests on the supporting surface.
- the cover is connected by the grille, and on the other hand, the cover has a downward reaction on the grille.
- the force, the reaction force and the impact force of the grating impacted by the water are in the same direction, and the stability of the grid at the position of the casing is improved by the resultant force.
- a shunting portion is disposed in the casing, and the diverting portion is located on the built-in portion, and the bubble water hits the built-in portion or is rectified by the built-in portion, and then the water is discharged from the spout, and the water discharging device is a bubbler.
- the built-in part can function as a connection cover, and can rectify or impact the water flow to make the water particles smaller and the water vapor more saturated.
- 1 is a schematic perspective view showing the water supply device of the tearable cover of the first embodiment.
- FIG. 2 is a front elevational view showing the water supply device of the tearable cover of the first embodiment.
- FIG. 4 is a perspective exploded view showing the water outlet device of the tearable cover of the first embodiment.
- Fig. 5 is a schematic cross-sectional view showing the water supply device of the tearable cover according to the first embodiment
- the tearable cover water outlet device includes a housing 1, a built-in portion 2, and a cover 3 made of an elastic material.
- the housing 1 has a peripheral wall 11 in which a built-in portion 2 that can be fixed relative to the housing 1 is mounted, and the built-in portion 2 is convexly provided with a solid column 21.
- the face cover 3 is provided with a spout 31, and the water flows out of the peripheral wall 11 through the spout 31.
- a first connecting structure 32 is disposed on the circumference of the cover 3, and a second connecting structure 33 is further disposed at a position surrounded by the circumferential portion of the cover 3; the first connecting structure 32 and the peripheral wall 11 are fitted and pass through the surface.
- the cover 3 has elastic material properties such that the first connecting structure 32 and the peripheral wall 11 constitute a detachable connection structure; the second connecting structure 33 and the solid post 21 are adapted and the second connecting structure 33 is made by the elastic material property of the cover 3
- the solid column 21 constitutes a detachable connection structure.
- the second connecting structure 33 includes: a second mounting groove 330 disposed on the cover 3, a conical table 22 at the end of the solid post 21 and the end thereof; the solid post 21 and the truncated cone 22 and the second mounting The groove 330 is adapted; the upper surface 222 of the truncated cone 22 forms a support surface, and the second The attachment groove 330 includes a guiding portion 331 having an opening portion and a constricted portion, and a fixing end 332 matching the shape of the truncated cone 22.
- the second attachment groove on the top of the cover extends upwardly from a protrusion 35.
- the first connecting structure 32 includes a first mounting groove formed by the outer side wall of the cover 3; the peripheral wall 11 is convexly provided with an annular flange 12, and the annular flange 12 of the peripheral wall 11 is inserted inwardly. Installed in the slot.
- the structure of the embodiment is not limited.
- the second attachment groove is disposed on the solid column, and the second connection structure of the cover is provided with a column with a convex ring, and the cylinder and the second attachment groove can also cooperate.
- the above-mentioned detachable structure can also be realized by realizing the structure that can be assembled and disassembled.
- the lower peripheral edge of the peripheral wall 11 protrudes inwardly with the annular flange 12, and the groove wall below the first attachment groove extends outward to form an upward contact surface 34, the peripheral wall 11
- the bottom end face abuts against the contact surface 34.
- the first connecting structure 32 is disposed at a central position of the face cover 3.
- a second attachment groove and a solid column may be provided, or a plurality of second attachment grooves and solid columns correspondingly matched may be provided.
- the water outlet device of the present embodiment is a bubbler, and the inner wall of the peripheral wall 11 is provided with an upwardly facing support surface 13 .
- the inner portion 2 includes a grid, and the grid circumference surrounds the support surface 13; the housing 1 A diverting portion 4 is provided, and the diverting portion 4 is provided with a diverting hole 41.
- the bubble water is generated, and the flow dividing portion 4 is located on the built-in portion 2, and the bubble water hits the built-in portion 2 or is rectified by the built-in portion 2, and then drains water from the water discharge nozzle 31, and the split portion 4 is fixedly attached to the casing 1 and can be topped. It is on the built-in part 2.
- the passage of the gas for example, the housing is provided with a vent hole 14 penetrating inside and outside, the vent hole is located outside the housing at one end, and the other end is located at the inner wall of the housing under the shunt and above the built-in portion. Set.
- the built-in part is positioned by the top of the shunt, the pulling force of the cover and the support of the housing part, and the positioning is firm and reliable, and the built-in part is prevented from vibrating.
- the filter portion includes a connecting seat 62, a filter fixed on the connecting seat 62, and a sealing ring 61 disposed between the connecting seat and the diverter, and is biased by the sealing ring 61.
- the deformation control flow cross section is generated. When the water flow pressure is large, the water flow cross section is small, and the water flow pressure is small, the water flow cross section is large, so as to maintain water flow stability and achieve water saving.
- the flange is chamfered toward the face cover, the chamfer is also provided at the convex ring, and the first attachment groove is also chamfered.
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Abstract
一种可撕面盖出水装置，包括壳体（1）和带弹性材料制成的面盖（3），该壳体（1）具有周壁（11），该面盖（3）上设有出水嘴（31）；该周壁（11）内装设有能相对壳体（1）固定的内置部分（2），该内置部分（2）凸设有固柱（21），该面盖（3）周圈部分设第一连接结构（32），该面盖（3）之被周圈部分包围的位置上还设有第二连接结构（33）；该第一连接结构（32）和周壁（11）适配且通过面盖（3）带弹性材料性能使第一连接结构（32）和周壁（11）构成能装拆连接结构；该第二连接结构（33）和固柱（21）适配且通过面盖（3）带弹性材料性能使第二连接结构（33）和固柱（21）构成能装拆连接结构。
Description
本发明涉及一种出水装置，尤其涉及一种可撕面盖出水装置。
现有的出水装置，一般都包括壳体和出水面盖。该壳体具有周壁，该出水面盖设有多个出水嘴。如CN102753762B，该周壁下部内固设有出水格栅，该出水格栅处构成有多个内外贯穿的贯穿孔，该出水面盖撑靠在出水格栅之顶面且该出水嘴一一对应朝下穿过贯穿孔。或，如CN103806506A，该周壁下部内能转动设有出水格栅，该出水格栅处构成有多个内外贯穿的贯穿孔，该出水面盖能装拆固定贴靠格栅底面且出水面盖和贯穿孔一一对齐接通。或，如CN103769315A、US5730363A，该周壁下部内固设有出水格栅，该出水格栅处构成有多个内外贯穿的贯穿孔，该出水面盖的出水嘴能装拆地连接在贯穿孔内，该出水面盖贴靠格栅。该些出水装置都存在有如下不足：都需配设出水格栅，这会增加壳体的结构复杂性，增加装配的难度和效率。
发明内容
本发明提供了一种可撕面盖出水装置，其克服了背景技术中出水装置所存在的不足。
本发明解决其技术问题的所采用的技术方案是：
可撕面盖出水装置，包括壳体，该壳体具有一周壁，还包括带弹性材料制成的面盖，该面盖上设有出水嘴，水流从周壁经出水嘴向外出水；该周壁内装设有能相对壳体固定的内置部分，该内置部分凸设
有固柱，该面盖周圈部分设第一连接结构，该面盖之被周圈部分包围的位置上还设有第二连接结构；该第一连接结构和周壁适配且通过面盖带弹性材料性能使第一连接结构和周壁构成能装拆连接结构；该第二连接结构和固柱适配且通过面盖带弹性材料性能使第二连接结构和固柱构成能装拆连接结构。
一实施例之中，该第二连接结构包括置在面盖上第二装接槽、固柱及其末端的圆锥台；该固柱及圆锥台与第二装接槽适配。
一实施例之中，该圆锥台上台面形成支撑面，所述第二装接槽包括导向段和固定端，导向段具有一开口部和缩颈部，固定端与圆锥台的形状相匹配。
一实施例之中，该第一连接结构包括凹设在面盖外侧壁的第一装接槽；该周壁朝内凸设有凸缘，该周壁的凸缘朝内***该第一装接槽内。
一实施例之中，该周壁下周缘朝内凸设有上述的凸缘，该面盖外侧壁下部朝外凸设有一位于第一装接槽之下的朝上的接触面，该周壁底端面靠接在该接触面之上。
一实施例之中，该第一连接结构包括凸设在面盖外侧壁的第二凸缘，该面盖外侧壁下部朝外凸设有一位于凸缘之下的朝上的接触面，该第二凸缘和接触面之间形成有第一装接槽；该周壁下周缘朝内凸设有上述的凸缘，该面盖的凸缘***该第一装接槽内；该周壁底端面靠接在该接触面之上。
一实施例之中，该第二连接结构设在面盖之中心位置。
一实施例之中，该面盖顶部第二装接槽向上延伸一凸座。
一实施例之中，该周壁内壁设有朝上的支撑面，该内置部分包括格栅，该格栅撑靠在支撑面之上。
一实施例之中，该壳体内设分流部分，该分流部分设分流孔，水流自分流孔进入周壁内时射出面积突然变大并产生负压，通过负压从壳体外吸入空气，空气和水流混合产生气泡水，该分流部分位于内置部分之上，该气泡水撞击内置部分或经内置部分整流后再从出水嘴出水。
一实施例之中，该分流部分固定装接在壳体且能顶抵在内置部分之上。
一实施例之中，还包括能固定装接在壳体的周壁上部的上盖和固定装接在上盖的过滤部分，该分流部分固定装接在上盖，水流自过滤部分过滤后流经分流孔。
本技术方案与背景技术相比，它具有如下优点：
增设内置部分及内置部分的固柱，且第一连接结构和周壁适配且通过面盖带弹性材料性能使第一连接结构和周壁构成能装拆连接结构，第二连接结构和固柱适配且通过面盖带弹性材料性能使第二连接结构和固柱构成能装拆连接结构，则能产生如下技术效果：其一，面盖装接在周壁、固柱，一方面，无需配设背景技术的格栅，能省略背景技术的格栅，简化壳体结构，简化壳体的加工模具的结构，降低制造成本，降低装配难度，提高装配效率，另一方面，通过周围装接和中间装接相配合，装接后连接牢固可靠，不易受水冲击脱落；其二，利用
面盖带弹性材料实现能装拆连接，方便用户直接手抓撕离面盖，无需工具，装拆方便快速，清洗或更换面盖方便，由于为弹性材料方便面盖变形实现杂质清除。
固柱及凸环和口小肚大的第二装接槽适配，利用固柱的凸环吊接面盖以将面盖和壳体连接在一起，方便装拆。
周壁朝内凸设有环形凸缘，周壁的环形凸缘朝内***该第一装接槽内，通过周壁的环形凸缘和第一装接槽配合以将面盖和壳体装接在一起，周壁能起到限制面盖变形的作用，起到增强装接强度的作用，周壁和面盖配合还能实现密封。
面盖设朝上的接触面，周壁底端面靠接在该接触面之上，能起到限制面盖变形的作用，起到增强装接强度的作用，增强周壁和面盖的密封性能。
第二连接结构设在面盖之中心位置，面盖受力合理，受水冲击的变形小，面盖和壳体的连接强度高。
面盖顶部凸设有凸座，第二装接槽由凸座顶端面下凹构成，增强面盖连接强度。
周壁内壁设有朝上的支撑面，内置部分包括格栅，格栅撑靠在支撑面之上，一方面，通过格栅连接面盖，另一方面，面盖对格栅产生朝下的反作用力，该反作用力和格栅受水冲击的冲击力同向，通过该合力提高格栅在壳***置的稳定性。
壳体内设分流部分，分流部分位于内置部分之上，气泡水撞击内置部分或经内置部分整流后再从出水嘴出水，该出水装置为起泡器，
该内置部分起能起到连接面盖的作用，又能起到整流或撞击水流使水颗粒变小，水汽更饱和的作用。
下面结合附图和实施例对本发明作进一步说明。
图1是实施例一的可撕面盖出水装置的立体结构示意图。
图2是实施例一的可撕面盖出水装置的主视示意图。
图3是实施例一的可撕面盖出水装置的仰视示意图。
图4是实施例一的可撕面盖出水装置的立体分解结构示意图。
图5是实施例一的可撕面盖出水装置的办剖结构示意图。
请查阅图1至图5，可撕面盖出水装置，包括壳体1、内置部分2和带弹性材料制成的面盖3。该壳体1具有一周壁11，该周壁11内装设有能相对壳体1固定的内置部分2，该内置部分2凸设有固柱21。该面盖3上设有出水嘴31，水流从周壁11经出水嘴31向外出水。该面盖3周圈部分设第一连接结构32，该面盖3之被周圈部分包围的位置上还设有第二连接结构33；该第一连接结构32和周壁11适配且通过面盖3带弹性材料性能使第一连接结构32和周壁11构成能装拆连接结构；该第二连接结构33和固柱21适配且通过面盖3带弹性材料性能使第二连接结构33和固柱21构成能装拆连接结构。
本实施例之中：该第二连接结构33包括：设置在面盖3上第二装接槽330、固柱21及其末端的圆锥台22；该固柱21及圆锥台22与第二装接槽330适配；所述圆锥台22上台面222形成支撑面，所述第二
装接槽330包括导向段331和固定端332，导向段331具有一开口部和缩颈部，固定端332与圆锥台22的形状相匹配。为便于安装，该面盖顶部第二装接槽向上延伸一凸座35。
该第一连接结构32包括由面盖3外侧壁凹设形成的第一装接槽；该周壁11朝内凸设有环形凸缘12，该周壁11的环形凸缘12朝内***该第一装接槽内。但并不以本实施例的结构为限，例如第二装接槽设在固柱，面盖的第二连接结构设有带凸环的柱体，柱体和第二装接槽配合也能实现能装拆的结构，也都能实现上述的能装拆的结构。
本实施例的具体结构之中：该周壁11下周缘朝内凸设有上述的环形凸缘12，该第一装接槽之下槽壁朝外延伸成朝上的接触面34，该周壁11底端面靠接在该接触面34之上。该第一连接结构32设在面盖3之中心位置。但根据需要，可设一个第二装接槽和固柱配合，也可设多个一一对应配合的第二装接槽和固柱。
本实施例的出水装置为起泡器，该周壁11内壁设有朝上的支撑面13，该内置部分2包括格栅，该格栅周圈撑靠在支撑面13之上；该壳体1内设分流部分4，该分流部分4设分流孔41，水流自分流孔41进入周壁11内时射出面积突然变大并产生负压，通过负压从壳体1外吸入空气，空气和水流混合产生气泡水，该分流部分4位于内置部分2之上，该气泡水撞击内置部分2或经内置部分2整流后再从出水嘴31出水，该分流部分4固定装接在壳体1且能顶抵在内置部分2之上。该气体的通道例如壳体设有内外贯穿的通气孔14，该通气孔一端位于壳体外，另一端位于壳体内壁之位于分流器之下及内置部分之上的位
置。该内置部分通过分流器顶抵、面盖的拉力及壳体部分的支撑实现定位，定位牢固可靠，避免内置部分颤动。为了实现水流稳定，最好在过滤部分包括一连接座62、固装在连接座62之上的过滤器和一设在连接座和分流器之间的密封圈61，通过密封圈61受力作用产生变形控制水流截面，水流压力大则水流截面小，水流压力小则水流截面大，以保持水流稳定性，实现节水。
为了增强出水效果，最好还包括能固定装接在壳体1的周壁11上部的上盖5和固定装接在上盖5的过滤部分6，该分流部分4固定装接在上盖5，水流自过滤部分6过滤后流经分流孔41。
为了方便装拆，最好，凸缘之朝向面盖处设有倒角，凸环处也设有倒角，第一装接槽槽口也设有倒角。
以上所述，仅为本发明较佳实施例而已，故不能依此限定本发明实施的范围，即依本发明专利范围及说明书内容所作的等效变化与修饰，皆应仍属本发明涵盖的范围内。
本发明一种可撕面盖出水装置，无需配设格栅，简化壳体结构；装接后连接牢固可靠；方便用户直接撕离面盖，装拆方便快速，清洗或更换面盖方便，适用范围广，具有良好的工业实用性。
Claims (12)
- 可撕面盖出水装置，包括壳体，该壳体具有一周壁，其特征在于：还包括带弹性材料制成的面盖，该面盖上设有出水嘴，水流从周壁经出水嘴向外出水；该周壁内装设有能相对壳体固定的内置部分，该内置部分凸设有固柱，该面盖周圈部分设第一连接结构，该面盖之被周圈部分包围的位置上还设有第二连接结构；该第一连接结构和周壁适配且通过面盖带弹性材料性能使第一连接结构和周壁构成能装拆连接结构；该第二连接结构和固柱适配且通过面盖带弹性材料性能使第二连接结构和固柱构成能装拆连接结构。
- 根据权利要求1所述的可撕面盖出水装置，其特征在于：该第一连接结构包括凹设在面盖外侧壁的第一装接槽；该周壁朝内凸设有凸缘，该周壁的凸缘朝内***该第一装接槽内。
- 根据权利要求2所述的可撕面盖出水装置，其特征在于：该周壁下周缘朝内凸设有上述的凸缘，该面盖外侧壁下部朝外凸设有一位于第一装接槽之下的朝上的接触面，该周壁底端面靠接在该接触面之上。
- 根据权利要求1所述的可撕面盖出水装置，其特征在于：该第一连接结构包括凸设在面盖外侧壁的第二凸缘，该面盖外侧壁下部朝外凸设有一位于凸缘之下的朝上的接触面，该第二凸缘和接触面之间形成有第一装接槽；该周壁下周缘朝内凸设有上述的凸缘，该面盖的凸缘***该第一装接槽内；该周壁底端面靠接在该接触面之上。
- 根据权利要求1所述的可撕面盖出水装置，其特征在于：该第 二连接结构包括置在面盖上第二装接槽、固柱及其末端的圆锥台；该固柱及圆锥台与第二装接槽适配。
- 根据权利要求1所述的可撕面盖出水装置，其特征在于：该第二连接结构设在面盖之中心位置。
- 根据权利要求5所述的可撕面盖出水装置，其特征在于：所述圆锥台上台面形成支撑面，所述第二装接槽包括导向段和固定端，导向段具有一开口部和缩颈部，固定端与圆锥台的形状相匹配。
- 根据权利要求5所述的可撕面盖出水装置，其特征在于所述面盖顶部第二装接槽向上延伸一凸座。
- 根据权利要求1或2或3或4或5或6或7或8所述的可撕面盖出水装置，其特征在于：该周壁内壁设有朝上的支撑面，该内置部分包括格栅，该格栅撑靠在支撑面之上。
- 根据权利要求9所述的可撕面盖出水装置，其特征在于：该壳体内设分流部分，该分流部分设分流孔，水流自分流孔进入周壁内时射出面积突然变大并产生负压，通过负压从壳体外吸入空气，空气和水流混合产生气泡水，该分流部分位于内置部分之上，该气泡水撞击内置部分或经内置部分整流后再从出水嘴出水。
- 根据权利要求10所述的可撕面盖出水装置，其特征在于：该分流部分固定装接在壳体且能顶抵在内置部分之上。
- 根据权利要求11所述的可撕面盖出水装置，其特征在于：还包括能固定装接在壳体的周壁上部的上盖和固定装接在上盖的过滤部分，该分流部分固定装接在上盖，水流自过滤部分过滤后流经分流 孔。
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| CN201611138312.4 | 2016-12-12 | ||
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