CN208236281U - A kind of water-retaining structure and shower house - Google Patents
A kind of water-retaining structure and shower house Download PDFInfo
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- CN208236281U CN208236281U CN201820491963.XU CN201820491963U CN208236281U CN 208236281 U CN208236281 U CN 208236281U CN 201820491963 U CN201820491963 U CN 201820491963U CN 208236281 U CN208236281 U CN 208236281U
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- water blocking
- bar
- retaining structure
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Abstract
The utility model discloses a kind of water-retaining structure and shower house.The water-retaining structure includes: the first water blocking member, the second water blocking member and the water bar for being installed in first water blocking member, the water bar is arranged around the movable water bar of axis rotation, when first water blocking member and second water blocking member close to each other, the two, which cooperates, drives the water bar to rotate to block the gap for the side that meets water between first water blocking member and second water blocking member.The beneficial effects of the utility model are: the water-retaining structure has better water blocking effect, and each component can be designed as modular organization, be not only simple in structure, and is easily assembled to and safeguards.The utility model also provides a kind of shower house using the water-retaining structure.
Description
Technical field
The utility model belongs to shower house technical field, is specifically related to a kind of water-retaining structure and shower house.
Background technique
For shower house, existing water-retaining structure majority uses lifting structure, at high cost, and can not modularization；And
And existing water blocking adhesive tape water blocking effect is bad, and drainage is still remained after shutdown.
Utility model content
Utility model aims to solve the problems in existing, a kind of simple water-retaining structure of structure and shower are provided
Room.
To reach above-mentioned purpose, the utility model adopts the following technical solution, and a kind of water-retaining structure includes: the first water blocking
Part, the second water blocking member and the water bar for being installed in first water blocking member, the water bar are arranged around the activity of axis rotation
Water bar, when first water blocking member and second water blocking member close to each other, the two, which cooperates, drives the water bar
It rotates to block the gap for the side that meets water between first water blocking member and second water blocking member.
Preferably, the water bar is formed with shaft, and the position that first water blocking member corresponds to the shaft is formed
There is turning groove, the shaft of the water bar is rotatably inserted into the turning groove.
Preferably, the water bar further includes the water bar ontology being connected with the shaft, the water bar ontology
Upstream face be arcwall face；When the water bar blocks the seam for the side that meets water between first water blocking member and second water blocking member
When gap, the water bar ontology is close to the top surface of second water blocking member, and the upstream face of the water bar ontology is from top to bottom
It is obliquely installed.
It preferably, further include rotating coaxially dialling for connection with the water bar to turn round, described group is turned round through torsional spring and described the
The rotation connection of one water blocking member；When first water blocking member and second water blocking member close to each other, second water blocking member is supported
It connects described dial to turn round, and makes described group of twisted strip move the water bar and rotated towards second water blocking member.
Preferably, it includes the driving lever and fixed link being connected with each other in splayed configuration structure, the fixed link and institute that described group, which is turned round,
Water bar one end is stated to be fixedly connected；When first water blocking member and second water blocking member close to each other, second water blocking
Part abuts and drives the driving lever, and makes the fixed link that the water bar be driven to rotate towards second water blocking member.
Preferably, first water blocking member includes the first water blocking member ontology and the assembling stand for assembling described group of torsion, institute
It states water bar and is rotationally assemblied in the first water blocking member ontology, and the assembling stand is set to the first water blocking member ontology one
End；It is equipped with pilot hole in the assembling stand, turning round for described group further includes first rotating shaft for being arranged the torsional spring, and described first turn
One end of axis is fixedly connected with the junction of the driving lever and the fixed link, and the other end protrudes into the pilot hole, and described
One end of torsional spring is fixed on the junction of the driving lever and the fixed link, and the other end is fixed on the assembling stand.
Preferably, first water blocking member further includes the installation cover set on the first water blocking member ontology other end, described
Water-retaining structure further includes the fixing piece set on the water bar other end, and the fixing piece includes rotating junction and fixed part,
The rotating junction is rotatablely connected with the installation cover, and the fixed part dials the another of torsion far from described with the water bar
End is fixedly connected.
It preferably, further include the rack gear for rotating coaxially the gear of connection with the water bar and driving the gear rotation
Part, first water blocking member further include the assembling stand for assembling the gear and the rack member, and the rack member is slidedly arranged on
Inside the assembling stand, and the rack gear at the top of the rack member is connected by meshing transmission with the gear；When first water blocking member
When close to each other with second water blocking member, second water blocking member abuts and drives the rack member sliding in the assembling stand
It is dynamic, and drive the water bar to rotate towards second water blocking member by the gear.
Preferably, the rack member is installed in inside the assembling stand by slide-bar, and the outer sheath of the slide-bar is equipped with
Reset spring；When second water blocking member abuts and the rack member is driven to slide in the assembling stand along the slide-bar,
The rack member compression stretches the reset spring.
Preferably, the rack member includes tooth-strip part and the baffle portion that is downwardly extending from the tooth-strip part, the tooth
The rack gear being connected by meshing transmission with the gear is equipped at the top of item portion, the tooth-strip part is slidedly arranged in the assembling stand, and described
Baffle portion stretches out the bottom of the assembling stand；When first water blocking member and second water blocking member close to each other, described
Two water blocking members abut the baffle portion of the rack member, and drive the tooth-strip part of the rack member in the dress by the baffle portion
With sliding in seat, the tooth-strip part is rotated by gear described in the rack drives, and drives the water bar towards institute in turn
State the rotation of the second water blocking member.
It preferably, further include rotation stop part for limiting the gear rotational angle, the rotation stop part passes through shaft and institute
It states gear and rotates coaxially connection, the side wall that the assembling stand corresponds to the rotation stop part is formed with rotation stop groove, and the rotation stop part protrudes into
In the rotation stop groove；When the gear drives rotation stop part rotation, the rotation stop part passes through the slot for abutting the rotation stop groove
Wall is to limiting rotating angle.
Preferably, first water blocking member further includes the installation cover set on the first water blocking member ontology other end, described
Water-retaining structure further includes the first fixing piece and the second fixing piece for being individually fixed in the water bar opposite end, and described first is solid
Determine part and be rotationally installed in the installation cover, second fixing piece is rotationally installed in the assembling stand
Preferably, first water blocking member including the first water blocking member ontology and is assemblied in the first water blocking member ontology phase
To first assembling stand and the second assembling stand at both ends；The water-retaining structure further include be installed in the water bar and with the water blocking
Item rotates coaxially the driving lever of connection, and the driving lever is rotationally installed in first assembling stand, and second assembling stand with
The water bar is rotatably connected.
Preferably, the driving lever includes driving lever ontology and is in the fixed part that angle is connect with the driving lever ontology；The gear
One end that water bar ontology corresponds to the fixed part is also formed with extension, and the extension is embedded in corresponding fixed part；When
When first water blocking member and second water blocking member close to each other, second water blocking member abuts the driving lever sheet of the driving lever
Body, and drive the water bar to rotate towards second water blocking member by the fixed part.
Preferably, the driving lever is rotationally installed in first assembling stand by torsional spring.
Preferably, the return flume of the water flowed down for the dodge gate that flows back, the return water are additionally provided in first water blocking member
Slot includes the first slot section for being set to first assembling stand, set on the second slot section of the first water blocking member ontology and set on institute
The third slot section of the second assembling stand is stated, second assembling stand further extends outward the extension for being formed with and being connected to the third slot section
Slot；The first slot section, the second slot section, the third slot section and the extension slot, which are sequentially communicated, constitutes the return flume.
A kind of shower house includes vertical hinged door and any water-retaining structure as above, the first water blocking member of the water-retaining structure
It is assemblied in the bottom of the vertical hinged door, second water blocking member is installed in ground, when the vertical hinged door is closed, the first gear
Water part follows the vertical hinged door mobile and close to second water blocking member, and first water blocking member and second water blocking member are mutual
Cooperation drives the water bar rotation to block the gap for the side that meets water therebetween.
Compared to the prior art, technical solution provided by the utility model has the following beneficial effects:
1, in the water-retaining structure, the water bar is arranged around the movable water bar of axis rotation, when described first
When water blocking member and second water blocking member close to each other, the two, which cooperates, realizes the water bar rotation to block described first
Meet water the gap of side between water blocking member and second water blocking member, so that water-retaining structure has better water blocking effect, and
Each component can be designed as modular organization, be not only simple in structure, and is easily assembled to and safeguards；
2, the water bar is formed with shaft, and the position that first water blocking member corresponds to the shaft is formed with rotation
Groove, the shaft of the water bar are rotatably inserted into the turning groove so that the water bar with it is described
The connection structure of first water blocking member is stablized, and reliability with higher；
3, the upstream face of the water bar ontology is arcwall face；When the water bar blocks first water blocking member and described
Meet water between second water blocking member side gap when, the water bar ontology is close to the top surface of second water blocking member, and the gear
The upstream face of water bar ontology is obliquely installed from top to bottom, is slid, is protected from the upstream face of the water bar ontology to be conducive to water
Demonstrate,prove the water blocking effect of the water-retaining structure；
4, it turns round through torsional spring and first water blocking member rotation connection for described group；When first water blocking member and described second
When water blocking member is close to each other, second water blocking member abuts described dial and turns round, and the twisted strip of dialling is made to move the water bar direction
The second water blocking member rotation, the setting of group torsion allow the water bar to turn round realization turn by the second water blocking member abutting group
Dynamic, structure is simple, and stability is good；
5, the torsional spring setting so that when the first water blocking member and the second water blocking member far from when, the water bar is in torsional spring
The problem of being flipped up under effect, dripping so as to avoid enabling rear water item；
6, one end of the first rotating shaft is fixedly connected with the junction of the driving lever and the fixed link, and the other end protrudes into
In the pilot hole, and the one end of torsional spring is fixed on the junction of the driving lever and the fixed link, and the other end is fixed on institute
Assembling stand is stated, torsion is dialled by first rotating shaft and is assemblied in the assembling stand, structure is simple, and easy to maintain；
7, the rotating junction of the fixing piece and the installation cover are rotatablely connected, and the fixed part and the water bar
It is fixedly connected far from the other end turned round of dialling, so that the water bar is assembled in the fixing piece and described group of torsion mutual cooperation
In first water blocking member, structure is simple, and easy to maintain, and modular design, and versatility is high；
8, when first water blocking member and second water blocking member close to each other, second water blocking member is abutted and is driven
The rack member is slided in the assembling stand, and drives the water bar to turn towards second water blocking member by the gear
Dynamic, by gear and rack member intermeshing transmission is realized and drives water bar rotation, and structure is simple, and stability is good；
9, when second water blocking member abuts and the rack member is driven to slide in the assembling stand along the slide-bar,
The rack member compression stretches the reset spring, is realized and is resetted by reset spring, structure is simple, and stability is good；
10, when first water blocking member and second water blocking member close to each other, second water blocking member abuts and band
The driving lever rotation to be moved, and drives the water bar to rotate towards second water blocking member by the driving lever, structure is simple, and
It is easy to maintain；
11, the return flume of the water flowed down for the dodge gate that flows back, the return flume packet are additionally provided in first water blocking member
It includes the first slot section set on first assembling stand, the second slot section set on the first water blocking member ontology and is set to described the
The third slot section of two assembling stands, second assembling stand further extend outward the extension slot for being formed with and being connected to the third slot section, lead to
It crosses after the return flume clamshell doors droplet on dodge gate and is collected and flowed into shower house by runner, so that shower house is closed
Watertight, the enabling Anti-drip of door, never water, improves the leakproofness of shower house, realizes real separating dry space from moist space.
Detailed description of the invention
Attached drawing described herein is used to provide a further understanding of the present invention, and constitutes one of the utility model
Point, the exemplary embodiment of the utility model and the description thereof are used to explain the utility model, does not constitute to the utility model
Improper restriction.In the accompanying drawings:
Fig. 1 is the structural schematic diagram for the water-retaining structure that the utility model embodiment one provides；
Fig. 2 is the fractionation structural representation of the first water blocking member and water bar in water-retaining structure shown in Fig. 1；
Fig. 3 is that the fractionation structural representation turned round with the mounting base of the first water blocking member is dialled in water-retaining structure shown in Fig. 1；
Fig. 4 is the operation schematic diagram of water-retaining structure in the shower house of the offer of the utility model embodiment one；
Fig. 5 is the structural schematic diagram for the water-retaining structure that the utility model embodiment two provides；
Fig. 6 is the fractionation structural representation in water-retaining structure shown in Fig. 5 between rotation stop part, gear assembly and assembling stand；
Fig. 7 is the assembling the schematic diagram of the section structure of middle rotation stop part, gear assembly and assembling stand in water-retaining structure shown in Fig. 5；
Fig. 8 is the operation schematic diagram of water-retaining structure in the shower house of the offer of the utility model embodiment two；
Fig. 9 is the structural schematic diagram for the water-retaining structure that the utility model embodiment three provides；
Figure 10 is the fractionation structural representation of water-retaining structure shown in Fig. 9；
Figure 11 is the schematic diagram of the section structure of water-retaining structure shown in Fig. 9；
Figure 12 is the structural schematic diagram of driving lever in water-retaining structure shown in Fig. 9；
The operation schematic diagram of water-retaining structure in the shower house that Figure 13 the utility model embodiment three provides.
Appended drawing reference:
Embodiment one:
First water blocking member 10:
First water blocking member ontology 11, assembling stand 12, installation cover 13, holding groove 111, turning groove 112, pilot hole 121, dress
With axis 131；
Second water blocking member 20: inclined surface 201；
Water bar 30: shaft 31, water bar ontology 32, shaft hole 311, upstream face 321；
Dial torsion 40: driving lever 41, fixed link 42, first rotating shaft 43, the second shaft 44, the first groove 421；
Fixing piece 50: rotating junction 51, fixed part 52, the second groove 521；
Torsional spring 60；
Vertical hinged door 101；
Embodiment two:
First water blocking member 210:
First water blocking member ontology 211, installation cover 213, holding groove 2111, turning groove 2112, accommodates sky at assembling stand 212
Between 2121, assembled shaft 2131, rotation stop groove 2101；
Second water blocking member 220: inclined surface 2201；
Water bar 230: shaft 231, water bar ontology 232, shaft hole 2311, upstream face 2321；
Gear assembly 240: gear 241, rack member 242, slide-bar 243, reset spring 244, shaft 245, tooth-strip part 2421,
Baffle portion 2422, rack gear 2401；
First fixing piece, 250: the first rotating junction 251, the first fixed part 252, the first groove 2521；
Second fixing piece, 260: the second rotating junction 261, the second fixed part 262, the second groove 2621；
Rotation stop part 270；
Vertical hinged door 2101；
Embodiment three
First water blocking member 310:
First water blocking member ontology 311, the first assembling stand 312, the second assembling stand 313, the assembly of the first assembled shaft 304, second
Axis 307, holding groove 3111, turning groove 3112, return flume 314, the first slot section 3141, the second slot section 3142, third slot section
3143, extension slot 3144；
Second water blocking member 320: inclined surface 3201；
Water bar 330: shaft 331, water bar ontology 332, shaft hole 3311, upstream face 3321, extension 3322；
Driving lever 340: driving lever ontology 301, fixed part 302, caulking groove 303, pilot hole 305；
Torsional spring 350；
Vertical hinged door 3101.
Specific embodiment
In order to be clearer and more clear technical problem to be solved in the utility model, technical solution and beneficial effect, with
Under in conjunction with the accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein
Example is applied only to explain the utility model, is not used to limit the utility model.
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, be not use to describe a 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 positional relationship are based on shown in attached drawing
Orientation and positional relationship, and be merely for convenience of narration the utility model and simplify description, rather than indication or suggestion is signified
Device or element must have a particular orientation or be constructed and operated in a specific orientation, so can not be interpreted as limitation this
The specific protection scope 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 " includes ", " having " and
Their deformation, it is intended that " including but not limited to ".
Embodiment one
Please refer to Fig. 1-3, a kind of water-retaining structure includes the first water blocking member 10, the second water blocking member 20, is installed in described first
The water bar 30 of water blocking member 10 is dialled and turns round 40 and fixing piece 50, described group turn round 40 and the fixing piece 50 respectively with the water bar
30 rotate coaxially connection, and described group is turned round 40 and be rotatablely connected by torsional spring 60 and first water blocking member 10.
First water blocking member 10 is including the first water blocking member ontology 11 and is respectively arranged on 11 phase of the first water blocking member ontology
To the assembling stand 12 and installation cover 13 at both ends, the assembling stand 12 turns round 40 for assembling described dial, and the installation cover 13 is for filling
With the water bar 30.
In the present embodiment, first water blocking member 10 is supporting for accepting the dodge gate of shower house, therefore institute
The top for stating the first water blocking member ontology 11 is equipped with holding groove 111, and the bottom of the dodge gate of the shower house is protruded into and is contained in institute
It states in holding groove 111.Selectively, first water blocking member 10 can be process by aluminium alloy or stainless steel material.
The assembling stand 12 is fixed on one end of the first water blocking member ontology 11, and is equipped with and is used in the assembling stand 12
The assembly pilot hole 121 for dialling torsion 40；The installation cover 13 is fixed on the other end of the first water blocking member ontology 11, and institute
Installation cover 13 is stated equipped with the assembled shaft 131 for assembling the fixing piece 50.
Second water blocking member 20 is the strip water-retaining structure for being installed in ground.Selectively, second water blocking member 20
It can be process by aluminium alloy or stainless steel material.
In the present embodiment, the water bar 30 is arranged around the movable water bar 30 of axis rotation.When the first gear
When water part 10 and second water blocking member 20 close to each other, the two, which cooperates, realizes that the rotation of water bar 30 is described to block
Meet water the gap of side between first water blocking member 10 and second water blocking member 20.
Specifically, the water bar 30 is water blocking adhesive tape, and be connected including shaft 31 and with the shaft 31
Water bar ontology 31.The shaft-like structure of the shaft 31 generally strip, and the first water blocking member of first water blocking member 10
The position of the corresponding shaft 31 of ontology 11 is formed with turning groove 112, and the shaft 31 of the water bar 30 is rotationally
It is embedded in the turning groove 112.In the present embodiment, it is formed with inside the shaft 31 for assembling the water bar
Shaft hole 311.
Moreover, the upstream face 321 of the water bar ontology 31 is arcwall face.When the water bar 30 blocks the first gear
Meet water between water part 10 and second water blocking member 20 side gap when, the water bar ontology 31 is close to second water blocking member
20 top surface, and the upstream face 321 of the water bar ontology 31 is obliquely installed from top to bottom.
It should be appreciated that in order to realize preferable waterproof effect, the top of second water blocking member 20 is equipped with from top to bottom
The direction to water is met in inclined inclined surface 201, the inclined surface 201.When the water bar ontology 31 is close to the second gear
When the top surface of water part 20, the water bar ontology 31 favours the inclined surface 201 of second water blocking member 20.
It is described when first water blocking member 10 and second water blocking member 20 close to each other for described group is turned round 40
Second water blocking member 20 abuts described dial and turns round 40, and makes described group to turn round 40 and drive the water bar 30 towards second water blocking member
20 rotations.
Specifically, it includes being connected with each other in the driving lever 41 and fixed link 42 of splayed configuration structure and for covering that described group, which is turned round 40,
If the first rotating shaft 43 of the torsional spring 60, the fixed link 42 is fixedly connected with described 30 one end of water bar.When the first gear
When water part 10 and second water blocking member 20 close to each other, second water blocking member 20 abuts and drives the driving lever 41, and makes
Obtaining the fixed link 42 drives the water bar 30 to rotate towards second water blocking member 20.
Moreover, being turned round between 40 and the assembling stand 12 at described group, one end of the first rotating shaft 43 and the driving lever 41
It is fixedly connected with the junction of the fixed link 42, the other end protrudes into the pilot hole 121, and 60 one end of the torsional spring is fixed
In the junction of the driving lever 41 and the fixed link 42, the other end is fixed on the assembling stand 12.
In addition, in the present embodiment, the junction of the driving lever 41 and the fixed link 42 is towards the water bar 30
The side of shaft hole 311 is also formed with the second shaft 44, and second shaft 44 is coaxially disposed with the first rotating shaft 43, and institute
The second shaft 44 is stated to protrude into the shaft hole 311 of the shaft 31；
The first groove 421 for accommodating 31 edge of water bar ontology, the gear are formed in the fixed link 42
The edge of water bar ontology 31 is protruded into and is contained in first groove 421, realizes the water bar ontology 31 and described group of torsion
Being fixedly connected between 40 fixed link 42.
The fixing piece 50 includes rotating junction 51 and fixed part 52, the rotating junction 51 and the installation cover 13
Rotation connection, and the fixed part 52 is fixedly connected with the water bar 30 far from the other end for dialling torsion 40.The fixation
Part 50 and described group of torsion 40 cooperate and limit the water bar 30 jointly, so that the water bar 30 is rotationally limited in
The first water blocking member ontology 11.
Specifically, between the fixing piece 50 and the installation cover 13, the assembled shaft 131 of the installation cover 13 passes through institute
The rotating junction 51 of fixing piece 50 is stated, and is protruded into the rotary shaft through hole in the shaft 31 of the water bar 30, to realize
Water bar 30 is assembled by the fixing piece 50；
In addition, being formed with the second groove 521 for accommodating 31 edge of water bar ontology, institute in the fixed part 52
The edge for stating water bar ontology 31 is protruded into and is contained in second groove 521, realize the water bar ontology 31 with it is described
Being fixedly connected between the fixed part 52 of fixing piece 50.
Referring to Fig. 4, a kind of shower house includes vertical hinged door 101 and water-retaining structure as shown in Figs. 1-3, the water blocking knot
First water blocking member 10 of structure is assemblied in the bottom of the vertical hinged door 101, and second water blocking member 20 is installed in ground.
When the vertical hinged door 101 is closed, first water blocking member 10 follows the vertical hinged door 101 mobile and close to described
Second water blocking member 20, first water blocking member 10 and second water blocking member 20 cooperate realize the rotation of water bar 30 with
Block the gap for the side that meets water therebetween.
Embodiment two
Fig. 5-7 is please referred to, the water-retaining structure that embodiment two provides includes the first water blocking member 210, the second water blocking member 220, dress
Set on first water blocking member 210 water bar 230 and gear assembly 240 and be individually fixed in the water bar 210 opposite two
First fixing piece 250 and the second fixing piece 260 at end, the gear of the gear assembly 240 drive the water bar 30 coaxially to turn
Dynamic connection.
First water blocking member 210 is including the first water blocking member ontology 211 and is respectively arranged on the first water blocking member ontology
The assembling stand 212 and installation cover 213 of 211 opposite ends.
In the present embodiment, first water blocking member 210 is supporting for accepting the dodge gate of shower house, therefore institute
The top for stating the first water blocking member ontology 211 is equipped with holding groove 2111, and the bottom of the dodge gate of the shower house is protruded into and is contained in
In the holding groove 2111.Selectively, first water blocking member 210 can be process by aluminium alloy or stainless steel material.
Wherein, the assembling stand 212 is for assembling the gear assembly 240, and the installation cover is for assembling described second
Fixing piece 260.Specifically, the accommodation space 2121 for assembling the gear assembly 240 is equipped in the assembling stand 212；Institute
Installation cover 213 is stated equipped with the assembled shaft 2131 for assembling second fixing piece 260.
Second water blocking member 220 is the strip water-retaining structure for being installed in ground.Selectively, second water blocking member
220 can be process by aluminium alloy or stainless steel material.
In the present embodiment, the water bar 230 is arranged around the movable water bar 230 of axis rotation.When described first
When water blocking member 210 and second water blocking member 220 close to each other, the two, which cooperates, realizes the rotation of water bar 230 to hide
The gap for the side that meets water is kept off between first water blocking member 210 and second water blocking member 220.
Specifically, the water bar 230 is water blocking adhesive tape, and is connected including shaft 231 and with the shaft 231
Water bar ontology 232.The shaft-like structure of the shaft 231 generally strip, and the first gear of first water blocking member 210
The position of the corresponding shaft 231 of water part ontology 211 is formed with turning groove 2112, the shaft 231 of the water bar 230
It is rotatably inserted into the turning groove 2112.In the present embodiment, it is formed with inside the shaft 231 for assembling
The shaft hole 2311 of the water bar.
Moreover, the upstream face 2321 of the water bar ontology 232 is arcwall face.When the water bar 230 blocks described
Meet water between one water blocking member 210 and second water blocking member 220 side gap when, the water bar ontology 232 is close to described
The top surface of two water blocking members 220, and the upstream face 2321 of the water bar ontology 232 is obliquely installed from top to bottom.
It should be appreciated that in order to realize preferable waterproof effect, the top of second water blocking member 220 is equipped with from top to bottom
The direction to water is met in inclined inclined surface 2201, the inclined surface 2201.When the water bar ontology 232 is close to described second
When the top surface of water blocking member 220, the water bar ontology 232 favours the inclined surface 2201 of second water blocking member 220.
The gear assembly 240 includes the gear 241 for rotating coaxially connection with the water bar 230, drives the gear
The rack member 242 of 241 rotations.The gear 241 and the rack member 242 are assemblied in the assembling stand 212.
Specifically, the rack member 242 is slidedly arranged on inside the assembling stand 212, and the rack gear at 242 top of the rack member
2401 are connected by meshing transmission with the gear 241.
In the present embodiment, the rack member 242 is installed in inside the assembling stand 212 by slide-bar 243, and the cunning
The outer sheath of axis 243 is equipped with reset spring 244.The reset spring 244 is installed in the rack member 242 and the assembling stand
Between 212, when second water blocking member 220 abuts and drives the rack member 242 along the slide-bar 243 in the assembling stand
In 212 when sliding, the reset spring 244 is compressed or stretched to the rack member 242.
Specifically, for the rack member 242, the rack member 242 includes tooth-strip part 2421 and from the tooth-strip part
2421 baffle portions 2422 being downwardly extending are equipped at the top of the tooth-strip part 2421 and are connected by meshing transmission with the gear 241
Rack gear 2401.
The tooth-strip part 2421 is slidedly arranged in the assembling stand 212, and the baffle portion 2422 stretches out the assembling stand 212
Bottom.When first water blocking member 210 and second water blocking member 220 close to each other, second water blocking member 220 is abutted
The baffle portion 2422 of the rack member 242, and drive the tooth-strip part 241 of the rack member 242 to exist by the baffle portion 2422
Sliding in the assembling stand 212, the tooth-strip part 2421 drive the gear 241 to rotate by the rack gear 2401, and in turn
The water bar 230 is driven to rotate towards second water blocking member 220.
In addition, the water-retaining structure further includes stopping in order to limit the rotational angle of 240 internal gear 241 of gear assembly
Turn part 270, the rotation stop part 270 is rotated coaxially with the gear 242 by shaft 245 and connect.Selectively, the rotation stop part
270 can be rotation stop item or rotation stop plate.
The side wall of the corresponding rotation stop part 270 of the assembling stand 212 is formed with rotation stop groove 2101, and the rotation stop part protrudes into institute
It states in rotation stop groove 2101；When the gear 241 drives the rotation stop part 270 to rotate, the rotation stop part 270 passes through described in abutting
The cell wall of rotation stop groove 2101 is to limiting rotating angle.
For first fixing piece 250, first fixing piece 250 includes the first rotating junction interconnected
251 and first fixed part 252,231 company of rotating coaxially of shaft of first rotating junction 251 and the water bar 230
It connects, first fixed part 252 is used to fix the water bar ontology 232 of the water bar 230.
Specifically, first rotating junction 251 by shaft 245 respectively with the gear 241 and the rotation stop part
270 rotate coaxially connection, to realize that the shaft 231 of the water bar 230 is connect with the rotating coaxially for gear 241.
Moreover, being formed with the first groove for accommodating 232 edge of water bar ontology in first fixed part 52
2521, the edge of the water bar ontology 232 is protruded into and is contained in first groove 2521, realizes the water bar ontology
Being fixedly connected between 232 and the first fixed part 252 of first fixing piece 250.
For second fixing piece 260, second fixing piece 260 includes the second rotating junction interconnected
261 and second fixed part 262,231 company of rotating coaxially of shaft of second rotating junction 261 and the water bar 230
It connects, second fixed part 262 is used to fix the water bar ontology 232 of the water bar 230.
Specifically, second rotating junction 261 is rotatablely connected with the installation cover 213, to realize the water blocking
The rotation connection of item 230 and the installation cover 213.Specifically, the assembled shaft 2131 of the installation cover 213 passes through described second turn
Rotation connection 261, and protrude into the rotary shaft through hole in the shaft 231 of the water bar 230.
The second groove 2621 for accommodating 232 edge of water bar ontology is formed in second fixed part 262,
The edge of the water bar ontology 230 is protruded into and is contained in second groove 2621, realize the water bar ontology 232 with
Being fixedly connected between the second fixed part 262 of second fixing piece 260.
Referring to Fig. 8, a kind of shower house includes vertical hinged door 2101 and water-retaining structure as shown in Figs. 1-3, the water blocking knot
First water blocking member 210 of structure is assemblied in the bottom of the vertical hinged door 2101, and second water blocking member 220 is installed in ground.
When the vertical hinged door 2101 is closed, first water blocking member 210 follows the vertical hinged door 2101 mobile and close
Second water blocking member 220, first water blocking member 210 and second water blocking member 220, which cooperate, realizes the water bar
230 rotate to block the gap for the side that meets water therebetween.
Embodiment three
Fig. 9-12 is please referred to, the water-retaining structure that embodiment three provides includes the first water blocking member 310, the second water blocking member 320, dress
Set on first water blocking member 310 water bar 330 and be installed in the water bar 330 and with the water bar 330 it is coaxial turn
The driving lever 340 of dynamic connection.
First water blocking member 310 is including the first water blocking member ontology 311 and is assemblied in the first water blocking member ontology respectively
The first assembling stand 312 and the second assembling stand 313 of 311 opposite ends.Wherein, first assembling stand 312 is for rotationally
Assemble the driving lever 340；Second assembling stand 313 is for rotationally assembling the water bar 330.
In the present embodiment, first water blocking member 310 is supporting for accepting the dodge gate of shower house, therefore institute
The top for stating the first water blocking member ontology 311 is equipped with holding groove 3111, and the bottom of the dodge gate of the shower house is protruded into and is contained in
In the holding groove 3111.Selectively, first water blocking member 310 can be process by aluminium alloy or stainless steel material.
In addition, the return flume 314 of the water flowed down for the dodge gate that flows back is additionally provided in first water blocking member 310, it is described
Return flume 314 includes set on the first slot section 3141 of first assembling stand 312, set on the first water blocking member ontology 311
Second slot section 3142 and third slot section 3143 set on second assembling stand 313, second assembling stand 313 further extend outward
It is formed with the extension slot 3144 for being connected to the third slot section 3143；It is the first slot section 3141, the second slot section 3142, described
Third slot section 3143 and the extension slot 3144, which are sequentially communicated, constitutes the return flume 314.
Second water blocking member 320 is the strip water-retaining structure for being installed in ground.Selectively, second water blocking member
320 can be process by aluminium alloy or stainless steel material.
In the present embodiment, the water bar 330 is arranged around the movable water bar 330 of axis rotation.When described first
When water blocking member 310 and second water blocking member 320 close to each other, the two, which cooperates, realizes the rotation of water bar 330 to hide
The gap for the side that meets water is kept off between first water blocking member 310 and second water blocking member 320.
Specifically, the water bar 330 is water blocking adhesive tape, and is connected including shaft 331 and with the shaft 331
Water bar ontology 332.The shaft-like structure of the shaft 331 generally strip, and the first gear of first water blocking member 310
The position of the corresponding shaft 331 of water part ontology 311 is formed with turning groove 3112, the shaft 331 of the water bar 330
It is rotatably inserted into the turning groove 3112.In the present embodiment, it is formed with inside the shaft 331 for assembling
The shaft hole 3311 of the water bar.
Moreover, the upstream face 3321 of the water bar ontology 332 is arcwall face.When the water bar 330 blocks described
Meet water between one water blocking member 310 and second water blocking member 320 side gap when, the water bar ontology 332 is close to described
The top surface of two water blocking members 320, and the upstream face 3321 of the water bar ontology 332 is obliquely installed from top to bottom.
It should be appreciated that in order to realize preferable waterproof effect, the top of second water blocking member 320 is equipped with from top to bottom
The direction to water is met in inclined inclined surface 3201, the inclined surface 3201.When the water bar ontology 332 is close to described second
When the top surface of water blocking member 320, the water bar ontology 332 favours the inclined surface 3201 of second water blocking member 320.
The driving lever 340 includes driving lever ontology 301 and is in the fixed part 302 that angle is connect with the driving lever ontology 301.
The fixed part 302 is fixed on the water bar ontology 322.
When first water blocking member 310 and second water blocking member 320 close to each other, second water blocking member 20 is distinguished
The driving lever ontology 301 of the driving lever 340 is abutted, and the fixed part 302 is made to drive the water bar 230 towards described second
Water blocking member 220 rotates.
Specifically, the fixed part 302 of the driving lever 340 is equipped with caulking groove 303, the water bar ontology 332 it is opposite
The position that both ends correspond to the fixed part 302 is also respectively formed with extension 3322, and the extension 3322 is embedded at corresponding
In the caulking groove 303 of the fixed part 302, the driving lever 340 and second driving lever 350 and the water bar 330 are realized
Rotate coaxially connection.
In the present embodiment, the driving lever 340 is rotationally installed in first assembling stand 312 by torsional spring 350.
Specifically, first assembling stand 312 is equipped with the first assembled shaft 304, corresponding first assembly of the driving lever 340
The position of axis 304 is equipped with pilot hole 305, and the pilot hole 305 is set to the company of the driving lever ontology 301 and the fixed part 302
Meet place.
In assembly, the torsional spring 350 is sheathed on 304 outside of the first assembled shaft, and opposite the two of the torsional spring 350
End is separately connected first assembling stand 312 and the driving lever 340, and first assembled shaft 304 passes through the pilot hole 305
It is interior, and protrude into the shaft hole 3311 of shaft 331 of the water bar 330.
Correspondingly, second assembling stand 313 is equipped with the second assembled shaft 307, and second assembled shaft 307 protrudes into described
In the shaft hole 3311 for stating the shaft 331 of water bar 330, so that the water bar 330 passes through first assembling stand
312 and second assembling stand 313 and be limited in the turning groove 3112.
Please refer to Figure 13, a kind of shower house includes vertical hinged door 3101 and water-retaining structure as shown in Figs. 1-3, the water blocking
First water blocking member 310 of structure is assemblied in the bottom of the vertical hinged door 3101, and second water blocking member 320 is installed in ground.
When the vertical hinged door 3101 is closed, first water blocking member 310 follows the vertical hinged door 3101 mobile and close
Second water blocking member 320, first water blocking member 310 and second water blocking member 320, which cooperate, realizes the water bar
330 rotate to block the gap for the side that meets water therebetween.
It should be noted that the extension slot 3144 of the return flume 314 protrudes into described when the vertical hinged door 3101 is opened
In shower house；Therefore, when the vertical hinged door 3101 is opened, the water that the vertical hinged door 3101 flows down flows into the return flume 314
It is interior, and be back in shower house by the return flume 314.
The preferred embodiment of the utility model has shown and described in above description, as previously described, it should be understood that this is practical new
Type is not limited to forms disclosed herein, and should not be regarded as an exclusion of other examples, and can be used for various other groups
Conjunction, modification and environment, and above-mentioned introduction or the technology of related fields can be passed through within the scope of the inventive concept described herein
Or knowledge is modified.And changes and modifications made by those skilled in the art do not depart from the spirit and scope of the utility model, then
It all should be in the protection scope of the appended claims for the utility model.
Claims (17)
1. a kind of water-retaining structure characterized by comprising the first water blocking member, the second water blocking member and be installed in first water blocking
The water bar of part,
The water bar is arranged around the movable water bar of axis rotation, when first water blocking member and the second water blocking member phase
Mutually close to when, the two cooperate realize water bar rotation with block first water blocking member and second water blocking member it
Between meet water the gap of side.
2. a kind of water-retaining structure as described in claim 1, it is characterised in that: the water bar is formed with shaft, and described the
The position that one water blocking member corresponds to the shaft is formed with turning groove, and the shaft of the water bar is rotatably inserted into institute
It states in turning groove.
3. a kind of water-retaining structure as claimed in claim 2, it is characterised in that: the water bar further includes and the shaft phase
The water bar ontology of connection, the upstream face of the water bar ontology are arcwall face；
When the water bar blocks the gap for the side that meets water between first water blocking member and second water blocking member, the water blocking
Ontology is close to the top surface of second water blocking member, and the upstream face of the water bar ontology is obliquely installed from top to bottom.
4. a kind of water-retaining structure as described in claim 1, it is characterised in that: further include rotating coaxially to connect with the water bar
Dial and turn round, turn round for described group and be rotatablely connected by torsional spring and first water blocking member；
When first water blocking member and second water blocking member close to each other, second water blocking member abuts described dial and turns round, and
So that described group of twisted strip moves the water bar and rotates towards second water blocking member.
5. a kind of water-retaining structure as claimed in claim 4, it is characterised in that: turning round for described group includes being connected with each other in splayed configuration knot
The driving lever and fixed link of structure, the fixed link are fixedly connected with described water bar one end；
When first water blocking member and second water blocking member close to each other, second water blocking member abuts and drives described dial
Bar, and make the fixed link that the water bar be driven to rotate towards second water blocking member.
6. a kind of water-retaining structure as claimed in claim 5, it is characterised in that: first water blocking member includes the first water blocking member sheet
Body and for assemble it is described dial the assembling stand turned round, the water bar is rotationally assemblied in the first water blocking member ontology, and institute
Assembling stand is stated set on described first water blocking member ontology one end；
Pilot hole is equipped in the assembling stand,
Described group of torsion further includes the first rotating shaft for being arranged the torsional spring, one end of the first rotating shaft and the driving lever and institute
The junction for stating fixed link is fixedly connected, and the other end protrudes into the pilot hole, and the one end of torsional spring is fixed on the driving lever
With the junction of the fixed link, the other end is fixed on the assembling stand.
7. a kind of water-retaining structure as claimed in claim 6, it is characterised in that: first water blocking member further includes being set to described the
The installation cover of the one water blocking member ontology other end, the water-retaining structure further include the fixing piece set on the water bar other end, institute
Stating fixing piece includes rotating junction and fixed part, and the rotating junction and the installation cover are rotatablely connected, and the fixation
Portion is fixedly connected with the water bar far from the other end turned round of dialling.
8. a kind of water-retaining structure as described in claim 1, it is characterised in that: further include rotating coaxially to connect with the water bar
Gear and drive the rack member of gear rotation, first water blocking member further includes for assembling the gear and described
The assembling stand of rack member,
The rack member is slidedly arranged on inside the assembling stand, and the rack gear at the top of the rack member and gear engaged transmission are even
It connects；
When first water blocking member and second water blocking member close to each other, second water blocking member abuts and drives the tooth
Condition is slided in the assembling stand, and drives the water bar to rotate towards second water blocking member by the gear.
9. a kind of water-retaining structure as claimed in claim 8, it is characterised in that: the rack member is installed in the dress by slide-bar
Inside seat, and the outer sheath of the slide-bar is equipped with reset spring；
When second water blocking member abuts and the rack member is driven to slide in the assembling stand along the slide-bar, the tooth
The reset spring is compressed or stretched to condition.
10. a kind of water-retaining structure as claimed in claim 8, it is characterised in that: the rack member includes tooth-strip part and from described
The baffle portion that tooth-strip part is downwardly extending, the tooth-strip part top are equipped with the rack gear being connected by meshing transmission with the gear, institute
It states tooth-strip part to be slidedly arranged in the assembling stand, and the baffle portion stretches out the bottom of the assembling stand；
When first water blocking member and second water blocking member close to each other, second water blocking member abuts the rack member
Baffle portion, and drive the tooth-strip part of the rack member to slide in the assembling stand by the baffle portion, the tooth-strip part is logical
The rotation of gear described in the rack drives is crossed, and the water bar is driven to rotate towards second water blocking member in turn.
11. a kind of water-retaining structure as claimed in claim 8, it is characterised in that: further include for limiting the gear angle of rotation
The rotation stop part of degree, the rotation stop part, which is rotated coaxially by shaft with the gear, to be connect,
The side wall that the assembling stand corresponds to the rotation stop part is formed with rotation stop groove, and the rotation stop part protrudes into the rotation stop groove；
When the gear drives rotation stop part rotation, the rotation stop part is by abutting the cell wall of the rotation stop groove to limit
Rotational angle.
12. a kind of water-retaining structure as claimed in claim 8, it is characterised in that: first water blocking member further includes set on described
The installation cover of the first water blocking member ontology other end, the water-retaining structure further include being individually fixed in the water bar opposite end
First fixing piece and the second fixing piece,
First fixing piece is rotationally installed in the installation cover, and second fixing piece is rotationally installed in the dress
With seat.
13. a kind of water-retaining structure as claimed in claim 3, it is characterised in that: first water blocking member includes the first water blocking member
Ontology and the first assembling stand and the second assembling stand for being assemblied in the first water blocking member ontology opposite end；
The water-retaining structure further includes the driving lever for being installed in the water bar and rotating coaxially connection with the water bar, and described group
Bar is rotationally installed in first assembling stand, and second assembling stand is rotatably connected with the water bar；
When first water blocking member and second water blocking member close to each other, second water blocking member abuts and drives described dial
Bar rotation, and drive the water bar to rotate towards second water blocking member by the driving lever.
14. a kind of water-retaining structure as claimed in claim 13, it is characterised in that: the driving lever include driving lever ontology and with institute
State the fixed part that driving lever ontology is in angle connection；
One end that the water bar ontology corresponds to the fixed part is also formed with extension, and the extension is embedded at corresponding solid
Determine in portion；
When first water blocking member and second water blocking member close to each other, second water blocking member abuts dialling for the driving lever
Bar body, and drive the water bar to rotate towards second water blocking member by the fixed part.
15. a kind of water-retaining structure as claimed in claim 13, it is characterised in that: the driving lever is rotationally installed by torsional spring
In first assembling stand.
16. a kind of water-retaining structure as claimed in claim 13, it is characterised in that: be additionally provided with and be used for back in first water blocking member
The return flume for the water that stream dodge gate flows down, the return flume include set on the first slot section of first assembling stand, set on described
Second slot section of the first water blocking member ontology and third slot section set on second assembling stand, second assembling stand are also outside
Extend to form the extension slot for being connected to the third slot section；
The first slot section, the second slot section, the third slot section and the extension slot, which are sequentially communicated, constitutes the return flume.
17. a kind of shower house, it is characterised in that: described including vertical hinged door and the water-retaining structure as described in claim 1-16 is any
First water blocking member of water-retaining structure is assemblied in the bottom of the vertical hinged door, and second water blocking member is installed in ground,
When the vertical hinged door is closed, first water blocking member follows the vertical hinged door mobile and close second water blocking member,
First water blocking member and second water blocking member, which cooperate, drives the water bar rotation to block the side that meets water therebetween
Gap.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820491963.XU CN208236281U (en) | 2018-04-09 | 2018-04-09 | A kind of water-retaining structure and shower house |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820491963.XU CN208236281U (en) | 2018-04-09 | 2018-04-09 | A kind of water-retaining structure and shower house |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208236281U true CN208236281U (en) | 2018-12-14 |
Family
ID=64586898
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820491963.XU Active CN208236281U (en) | 2018-04-09 | 2018-04-09 | A kind of water-retaining structure and shower house |
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| Country | Link |
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| CN (1) | CN208236281U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114109090A (en) * | 2021-12-23 | 2022-03-01 | 中山市福瑞卫浴设备有限公司 | Novel lower water retaining structure of shower room and shower room |
| CN115324451A (en) * | 2022-08-23 | 2022-11-11 | 九牧厨卫股份有限公司 | Water bar lifting assembly, water blocking assembly and shower room |
-
2018
- 2018-04-09 CN CN201820491963.XU patent/CN208236281U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114109090A (en) * | 2021-12-23 | 2022-03-01 | 中山市福瑞卫浴设备有限公司 | Novel lower water retaining structure of shower room and shower room |
| CN115324451A (en) * | 2022-08-23 | 2022-11-11 | 九牧厨卫股份有限公司 | Water bar lifting assembly, water blocking assembly and shower room |
| CN115324451B (en) * | 2022-08-23 | 2024-01-05 | 九牧厨卫股份有限公司 | Water bar lifting assembly, water bar assembly and shower room |
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