CN206333841U - Bath bucket is without electro-thermostat - Google Patents
Bath bucket is without electro-thermostat Download PDFInfo
- Publication number
- CN206333841U CN206333841U CN201621125704.2U CN201621125704U CN206333841U CN 206333841 U CN206333841 U CN 206333841U CN 201621125704 U CN201621125704 U CN 201621125704U CN 206333841 U CN206333841 U CN 206333841U
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- hole
- water
- valve block
- lid
- convex tendon
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Abstract
The utility model discloses a kind of bath bucket without electro-thermostat, it includes lid, box body is fixed with below lid, there is water filling port on lid, the valve rod stretched out in box body is fixedly connected with the knob above lid, box body bottom has one to discharge water through hole, discharge water lid valve block on through hole, spring is installed between valve block and the valve rod bulge loop face of valve rod, there are downwardly convex the first cylindrical end tangs for pushing down the through hole that discharges water the valve block bottom surface, in box body around discharging water the inner surface of through hole and the bottom surface of corresponding valve block is respectively provided with the first convex tendon and the second convex tendon of top surface contact, the top surface of wherein at least one convex tendon is domatic, because the top surface of convex tendon is contacted, so left rotation and right rotation when valve block can be raised and lowered, so that the gap between the first cylindrical end tangs and the through hole that discharges water of box body bottom becomes big or diminished, the flow that high-temperature water flows through gap can also become and diminish greatly, different high-temperature water inflow velocities can make to maintain different steady temperatures in staving.
Description
Technical field
The utility model is related to a kind of bath bucket heater.
Background technology
At present, the constant temperature foot-bathing bucket of prior art is all to use electrically heated mode, needs to be connected to electricity always when using
Source, not only bothers but also there is certain potential safety hazard, and Chinese patent CN2014107739813 discloses me and designs a kind of non-electric
Without electric constant-temp foot bath, it is to control the high-temperature water below bath bucket lid in box body persistently to instill in foot-bathing bucket by valve,
So as to be continuously replenished foot-bathing bucket dispersed heat, the water temperature in foot-bathing bucket is set to remain constant, different water velocities can make lavipeditum
Bucket maintains different steady temperatures, but this valve is arc-shaped side by controlling the arc notch of valve block and positioned at box body bottom
The gap length of the outer side edges formation of portion's circular arc through hole controls water velocity, because the circular arc through hole of box body bottom compares
Long and middle hollow out, inhomogeneous deformation easily occurs for the surface of through hole when using injection molding, causes the valve block can not be with through hole
Oral area is developed completely, and influence sealing effectiveness is, it is necessary to which the later stage is handled, and production and processing difficulty is larger.
The content of the invention
The purpose of this utility model is to provide a kind of bath bucket without electro-thermostat, also can guarantee that bath without electrical heating when in use
Bucket constant temperature, and valve block and the through hole good seal of box body bottom, are produced and processed simpler.
To solve the above problems, a kind of bath bucket of the utility model is without electro-thermostat, and it includes covering above bath bucket
Lid, be fixed with below lid have on inner box and outter box, lid one can toward water filling in inner box water filling port, valve
Valve stem tip stretch out and lid and be fixedly connected with the knob above lid, inner box bottom has one to be used for the through hole that discharges water,
Discharge water and the valve block of control through hole switch is stamped on through hole, valve block slides with valve rod bottom and is connected, in the bulge loop face of valve block and valve rod
Between spring is installed, wherein, the through hole that discharges water is circle, and the bottom center of the valve block has downwardly convex push down to discharge water
First cylindrical end tangs of through hole, the first cylindrical end tangs with diameter greater than the through hole internal diameter that discharges water, in inner box around the through hole that discharges water
The bottom surface of inner surface and corresponding valve block is respectively provided with least one and corresponded to each other and the first convex tendon of top surface contact and second convex
Muscle, the top surface of wherein at least one convex tendon is domatic.
Using said structure, high-temperature water is first injected when using in the inner box below lid, the rotation for the valve rod that is rotatably connected
Button, valve rod band moving valve plate is rotated, and the convex tendon on valve block and inner box bottom surface is also rotated against, because the top surface of convex tendon is contacted, and
The top surface for having at least one convex tendon is domatic, when such left rotation and right rotation valve block can be raised and lowered, so that on valve block bottom surface
The first cylindrical end tangs and inner box bottom the through hole that discharges water between gap become big or diminish, meanwhile, high-temperature water flows through gap
Flow can also become and diminish greatly, different high-temperature water inflow velocities can make the warm water in staving maintain different steady temperatures,
Because the through hole that discharges water is circular, it is less likely to occur deformation during injection, even if deformation is also surrounding homogeneous deformation, discharge water through hole and valve
It can be sealed well between the cylindrical end tangs of piece first, it is very easy to produce and process.
It is that the first convex tendon bending is in the arc-shaped, and its top surface is domatic, institute as further improvement of the utility model
State the growth of the second convex tendon bar shaped and to be vertically arranged with the first convex tendon, first convex tendon discharges water in through hole is arranged on around inner box
The inner surface of box body, second convex tendon is located at the bottom surface of valve block, or the second convex tendon around the cylindrical end tangs of valve block first around interior
The box body through hole that discharges water is arranged on the inner surface of inner box, and first convex tendon is located at the bottom of valve block around the cylindrical end tangs of valve block first
Face, first convex tendon is the abrupt slope of wide-angle close to one section of slope on top, and the top on the abrupt slope is one section of plane, described
There is the baffle plate of a projection end of plane.So, when the second convex tendon top surface turns to the top plan on the first convex tendon abrupt slope, valve
Gap between piece and the first cylindrical end tangs can become big rapidly, while the flow velocity of high-temperature water also becomes rapidly big, bath bucket can be made fast
Speed heating, the baffle plate of planar end, which can stop that the second convex tendon continues to rotate, prevents that the second convex tendon from sliding from the top of the first convex tendon
Fall.
It is to be additionally provided with below the cylindrical end tangs of valve block first downwardly convex as further improvement of the utility model
Second boss, the through hole that discharges water of the second boss insertion inner box bottom lateral wall of the second boss and discharges water logical
Provided with least one longitudinal tank between the madial wall in hole.So, between the first cylindrical end tangs bottom surface and the through hole that discharges water are suitable for reading
Gap when changing, the tank position gap flowed through of supplying water can also change, and because tank is smaller, flow through tank
Water flow variation is also smaller, is easy to the flow of accurate adjustment current, and then can precisely control bath by rotary valve plate
Temperature within the barrel.
It is to be additionally provided with the 3rd boss, the described 3rd below the second boss as another improvement of the present utility model
The cross section of boss is less than the cross section of second boss.So, when the second convex tendon top surface turns to the top on the first convex tendon abrupt slope
During plane, second boss moves up abjection and discharged water through hole, and the 3rd boss, which is located at, to discharge water in through hole, because the cross section of the 3rd boss is small
Gap-ratio second boss between the cross section of second boss, the 3rd boss and the through-hole wall that discharges water and discharge water through-hole wall it
Between gap it is big, the flow velocity of high-temperature water becomes rapidly big, can make bath bucket fast heating, while the 3rd in the through hole that discharges water is convex
Platform prevent second boss abjection discharge water through hole when lateral deviation discharge water through hole.
It is that rod set is cased with outside the valve rod as another improvement of the present utility model, the upper end of the valve rod is from rod set
The centre bore of upper surface stretch out, have at least two fixation pin being connected with inner box bottom on the rod set bottom end side wall.This
Valve rod, the bottom of inner box is first fixedly mounted on by rod set, then inner box is fixedly connected on outter box with lid by sample
Together, it is convenient to install.
It is that the lid is substantially into semicircle, the center of the knob and note as another improvement of the present utility model
The mouth of a river is centrally located on the symmetry axis of lid, and the knob is close to the center of circle, and the water filling port is close to the edge of lid.So,
It is nearer from human body when using because knob is close to the center of circle of lid, convenient regulation, meanwhile, water filling port is close to the edge side of lid
Just the delivery port of kettle is pressed close to, it is to avoid be spread across outside when injecting high-temperature water.
It is to be also stamped dividing plate, the dividing plate and lid above the inner box as another improvement of the present utility model
Between be also placed with waterproof and heat-insulating cotton.It can so prevent that high-temperature water heat is scattered and disappeared by lid in inner box, it is ensured that bath bucket is permanent
The warm time is longer.
Brief description of the drawings
Below in conjunction with the accompanying drawings and embodiment is described in further detail to the utility model：
Fig. 1 is structural representation of the utility model bath bucket without electro-thermostat.
Fig. 2 is the utility model bath bucket without structural representation of the electro-thermostat with partly cut-away.
Fig. 3 is the part A enlarged drawing of accompanying drawing 2.
Fig. 4 is structural representation of the utility model bath bucket without electro-thermostat valve block.
Partial structural diagram of Fig. 5 the utility model bath bucket without electro-thermostat inner box bottom correspondence valve block position.
Fig. 6 is that the utility model bath bucket corresponds to valve block position under the through hole open mode that discharges water without electro-thermostat inner box bottom
Structural representation.
Embodiment
As shown in Figure 1, Figure 2, Fig. 3, a kind of bath bucket are without electro-thermostat, and it includes the lid 1 that can be covered above bath bucket, in lid
1 lower section be fixed with have on the body of inner box 2 and the body of outer box 3, lid 1 one can toward water filling in the body of inner box 2 water filling port 4, the valve of valve
The top of bar 5 is stretched out lid 1 and is fixedly connected with the knob 19 positioned at the top of lid 1, and the body bottom of inner box 2 has one to be used for the through hole that discharges water
6, the valve block 7 that control through hole 6 is switched is stamped on the through hole 6 that discharges water, valve block 7 slides with the bottom of valve rod 5 and is connected, can be on valve block 7
Side is machined with square groove, and then valve rod 5 is dimensioned slightly smaller than in the bottom of groove insertion groove and slides connection, in the He of valve block 7
Spring 9 is installed between the bulge loop face 8 of valve rod 5, wherein, the through hole 6 that discharges water is circle, and the bottom center of the valve block 7 has
One downwardly convex the first cylindrical end tangs 10 for pushing down the through hole 6 that discharges water, the first cylindrical end tangs 10 with diameter greater than discharging water in through hole 6
Footpath, in the body of inner box 2 around discharging water the inner surface of through hole 6 and the bottom surface of corresponding valve block 7 is respectively provided with least one and corresponded to each other
And the first convex tendon 11 and the second convex tendon 12 of top surface contact, the top surface of wherein at least one convex tendon is domatic.
Using said structure, high-temperature water is injected in the body of inner box 2 when using first below lid 1, rotatable connection valve rod 5
Knob 19, valve rod 5 is rotated with moving valve plate 7, and the convex tendon on valve block 7 and the body bottom surface of inner box 2 is also rotated against, due to the top surface of convex tendon
Contact, and have the top surface of at least one convex tendon for domatic, when such left rotation and right rotation valve block 7 can be raised and lowered, so that valve
The first cylindrical end tangs 10 on the bottom surface of piece 7 and the gap between the through hole 6 that discharges water of the body bottom of inner box 2 become big or diminished, meanwhile, it is high
The flow that warm water flows through gap can also become and diminish greatly, and different high-temperature water inflow velocities can make the warm water in staving maintain difference
Steady temperature, because the through hole 6 that discharges water is circular, be less likely to occur deformation during injection, even if deformation is also surrounding homogeneous deformation,
Discharging water can seal well between through hole 6 and the cylindrical end tangs 10 of valve block 7 first, and it is very easy to produce and process.
As shown in Fig. 4, Fig. 5, Fig. 6, first convex tendon 11 bend it is in the arc-shaped, its top surface be domatic, described second is convex
Muscle 12 is grown up bar shaped and to be vertically arranged with the first convex tendon 11, and first convex tendon 11 is located at inner box 2 around the body of inner box 2 through hole that discharges water
The inner surface of body, second convex tendon 12 is located at the bottom surface of valve block 7, or the second convex tendon 12 around the cylindrical end tangs 10 of valve block 7 first
The inner surface of the body of inner box 2 is located at around the body of inner box 2 through hole that discharges water, first convex tendon 11 is around the cylindrical end tangs 10 of valve block 7 first
The bottom surface of valve block 7 is located at, first convex tendon 11 is the abrupt slope 111 of wide-angle, the abrupt slope 111 close to one section of slope on top
Top be one section of plane 13, there is the baffle plate 14 of a projection end of the plane 13.So, when the top surface of the second convex tendon 12 is rotated
To the abrupt slope 111 of the first convex tendon 11 top plan 13 when, the gap between the cylindrical end tangs 10 of valve block 7 and first can become big rapidly,
The flow velocity of high-temperature water also becomes rapidly big simultaneously, can make bath bucket fast heating, the baffle plate 14 of the end of plane 13 can stop second
Convex tendon 12, which continues to rotate, prevents that the second convex tendon 12 from sliding from the top of the first convex tendon 11.
As shown in Fig. 2, Fig. 3, Fig. 6, it is convex that the lower sections of the cylindrical end tangs 10 of valve block 7 first is additionally provided with downwardly convex second
Platform 15, the through hole 6 that discharges water of the second boss 15 insertion inner box 2 body bottom and discharges water logical at the lateral wall of the second boss 15
Provided with least one longitudinal tank 16 between the madial wall in hole 6.So, when the bottom surface of the first cylindrical end tangs 10 and discharging water on through hole 6
When gap between mouthful changes, the gap that the water supply of the position of tank 16 is flowed through can also change, because tank 16 is smaller,
The water flow variation for flowing through tank 16 is also smaller, is easy to the flow of accurate adjustment current, and then can be more by rotary valve plate 7
Accurately control bath temperature within the barrel.
As shown in Fig. 2, Fig. 3, Fig. 6, the lower section of second boss 15 is additionally provided with the 3rd boss 17, the 3rd boss 17
Cross section is less than the cross section of second boss 15.So, when the top surface of the second convex tendon 12 turns to the top on the abrupt slope 111 of the first convex tendon 11
During transverse plane 13, second boss 15 moves up abjection and discharged water through hole 6, and the 3rd boss 17, which is located at, to discharge water in through hole 6, due to the 3rd boss
17 cross section is less than the cross section of second boss 15, and the gap-ratio second between the 3rd boss 17 and the inwall of through hole 6 that discharges water is convex
Gap between platform 15 and the inwall of through hole 6 that discharges water is big, and the flow velocity of high-temperature water becomes rapidly big, can make bath bucket fast heating, simultaneously
The 3rd boss 17 in the through hole 6 that discharges water prevent the abjection of second boss 15 discharge water through hole 6 when lateral deviation discharge water through hole 6.
As shown in Fig. 2 be cased with rod set 18 outside the valve rod 5, the center of the upper surface of the upper end of the valve rod 5 from rod set 18
Hole is stretched out, and has at least two fixation pin 20 being connected with the body bottom of inner box 2 on the bottom end side wall of rod set 18.So, bar is passed through
Valve rod 5 is first fixedly mounted on the bottom of the body of inner box 2 by set 18, then the body of inner box 2 and the body of outer box 3 are fixedly connected on into one with lid 1
Rise, it is convenient to install.
As shown in figure 1, the lid 1 is substantially into semicircle, the center of the knob and water filling port 4 are centrally located at lid
On 1 symmetry axis, the knob 19 is close to the center of circle, and the water filling port 4 is close to the edge of lid 1.So, because knob 19 is close
The center of circle of lid 1, nearer from human body when using, convenient regulation, meanwhile, water filling port 4 facilitates going out for kettle close to the edge of lid 1
The mouth of a river is pressed close to, it is to avoid be spread across outside during injection high-temperature water.
As shown in figure 1, being also stamped dividing plate 22 above the body of inner box 2, also it is placed between the dividing plate 22 and lid 1 anti-
Water heat insulation foam 23.It can so prevent that high-temperature water heat is scattered and disappeared by lid 1 in the body of inner box 2, it is ensured that bath bucket constant temperature time is longer.
Claims (7)
1. a kind of bath bucket is without electro-thermostat, it includes the lid (1) that can be covered above bath bucket, fixed in the lower section of lid (1)
Have have on inner box (2) and outter box (3), lid (1) one can toward inner box (2) interior water filling water filling port 4, the valve rod of valve
(5) top is stretched out lid (1) and is fixedly connected with the knob 19 above lid (1), and inner box (2) bottom has one to be used to put
The valve block of control through hole (6) switch is stamped on water through hole (6), the through hole that discharges water (6)（7）, valve block（7）Slid with valve rod (5) bottom
Connection, can be in valve block（7）Top is machined with square groove, and the bottom insertion that valve rod (5) then is dimensioned slightly smaller than into groove is recessed
Sliding connection in groove, in valve block（7）With the bulge loop face of valve rod (5)（8）Between spring is installed（9）, wherein, the through hole that discharges water
(6) it is circle, the valve block（7）Bottom center have downwardly convex first cylindrical end tangs for pushing down the through hole that discharges water (6)（10）,
First cylindrical end tangs（10）With diameter greater than the through hole that discharges water (6) internal diameter, inner box (2) around through hole (6) that discharge water inner surface
With corresponding valve block（7）Bottom surface be respectively provided with least one correspond to each other and top surface contact the first convex tendon（11）It is convex with second
Muscle（12）, the top surface of wherein at least one convex tendon is domatic.
2. bath bucket according to claim 1 is without electro-thermostat, it is characterised in that：First convex tendon（11）Bend to circular arc
Shape, its top surface is domatic, second convex tendon（12）Grow up bar shaped and with the first convex tendon（11）It is vertically arranged, first convex tendon
（11）The inner surfaces of inner box (2), second convex tendon are located at around inner box (2) through hole that discharges water（12）Around valve block（7）The
One cylindrical end tangs（10）It is located at valve block（7）Bottom surface, or the second convex tendon（12）Inner box is located at around inner box (2) through hole that discharges water
(2) inner surface, first convex tendon（11）Around valve block（7）First cylindrical end tangs（10）It is located at valve block（7）Bottom surface, it is described
First convex tendon（11）It is the abrupt slope (111) of wide-angle close to one section of slope on top, the top of the abrupt slope (111) is put down for one section
Face（13）, the plane（13）End have the baffle plate of a projection（14）.
3. bath bucket according to claim 1 or claim 2 is without electro-thermostat, it is characterised in that：The valve block（7）First cylindrical end tangs
（10）Lower section be additionally provided with downwardly convex second boss（15）, the second boss（15）Insert putting for inner box (2) bottom
Water through hole (6), the second boss（15）Lateral wall and the through hole that discharges water (6) madial wall between provided with least one longitudinal water
Groove（16）.
4. bath bucket is without electro-thermostat according to claim 3, it is characterised in that：The second boss（15）Lower section is additionally provided with
Three boss（17）, the 3rd boss（17）Cross section be less than second boss（15）Cross section.
5. bath bucket according to claim 1 is without electro-thermostat, it is characterised in that：Rod set is cased with outside the valve rod (5)（18）,
The upper end of the valve rod (5) is from rod set（18）Upper surface centre bore stretch out, the rod set（18）Have at least on bottom end side wall
Two fixation pin for being connected with inner box (2) bottom（20）.
6. bath bucket according to claim 1 is without electro-thermostat, it is characterised in that：The lid (1) is substantially into semicircle, institute
The center and water filling port (4) for stating knob are centrally located on the symmetry axis of lid (1), the knob（19）It is described close to the center of circle
Water filling port (4) is close to the edge of lid (1).
7. bath bucket according to claim 1 is without electro-thermostat, it is characterised in that：Also be stamped above the inner box (2) every
Plate（22）, the dividing plate（22）Waterproof and heat-insulating cotton is also placed between lid (1)（23）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621125704.2U CN206333841U (en) | 2016-10-17 | 2016-10-17 | Bath bucket is without electro-thermostat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621125704.2U CN206333841U (en) | 2016-10-17 | 2016-10-17 | Bath bucket is without electro-thermostat |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206333841U true CN206333841U (en) | 2017-07-18 |
Family
ID=59299083
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621125704.2U Withdrawn - After Issue CN206333841U (en) | 2016-10-17 | 2016-10-17 | Bath bucket is without electro-thermostat |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206333841U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106264243A (en) * | 2016-10-17 | 2017-01-04 | 杜志刚 | Bath bucket is without electro-thermostat |
-
2016
- 2016-10-17 CN CN201621125704.2U patent/CN206333841U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106264243A (en) * | 2016-10-17 | 2017-01-04 | 杜志刚 | Bath bucket is without electro-thermostat |
| CN106264243B (en) * | 2016-10-17 | 2018-11-20 | 杜志刚 | Bath bucket is without electro-thermostat |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170718 Effective date of abandoning: 20181120 |