CN206989589U - Fast dehydrater - Google Patents
Fast dehydrater Download PDFInfo
- Publication number
- CN206989589U CN206989589U CN201720853750.2U CN201720853750U CN206989589U CN 206989589 U CN206989589 U CN 206989589U CN 201720853750 U CN201720853750 U CN 201720853750U CN 206989589 U CN206989589 U CN 206989589U
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- cylinder
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- water
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Abstract
The utility model discloses a kind of fast dehydrater, the built-in cylinder and the main motor for driving built-in cylinder to rotate being rotatablely connected including outsourcing cylinder, with outsourcing cylinder, the outsourcing cylinder axis vertical and upper end open, outsourcing cylinder includes outer cylinder body and outer barrel bottom, built-in cylinder axis vertical and upper end open, built-in cylinder includes inner barrel and inner cylinder bottom, the built-in cylinder is in outsourcing cylinder, built-in cylinder is provided with some water dumping holes, there is water space, outsourcing cylinder is provided with the osculum connected with going out water space between inner barrel and outer cylinder body；The inner barrel is provided with some along the circumferentially equally distributed interior hidden location structure of built-in cylinder.The beneficial effects of the utility model are：It is simple to operate, the drying of umbrella can be quickly carried out, during drying, umbrella automatically, can be positioned effectively, can efficient water dumping；For umbrella when inserting, taking out, all without larger friction occurs between external structure, operation is light, without lifting an eyebrow, and will not damage umbrella cover.
Description
Technical field
The utility model belongs to infrastructure and municipal communal facility technical field, more particularly to a kind of fast dehydrater.
Background technology
On rainy day, people often use the rain gears such as umbrella, especially pedestrian, are kept off substantially using umbrella
Rain.And when people enter in the public places such as market, supermarket, bus with damp umbrella, inconvenience can be produced,
Rainwater especially on umbrella easily flows down, and is unfavorable for keeping environment clean dried, easily makes ground or other people clothes dirty.At present
In view of the above-mentioned problems, some are local（Market doorway, supermarket doorway, bus stop etc.）Polybag for filling umbrella, people can be provided
Enter before market, supermarket, the public place such as bus, first umbrella is inserted in polybag.But, aforesaid way needs to disappear
Substantial amounts of polybag is consumed, and these plastic tapes are substantially discarding after, utilization rate is poor, feature of environmental protection shortcoming.In addition, use
The wet umbrella of plastic bag there is problems：1. polybag is fragile, so as to water droplet be caused to fall to the ground；2. umbrella is in polybag
In " vexed " time it is longer after（Such as go shopping more long）, larger peculiar smell can be produced.
Utility model content
The utility model is to overcome deficiency of the prior art, there is provided it is a kind of simple to operate, it can quickly carry out rain
The drying of umbrella, during drying, umbrella automatically, can be positioned effectively, can efficient water dumping fast dehydrater.
To achieve these goals, the utility model uses following technical scheme：
A kind of fast dehydrater, including
Outsourcing cylinder, the built-in cylinder being rotatablely connected with outsourcing cylinder and the main motor for driving built-in cylinder to rotate, the outsourcing
Cylinder axis vertical and upper end open, outsourcing cylinder include outer cylinder body and outer barrel bottom, built-in cylinder axis vertical and upper end open, built-in cylinder
Including inner barrel and inner cylinder bottom, the built-in cylinder is in outsourcing cylinder, and built-in cylinder is provided with some water dumping holes, inner barrel and outer barrel
There is water space, outsourcing cylinder is provided with the osculum connected with going out water space, and outsourcing cylinder lateral wall, which is provided with, to be used between body
Switch the start stop switch of main motor start and stop state；
The inner barrel is provided with some along the circumferentially equally distributed interior hidden location structure of built-in cylinder, interior hidden location structure bag
Some self-regulated location structures being axially sequentially distributed along built-in cylinder are included, self-regulated location structure includes balancing weight, is opened on inner barrel
Inside groove on madial wall, the water jacket being opened on inner barrel lateral wall, the clamping cylinder body being arranged in inside groove, it is arranged in water jacket
Application cylinder, the adapter cavity being opened on built-in cylinder and the interior tracheae being arranged in adapter cavity；
In a self-regulated location structure：The clamp piston that cooperation is slidingly sealed with clamping cylinder body is provided with clamping cylinder body,
Clamp piston will clamp cylinder interior and be separated into clamping air cavity and the clamping cavity being in communication with the outside, and is provided with and resets in clamping cavity
Spring, back-moving spring one end connection clamp piston, the connection of the back-moving spring other end clamp cylinder body, are provided through pressing from both sides in clamp piston
The horizontal clamp piston bar of cavity is held, horizontal clamp piston bar is in inside groove, and clamp piston glide direction is horizontal, and clamping cavity is in
Between built-in cylinder axis and clamping air cavity；
In a self-regulated location structure：The effect piston that cooperation is slidingly sealed with application cylinder is provided with application cylinder,
Effect piston will be separated into effect air cavity and be in communication with the outside effect cavity inside application cylinder, effect piston are provided with some
Through the horizontal effect piston rod of effect air cavity, horizontal effect piston rod is slidingly sealed cooperation, effect piston slip side with application cylinder
To level, effect cavity is between built-in cylinder axis and effect air cavity, and balancing weight is in water space, balancing weight connection institute
There is horizontal effect piston rod, effect air cavity is connected by interior tracheae with clamping air cavity.
Preferably, worn in the outsourcing cylinder provided with horizontally disposed water-stop sheet and the interior rotating shaft arranged vertically, interior rotating shaft
Cross water-stop sheet and coordinate with water-stop sheet rotary seal, the output end of main motor is connected by interior rotating shaft with built-in cylinder, main motor and
Outsourcing cylinder is fixed, sliding contact between inner cylinder bottom surface and water-stop sheet upper surface, and built-in cylinder with cyclization and outsourcing cylinder by turning
Dynamic connection, coordinates ring set to be located at outside inner barrel, and coaxially connected with cyclization and inner barrel, is rotatablely connected with cyclization and outsourcing cylinder,
In the vertical direction：Built-in cylinder, interior rotating shaft and main motor are from top to bottom sequentially arranged.
Preferably, the water dumping axially bored line is horizontal, each water dumping hole is circumferentially uniformly distributed along built-in cylinder, water dumping hole it is minimum
Point and the upper surface at inner cylinder bottom are located at sustained height.
Preferably, in a self-regulated location structure：Piston glide direction is acted on parallel to clamp piston glide direction,
Horizontal clamp piston rod axis intersect with built-in cylinder axis, and horizontal clamp piston rod axis overlap with horizontal effect piston rod axis, reset
Spring is set in outside horizontal clamp piston bar, back-moving spring axis horizontal.
Preferably, the osculum axis horizontal, outer cylinder body is provided with outer drainpipe, outer drainpipe include horizontal segment and
Vertical segment, horizontal segment one end are docked with osculum, and the horizontal segment other end connects with vertical segment upper end, and outer drainpipe is in outsourcing cylinder
Outside, in the vertical direction：Water dumping hole, osculum and outer drainpipe are from top to bottom sequentially arranged.
Preferably, being provided with horizontally disposed supporting plate in the built-in cylinder, supporting plate is provided with multiple lower water apertures, under
Water aperture axis vertical, in the vertical direction：Supporting plate is in above water dumping hole.
The beneficial effects of the utility model are：It is simple to operate, it can quickly carry out the drying of umbrella, during drying, rain
Umbrella automatically, can be positioned effectively, can efficient water dumping；Umbrella is larger all without occurring between external structure when inserting, taking out
Friction（Even it is regarded as no friction）, operation is light, without lifting an eyebrow, and will not damage umbrella cover.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the enlarged drawing at A in Fig. 1；
Fig. 3 is the enlarged drawing at B in Fig. 1；
Fig. 4 is the enlarged drawing at C in Fig. 1.
In figure：Outsourcing cylinder 1, outer cylinder body 1a, built-in cylinder 2, inner barrel 2a, inner cylinder bottom 2b, water dumping hole 21, with cyclization 22, match somebody with somebody
Pouring weight 3, clamping cylinder body 4, clamping air cavity 4a, clamping cavity 4b, clamp piston 41, back-moving spring 42, horizontal clamp piston bar 43, work
With cylinder body 5, effect air cavity 5a, effect cavity 5b, effect piston 51, horizontal effect piston rod 52, water-stop sheet 6, interior rotating shaft 61, outer row
Water pipe 7, vertical segment 7a, horizontal segment 7b, supporting plate 8, lower water aperture 8a.
Embodiment
The utility model is further described with reference to the accompanying drawings and detailed description.
In embodiment as shown in Figures 1 to 4, a kind of fast dehydrater, including
Outsourcing cylinder 1, the built-in cylinder 2 being rotatablely connected with outsourcing cylinder and the main motor for driving built-in cylinder to rotate, it is described outer
Bag cylinder axis vertical and upper end open, outsourcing cylinder includes outer cylinder body 1a and outer barrel bottom, built-in cylinder axis vertical and upper end open, interior
Putting cylinder includes inner barrel 2a and inner cylinder bottom 2b, and the built-in cylinder is in outsourcing cylinder, and built-in cylinder is provided with some water dumping holes 21, interior
There is water space, outsourcing cylinder is provided with the osculum connected with going out water space, outsourcing cylinder lateral wall between cylinder and outer cylinder body
It is provided with the start stop switch for being used for switching main motor start and stop state；
The inner barrel is provided with some along the circumferentially equally distributed interior hidden location structure of built-in cylinder, interior hidden location structure bag
Some self-regulated location structures being axially sequentially distributed along built-in cylinder are included, self-regulated location structure includes balancing weight 3, is opened on inner barrel
Inside groove on madial wall, the water jacket being opened on inner barrel lateral wall, the clamping cylinder body 4 being arranged in inside groove, it is arranged on water jacket
In application cylinder 5, the adapter cavity being opened on built-in cylinder and the interior tracheae being arranged in adapter cavity；
In a self-regulated location structure：The clamp piston that cooperation is slidingly sealed with clamping cylinder body is provided with clamping cylinder body
41, clamp piston will clamp cylinder interior and be separated into the clamping air cavity 4a and clamping cavity 4b being in communication with the outside, and clamp in cavity
Provided with back-moving spring 42, back-moving spring one end connection clamp piston, the back-moving spring other end, which connects, clamps cylinder body, in clamp piston
It is provided through clamping the horizontal clamp piston bar 43 of cavity, horizontal clamp piston bar is in inside groove, and clamp piston glide direction is horizontal,
Clamping cavity is between built-in cylinder axis and clamping air cavity；
In a self-regulated location structure：The effect piston that cooperation is slidingly sealed with application cylinder is provided with application cylinder
51, effect piston will be separated into effect air cavity 5a and be in communication with the outside effect cavity 5b inside application cylinder, act on piston
Provided with some horizontal effect piston rods 52 through effect air cavity, horizontal effect piston rod is slidingly sealed cooperation with application cylinder, acts on
Piston glide direction is horizontal, and effect cavity is between built-in cylinder axis and effect air cavity, and balancing weight is in water space, matches somebody with somebody
Pouring weight connects all horizontal effect piston rods, and effect air cavity is connected by interior tracheae with clamping air cavity.
When needing umbrella whirling, umbrella can be collapsed, umbrella is then inserted into built-in cylinder from top to bottom, vertically
In.Then user can press start stop switch, start main motor, main motor drive in rotating shaft, built-in cylinder rotate, so as to right
Umbrella carries out centrifugation water dumping, and after the completion of centrifuging water dumping, user can press start stop switch, close down main motor.During water dumping, rain
Rainwater on the outer umbrella cover of umbrella is thrown on inner barrel madial wall, is flowed down then along inner barrel madial wall, then through water dumping hole, go out
Water space, osculum discharge.
In the outsourcing cylinder water proof is passed through provided with horizontally disposed water-stop sheet 6 and the interior rotating shaft 61 arranged vertically, interior rotating shaft
Plate and coordinate with water-stop sheet rotary seal, the output end of main motor is connected by interior rotating shaft with built-in cylinder, main motor and outsourcing cylinder
Fixed, sliding contact between inner cylinder bottom surface and water-stop sheet upper surface, built-in cylinder is connected by being rotated with cyclization 22 and outsourcing cylinder
Connect, coordinate ring set to be located at outside inner barrel, and coaxially connected with cyclization and inner barrel, with cyclization and the rotation connection of outsourcing cylinder, with
On vertical direction：Built-in cylinder, interior rotating shaft and main motor are from top to bottom sequentially arranged.
The water dumping axially bored line is horizontal, and each water dumping hole is circumferentially uniformly distributed along built-in cylinder, the minimum point and inner cylinder in water dumping hole
The upper surface at bottom is located at sustained height.
In a self-regulated location structure：Piston glide direction is acted on to live parallel to clamp piston glide direction, horizontal clamping
Stopper rod axis intersects with built-in cylinder axis, and horizontal clamp piston rod axis are overlapped with horizontal effect piston rod axis, and back-moving spring is arranged
Outside horizontal clamp piston bar, back-moving spring axis horizontal.
The osculum axis horizontal, outer cylinder body are provided with outer drainpipe 7, and outer drainpipe includes vertical segment 7a and horizontal segment
7b, horizontal segment one end are docked with osculum, and the horizontal segment other end connects with vertical segment upper end, and outer drainpipe is in outside outsourcing cylinder,
In the vertical direction：From top to bottom it is sequentially arranged with cyclization, water dumping hole, osculum and outer drainpipe.
Horizontally disposed supporting plate 8 is provided with the built-in cylinder, supporting plate is provided with multiple lower water aperture 8a, lower water aperture
Axis vertical, in the vertical direction：Supporting plate is in above water dumping hole.After umbrella inserts built-in cylinder, it is in above supporting plate, and
Rainwater under getting rid of, then all flowed down through each lower water aperture, thus umbrella lower end " will not be immersed in " built in cylinder bottom " ponding " in, can
Ensure more preferable, more fully umbrella desiccation effect.
Two kinds of situations be present when drying in umbrella：The first situation, be not between umbrella and built-in cylinder combine closely, phase
It is to fixed, the shortcomings that in the case of this, built-in cylinder rotating speed is more than umbrella rotating speed, equivalent to wasting electric energy（Built-in cylinder
Rotate the effect for not playing and fully driving umbrella " rotation "）, and " revolving round the sun " easily occurs in umbrella, i.e., umbrella is in built-in cylinder
Wall and as built-in cylinder rotates together, but umbrella " rotation " deficiency, cause water dumping effect relatively poor；Second of situation, umbrella
It is to combine closely, be relatively-stationary between built-in cylinder, this just needs some external conditions, such as utilizes some elastic clamping knots
Structure（As set multiple resilient clamp bodies on built-in cylinder inwall）To clamp umbrella surface, or built-in cylinder inner space is made
It is narrow, it is necessary to by umbrella firmly fill in wherein.In this case, umbrella enters, leaves built-in cylinder every time, its umbrella cover will with it is outer
Larger friction occurs between portion's structure, this is easy for causing umbrella cover damaged（Obviously, umbrella one of position of most cracky relatively
It is exactly at umbrella cover）, and it is relatively elaborate, not light enough to operate.Therefore, no matter which kind of above-mentioned situation, all there is more bright
The defects of aobvious.
And it is very " spaciousness " in the utility model, in built-in cylinder（In built-in cylinder the cross section in space with respect to umbrella outside
It is bigger for profile cross-section）, it is necessary to during umbrella whirling, directly the umbrella after gathering is inserted in built-in cylinder.
Then during drying, due to the effect of centrifugal force, balancing weight moves away from the direction of built-in cylinder axis, drives horizontal work
Moved with piston rod, effect piston away from the direction of built-in cylinder axis, so as to which the portion of air acted in air cavity be passed through
Interior tracheae input clamps air cavity, consequently, it is possible to just drive clamp piston, horizontal clamp piston bar towards close to built-in cylinder axis
Move in direction（Back-moving spring compresses）, so as to each horizontal clamp piston bar（In a part of horizontal clamp piston bar）Automatically umbrella is entered
Row clamping position, umbrella can be with built-in cylinder high-speed rotations（After horizontal clamp piston bar clamping position umbrella, umbrella rotating speed just with it is interior
It is the same to put cylinder, and umbrella is " rotation "）, centrifuge water dumping excellent.And dry after process terminates, in action of reset spring
Under, each set up bit architecture and reset, now umbrella can be easily popped out, and in whole process, umbrella is when inserting, taking out, all
Larger friction will not occur between external structure（Even it is regarded as no friction）, and during water dumping is centrifuged, umbrella
And can is automatic, effectively positions, efficient water dumping, and umbrella, when inserting, taking out, operation is light, without lifting an eyebrow.
In addition, underline：When built-in cylinder rotates, horizontal clamp piston bar, clamp piston, back-moving spring be also by from
Mental and physical efforts, but because balancing weight weight is more than or much larger than horizontal clamp piston bar, clamp piston, back-moving spring weight sum, institute
To be eventually exhibited as balancing weight away from built-in cylinder axis direction is mobile, horizontal clamp piston bar is towards close to built-in cylinder axis side
To movement（The centrifugal force that balancing weight is subject to be more than or much larger than the structures such as horizontal clamp piston bar, clamp piston, back-moving spring by
Centrifugal force sum）.For ease of understanding, above-mentioned explanation is carried out hereby.
Claims (5)
1. a kind of fast dehydrater, it is characterized in that, including
Outsourcing cylinder, the built-in cylinder being rotatablely connected with outsourcing cylinder and the main motor for driving built-in cylinder to rotate, the outsourcing cylinder axle
Line is vertical and upper end open, and outsourcing cylinder includes outer cylinder body and outer barrel bottom, built-in cylinder axis vertical and upper end open, built-in cylinder include
Inner barrel and inner cylinder bottom, the built-in cylinder are in outsourcing cylinder, and built-in cylinder is provided with some water dumping holes, inner barrel and outer cylinder body it
Between there is water space, outsourcing cylinder is provided with osculum connect with going out water space, and outsourcing cylinder lateral wall is provided with for switching
The start stop switch of main motor start and stop state；
The inner barrel be provided with it is some along the circumferentially equally distributed interior hidden location structure of built-in cylinder, if interior hidden location structure includes
The dry self-regulated location structure being axially sequentially distributed along built-in cylinder, self-regulated location structure include balancing weight, are opened on the inside of inner barrel
Inside groove on wall, the water jacket being opened on inner barrel lateral wall, clamping cylinder body, the work being arranged in water jacket being arranged in inside groove
With cylinder body, the adapter cavity being opened on built-in cylinder and the interior tracheae being arranged in adapter cavity；
In a self-regulated location structure：The clamp piston that cooperation is slidingly sealed with clamping cylinder body, clamping are provided with clamping cylinder body
Piston will clamp cylinder interior and be separated into clamping air cavity and the clamping cavity being in communication with the outside, and is provided with clamping cavity and resets bullet
Spring, back-moving spring one end connection clamp piston, the connection of the back-moving spring other end clamp cylinder body, are provided through clamping in clamp piston
The horizontal clamp piston bar of cavity, horizontal clamp piston bar are in inside groove, and clamp piston glide direction is horizontal, and clamping cavity is in interior
Put between an axis and clamping air cavity；
In a self-regulated location structure：The effect piston that cooperation is slidingly sealed with application cylinder, effect are provided with application cylinder
Piston will be separated into effect air cavity and be in communication with the outside effect cavity inside application cylinder, effect piston are provided with some pass through
The horizontal effect piston rod of air cavity is acted on, horizontal effect piston rod is slidingly sealed cooperation with application cylinder, acts on piston glide direction water
Flat, effect cavity is between built-in cylinder axis and effect air cavity, and balancing weight is in water space, and balancing weight connects all horizontal strokes
Piston rod is acted on, effect air cavity is connected by interior tracheae with clamping air cavity.
2. fast dehydrater according to claim 1, it is characterized in that, in the outsourcing cylinder provided with horizontally disposed water-stop sheet and
The interior rotating shaft arranged vertically, interior rotating shaft coordinate through water-stop sheet and with water-stop sheet rotary seal, and the output end of main motor passes through interior
Rotating shaft is connected with built-in cylinder, and main motor is fixed with outsourcing cylinder, and sliding contact between inner cylinder bottom surface and water-stop sheet upper surface is interior
Cylinder is put by being rotatablely connected with cyclization and outsourcing cylinder, cooperation ring set is located at outside inner barrel, and coaxially connected with cyclization and inner barrel,
It is rotatablely connected with cyclization and outsourcing cylinder, in the vertical direction：Built-in cylinder, interior rotating shaft and main motor are from top to bottom sequentially arranged.
3. fast dehydrater according to claim 1, it is characterized in that, the water dumping axially bored line is horizontal, and each water dumping hole is along built-in
Cylinder is circumferential to be uniformly distributed, and the minimum point in water dumping hole is located at sustained height with the upper surface at inner cylinder bottom.
4. according to the fast dehydrater described in claim 1 or 2 or 3, it is characterized in that, in a self-regulated location structure：Effect is lived
Plug glide direction intersects parallel to clamp piston glide direction, horizontal clamp piston rod axis with built-in cylinder axis, horizontal clamp piston
Rod axis are overlapped with horizontal effect piston rod axis, and back-moving spring is set in outside horizontal clamp piston bar, back-moving spring axis horizontal.
5. fast dehydrater according to claim 2, it is characterized in that, the osculum axis horizontal, outer cylinder body is provided with outer
Drainpipe, outer drainpipe include horizontal segment and vertical segment, and horizontal segment one end is docked with osculum, the horizontal segment other end and vertical segment
Upper end is connected, and outer drainpipe is in outside outsourcing cylinder, in the vertical direction：Water dumping hole, osculum and outer drainpipe from top to bottom according to
Secondary arrangement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720853750.2U CN206989589U (en) | 2017-07-14 | 2017-07-14 | Fast dehydrater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720853750.2U CN206989589U (en) | 2017-07-14 | 2017-07-14 | Fast dehydrater |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206989589U true CN206989589U (en) | 2018-02-09 |
Family
ID=61405038
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720853750.2U Expired - Fee Related CN206989589U (en) | 2017-07-14 | 2017-07-14 | Fast dehydrater |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206989589U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107339856A (en) * | 2017-07-14 | 2017-11-10 | 王庆表 | A kind of fast dehydrater |
| CN109827386A (en) * | 2019-01-22 | 2019-05-31 | 安徽美源发制品有限公司 | A kind of wig layering spin-drying device |
-
2017
- 2017-07-14 CN CN201720853750.2U patent/CN206989589U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107339856A (en) * | 2017-07-14 | 2017-11-10 | 王庆表 | A kind of fast dehydrater |
| CN107339856B (en) * | 2017-07-14 | 2019-04-26 | 王庆表 | A kind of speed dehydrater |
| CN109827386A (en) * | 2019-01-22 | 2019-05-31 | 安徽美源发制品有限公司 | A kind of wig layering spin-drying device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180209 Termination date: 20180714 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |