CN206102474U - Hand held stirring cup - Google Patents
Hand held stirring cup Download PDFInfo
- Publication number
- CN206102474U CN206102474U CN201620690932.8U CN201620690932U CN206102474U CN 206102474 U CN206102474 U CN 206102474U CN 201620690932 U CN201620690932 U CN 201620690932U CN 206102474 U CN206102474 U CN 206102474U
- Authority
- CN
- China
- Prior art keywords
- gas circuit
- windmill
- circuit chamber
- elastic
- elastic bag
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
The utility model discloses a hand held stirring cup, stirring cup be including interior cup, stirring rake and drive division, the stirring rake is arranged in the cup cavity body, the drive division is wrapped up in and is covered in the interior cup lateral wall and the bottom surface outside, and the drive division includes elasticity gasbag, windmill and gas circuit chamber, and the elasticity gasbag links to each other with the gas circuit chamber through the check valve of elasticity gasbag, the check valve in gas circuit chamber channel qi way chamber communicates with each other with the outside air, and the elasticity gasbag carries out air exchange through gas circuit chamber and the external world, the cot of elasticity gasbag forms the lateral wall of stirring cup, the windmill is equipped with drive shaft and stirring rake and links to each other, during the gas circuit chamber is located to the windmill, is pushed or during with the former shape of self elastic restitution when the cot of elasticity gasbag, and gasbag and exterior space carry out air exchange and form the material of air current in order promoting windmill rotate, during the windmill drive stirring rake rotation of rotating shape attitude is personally experienced sth. Part of the body with cup cavity in stirring at the gas circuit intracavity, the utility model discloses set up pneumatic component and with the drive of the grip of hand, can conveniently stir a glass interior material in the cup structure.
Description
Technical field
The utility model is related to food utensil field, especially a kind of hand held jar.
Background technology
In food materials make, the stirring of small size material can be completed using jar, and jar in the market has several
Big class.
Stirring rod type, by the cup that is put into of club-shaped stirring rod, firmly rocks cup, and stirring rod is altered inside cup
It is dynamic, drive the motion of matter mixing in cup.It has the disadvantage：Stirring rod do it is larger when, it is impossible to the free play in cup；Stir
Mix that rod does it is less when, the stirring action for playing is very little, is only capable of stirring some liquid for diluting very much, it is impossible to stir concentration compared with
Big liquid.
Rack pinion is driving, and rack and pinion is meshed, tooth bar connection outer button, gear connection stirring wheel slurry, uses
Finger presses outer button, and the rotation of rack drives gear, according to Principle of Mechanical Designing, is to realize that tooth bar moves relatively short distance band
Moving gear rotates, and the diameter of gear is the smaller the better, but the diameter of gear is less, and the torque that identical pressing force lower gear is produced is got over
Little, so such jar, the mixing power produced by pressing force can be very little, it is difficult to realizes preferably stirring mesh
Mark.
Electric motor type, bottom of cups installs motor, and motor drives stirring wheel slurry, realizes stirring action.It has the disadvantage：One
Denier stirring wheel is starched and drainage occurs in motor junction, and liquid can be caused to enter in motor and battery circuit, water contact electricity
Pressure can be decomposed into hydrogen and oxygen moment, and instantaneous pole quick burning burns and explodes.So some producers are in design soy bean milk making machine or stir
When mixing machine, motor is placed on lid or stirring container is separated into beginning with motor.
It is to realize that it is stirred so being directed to the cup of simple structure because the big object of density can be deposited on bottom of cups
Function is mixed, optimal design is that stirring wheel slurry is arranged on bottom of cups, but to avoid rack pinion structure and electro-motor knot
How structure, design such product, is a research direction.
The content of the invention
The utility model proposes a kind of hand held jar, Pneumatic assembly is arranged in cup body structure and is driven with the grip of hand
It is dynamic, can easily material in jar.
The utility model is employed the following technical solutions.
A kind of hand held jar, the jar includes interior cup, paddle and drive division, and the paddle is located at interior cup
In cavity；The drive division is wrapped in interior cup sidewall and outer side bottom surface, and the drive division includes elastic bag, windmill and gas circuit
Chamber, the check valve of the elastic bag Jing elastic bags is connected with gas circuit chamber, the check valve in the gas circuit chamber Jing gas circuits chamber with it is outer
Boundary's air is communicated, and elastic bag carries out air exchange by gas circuit chamber and the external world, and the cot of the elastic bag forms jar
Side wall, the windmill is provided with drive shaft and is connected with paddle, windmill in gas circuit chamber, when the cot of elastic bag is extruded
Or with natural resiliency resile shape when, air bag and space outerpace carry out air exchange and air-flow are formed in gas circuit chamber to promote
Windmill rotary, the windmill of rotation status drive paddle to rotate to stir interior cup cavity in material.
The elastic bag produces the elastic bag of elastic deformation for cot can be extruded by staff.
The gas circuit chamber is located at interior cup subjacent, and the windmill is installed in gas circuit chamber with horizontal attitude.
The air vane of the windmill is rectangular paddle.
The blade form of the paddle and distribution are in petal, and the paddle size of paddle is less than air vane.
Centered on the drive shaft of windmill, the air inlet of the elastic bag, the air inlet in gas circuit chamber drive positioned at windmill
The side of axle, the exhaust outlet of the elastic bag, the exhaust outlet in gas circuit chamber are located at the opposite side of windmill drive shaft, the elastic gas
Check valve is equipped with the exhaust outlet in the air inlet of capsule, the air inlet in gas circuit chamber, the exhaust outlet of elastic bag and gas circuit chamber.
Under the restriction of check valve, the airflow direction formed in gas circuit chamber during elastic bag air inlet is vented with elastic bag
When in gas circuit chamber formed airflow direction it is contrary.
The cot of the elastic bag is with natural rubber material shaping.
The check valve includes valve casing, elastic component, valve element, and described valve casing one end is provided with valve casing air inlet, the elastic component
With valve element in the inner chamber of valve casing, described valve element one end is provided with chock plug, and the chock plug diameter is less than valve shell cavity diameter and big
In valve casing air inlet diameter, the elastic component is connected with valve element, when the admission pressure of valve casing air inlet is less than elastic component elastic force,
The chock plug of elastic component jacking valve element is closed to valve casing air inlet.
In the utility model, the jar includes interior cup, paddle and drive division, and the windmill is provided with drive shaft and stirs
Mix oar to be connected, windmill in the gas circuit chamber, when the cot of elastic bag be extruded or with natural resiliency resile shape when, air bag
Air exchange is carried out with space outerpace and form air-flow to promote Windmill rotary, the windmill of rotation status to drive and stir in gas circuit chamber
Material during oar rotation is mixed to stir interior cup cavity；The elastic bag produces elastic deformation for cot can be extruded by staff
Elastic bag；The design have developed by people's hand-driven Pneumatic assembly, and can drive paddle with the Pneumatic assembly；Ensureing
Enough driving force while, in turn simplify drive mechanism, and support without the need for electric element, realize without tooth bar gear structure,
Large driving force jar product without electric motor configuration, using safety.
In the utility model, the drive division is wrapped in interior cup sidewall and outer side bottom surface, and the drive division includes elastic gas
Capsule, windmill and gas circuit chamber, the check valve of the elastic bag Jing elastic bags is connected with gas circuit chamber, the gas circuit chamber Jing gas circuits chamber
Check valve communicate with outside air, elastic bag carries out air exchange, the skin of the elastic bag by gas circuit chamber and the external world
Into the side wall of jar, the gas circuit chamber is installed on gas circuit chamber to hull shape positioned at interior cup subjacent, the windmill with horizontal attitude
It is interior；The position that Pneumatic assembly is arranged on small-sized cup reasonable in design so that the setting Pneumatic assembly on small-sized cup
The substantially form of cup body is not interfered with, is easy to user to understand product function and use, be also beneficial to the attractive in appearance of product.
In the utility model, the air vane of the windmill is rectangular paddle, and the paddle size of paddle is less than air vane
Piece；The design causes air vane to have larger wind area, fully air-flow during air bag ventilating can be converted to driving force,
And the little resistance for making it be subject to when rotating in liquid material of paddle size is also little, it is easy to driven by windmill.
In the utility model, centered on the drive shaft of windmill, the air inlet of the elastic bag, the air inlet in gas circuit chamber
Positioned at the side of windmill drive shaft, the exhaust outlet of the elastic bag, the exhaust outlet in gas circuit chamber are located at the another of windmill drive shaft
Side, is all provided with the exhaust outlet in the air inlet of the elastic bag, the air inlet in gas circuit chamber, the exhaust outlet of elastic bag and gas circuit chamber
There is check valve；Under the restriction of check valve, the airflow direction formed in gas circuit chamber during elastic bag air inlet is arranged with elastic bag
The airflow direction formed in gas circuit chamber during gas is contrary；The design can make air bag produce promotion windmill in air inlet and exhaust
Air-flow, and airflow direction is consistent with Windmill rotary direction, allows windmill to rotate in one direction all the time, to realize to same side
To paddle is driven, so as to can fully borrow material movement inertia when once stirring when paddle is driven, stirred with being lifted
The rotating speed of oar is mixed, good mixing effect is reached.
In the utility model, the cot of the elastic bag is with natural rubber material shaping；The design serves heat-insulated work
With when interior cup holds relatively boiling hot material, operating personnel are difficult to be ironed when extruding is gripped, and the material is with higher
Elasticity, slightly band plasticity, with extraordinary mechanical strength, hysteresis loss is little, and in repeatedly deformation, heat is low, therefore its resistance to flexion
Property also very well, can effectively lift pneumatic efficiency and the service life of Pneumatic component.
In the utility model, the blade form of the paddle and distribution are in petal；The design improves U.S. of product
See.
In the utility model, because the air bag of Pneumatic assembly is wrapped in interior cup outer wall, therefore, it is possible in air bag air intake-exhaust
When, with the internal cup radiating of the gas for flowing.
Description of the drawings
With reference to the accompanying drawings and detailed description to the further details of explanation of the utility model：
Accompanying drawing 1 is overall appearance schematic diagram of the present utility model；
Accompanying drawing 2 shows installation diagram for internal structure of the present utility model；
Accompanying drawing 3 is cup internal structure schematic diagram of the present utility model；
Accompanying drawing 4 is cup of the present utility model inside airflow channel structure schematic diagram up and down；
Accompanying drawing 5 is that the utility model air-flow is imported and exported and passage distributing position schematic diagram；
Accompanying drawing 6 is windmill of the present utility model and paddle installation diagram；
Accompanying drawing 7 is the disassembly diagram of windmill of the present utility model and paddle；
Accompanying drawing 8 is the schematic appearance of gas channel check valve of the present utility model；
Accompanying drawing 9 is the cut-away view of gas channel check valve of the present utility model；
In figure：Cup in 1-；2- elastic bags；The check valve of 3- air flow chambers；The check valve of 4- elastic bags；5- windmills；6-
Paddle；8- gas circuits chamber；9- drive shafts；The valve casing of 43- check valves；The air inlet in 51- gas circuits chamber；The air inlet of 52 elastic bags
Mouthful；The exhaust outlet of 53- elastic bags；The exhaust outlet in 54- gas circuits chamber；81- valve casing air inlets；92- elastic components；93- chock plugs；94-
Valve element.
Specific embodiment
As shown in Fig. 1,2,3,4,5,6,7,8,9, a kind of hand held jar, the jar includes interior cup 1, paddle
6 and drive division, the paddle 6 is located in the cavity of interior cup 1；The drive division is wrapped in the side wall of interior cup 1 and outer side bottom surface, described
Drive division includes elastic bag 2, windmill 5 and gas circuit chamber 8, check valve 4 and the gas circuit chamber 8 of the Jing elastic bags of the elastic bag 2
It is connected, the check valve 3 in the Jing gas circuits chamber of the gas circuit chamber 8 is communicated with outside air, and elastic bag 2 is entered by gas circuit chamber 8 with the external world
Row air exchange, the cot of the elastic bag 2 forms the side wall of jar, and the windmill 5 is provided with drive shaft 9 and paddle 6
Be connected, windmill in the gas circuit chamber, when the cot of elastic bag 2 be extruded or with natural resiliency resile shape when, air bag 2 with
Space outerpace carries out air exchange and air-flow is formed in gas circuit chamber 8 to promote windmill 5 to rotate, and the windmill 5 of rotation status drives
Paddle 6 rotate to stir the cavity of interior cup 1 in material.
The elastic bag 2 produces the elastic bag of elastic deformation for cot can be extruded by staff.
The gas circuit chamber 8 is located at interior cup subjacent, and the windmill 5 is installed in gas circuit chamber 8 with horizontal attitude.
The air vane of the windmill 5 is rectangular paddle.
The blade form of the paddle 6 and distribution are in petal, and the paddle size of paddle 6 is less than air vane.
Centered on the drive shaft 9 of windmill 5, the air inlet 52 of the elastic bag, the air inlet 51 in gas circuit chamber are located at wind
The side of car drive shaft, the exhaust outlet 53 of the elastic bag 2, the exhaust outlet 54 in gas circuit chamber are located at the another of windmill drive shaft 9
Side, the exhaust outlet of the air inlet 52 of the elastic bag, the exhaust outlet 53 of the air inlet 51, elastic bag in gas circuit chamber and gas circuit chamber
Check valve is equipped with 54.
Under the restriction of check valve, in the interior airflow direction for being formed in gas circuit chamber 8 and elastic bag 2 during 2 air inlet of elastic bag
The airflow direction formed in gas circuit chamber 8 during exhaust is contrary.
The cot of the elastic bag 8 is with natural rubber material shaping.
The check valve includes valve casing 53, elastic component 92, valve element 94, and the one end of the valve casing 53 is provided with valve casing air inlet 81,
In the inner chamber of valve casing 53, the one end of the valve element 94 is provided with chock plug 93, and the chock plug 93 is straight for the elastic component 92 and valve element 94
Less than the intracavity diameter of valve casing 53 and more than the diameter of valve casing air inlet 81, the elastic component 92 is connected with valve element 94, when valve casing enters in footpath
When the admission pressure of gas port 81 is less than 92 elastic force of elastic component, the chock plug 93 of the jacking valve element 94 of elastic component 92 enters to valve casing air inlet 81
Row closing.
Embodiment：
Operating personnel inject material to be mixed in interior cup, hold the elastic bag 2 of jar, and relieving bullet of holding with a firm grip repeatedly
Property air bag 2.
When elastic bag 2 is compacted, the gas in elastic bag 2 from the dividing plate in air bag Yu gas circuit chamber 8 positioned at wind
The exhaust outlet of the elastic bag of the drive shaft side of car 5 is discharged, and is arranged from the exhaust outlet in the gas circuit chamber of homonymy after gas circuit chamber 8 is flow through
To the external world, in the process, windmill is promoted；And the air inlet 52 of elastic bag, the air inlet 51 in gas circuit chamber are limited by check valve
Only come in and go out without gas.
When the elastic bag 2 of impaction state is released, elastic bag 2 is acted on restoring next time and carrys out form in its own resilient,
Outside air is flowed into, from homonymy after gas circuit chamber 8 is flow through under the suction function of elastic bag 2 from the air inlet 51 in gas circuit chamber
The air inlet 52 of elastic bag enters elastic bag, and in the process, windmill is promoted by air-flow by original rotation direction, and elastic
The exhaust outlet 53 of air bag, the exhaust outlet 54 in gas circuit chamber are placed restrictions on by check valve and come in and gone out without gas so that airflow thrust suffered by windmill
It is single pure.
In the when marquis that windmill 5 is rotated, 5 Jing drive shafts of windmill 9 drive paddle 6 to stir the material in interior cup 1.
Claims (9)
1. a kind of hand held jar, it is characterised in that：The jar includes interior cup, paddle and drive division, the stirring
Oar is located in interior cup cavity；The drive division is wrapped in interior cup sidewall and outer side bottom surface, and the drive division includes elastic bag, wind
Car and gas circuit chamber, the check valve of the elastic bag Jing elastic bags is connected with gas circuit chamber, the list in the gas circuit chamber Jing gas circuits chamber
Communicate with outside air to valve, elastic bag carries out air exchange, the cot shape of the elastic bag by gas circuit chamber and the external world
Into the side wall of jar, the windmill is provided with drive shaft and is connected with paddle, and windmill is located in gas circuit chamber, when the skin of elastic bag
Shell be extruded or with natural resiliency resile shape when, air bag and space outerpace carry out air exchange and form gas in gas circuit chamber
Stream is with the material in promoting Windmill rotary, the windmill of rotation status to drive paddle to rotate to stir interior cup cavity.
2. a kind of hand held jar according to claim 1, it is characterised in that：The elastic bag can be by people for cot
Hand is extruded and the elastic bag of generation elastic deformation.
3. a kind of hand held jar according to claim 1, it is characterised in that：The gas circuit chamber is located under interior cup bottom surface
Side, the windmill is installed in gas circuit chamber with horizontal attitude.
4. a kind of hand held jar according to claim 1, it is characterised in that：The air vane of the windmill is rectangle
Blade.
5. a kind of hand held jar according to claim 4, it is characterised in that：The blade form of the paddle and point
Cloth is in petal, and the paddle size of paddle is less than air vane.
6. a kind of hand held jar according to claim 1, it is characterised in that：Centered on the drive shaft of windmill, institute
State the air inlet of elastic bag, the air inlet in gas circuit chamber and be located at the side of windmill drive shaft, the exhaust outlet of the elastic bag, gas
The exhaust outlet in road chamber is located at the opposite side of windmill drive shaft, the air inlet of the elastic bag, the air inlet in gas circuit chamber, elastic gas
Check valve is equipped with the exhaust outlet of capsule and the exhaust outlet in gas circuit chamber.
7. a kind of hand held jar according to claim 6, it is characterised in that：Under the restriction of check valve, elastic gas
The airflow direction formed in gas circuit chamber when the airflow direction formed in gas circuit chamber during capsule air inlet is vented with elastic bag is contrary.
8. a kind of hand held jar according to claim 1, it is characterised in that：The cot of the elastic bag is with natural
Elastomeric material is molded.
9. a kind of hand held jar according to claim 1, it is characterised in that：The check valve includes valve casing, elasticity
Part, valve element, described valve casing one end is provided with valve casing air inlet, and the elastic component and valve element are located in the inner chamber of valve casing, the valve element
One end is provided with chock plug, and the chock plug diameter is less than valve shell cavity diameter and more than valve casing air inlet diameter, the elastic component and valve
Core is connected, and when the admission pressure of valve casing air inlet is less than elastic component elastic force, the chock plug of elastic component jacking valve element is to valve casing air inlet
Mouth is closed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620690932.8U CN206102474U (en) | 2016-07-04 | 2016-07-04 | Hand held stirring cup |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620690932.8U CN206102474U (en) | 2016-07-04 | 2016-07-04 | Hand held stirring cup |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206102474U true CN206102474U (en) | 2017-04-19 |
Family
ID=58510141
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620690932.8U Withdrawn - After Issue CN206102474U (en) | 2016-07-04 | 2016-07-04 | Hand held stirring cup |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206102474U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105902196A (en) * | 2016-07-04 | 2016-08-31 | 宁德职业技术学院 | Hand held type stirring cup |
| CN110680155A (en) * | 2019-10-11 | 2020-01-14 | 永康市飒擎商务信息咨询有限公司 | Stirring cup |
-
2016
- 2016-07-04 CN CN201620690932.8U patent/CN206102474U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105902196A (en) * | 2016-07-04 | 2016-08-31 | 宁德职业技术学院 | Hand held type stirring cup |
| CN105902196B (en) * | 2016-07-04 | 2018-07-06 | 宁德职业技术学院 | A kind of hand held stirring cup |
| CN110680155A (en) * | 2019-10-11 | 2020-01-14 | 永康市飒擎商务信息咨询有限公司 | Stirring cup |
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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: 20170419 Effective date of abandoning: 20180706 |