CN110419916A - A kind of elevating mechanism and the Teakettle containing the mechanism - Google Patents
A kind of elevating mechanism and the Teakettle containing the mechanism Download PDFInfo
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- CN110419916A CN110419916A CN201910769551.7A CN201910769551A CN110419916A CN 110419916 A CN110419916 A CN 110419916A CN 201910769551 A CN201910769551 A CN 201910769551A CN 110419916 A CN110419916 A CN 110419916A
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- compression bar
- notch
- assembling stand
- card
- tea
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47G—HOUSEHOLD OR TABLE EQUIPMENT
- A47G19/00—Table service
- A47G19/12—Vessels or pots for table use
- A47G19/14—Coffee or tea pots
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Abstract
Disclosure of the invention elevating mechanism and Teakettle, elevating mechanism includes compression bar, elastomeric element and assembling stand, compression bar can move in assembling stand, compression bar has detent slot and service portion, assembling stand is equipped with rotatable card-bit part, on card-bit part, it is provided with first below, two notches, compression bar is moved down relative to assembling stand, service portion can stir card-bit part by the first notch, it rotates card-bit part and its part is enabled to enter detent slot, and it can be moved up in compression bar relative to assembling stand and the second notch is stuck in by detent slot lower part, Teakettle includes pot lid, kettle body, mounting ring, tea bowl and elevating mechanism, ring set is installed in kettle body upper edge, assembling stand is fixed on mounting ring, tea bowl is fixed in compression bar lower part, tea bowl is located in kettle body, the hole that compression bar top passes through pot lid is protruding, effect of the compression bar by elastomeric element elastic force, tea bowl is set to be in a high position, it is pressed Bar can be minimized, and its assembling stand height also shortens, suitable for manufacturing and being no longer influenced by using middle assembling stand the immersion of water.
Description
Technical field
The invention belongs to family or personal appliance, being related to a kind of tea-making facility and its attachment is more specifically that one kind passes through
Pressing can make tea bowl or tea leak the mechanism of lifting and using the mechanism controls soaking time and the teapot of filtering tea.
Background technique
Drinking tea has been a kind of habit of people, at a part for people's lives.People are for the brewed also from each side of tea
More stringent requirements are proposed in each face；For different tealeaves, brewed requirement is also not quite similar.
In making tea, there are large effects for tea color and mouthfeel for the control of soaking time.If the time made tea
Not enough, dark brown shallow and tea is tasteless；If the overlong time made tea, dark brown dense and taste is also overweight；These situations cannot expire
The habit that sufficient people drink tea.
In real life, when dark brown shallow and tea is tasteless, tealeaves still can be placed into tea by people again, for example
Bags of tea, people can relay tea bag in merging tea, and take shaking way, and the smell of tealeaves is allowed further to be released
Out, but for brewed using Teakettle, then there is more trouble in this operation impregnated again.
In traditional structure, using directly lifting, tea leaks pulp water segregative line or bead opens through-hole cooperation tea leakage come real in pot
Existing, tea leakage can allow tea to pass through, and tealeaves then cannot be by being trapped in tea leakage.
Using directly lift tea leak into row pulp water separation by the way of, though can readily satisfy by tea leak in tealeaves be placed again into tea
It is impregnated in water, but water must be deep enough, and people are often accustomed to for tea leakage being held on desk in a certain container after immersion,
There is only the tealeaves impregnated, its temperature is not able to maintain, and is easy to distribute heat in air and turn cold, and is made next all over making tea
Quality is affected, and tea remaining in tea leakage is also easy to trickle down on desk, and people is caused to need constantly wiping desk
Trouble.
By bead open through-hole cooperation tea leakage tealeaves is filtered in the way of, need to solve bead and leave asking for through-hole
Topic, usual people system be achieved using lifting rope or lever mechanism, and there are troublesome in poeration or topple over because misoperation is also easy to produce
Problem, and when dark brown shallow and tasteless, it to allow tealeaves to impregnate in tea again, then need to leak tea and take out pot simultaneously
Middle tea pours into tea leakage, and operation does not want to take the trouble still, in addition, tea leakage contains dirt in this structure, is easy to cause harmful bacteria
It breeds, and cannot get effective washing wherein.
For this purpose, the applicant has formerly applied for a kind of entitled elevating mechanism and making tea containing the mechanism to Patent Office
Pot, the patent application of number column 201910343706.6, it is intended to solve various deficiencies present in Teakettle.
But in above-mentioned application scheme, card-bit part system is mounted on sliding block, pressing lever on sliding block, by pressing lever by
Pressing belt movable slider moves up and down in assembling stand, when being depressed into lower part due to pressing lever, just by the first striker in assembling stand track
Card-bit part is acted on the second striker, and is allowed to be limited, and therefore, assembling stand there must be longer length, about close to pot
The height of body 2/3rds, in this way, assembling stand using when certainly will be immersed in water, and the inside is there is also action component, from defending
Raw or running angle considers that assembling stand should be closed with kettle body, could prevent that water is contaminated or sundries enters and blocking occurs
The problem of, but this will increase the difficulty of manufacture, and cost is made to raise up.
Summary of the invention
The purpose of the present invention is to overcome the above shortcomings and provides a kind of improved elevating mechanism and the bubble containing the mechanism
Teapot, its elevating mechanism more simplify, and not only its compression bar can minimize, but also the height of its assembling stand can also contract significantly
It is short, it will not be by the immersion of water convenient for assembling stand in manufacture, use.
Elevating mechanism of the invention can be realized by following first scheme:
A kind of elevating mechanism, including compression bar and assembling stand, wherein compression bar can move up and down in assembling stand, its main feature is that, pressure
Detent slot and service portion arranged at bar top, and assembling stand is equipped with rotatable card-bit part, card-bit part above and below has first,
Two notches, compression bar are moved down relative to assembling stand, and service portion can stir card-bit part by the first notch, make card-bit part rotation simultaneously
It enables its part enter detent slot, and can move up in compression bar relative to assembling stand and be stuck in the second notch by detent slot lower part.
It is preferred that card-bit part is I-shaped part in the elevating mechanism of first scheme, the notch above I-shaped part is first
Notch, the notch below I-shaped part are the second notch.
Elevating mechanism of the invention can be realized by following alternative plan:
A kind of elevating mechanism, including compression bar, elastomeric element and assembling stand, wherein compression bar can move up and down in assembling stand, bullet
Property component is connected between compression bar and assembling stand, its main feature is that, detent slot and service portion are arranged at compression bar top, and assembling stand is equipped with can
The card-bit part of rotation, card-bit part above and below have the first and second notch, and compression bar is moved down relative to assembling stand, service portion
Card-bit part can be stirred by the first notch, rotate card-bit part and its part is enabled to enter detent slot, and can be in compression bar relative to dress
It moves up with seat and is stuck in the second notch by detent slot lower part.
It is preferred that card-bit part is I-shaped part in the elevating mechanism of alternative plan, the notch above I-shaped part is first
Notch, the notch below I-shaped part are the second notch.
In this way, when compression bar moves down, detent slot and service portion are followed and moved down in the elevating mechanism of the first and second scheme, make
It will be entered with portion and the first notch and stir card-bit part, and make that card-bit part will rotate and card-bit part part can enter detent slot, it then, can be
It when compression bar is moved up relative to assembling stand, can be snapped into the second notch by detent slot lower part, and the two is made to keep relatively steady
It is fixed, in addition, elastomeric element is arranged between compression bar and assembling stand, a kind of upward work can be provided to compression bar when external force is removed
Firmly, the structure is more direct and compact.
The elevating mechanism of thus obtained first and second scheme, only installation card-bit part, no longer setting striker in assembling stand, because
This, the height of assembling stand can greatly reduce, and keep its mountable on kettle body top, can not will receive the leaching of water in use
Bubble.
It should be pointed out that the elevating mechanism of the first and second scheme then can benefit only by service portion is arranged on compression bar
With service portion follow compression bar moving down and to card-bit part implementation stir, therefore, structure very simple, cost also compared with
It is low.
Elevating mechanism of the invention can be realized by following third party case:
A kind of elevating mechanism, including compression bar and assembling stand, wherein compression bar can move up and down in assembling stand, its main feature is that, pressure
Detent slot and service portion arranged at bar top, and assembling stand is equipped with rotatable card-bit part, card-bit part above and below has first,
Two notches are formed with mounting base on assembling stand above card-bit part, and mounting base is equipped with spring and touch part, the nearly compression bar one of touch part
Feeler lever is extended to form on lateral, spring acts on touch part upwards, and compression bar is moved down relative to assembling stand, and service portion can pass through
Feeler lever acts on touch part, so that touch part is overcome spring force and moves down, and is entered the first notch by the shifting block of touch part and is dialled
Dynamic card-bit part, rotates card-bit part and its part is enabled to enter detent slot, and can move up relative to assembling stand by card in compression bar
Position slot lower part is stuck in the second notch.
It is preferred that card-bit part is I-shaped part in the elevating mechanism of third program, the notch above I-shaped part is first
Notch, the notch below I-shaped part are the second notch.
Elevating mechanism of the invention can be realized by following fourth program:
A kind of elevating mechanism, including compression bar, elastomeric element and assembling stand, wherein compression bar can move up and down in assembling stand, bullet
Property component is connected between compression bar and assembling stand, its main feature is that, detent slot and service portion are arranged at compression bar top, and assembling stand is equipped with can
The card-bit part of rotation, card-bit part above and below have the first and second notch, are formed with installation above card-bit part on assembling stand
Seat, mounting base are equipped with spring and touch part, and the nearly compression bar side of touch part upwardly extends to form feeler lever, and spring acts on touch upwards
Part, compression bar are moved down relative to assembling stand, and service portion can act on touch part by feeler lever, and touch part is made to overcome spring force simultaneously
It moves down, entered the first notch by the shifting block of touch part and is stirred card-bit part, rotate card-bit part and its part is enabled to enter card
Position slot, and can move up in compression bar relative to assembling stand and be stuck in the second notch by detent slot lower part.
It is preferred that card-bit part is I-shaped part in the elevating mechanism of fourth program, the notch above I-shaped part is first
Notch, the notch below I-shaped part are the second notch.
In this way, when compression bar moves down, detent slot and service portion are followed and moved down in the elevating mechanism of third and fourth scheme, make
Feeler lever will be touched with portion, touch part is acted on by feeler lever, and spring is overcome to move down touch part, can be entered by the shifting block of touch part
First notch simultaneously stirs card-bit part, rotates card-bit part and card-bit part part is made to enter detent slot, then, can compression bar relative to
It when assembling stand moves up, is snapped into the second notch by detent slot lower part, and keeps stablizing.
Thus to obtain in the elevating mechanism of third and fourth scheme, only installation card-bit part and spring, no longer setting are hit in assembling stand
Needle, therefore, the height of assembling stand can greatly reduce, and keep its mountable on kettle body top, can not will receive water in use
Immersion, in addition, elastomeric element is arranged between compression bar and assembling stand, can when external force removes, to compression bar provide it is a kind of upwards
Mobile active force, and the structure is also more direct and compact.
It must be noted that the elevating mechanism of third and fourth scheme, is to drive touch part to move by feeler lever using service portion
It is dynamic, and service portion can make the structure circularized, this cooperation can be realized more easily, compared to the liter of the first and second scheme
The deficiency that service portion needs strictly to be aligned in folding process card-bit part is not present in descending mechanism, advantageously reduces manufacture to essence
Spend requirement.
In addition, the elevating mechanism of first to fourth scheme, it is the formation detent slot in compression bar, is being moved down using compression bar
The space of rotation is provided to card-bit part in the process, and is caught in the notch of card-bit part using the notch of detent slot, it is temporarily fixed to carry out
, thus compression bar miniaturization is not only contributed to, also simplify the structure of compression bar, and sliding block need not be set, manufacture can be reduced and added
The step of work and the cost for reducing manufacture.
In addition, the elevating mechanism of first to fourth scheme, detent slot system is formed in the top of compression bar, is pressure below detent slot
The side of bar, during compression bar moves up, when detent slot pass through card-bit part after, can also using the side of compression bar come pipe just
Card-bit part enables notch then to remain in place of upper and lower surface, not only contributes to the accurate of operation, and need not setting
Striker enables structure to be further simplified.
Teakettle of the invention can be realized by following scheme:
A kind of Teakettle, including pot lid, kettle body, mounting ring and tea bowl, its main feature is that, it further include above-mentioned alternative plan or the 4th
The elevating mechanism of one of scheme, wherein in kettle body upper edge, assembling stand is fixed in mounting ring installation ring set, and compression bar lower part is solid
Determine tea bowl, tea bowl is located in kettle body, and the hole that compression bar top passes through pot lid is protruding, work of the compression bar by elastomeric element elastic force
With, make tea bowl be in a high position.
Teakettle of the invention can also be realized by following scheme:
A kind of Teakettle, including pot lid, kettle body, mounting ring, inner cover and tea leakage, inner cover are fixed on mounting ring, and installation ring set exists
Kettle body upper edge, inner cover are in kettle body, its main feature is that, it further include the elevator of one of above-mentioned alternative plan or fourth program
Structure, wherein assembling stand is fixed in mounting ring, and the fixed tea leakage in compression bar lower part, tea leakage is located in inner cover, and compression bar top passes through pot lid
Hole it is protruding, effect of the compression bar by elastomeric element elastic force makes tea leak in a high position.
Thus obtained Teakettle, external force can act on downwards compression bar, by overcoming the elastic force of elastomeric element, make compression bar opposite
It being moved down in assembling stand, when subsequent external force is withdrawn, the elastic force of elastomeric element will be such that compression bar moves up relative to assembling stand, when
When compression bar moves down, service portion or touch part will stir card-bit part, allow detent block to turn over an angle, and make card-bit part part
Into in detent slot, and can be snapped into the second notch when compression bar is moved up relative to assembling stand by detent slot lower part, and
Compression bar is set to keep relative stability with assembling stand, then, tea bowl or tea are leaked and be can be in kettle body or in inner cover at lower position, can be offered tea
Tealeaves in bowl or tea leakage is impregnated.
In addition, detent slot lower part will from top to bottom leave the second notch when compression bar is acted on downwards by external force again, and
First notch will further be acted on by service portion or touch part, continue to rotate card-bit part, its more part is allowed to enter
Detent slot, at this moment, card-bit part can have rotated 90 relative to home position, when external force is withdrawn again, in elastomeric element elastic force
Under effect, compression bar will be moved up relative to assembling stand, and the effect that card-bit part will be stirred by detent slot turns over card-bit part again
90 allow card-bit part to leave detent slot completely, and then, compression bar can return to initial position, at this moment, tea under elastomeric element effect
Bowl or tea leakage can be at higher position, and tealeaves is by the filtering of tea bowl or tea leakage and leaves the water surface, and can be to use next time
It gets ready.
Thus obtained Teakettle can be moved up and down in kettle body or inner cover by controlling tea bowl or tea leakage by moulded rod
And stop, when making tea, tealeaves can be put into and in tea bowl or in tea leakage, when injecting hot water in pot, controllable tea making bowl or tea
Drop of leaking down allows tealeaves to submerge in water, impregnates tealeaves, and controllable tea making bowl or tea leakage are raised above after impregnating, by tea bowl or
Tealeaves is filtered out from tea and can be left the water surface by tea leakage, is trapped in tealeaves in tea bowl or tea leakage, and still in kettle body
Inside so that the time that tealeaves impregnates in water can be controlled, and can keep the temperature of tealeaves using the heat of tea.
This Teakettle is during pressing, since elastic mechanism is stretched, then, and after external force is withdrawn, elasticity
Mechanism can automatically drive compression bar together with tea bowl or tea leakage movement, and detent slot is allowed to be caught in the second notch, leak tea bowl or tea
It can rest on the lower position of kettle body or inner cover, thus its operation is more simply and conveniently.
The Teakettle of the invention, the ascending, descending and stop leaked by tea bowl or tea, then can control the time of infusion of tea
And realize the separation of pulp water, and whole process carries out in kettle body, it is not only easy to use, but also not will cause tea and trickle down
On desk.
Teakettle of the invention, the tealeaves impregnated remain in tea bowl, and tea has certain temperature, Ke Yili in pot
The temperature that tealeaves is kept with the heat of tea makes the tealeaves impregnated that will not be easy to be cooled and influence the matter impregnated next time
Amount.
In addition, assembling stand system is mounted in mounting ring in this Teakettle, mounting ring is covered in the upper edge of kettle body pot mouth
Place, then, assembling stand can not be ensure that cleaning and health by the immersion of water in use process.
Moreover this Teakettle is in use, when find dark brown light and tea it is tasteless be not able to satisfy that people drink want
When asking, can be declined again by tea bowl or tea leakage submerges tealeaves in tea, allows tealeaves to continue to release smell, makes tea color
And taste is able to satisfy the requirement of people.
Wen Zhong, the tea are broad sense, i.e., other than referring to tealeaves, also can refer to other plant, such as chrysanthemum, rose,
It also can refer to various medicinal materials；The tea bowl or tea leakage have filter hole thereon, and water or tea can be allowed to pass through, and prevent tealeaves logical
It crosses；The elastomeric element can be extension spring or compressed spring, be also possible to glue nail；The Teakettle can make tea for referring to
Cup.
Detailed description of the invention
Fig. 1 is the schematic diagram of the first specific implementation STRUCTURE DECOMPOSITION of Teakettle of the present invention；
Fig. 2 is the schematic diagram that Fig. 1 Teakettle tea bowl is in lower position section view；
Fig. 3 is the schematic diagram of section view when Fig. 2 Teakettle is just pressed by first time；
Fig. 4 is that Fig. 3 Teakettle external force removes the schematic diagram that tea bowl rises to section view at high position；
Fig. 5 is the schematic diagram that Fig. 4 Teakettle is minimized position section view by second of pressing tea bowl；
Second of Fig. 6 Teakettle of the present invention specific implementation structure tea bowl is in the schematic diagram of lower position section view；
Fig. 7 is the schematic diagram of section view when Fig. 6 Teakettle is just pressed by first time；
Fig. 8 is that Fig. 7 Teakettle external force removes the schematic diagram that tea bowl rises to section view at high position；
Fig. 9 is the schematic diagram that Fig. 8 Teakettle is minimized position section view by second of pressing tea bowl;
Figure 10 is that Teakettle of the present invention the third specific implementation structure tea bowl is in the schematic diagram of highest position section view；
Figure 11 is the schematic diagram of section view when Figure 10 Teakettle presses for the first time；
Figure 12 is the schematic diagram that 4th kind of Teakettle of the present invention specific implementation structure tea bowl is in highest position section view；
Figure 13 is the schematic diagram of section view when Figure 12 Teakettle presses for the first time.
Specific embodiment
The each embodiment of the present invention is described in detail with reference to the accompanying drawing:
Embodiment one:
Referring to Figures 1 and 2, the elevating mechanism of present embodiment, including compression bar 10, glue nail 9 and assembling stand 5, wherein
Compression bar 10 can move up and down in assembling stand 5, and glue nail 9 is connected between compression bar 10 and assembling stand 5, and detent slot is arranged at 10 top of compression bar
10a and service portion 10b, service portion 10b can be formed using the lower edge of button or other circular pieces, it has the structure of annular,
It is suitable for having an effect from any angle, assembling stand 5 is equipped with rotatable I-shaped part 7,7 above and below of I-shaped part difference
It is provided with the first notch 7a and the second notch 7b, is formed with mounting base 51 on assembling stand 5 above I-shaped part 7, mounting base 51 is equipped with
Spring 8, touch part 6 cover in mounting base 51, and 6 top 61 of touch part and 8 upper-end contact of spring, the nearly compression bar side of touch part 6 are upward
Feeler lever 62 is extended to form, the other side may make up shifting block 63, and compression bar 10 is moved down relative to assembling stand 5, and service portion 10b can pass through
Feeler lever 62 acts on touch part 6, so that touch part 6 is overcome 8 elastic force of spring and moves down, and enters first by the shifting block 63 of touch part 6
Notch 7a simultaneously stirs I-shaped part 7, rotates I-shaped part 7 and its part is enabled to enter detent slot 10a, and can be in compression bar 10 relative to dress
It moves up with seat 5 and is stuck in the second notch 7b by the lower part detent slot 10a.
Referring to FIG. 1, FIG. 2 and FIG. 4, the Teakettle of present embodiment, including kettle body 1, pot lid 2, mounting ring 3 and tea bowl
11, further include the elevating mechanism of present embodiment, wherein 3 sets of mounting ring in 1 upper edge of kettle body, assembling stand 5 is fixed on mounting ring
On 3, and assembling stand 5 can be covered by assembly flap 4, the fixed tea bowl 11 in 10 lower part of compression bar, tea bowl 11 is located in kettle body 1, compression bar
The hole that 10 tops may pass through pot lid 2 is protruding, and compression bar 10 is followed closely the effect of 9 elastic force by glue, and tea bowl 11 can be made to be in high position.
The course of work of embodiment one is described below:
Referring to Fig. 2, tea bowl 11 is in lower position, at this moment, the second notch 7b of the lower part of detent slot 10a just into I-shaped part 7
In, and the effect by glue nail 9, compression bar 10 remains the trend moved up, meanwhile, by the effect of spring 8, at touch part 6
In highest position, shifting block 63 leaves I-shaped part 7, does not generate intervention effect to I-shaped part 7, then, tea bowl 11 is corresponding
At position, it can keep stable.
Referring to Fig. 3, when compression bar 10 is pressed for the first time by external force, compression bar 10 moves down can be to extreme lower position, detent slot 10a
Lower part can from top to bottom follow and move down, leave I-shaped part 7 from the second notch 7b, meanwhile, service portion 10b, which is moved down, will act on feeler lever
62, make touch part 6 that spring 8 be overcome also to move down, shifting block 63 will continue to stir I-shaped part 7, continues to rotate I-shaped part 7, makes
It is with home position almost at 90 .
Referring to Fig. 4, when external force removes, under the action of glue nail 9, compression bar 10 will be moved up, and the lower part of detent slot 10a is upper
During rising, I-shaped part 7 will be acted on, meanwhile, by the effect of spring 8, touch part 6 is back to highest position, shifting block 63 from
Go into operation word part 7, continue to rotate I-shaped part 7 can, it is allowed almost to put at 180 with home position, then, compression bar 10 no longer by
Drive tea bowl 11 that can rise to highest position under the action of glue nail 9 to the limitation of I-shaped part 7.
Referring to Fig. 5, when compression bar 10 is pressed for the second time by external force, external force will overcome glue to follow closely 9, be displaced downwardly to compression bar 10 most
At lower position, at this moment, detent slot 10a, which is followed, to be moved down, meanwhile, service portion 10b, which is moved down, to act on feeler lever 62, overcomes touch part 6
Spring 8 also moves down, and shifting block 63 will stir I-shaped part 7, rotates I-shaped part 7, and 7 part of I-shaped part enters detent slot 10a
In.
Referring to Fig. 2, when external force removes again, in the effect of glue nail 9, compression bar 10 will rise, and the lower part of detent slot 10a will
Into I-shaped part the second notch 7b, meanwhile, by the effect of spring 8, touch part 6 is in highest position, and shifting block 63 leaves work
Word part 7 does not generate intervention effect to I-shaped part 7, and then, tea bowl 11 can keep stable at corresponding lower position.
Embodiment two:
Referring to Fig. 6 to Fig. 9, the Teakettle of present embodiment, including kettle body 1, pot lid 2, mounting ring 3,11 a of inner cover and tea leakage
11b, wherein tea leakage 11b is located in inner cover 11a, and inner cover 11a is fixed on mounting ring 3, and 3 sets of mounting ring is interior in 1 upper edge of kettle body
Cover 11a is in kettle body 1, further includes the elevating mechanism of embodiment one, assembling stand 5 is fixed in mounting ring 3,10 lower part of compression bar
Fixed tea leaks 11b, and the hole that 10 top of compression bar may pass through pot lid 2 is protruding, and compression bar 10 is followed closely the effect of 9 elastic force by glue, can make
Tea leakage 11b is in high position.
In this way, can by tea leak 11b and inner cover 11a cooperation, tealeaves is controlled, be at tea leakage 11b and
In the space that inner cover 11a is surrounded, and tea then can leak 11b or inner cover 11a by tea and enter in kettle body 1.Other structures explanation
Embodiment one is referred to operating process.
Embodiment three:
0 and Figure 11 referring to Fig.1, the elevating mechanism of present embodiment, including compression bar 10, glue nail 9 and assembling stand 5, wherein compression bar
10 can move up and down in assembling stand 5, and glue nail 9 is connected between compression bar 10 and assembling stand 5, and detent slot 10a is arranged at 10 top of compression bar
With service portion 10b, assembling stand 5 is equipped with rotatable I-shaped part 7, and 7 above and below of I-shaped part has the first notch 7a and
Two notch 7b, compression bar 10 are moved down relative to assembling stand 5, and service portion 10b can stir I-shaped part 7 by the first notch 7a, are made
I-shaped part 7 rotates and its part is enabled to enter detent slot 10a, and can move up relative to assembling stand 5 by detent slot in compression bar 10
The lower part 10a is stuck in the second notch 7b.
0 and Figure 11 referring to Fig.1, the Teakettle of present embodiment, including kettle body 1, pot lid 2, mounting ring 3 and tea bowl 11,
Further include the elevating mechanism of above embodiment three, wherein 3 sets of mounting ring in 1 upper edge of kettle body, assembling stand 5 is fixed on installation
On ring 3, the fixed tea bowl 11 in 10 lower part of compression bar, tea bowl 11 is located in kettle body 1, and the hole that 10 top of compression bar passes through pot lid 2 is protruding,
Compression bar 10 is followed closely the effect of 9 elastic force by glue, and tea bowl 11 is made to be in a high position.
In this way, when compression bar 10 is pressed for the first time by external force, the effect that external force will overcome glue to follow closely 9 elastic force makes compression bar 10
It is displaced downwardly to extreme lower position, detent slot 10a is followed and moves down, meanwhile, service portion 10b is also moved down, and is lacked by first
Mouth 7a stirs I-shaped part 7, so that I-shaped part 7 is turned over an angle, and 7 lower part of I-shaped part will enter detent slot 10a, when external force is removed
When going, under the action of glue nail 9, compression bar 10 will rise, and the lower part of detent slot 10a will enter the second notch 7b, then, compression bar 10
It will keep relative stability with assembling stand 5, and be in tea bowl 11 at lower position；When compression bar 10 is pressed for the second time by external force, pressure
Bar 10 will move down, and move detent slot 10a from top to bottom and leave the second notch 7b, meanwhile, service portion 10b is followed downwards
Move and continue to stir the first notch 7a, continue to rotate I-shaped part 7 to the position with home position at about 90 , when external force again
Secondary under the action of glue nail 9, compression bar 10 will rise when removing, and the lower part of detent slot 10 will act on I-shaped part 7, make I-shaped part 7 after
90 of continuous rotation, allow I-shaped part 7 to leave detent slot 10, then, compression bar 10 can return at original highest position.
Embodiment four:
2 and Figure 13 referring to Fig.1, the Teakettle of present embodiment, including kettle body 1, pot lid 2, mounting ring 3, inner cover 11a and tea leakage
11b, inner cover 11a are fixed on mounting ring 3,3 sets of mounting ring in 1 upper edge of kettle body, it further includes above-mentioned that inner cover 11a, which is in kettle body 1,
The elevating mechanism of embodiment three, wherein assembling stand 5 is fixed in mounting ring 3, and the fixed tea in 10 lower part of compression bar leaks 11b, tea leakage
11b is located in inner cover 11a, and the hole that 10 top of compression bar passes through pot lid 2 is protruding, and compression bar 10 is followed closely the effect of 9 elastic force by glue, makes
Tea leaks 11b and is in a high position.
In this way, the cooperation with inner cover can be leaked by tea, tealeaves is controlled, is at what tea leakage was surrounded with inner cover
In space, and tea can then be leaked by tea or inner cover enters in kettle body 1.Other structures explanation and operating process refer to implementation
Mode three.
Claims (10)
1. a kind of elevating mechanism, including compression bar and assembling stand, wherein compression bar can move up and down in assembling stand, characterized in that
Detent slot and service portion are arranged at compression bar top, and assembling stand is equipped with rotatable card-bit part, and card-bit part above and below has
One, two notch, compression bar are moved down relative to assembling stand, and service portion can stir card-bit part by the first notch, turn card-bit part
It moves and its part is enabled to enter detent slot, and can be moved up in compression bar relative to assembling stand and the second notch is stuck in by detent slot lower part
In.
2. elevating mechanism according to claim 1, characterized in that card-bit part is I-shaped part, and the notch above I-shaped part is first
Notch, the notch below I-shaped part are the second notch.
3. a kind of elevating mechanism, including compression bar, elastomeric element and assembling stand, wherein compression bar can move up and down in assembling stand,
Elastomeric element is connected between compression bar and assembling stand, characterized in that detent slot and service portion are arranged at compression bar top, and assembling stand is equipped with
Rotatable card-bit part, card-bit part above and below have the first and second notch, and compression bar is moved down relative to assembling stand, effect
Portion can stir card-bit part by the first notch, rotate card-bit part and its part is enabled to enter detent slot, and can compression bar relative to
Assembling stand is moved up to be stuck in the second notch by detent slot lower part.
4. elevating mechanism according to claim 3, characterized in that card-bit part is I-shaped part, and the notch above I-shaped part is first
Notch, the notch below I-shaped part are the second notch.
5. a kind of elevating mechanism, including compression bar and assembling stand, wherein compression bar can move up and down in assembling stand, characterized in that
Detent slot and service portion are arranged at compression bar top, and assembling stand is equipped with rotatable card-bit part, and card-bit part above and below has
One, two notch is formed with mounting base on assembling stand above card-bit part, and mounting base is equipped with spring and touch part, and touch part is closely pressed
Bar side upwardly extends to form feeler lever, and spring acts on touch part upwards, and compression bar is moved down relative to assembling stand, and service portion can
Touch part is acted on by feeler lever, so that touch part is overcome spring force and moves down, the first notch is entered by the shifting block of touch part
And card-bit part is stirred, card-bit part is rotated and its part is enabled to enter detent slot, and can be moved up in compression bar relative to assembling stand
It is stuck in the second notch by detent slot lower part.
6. elevating mechanism according to claim 5, characterized in that card-bit part is I-shaped part, and the notch above I-shaped part is first
Notch, the notch below I-shaped part are the second notch.
7. a kind of elevating mechanism, including compression bar, elastomeric element and assembling stand, wherein compression bar can move up and down in assembling stand,
Elastomeric element is connected between compression bar and assembling stand, characterized in that detent slot and service portion are arranged at compression bar top, and assembling stand is equipped with
Rotatable card-bit part, card-bit part above and below have the first and second notch, are formed with peace above card-bit part on assembling stand
Seat is filled, mounting base is equipped with spring and touch part, and the nearly compression bar side of touch part upwardly extends to form feeler lever, and spring acts on touching upwards
Moving part, compression bar are moved down relative to assembling stand, and service portion can act on touch part by feeler lever, and touch part is made to overcome spring force
And it moves down, the first notch is entered by the shifting block of touch part and stirs card-bit part, rotate card-bit part and its part is enabled to enter
Detent slot, and can move up in compression bar relative to assembling stand and be stuck in the second notch by detent slot lower part.
8. elevating mechanism according to claim 7, characterized in that card-bit part is I-shaped part, and the notch above I-shaped part is first
Notch, the notch below I-shaped part are the second notch.
9. a kind of Teakettle, including pot lid, kettle body, mounting ring and tea bowl, characterized in that further include the claims 3,4,
7, one of 8 elevating mechanism, wherein installation ring set is in kettle body upper edge, and assembling stand is fixed in mounting ring, and compression bar lower part is fixed
Tea bowl, tea bowl are located in kettle body, and the hole that compression bar top passes through pot lid is protruding, effect of the compression bar by elastomeric element elastic force,
Tea bowl is set to be in a high position.
10. a kind of Teakettle, including pot lid, kettle body, mounting ring, inner cover and tea leakage, inner cover are fixed on mounting ring, ring set is installed
In kettle body upper edge, inner cover is in kettle body, characterized in that and it further include the elevating mechanism of one of the claims 3,4,7,8,
Wherein, assembling stand is fixed in mounting ring, and the fixed tea leakage in compression bar lower part, tea leakage is located in inner cover, and compression bar top passes through pot lid
Hole is protruding, and effect of the compression bar by elastomeric element elastic force makes tea leak in a high position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910769551.7A CN110419916A (en) | 2019-08-20 | 2019-08-20 | A kind of elevating mechanism and the Teakettle containing the mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910769551.7A CN110419916A (en) | 2019-08-20 | 2019-08-20 | A kind of elevating mechanism and the Teakettle containing the mechanism |
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| Publication Number | Publication Date |
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| CN110419916A true CN110419916A (en) | 2019-11-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910769551.7A Pending CN110419916A (en) | 2019-08-20 | 2019-08-20 | A kind of elevating mechanism and the Teakettle containing the mechanism |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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