CN206867155U - One kind is uncapped convenient cooking machine - Google Patents
One kind is uncapped convenient cooking machine Download PDFInfo
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- CN206867155U CN206867155U CN201720092051.0U CN201720092051U CN206867155U CN 206867155 U CN206867155 U CN 206867155U CN 201720092051 U CN201720092051 U CN 201720092051U CN 206867155 U CN206867155 U CN 206867155U
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Abstract
One kind is the utility model is related to uncap convenient cooking machine.Existing cooking machine needs to realize by multiple steps when uncapping, using trouble.The utility model includes vavuum pump, support and cup, crushing knife is set in cup, motor drives crushing knife to rotate by shaft coupling, support is provided with principal arm and auxiliary, vacuum arm is set between principal arm and auxiliary, cup lid is covered with cup, vavuum pump is led to by vacuum line and cup inner chamber, sealing-plug is set on vacuum line, vacuum arm is provided with solving locking key, and solving locking key includes the first drive division and the second drive division, and solving locking key drives sealing-plug by the first drive division, meanwhile solving locking key drives buckle structure by the second drive division.User passes through the action that singlehanded triggering solving locking key realizes that cup inner chamber is led to free surrounding space and buckle structure unlocks simultaneously, it is ensured that cup lid can be opened smoothly, and step is opened to improve usage experience by simplifying cup lid, and person easy to operation uncaps operation.
Description
Technical field
It the utility model is related to food processing field, and in particular to a kind of cooking machine.
Background technology
The dual arm vacuum cooking machine of existing market includes vavuum pump, the support of built-in motor and the cup that is placed on support
Body, cup is interior to be provided with crushing knife, and motor drives crushing knife to rotate by shaft coupling, and support top surface both sides upwardly extend to be formed respectively
Principal arm and auxiliary, the vacuum arm across cup is provided between principal arm and auxiliary, described vacuum arm one end is pivotably connected in principal arm
Top, the other end snap onto auxiliary top by buckle structure to be opened/closed, cup lid are covered with the cup, and vavuum pump passes through
Vacuum line leads to cup inner chamber.In use, cup is placed on support, and the both ends of vacuum arm are connected to master
On arm and auxiliary, cup lid is pushed down at middle part and so that vacuum line leads to cup inner chamber.After food materials complete, to ensure cup
Cover and can smoothly be opened, generally require and carry out two steps completion vacuum arms disengaging cup lids of manual pressure release and lock unblock successively
Purpose, and in manual pressure leak process, sealing-plug secure fit is on vacuum line so that people are needed by splitting in vacuum
Pressure release is completed in double-handed exercise on arm and sealing-plug, because this opening ways need additional move, causes operating personnel to grasp
Make inconvenience, influence usage experience.
Utility model content
In order to solve the deficiencies in the prior art, the utility model provides one kind and uncapped convenient cooking machine, passes through and sets solution
Locking key completes pressure release and lock unlocking motion simultaneously, is easy to people to operate, and improves usage experience.
The utility model is accomplished by the following way：One kind is uncapped convenient cooking machine, including vavuum pump, built-in motor
Support and the cup being placed on support, cup is interior to be provided with crushing knife, and motor passes through shaft coupling and drives crushing knife to rotate, support
Top surface both sides are upwardly extended to form principal arm and auxiliary respectively, and the vacuum arm across cup, the vacuum are provided between principal arm and auxiliary
Arm one end is pivotably connected snaps onto auxiliary top, the cup in principal arm top, the other end by buckle structure to be opened/closed
Cup lid is covered with body, vavuum pump is led to by vacuum line and cup inner chamber, the vacuum line be provided with control its with it is outer
The logical sealing-plug closed in boundary space, the vacuum arm are provided with solving locking key, and the solving locking key includes the first drive division and the second driving
Portion, the solving locking key being triggered drive sealing-plug from closed station to leading to Switch of working position by the first drive division, meanwhile, institute
State solving locking key drives buckle structure to be switched from buckling state to released state by the second drive division.In original vacuum arm configuration
The solving locking key of pressure release and lock unblock can be controlled simultaneously by setting up, and user is realized in cup simultaneously by one hand triggering solving locking key
Chamber leads to free surrounding space and the action of buckle structure unblock, it is ensured that cup lid can be opened smoothly, be opened by simplifying cup lid
Step improves usage experience, and person easy to operation uncaps operation.The first drive division and the second drive division in solving locking key are used respectively
In driving sealing-plug and buckle structure, sealing-plug and buckle structure are realized when solving locking key is triggered while is acted, is opened for cup lid
Open and remove the obstacles.
Preferably, the solving locking key is plugged on vacuum arm in which can slide vertically, the first drive division and the second drive division
It is synchronously vertically movable with the solving locking key.First drive division and the second drive division have with solving locking key identical movement locus, the
Drive mechanism corresponding to one drive division and the second drive division needs realizes that force direction switches, needed for pressure release and unlocking motion
Driving force is changed into and solving locking key motion path identical direction by drive mechanism so that the solving locking key being triggered is by first
Drive division and the second drive division complete above-mentioned action.
Preferably, being provided with drive mechanism between first drive division and sealing-plug, the drive mechanism is included reciprocally
Mobile fixed mount, the affixed sealing-plug in first end end face of fixed mount, the second end are provided with oblique with first drive division conflict
Face, the first drive division realize that sealing-plug moves by fixed mount.The vertical driving force of first drive division is oblique by being contradicted with it
Face be converted into driving sealing-plug movement like driving force, fixed mount realizes sealing-plug in closed station and logical by moving back and forth
Even switch between station.
Preferably, the fixed mount is provided with horizontal guide bars, the vacuum arm is provided with to be planted for guiding bar is horizontal
Guiding groove, the passage with the high setting such as sealing-plug is opened up on the section that vacuum line is located in vacuum arm, sealing-plug is horizontal
Move and fill in and be enclosed in passage.Guiding bar is plugged in guiding groove, realizes that fixed mount stress moves horizontally, it is ensured that sealing-plug energy
In passage corresponding to being properly inserted, and then the airtight effect of cup inner chamber is ensured, to vacuumize offer basic condition.
Preferably, being equipped with spring in the guiding bar, guiding bar is provided with keeper, the spring close to sealing-plug side
It is clamped in keeper and notch week of the guiding groove towards keeper side is intermarginal.Spring can answer because fixed mount water moves flat
Switch between position state and compressive state, sealing-plug can depart from passage under the active force of the first drive division, also can be in external work
It is reset to after firmly removing using the elastic-restoring force of spring in passage.The spring being clamped between keeper and guiding groove notch
Can the sensitive change in displacement for sensing fixed mount.
Preferably, first drive division includes being arranged on the briquetting of solving locking key sidepiece, on the end of fixed mount second
Provided with up-small and down-big sloping platform, the inclined-plane is arranged on sloping platform towards on the wall of sealing-plug side, the briquetting and solving locking key side
The passage of sloping platform plant is reserved between wall.Briquetting is used to contradict sloping platform, and is moved for fixed mount and provide driving force, oblique on sloping platform
To arrange up and towards sealing-plug, briquetting extruding inclined-plane simultaneously drives fixed mount to be moved to away from vent side, in the process,
Sloping platform top can be inserted in passage, it is ensured that briquetting can be pushed smoothly, and then realize that sealing-plug separates with passage.
Preferably, the briquetting is structure as a whole with solving locking key, vertically communicated through hole, institute are opened up in the middle part of the briquetting
State through hole and form the passage.The solving locking key of integrative-structure has preferable structural strength, it is ensured that the first driving section and second passes
Dynamic portion's synchronizing moving, and then ensure that sealing-plug and buckle structure act simultaneously.Briquetting is integrally disposed upon in solving locking key, it is ensured that both
Bonding strength, and then improve transmission stability between solving locking key and fixed mount.
Preferably, the buckle structure includes the grab below vacuum arm end and the bullet located at auxiliary top
Property tight locking button, coordinated by tight locking button and the grab of the driving of the second drive division and be opened and closed.Tight locking button is in the original work of force-free state
Can firmly link closely grab during position, it is ensured that firmly be connected between vacuum arm end and auxiliary, tight locking button is in the second drive division suppressing action
It is lower to deviate original station, and depart from grab, realize that auxiliary unlocks with vacuum arm.
Preferably, second drive division is located at solving locking key bottom surface lateral margin, tight locking button top is provided with function part, the work(
Energy portion includes the oblique resistance surface set towards the second drive division, and the second drive division pushes and pushes resistance surface so that tight locking button
Deformation simultaneously departs from grab.Second drive division is located at solving locking key bottom surface lateral margin, has both facilitated the second drive division to be contradicted with tight locking button, also
It can avoid producing Steric clashes with locking member during solving locking key pushes, locking member can place from solving locking key side spaces.
Preferably, the function part includes setting and matching with grab the horizontal shutting face fastened down.It is horizontally disposed
Buckling surface be easy to locking to be buckled in grab to move horizontally, and then facilitate buckle structure to switch between buckling state and released state.
The beneficial effects of the utility model：Being set up in original vacuum arm configuration can control pressure release and lock to unlock simultaneously
Solving locking key, user realizes that cup inner chamber and free surrounding space lead to and buckle structure solution simultaneously by one hand triggering solving locking key
The action of lock, it is ensured that cup lid can be opened smoothly, open step by simplifying cup lid to improve usage experience, person easy to operation opens
Lid operation.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model cooking machine；
Fig. 2 drive mechanism partial schematic sectional views between the first drive division and sealing-plug；
Fig. 3 is the partial structural diagram of the utility model vacuum arm；
Fig. 4 is the second drive division and buckle structure partial schematic sectional view；
In figure：1st, vavuum pump, 2, motor, 3, support, 4, cup, 5, crushing knife, 6, principal arm, 7, auxiliary, 8, vacuum arm, 9,
Cup lid, 10, sealing-plug, 11, solving locking key, the 12, first drive division, the 13, second drive division, 14, fixed mount, 15, inclined-plane, 16, draw
Guide rod, 17, guiding groove, 18, passage, 19, spring, 20, keeper, 21, briquetting, 22, through hole, 23, grab, 24, tight locking button,
25th, buckling surface, 26, oblique face.
Embodiment
Substantive distinguishing features of the present utility model are made further with reference to specification drawings and specific embodiments
It is bright.
One kind as shown in Figure 1 is uncapped convenient cooking machine, by vavuum pump 1, built-in motor 2 support 3 and be placed on
Cup 4 on support 3 is formed, and crushing knife 5 is provided with cup 4, and motor 2 drives crushing knife 5 to rotate by shaft coupling, and support 3 pushes up
Face both sides are upwardly extended to form principal arm 6 and auxiliary 7 respectively, and the vacuum arm 8 across cup 4 is provided between principal arm 6 and auxiliary 7, described
The one end of vacuum arm 8 is pivotably connected snaps onto the top of auxiliary 7 in the top of principal arm 6, the other end by buckle structure to be opened/closed,
Cup lid 9 is covered with the cup 4, vavuum pump 1 is led to by vacuum line and the inner chamber of cup 4, and the vacuum line is provided with
Itself and the logical sealing-plug 10 closed of free surrounding space are controlled, the vacuum arm 8 is provided with solving locking key 11, and the solving locking key 11 includes first
The drive division 13 of drive division 12 and second, the solving locking key 11 being triggered drive sealing-plug 10 by closed by the first drive division 12
Station to leading to Switch of working position, meanwhile, the solving locking key 11 by the second drive division 13 drive buckle structure from buckling state to
Released state switches.
In practical operation, motor 2 is arranged in support 3, and the space installed for cup 4 is provided between principal arm 6 and auxiliary 7,
The one end of vacuum arm 8 is rotatably connected on principal arm 6, and the other end is provided with the buckle structure that can be fastened on auxiliary 7.When mounted, cup
Body 4 is arranged in the middle part of the top surface of support 3, swings vacuum arm 8 so that and the end of vacuum arm 8 fastens with auxiliary 7, now, vacuum arm 8
Stage casing bottom surface is compressed on the top surface of cup lid 9, realizes that cup 4 is fixed.
In practical operation, vavuum pump 1 is preferably provided in support 3, and vavuum pump 1 passes through vacuum line and the inner chamber of cup 4
Lead to, the vacuum line is set along principal arm 6, vacuum arm 8 and cup lid 9, and vacuum line one end is connected with vavuum pump 1, another
End is connected with the inner chamber of cup 4, when the end of vacuum arm 8 is snapped onto on auxiliary 7, the closed insertion of vacuum line so that the energy of vavuum pump 1
Air in cup 4 is evacuated by vacuum line, realizes the inner chamber application of vacuum of cooking machine cup 4.In addition, the installation site of this sky pump
It can according to the design needs be adjusted, such as vacuum arm 8 is arranged on auxiliary 7 or cup 4, and adjust vacuum line layout
Set, can also realize that the inner chamber of cup 4 vacuumizes purpose, also should be regarded as specific embodiment of the utility model.
In practical operation, vacuum arm 8 is fastened on auxiliary 7, and vacuum line forms airtight passage, and cooking machine is in processing
The working condition of food materials, now, the end of vacuum arm 8 are fastened on auxiliary 7 by buckle structure, it is ensured that cup 4 and sealing pipeline
Between stable connection, sealing-plug 10 is plugged in the side wall of vacuum line, it is ensured that seals the sealing of pipeline.When machining needs
Uncap action when, operating personnel synchronously complete pressure release and unlocking motion by pressing triggering solving locking key 11, in this process
In, the first drive division 12 and the second drive division 13 act together with pressing key, on the one hand, the first drive division 12 controls sealing-plug
10 depart from vacuum line so that vacuum line leads to the external world, and the inner chamber of cup 4 is led to free surrounding space so that the inner chamber gas of cup 4
Pressure is identical with ambient pressure, on the other hand, the second drive division 13 control buckle structure unblock so that between vacuum arm 8 and auxiliary 7 not
It is affixed again, after completing above-mentioned two step, cup lid 9 both not by the pressing force from vacuum arm 8, also without from
The vacuum force of the inner chamber of cup 4 so that cup lid 9 can be opened smoothly, further, since vacuum line leads to free surrounding space,
So that vacuum force is not present when departing from cup lid 9 in vacuum arm 8.In the opening process of cup lid 9, operating personnel had only needed one hand both
Preparation of uncapping can be completed, vacuum arm 8 can be realized to swing by one-handed performance and opened, and successfully remove cup 4.
In practical operation, the utility model realizes the purpose conveniently uncapped by following examples.
In practical operation, the solving locking key 11 is plugged on vacuum arm 8 in which can slide vertically, the first drive division 12 and
Two drive divisions 13 and the solving locking key 11 are synchronous vertically movable.Solving locking key 11 is slidably attached on vacuum arm 8, the vacuum
Arm 8 is provided with the guide rail that mobile solving locking key 11 slides vertically, it is ensured that and solving locking key 11 is slided in the case of being triggered along preset path,
And then pass through the first drive division 12 and the driving corresponding component operating of the second drive division 13.
Solving locking key 11 drives sealing-plug 10 to move by the first drive division 12.
As shown in Fig. 2 being provided with drive mechanism between first drive division 12 and sealing-plug 10, the drive mechanism includes can
The fixed mount 14 moved back and forth, the affixed sealing-plug 10 in first end end face of fixed mount 14, the second end are provided with and the described first driving
The inclined-plane 15 that portion 12 contradicts, the first drive division 12 realize that sealing-plug 10 moves by fixed mount 14.Drive mechanism, which is used to transmit, to be made
Firmly, and change acts on power transmitting so that force direction meets the displacement demand of sealing-plug 10.
In practical operation, when cooking machine is in running order, solving locking key 11 is at the high position not triggered, spring 19
In un-compressed reset state, sealing-plug 10 was both plugged in passage 18 by the elastic-restoring force of spring 19, also by
Negative pressure in vacuum line influences and is attracted in passage 18, effectively ensures the company of sealing between sealing-plug 10 and passage 18
Connect.When food materials completion of processing, being unlocked by pressing key 11 and by realizing sealing-plug 10 from closed station to logical with underdrive step
Even Switch of working position：
1. the first drive division 12 moves down with solving locking key 11, and is acted on by briquetting 21 on sloping platform；
2. sloping platform receives the vertical active force from the first drive division 12 by inclined-plane 15, and vertical active force is converted
It is to drive fixed mount 14 backwards to the horizontal to active force of the movement of passage 18；
3. fixed mount 14 is in level to moving horizontally under active force, guide post is telescopically plugged in guiding groove 17, really
Fixed mount 14 is protected to move horizontally；
4. spring 19 is cut under the squeezing action of keeper 20 and the notch of guiding groove 17 from reset state to compressive state
Change；
5. sealing-plug 10 moves horizontally the disengaging passage 18 after the negative pressure in overcoming vacuum line with fixed mount 14.
Solving locking key 11 realizes that sealing-plug 10 moves by above-mentioned drive connection, above-mentioned each drive connection solving locking key 11 by by
Synchronously carried out during pressure, there is preferable real-time response effect.
In practical operation, the fixed mount 14 is provided with horizontal guide bars 16, and the vacuum arm 8 is provided with and supplies guiding bar
The 16 horizontal guiding grooves 17 planted, open up on the section that vacuum line be located in vacuum arm 8 and lead to the high setting such as sealing-plug 10
Stomata 18, sealing-plug 10 are moved horizontally and filled in and be enclosed in passage 18.Guiding groove 17 has to be contradicted with the circumferential side wall of guiding bar 16
Resistance surface, resistance surface axially has one fixed width along guiding bar 16 so that guiding groove 17, which has, limits the horizontal position of guiding bar 16
The effect of shifting, vacuum line is located at setting passage 18 in the inner section of vacuum arm 8, and sealing-plug 10 is hidden in passage 18
Inside vacuum arm 8, it is ensured that sealing-plug 10 will not be disturbed when plant is matched with passage 18 by extraneous factor, improve sealing-plug 10
Job stability.
In practical operation, spring 19 is equipped with the guiding bar 16, it is fixed that guiding bar 16 is provided with close to the side of sealing-plug 10
Position part 20, the spring 19 is clamped in keeper 20 and notch week of the guiding groove 17 towards the side of keeper 20 is intermarginal.Keeper
20 is annular in shape and circumferentially disposed along locating rod so that the end of spring 19 is limited in the side of keeper 20, and the diameter of spring 19 is big
In the diameter of guiding bar 16, both facilitated spring 19 to be nested with, and also assured that the end face of spring 19 was contradicted on the notch of guiding groove 17.Institute
To state and match conflict between the madial wall of guiding groove 17 and the lateral wall of guiding bar 16, it is ensured that guiding bar 16 can only move along its axis horizontal,
Then the mobile route of sealing-plug 10 is controlled.The keeper 20 can also be in bulk, and circumferentially disposed along locating rod side wall, rise
To the effect of the displacement of limited spring 19, specific embodiment of the utility model also should be regarded as.
In practical operation, first drive division 12 includes the briquetting 21 for being arranged on the sidepiece of solving locking key 11, the fixation
The end of frame 14 second is provided with up-small and down-big sloping platform, and the inclined-plane 15 is arranged on sloping platform towards on the wall of the side of sealing-plug 10, institute
State the passage that sloping platform plant is reserved between briquetting 21 and the side wall of solving locking key 11.The direction relationses that inclined-plane 15 is set are to the first drive division
Driving direction between 12 and fixed mount 14, the angle and the transmission efficiency of the first drive division 12 between inclined-plane 15 and fixed mount 14 are related,
When angle is smaller between inclined-plane 15 and fixed mount 14, the horizontal throw that fixed mount 14 obtains is longer, but thrust is smaller, conversely, working as
When angle is larger between inclined-plane 15 and fixed mount 14, the thrust that fixed mount 14 obtains is larger, but stroke is shorter, during design, because of basis
Stroke needed for operating personnel's finger pressing force and fixed mount 14 is set, and is regarded as specific implementation of the present utility model
Example.
In practical operation, the briquetting 21 is structure as a whole with solving locking key 11（As shown in Figure 3）, the middle part of briquetting 21
Vertically communicated through hole 22 is opened up, the through hole 22 forms the passage.The width of passage should meet corresponding etc. during sloping platform insertion
The requirement of high segment sloping platform width, it is ensured that when the first drive division 12 contradicts with inclined-plane 15, sloping platform will not touch with solving locking key 11
Hit.In addition, the briquetting 21 has the resistance surface parallel with inclined-plane 15, by increase, both contradict area to ensure steadily to pass
It is dynamic.Briquetting 21 can also be arranged to Split type structure with solving locking key 11, it is ensured that and both bonding strengths meet the requirement of active force transmission,
It should be regarded as specific embodiment of the utility model.
Solving locking key 11 controls buckle structure to be opened and closed by the second drive division 13.
As shown in figure 4, the buckle structure includes the grab 23 below the end of vacuum arm 8 and pushed up located at auxiliary 7
The elastic locking buckle 24 at end, coordinated by the tight locking button 24 of the second drive division 13 driving with grab 23 and be opened and closed.Second drive division
13 are located at the bottom surface lateral margin of solving locking key 11, and the top of tight locking button 24 is provided with function part, and the function part is included towards the second drive division 13
The oblique resistance surface set, the second drive division 13 push and push resistance surface so that the deformation of tight locking button 24 simultaneously departs from grab 23.
In practical operation, tight locking button 24 is flexible metalwork, and the lower end of tight locking button 24 is fixed in auxiliary 7, on
Portion can deformation be swingingly arranged on the top of auxiliary 7, when tight locking button 24 is in the fastening station of non-stress.When vacuum arm 8 snaps onto
When on auxiliary 7, grab 23, which pushes and pushes tight locking button 24, is moved to unblock station, when buckle continues to push and downward across locking
When detaining 24, tight locking button 24 returns back to fastening station under the effect of natural resiliency restoring force, and tight locking button 24 is limited by function part to be blocked
Hook 23 departs from auxiliary 7.When cooking machine completes food materials processing and needs open cup cover 9, solving locking key 11, the second drive division 13 are pushed
Push and push tight locking button 24 by fastening station suitable due to losing the spacing stop of tight locking button 24 to unblock station, grab 23
Profit departs from auxiliary 7, and then realizes that auxiliary 7 departs from vacuum arm 8.
In practical operation, the function part includes setting and matching with grab 23 the horizontal shutting face 25 fastened down.
The end of tight locking button 24 can make arcuate oscillating motion, and buckling surface 25 is arranged into horizontal attitude, both facilitate the end of tight locking button 24 along its swing
Path departs from grab 23, also convenient vertically movable by the limitation grab 23 of buckling surface 25 positioned at the tight locking button 24 for fastening station,
Ensure buckle structure locking effectively and stably.
In practical operation, the function part also includes the oblique face 26 set towards the second drive division 13, vertically movable
The second drive division 13 pass through oblique face 26 and drive tight locking button 24 deformation to swing, it is ensured that tight locking button is from fastening station to unblock station
Switching.
Claims (10)
- The convenient cooking machine 1. one kind is uncapped, including the support of vavuum pump, built-in motor and the cup that is placed on support, cup Crushing knife is provided with vivo, and motor drives crushing knife to rotate by shaft coupling, and support top surface both sides upwardly extend to form principal arm respectively And auxiliary, the vacuum arm across cup is provided between principal arm and auxiliary, described vacuum arm one end is pivotably connected on principal arm top, The other end snaps onto auxiliary top by buckle structure to be opened/closed, and cup lid is covered with the cup, and vavuum pump passes through vacuum Pipeline leads to cup inner chamber, it is characterised in that and the vacuum line, which is provided with, controls itself and the logical sealing-plug closed of free surrounding space, The vacuum arm is provided with solving locking key, and the solving locking key includes the first drive division and the second drive division, the unblock being triggered Push-to crosses the first drive division and drives sealing-plug from closed station to leading to Switch of working position, meanwhile, the solving locking key passes through second and driven Dynamic portion drives buckle structure to be switched from buckling state to released state.
- The convenient cooking machine 2. one kind according to claim 1 is uncapped, it is characterised in that the solving locking key can slide vertically Ground is plugged on vacuum arm, and the first drive division and the second drive division and the solving locking key are synchronously vertically movable.
- The convenient cooking machine 3. one kind according to claim 2 is uncapped, it is characterised in that first drive division and sealing Drive mechanism is provided between plug, the drive mechanism includes the fixed mount being reciprocally moveable, and the first end end face of fixed mount is affixed close Blocking, the second end are provided with the inclined-plane contradicted with first drive division, and the first drive division realizes that sealing-plug moves by fixed mount.
- The convenient cooking machine 4. one kind according to claim 3 is uncapped, it is characterised in that the fixed mount is provided with level Guiding bar, the vacuum arm is provided with to be located on the section in vacuum arm for the horizontal guiding groove planted of guiding bar, vacuum line The passage with the high setting such as sealing-plug is opened up, sealing-plug is moved horizontally and filled in and is enclosed in passage.
- The convenient cooking machine 5. one kind according to claim 4 is uncapped, it is characterised in that be equipped with bullet in the guiding bar Spring, guiding bar are provided with keeper close to sealing-plug side, and the spring is clamped in keeper and guiding groove towards keeper side Notch week is intermarginal.
- The convenient cooking machine 6. one kind according to claim 3 is uncapped, it is characterised in that first drive division includes setting The briquetting in solving locking key sidepiece is put, the end of fixed mount second is provided with up-small and down-big sloping platform, and the inclined-plane is arranged on sloping platform Towards on the wall of sealing-plug side, the passage of sloping platform plant is reserved between the briquetting and solving locking key side wall.
- The convenient cooking machine 7. one kind according to claim 6 is uncapped, it is characterised in that the briquetting is one with solving locking key Body structure, the briquetting middle part open up vertically communicated through hole, and the through hole forms the passage.
- 8. uncapped convenient cooking machine according to any described one kind of claim 2-7, it is characterised in that the buckle structure bag The grab below vacuum arm end and the elastic locking buckle located at auxiliary top are included, is locked by the second drive division driving Button coordinates with grab to be opened and closed.
- The convenient cooking machine 9. one kind according to claim 8 is uncapped, it is characterised in that second drive division is located at solution Locking key bottom surface lateral margin, tight locking button top are provided with function part, and the function part includes the oblique conflict set towards the second drive division Face, the second drive division push and push resistance surface so that tight locking button deformation simultaneously departs from grab.
- The convenient cooking machine 10. one kind according to claim 9 is uncapped, it is characterised in that the function part is included down Set and matched with grab the horizontal shutting face fastened.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720092051.0U CN206867155U (en) | 2017-01-22 | 2017-01-22 | One kind is uncapped convenient cooking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720092051.0U CN206867155U (en) | 2017-01-22 | 2017-01-22 | One kind is uncapped convenient cooking machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206867155U true CN206867155U (en) | 2018-01-12 |
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ID=61325866
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720092051.0U Expired - Fee Related CN206867155U (en) | 2017-01-22 | 2017-01-22 | One kind is uncapped convenient cooking machine |
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| Country | Link |
|---|---|
| CN (1) | CN206867155U (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108903600A (en) * | 2018-08-29 | 2018-11-30 | 九阳股份有限公司 | The cooking apparatus conveniently uncapped |
| CN110811291A (en) * | 2018-08-13 | 2020-02-21 | 佛山市顺德区美的电热电器制造有限公司 | Cooking appliance and control method thereof |
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| CN110811291A (en) * | 2018-08-13 | 2020-02-21 | 佛山市顺德区美的电热电器制造有限公司 | Cooking appliance and control method thereof |
| CN108903600A (en) * | 2018-08-29 | 2018-11-30 | 九阳股份有限公司 | The cooking apparatus conveniently uncapped |
| CN111374576A (en) * | 2018-12-29 | 2020-07-07 | 广东美的生活电器制造有限公司 | Cup body component and food processor |
| US12133613B2 (en) | 2019-03-08 | 2024-11-05 | Sharkninja Operating Llc | Vacuum food processing system |
| US11771265B2 (en) | 2019-03-08 | 2023-10-03 | Sharkninja Operating Llc | Vacuum food processing system |
| US11759056B2 (en) | 2019-03-08 | 2023-09-19 | Sharkninja Operating Llc | Vacuum food processing system |
| US11304565B2 (en) | 2019-03-08 | 2022-04-19 | Sharkninja Operating Llc | Vacuum food processing system |
| CN113892309A (en) * | 2019-05-31 | 2022-01-04 | 株式会社富士 | Suction nozzle changing table unit |
| CN113892309B (en) * | 2019-05-31 | 2023-09-19 | 株式会社富士 | Suction nozzle replacing table unit |
| USD924007S1 (en) | 2019-06-06 | 2021-07-06 | Sharkninja Operating Llc | Strainer blender accessory |
| USD940500S1 (en) | 2019-06-06 | 2022-01-11 | Sharkninja Operating Llc | Lid |
| USD927256S1 (en) | 2019-06-06 | 2021-08-10 | Sharkninja Operating Llc | Blender |
| USD925284S1 (en) | 2019-06-06 | 2021-07-20 | Sharkninja Operating Llc | Blender container |
| USD925270S1 (en) | 2019-06-06 | 2021-07-20 | Sharkninja Operating Llc | Blender |
| USD924621S1 (en) | 2019-06-06 | 2021-07-13 | Sharkninja Operating Llc | Blender base |
| USD919368S1 (en) | 2019-06-06 | 2021-05-18 | Sharkninja Operating Llc | Blender container |
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