CN108451346A - The high temperature of food, the safe self-locking means of defence of autoclaving - Google Patents
The high temperature of food, the safe self-locking means of defence of autoclaving Download PDFInfo
- Publication number
- CN108451346A CN108451346A CN201810099864.1A CN201810099864A CN108451346A CN 108451346 A CN108451346 A CN 108451346A CN 201810099864 A CN201810099864 A CN 201810099864A CN 108451346 A CN108451346 A CN 108451346A
- Authority
- CN
- China
- Prior art keywords
- air guide
- valve rod
- spool
- card adapter
- along
- 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.)
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Classifications
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J27/00—Cooking-vessels
- A47J27/04—Cooking-vessels for cooking food in steam; Devices for extracting fruit juice by means of steam ; Vacuum cooking vessels
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J27/00—Cooking-vessels
- A47J27/08—Pressure-cookers; Lids or locking devices specially adapted therefor
- A47J27/0804—Locking devices
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J27/00—Cooking-vessels
- A47J27/08—Pressure-cookers; Lids or locking devices specially adapted therefor
- A47J27/09—Safety devices
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J27/00—Cooking-vessels
- A47J27/04—Cooking-vessels for cooking food in steam; Devices for extracting fruit juice by means of steam ; Vacuum cooking vessels
- A47J2027/043—Cooking-vessels for cooking food in steam; Devices for extracting fruit juice by means of steam ; Vacuum cooking vessels for cooking food in steam
Abstract
The present invention provides the high temperature of food, the safe self-locking means of defence of autoclaving, step is：High temperature is exported to cabinets cavity, high steam, when cabinets cavity is in high pressure conditions, high steam pushes sliding valve core to be moved towards the direction close to card adapter plate along the central axial direction of valve rod, sliding valve core drives supports block to be moved towards the direction close to spool along the central axial direction of valve rod by valve rod, helical spring is shunk savings elastic potential energy by the extruding of spool and supports block, sliding valve core, which squeezes card adapter plate, makes two card adapter plates do movement away from each other along the radial direction of guide sleeve pipe under the guiding role of guide chute, at the same time two card adapter plates are locked with lock, retaining mechanism is switched from discrete state to high-temperature brake state；After the article of cabinets cavity cooks, when cabinets cavity is in normal pressure and temperature state, the elastic potential energy release of helical spring savings, card adapter plate is detached with lock, and retaining mechanism is switched from high-temperature brake state to discrete state.
Description
Technical field
The present invention relates to a kind of food-processing method more particularly to the safe self-lockings of a kind of high temperature of food, autoclaving
Means of defence.
Background technology
Now, steam box has been popularized and has become a kind of kitchen tools of people's daily life, the use of steam box into average family
Under there are many way, can steam dessert, can also do various steaming dishes, and the nutritional ingredient in dish can be fully retained for steam box
Come, at present to object carry out high temperature, high pressure it is stifling during, opening door operation cannot be carried out to steam box, at this point, operating personnel because
When faulty operation or mistake open steam box, the high steam moment of steam box inner cavity goes out from the opening of steam box, the high pressure gone out
Steam damages operating personnel, and the abrupt release of high steam is possible to cause explosion, easily causes extremely serious
Safety accident.
Invention content
To solve the deficiencies in the prior art, the object of the present invention is to provide a kind of, and the high pressure equipped with high voltage protection device is steamed
Case.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows：
The high temperature of food, the safe self-locking means of defence of autoclaving, step are：
A：In use, rotational handle, handle drives turntable around own axis, two connecting rods of driven by rotary disc by clamping portion
It moves toward one another, connecting rod pulls inserted link to be detached from spliced eye, the at the same time disengaging of inserted link free end and spliced eye, compressed spring
Elastic potential energy is shunk and put aside by the extruding of bolt and cutting ferrule, at this time sealing cover free to rotate and control babinet opening it is big
It is small, the active force of driving handle, the elastic potential energy release of compressed spring savings are removed, compressed spring pushes the inserted link side of extending along
To deviateing cutting ferrule and realizing that jack is stretched out in inserted link free end, it will wait for that the article of high temperature, autoclaving is positioned over cabinets cavity；
B：Rotational handle, handle drive turntable around own axis by clamping portion, and two connecting rods of driven by rotary disc are transported in opposite directions
Dynamic, connecting rod pulls the free end retraction jack of inserted link, compressed spring to be shunk by the extruding of bolt and cutting ferrule and put aside bullet
Property potential energy, sealing cover is freely rotated at this time and seals the opening of babinet, removes the active force of driving handle, compressed spring savings
Elastic potential energy release, compressed spring pushes inserted link to extend along direction and deviate and cutting ferrule and realizes that inserted link free end is plugged in grafting
In hole；
C：High temperature, high steam are generated into cabinets cavity output high temperature, high steam or babinet, when cabinets cavity is in height
When pressure condition, high steam pushes sliding valve core to be moved towards the direction close to card adapter plate along the central axial direction of valve rod,
Sliding valve core drives supports block to be moved towards the direction close to spool along the central axial direction of valve rod by valve rod, helical spring
Savings elastic potential energy is shunk by the extruding of spool and supports block, sliding valve core, which squeezes card adapter plate, makes two card adapter plates in guide chute
Guiding role under along the radial direction of guide sleeve pipe do movement away from each other, at the same time two card adapter plates are locked with lock,
Retaining mechanism is switched from discrete state to high-temperature brake state；
D：After the article of cabinets cavity cooks, when cabinets cavity is in normal pressure and temperature state, the elastic potential of helical spring savings
Can release, the direction of the elastic force of helical spring by supports block with ovable valve stem along its axis direction away from spool moves, valve rod
Pushing block is pushed to squeeze card adapter plate by external step, two card adapter plates are by the extruding of pushing block and being oriented in guide chute
Movement adjacent to each other is done under effect along the radial direction of guide sleeve pipe, card adapter plate is detached with lock, and retaining mechanism is by high-temperature brake
State switches to discrete state；
E：Rotational handle, rotary seal lid simultaneously take out the article fumigated by high pressure from the inner cavity of babinet.
More optimally, the sealing cover includes sealing cover ontology, is provided with to cabinets cavity and prolongs on sealing cover ontology
It stretches and the hollow projections of salable box opening, hollow projections is provided with and opens and closes in the side wall portion of box opening
A pair of of cutting ferrule of mechanism cooperation, two cutting ferrules are coaxially disposed up and down, and two and cutting ferrule are further opened in the wall portion of hollow projections
Coaxial jack, jack are connected to the inner cavity of babinet and hollow projections, and being provided on babinet can spliced eye corresponding with jack.
More optimally, the retaining mechanism include be set to outside babinet and be connected to cabinets cavity actively lock machine
Structure, the passive retaining mechanism for being set on sealing cover and coordinating with active retaining mechanism, active retaining mechanism includes for being connected to
The air guide mechanism of cabinets cavity, the triggering machine for switching in triggering state and non-triggering state being set in air guide mechanism
Structure, trigger mechanism include the triggering receiving mechanism for receiving power, export the triggering for triggering the power output that receiving mechanism receives
Mechanism, the triggering transmission mechanism that the power for triggering receiving mechanism reception is passed to triggering output mechanism；
Air guide mechanism includes the air guide casing for the both ends open being fixedly connected with babinet, and the central axial direction of air guide casing is vertical
In the sealing cover in locking state, air guide casing is connected with the gas-guide tube of connection cabinets cavity away from one end of sealing cover, leads
The inner cavity of gas bushing is connected by gas-guide tube with the inner cavity of babinet；
It is provided with threaded connector between air guide casing and gas-guide tube and threaded connector is connect with air guide casing threads, screw thread connects
Fitting is connected to the inner cavity of air guide casing and gas-guide tube；
Air guide casing includes air guide sleeve body, and end of the air guide sleeve body far from gas-guide tube offers air guide sliding slot, air guide
The extending direction of sliding slot is identical as the central axial direction of air guide sleeve body and air guide sliding slot is radially passed through along air guide sleeve body
Its wall portion is worn, the upper wall portion in air guide sliding slot both sides of air guide sleeve body, which is provided with, to be corresponded and along air guide sleeve body diameter
To the guide chute of extension, air guide sliding slot is divided into close to the left air guide sliding slot of gas-guide tube and far from gas-guide tube by guide chute
Right air guide sliding slot.
More optimally, above-mentioned trigger mechanism is set to the inner cavity of air guide casing, the triggering transmission mechanism of trigger mechanism
Including valve rod, it is fixed on the cyclic annular spool of air guide cannula cavity, spool coaxial sleeve is set to the outside of valve rod, and spool is by air guide casing
Inner cavity be divided into the left chamber close to connector and the right chamber far from connector, connection left chamber and the right side are offered on spool
The intercommunicating pore of chamber, intercommunicating pore have several along the circumferencial direction array of spool, and valve rod is located at the one end setting of right chamber
There is external step and valve rod is arranged with pushing block close to external step, pushing block includes the valve pocket for being sheathed on stem exterior, valve pocket
Periphery on opposite side be provided with matching with right air guide sliding slot and can be slided along air guide sliding slot guide direction
One end of sliding block, two sliding blocks towards spools is provided with pressure inclined-plane, and the distance between two pressure inclined-planes are directed toward by left chamber
The direction of right chamber is gradually reduced, and elastic component two is provided between valve rod and spool, and the elastic force of elastic component two pushes valve rod along it
Axis direction is far from spool；
The coaxial fixing sleeve in end that valve rod is located at left chamber is connected to supports block, and supports block protrudes the periphery of valve rod, and elastic component two is spiral shell
Spring is revolved, helical spring is sheathed on the outside of valve rod, and one end of helical spring contradicts supports block, the other end contradicts spool, spiral bullet
The elastic force of spring pushes valve rod along its axis direction far from spool.
More optimally, above-mentioned triggering receiving mechanism includes that fixing sleeve is set to the outside of valve rod and is located at spool and promotion
Sliding valve core between block, sliding valve core include that fixing sleeve is set to the outside of valve rod and matches with the inner cavity of air guide casing
Cylindric sealing valve pocket, the pressure boss being fixedly connected with sealing valve pocket, pressure boss are located between sealing valve pocket and pushing block
And pressure boss face corresponding with the pressure inclined-plane of pushing block is arranged to squeeze inclined-plane；Above-mentioned triggering output mechanism includes setting
The card adapter plate being placed between sliding valve core and pushing block is provided in card adapter plate and matches with guide chute and can drive clamping
The projection piece that plate is slided along guide chute guide direction, card adapter plate include upper guiding surface, lower guiding surface, upper guiding surface with
Lower guiding surface is parallel, and upper guiding surface and pressure slopes which match, lower guiding surface are matched with inclined-plane is squeezed.
More optimally, above-mentioned passive retaining mechanism includes lock, and lock is engaged by clamping controllable with above-mentioned two
Retaining mechanism switches between discrete state and high-temperature brake state.
More optimally, lock includes the buckle being fixedly connected with sealing cover, is vertically installed in buckle both sides and direction
The fastening plate that retaining mechanism extends, the free end for fastening plate are provided with and can match and realize with the card adapter plate for deviateing valve rod center
Locking of the retaining mechanism to sealing cover.
The advantageous effect of the present invention compared with prior art is：The present invention carries out high temperature in steam box to object, high pressure is smoked
When during steaming, steam box is in self-locking state, the sealing cover of steam box will not operating personnel faulty operation or accidentally touch switch
In the case of open, reduce operational risk.
Description of the drawings
In order to illustrate the technical solution of the embodiments of the present invention more clearly, below will be to needed in the embodiment attached
Figure does simple introduction, it should be understood that the following drawings illustrates only certain embodiments of the present invention, therefore is not construed as pair
The restriction of range for those of ordinary skill in the art without creative efforts, can also be according to this
A little attached drawings obtain other relevant attached drawings.
Fig. 1 is the overall structure diagram of the present invention.
Fig. 2 is the overall structure diagram of the present invention.
Fig. 3 is the overall structure diagram of the present invention.
Fig. 4 is the sectional view of the present invention.
Fig. 5 is the sealing cover structure schematic diagram of the present invention.
Fig. 6 is the structural schematic diagram of the sealing cover and mechanism for opening/closing cooperation of the present invention.
Fig. 7 is the mechanism for opening/closing structural schematic diagram of the present invention.
Fig. 8 is the mechanism for opening/closing partial structural diagram of the present invention.
Fig. 9 is the turntable structure schematic diagram of the present invention.
Figure 10 is the locking mechanism structure schematic diagram of the present invention.
Figure 11 is the passive locking mechanism structure schematic diagram of the present invention.
Figure 12 is the active locking mechanism structure schematic diagram of the present invention.
Figure 13 is the air guide casing structural schematic diagram of the present invention.
Figure 14 is the active retaining mechanism partial structural diagram of the present invention.
Figure 15 is the active retaining mechanism partial structural diagram of the present invention.
Figure 16 is the pushing block structural schematic diagram of the present invention.
Figure 17 is the clamping plate structure schematic diagram of the present invention.
It is denoted as in figure：
10, steam box ontology；110, babinet；111, outer housing；112, inner housing；120, sealing cover；121, sealing cover ontology；122、
Snap ring；123, jack；
20, mechanism for opening/closing；210, handle；220, turntable；230, connecting rod；240, inserted link；250, compressed spring；260, bolt；
30, retaining mechanism；310, active retaining mechanism；311, gas-guide tube；312, connector；313, air guide casing；313a, air guide
Sleeve body；313b, air guide sliding slot；313c, guide chute；314, supports block；315, helical spring；316, spool；317, it slides
Spool；318, card adapter plate；319, pushing block；319a, valve pocket；319b, sliding block；320, passive retaining mechanism.
Specific implementation mode
In order to make objects and advantages of the present invention be more clearly understood, the present invention is carried out specifically with reference to embodiments
It is bright.It should be appreciated that following word is only used to one or more of specific embodiments of the description present invention, not to the present invention
The protection domain specifically asked carries out considered critical.
As shown in Figs. 1-3, a kind of high pressure steam box using pressure self-locking, including steam box ontology 10, steam box ontology 10 are used for
The accommodating article for waiting for that high temperature, high pressure are stifling and high pressure can be born, steam box ontology 10 includes babinet 110, is articulated with the opening of babinet 110
It holds and for carrying out closed sealing cover 120 to the opening of babinet 110, is provided with and can be connect simultaneously with babinet 110 on sealing cover 120
And it can realize the mechanism for opening/closing 20 that sealing cover 120 switches between locking state, open state.
As shown in figure 5, above-mentioned sealing cover 120 includes sealing cover ontology 121, it is provided with to case on sealing cover ontology 121
The hollow projections that 110 inner cavity of body extends and salable babinet 110 is open, hollow projections deviate from the side that babinet 110 is open
A pair of of the cutting ferrule 122 coordinated with mechanism for opening/closing 20 is provided in wall portion, two about 122 cutting ferrules are coaxially disposed, hollow projections
Wall portion on be further opened with two jacks 123 coaxial with cutting ferrule 122, jack 123 is connected to the interior of babinet 110 and hollow projections
Chamber, being provided on babinet 110 can spliced eye corresponding with jack 123.
As Figure 6-9, above-mentioned mechanism for opening/closing 20 includes for receiving the power input mechanism of power, being used for power
The power take-off mechanism for the power output that input mechanism receives, that the power for receiving power input mechanism passes to power is defeated
Go out the power transfer mechanism of mechanism, power input mechanism receives extraneous power and by power transfer mechanism by extraneous power
Power take-off mechanism is passed to, when power input mechanism receives extraneous power, power input mechanism transmits machine by power
Structure controls power take-off mechanism and switches to open state by locking state by power take-off mechanism control sealing cover 120, when dynamic
When power input mechanism stops receiving extraneous power, sealing cover 120 is switched under the action of power take-off mechanism by open state
To locking state.
Specifically, above-mentioned power input mechanism includes handle 210, handle 210 is used to receive extraneous power, handle
The clamping portion coordinated with power transfer mechanism is provided on 210.
Power transfer mechanism include be set on sealing cover 120 and connect with handle 210 turntable 220, respectively with turntable
The hinged connecting rod 230 in 220 opposite sides and two connecting rods are mutually parallel, and the hinged shaft core line direction is perpendicular to close
120 are covered, the card interface coordinated with above-mentioned clamping portion is offered at the center of turntable 220, handle 210 passes through clamping portion and clamping
The cooperation of mouth is connect with turntable 220, and there are many expression-forms for above-mentioned card interface, excellent in of the invention such as pentagon, hexagon
Choosing uses following scheme, and the shape of card interface is square, same as the matched clamping portion of card interface to be square, driving handle
210, handle 210 controls turntable 220 around own axis and two connecting rods 230 is driven to move toward one another.
Above-mentioned power take-off mechanism includes inserted link 240, one end and one of connecting rod 230 far from turntable 220 of inserted link 240
End is hinged and the hinged shaft core line direction is perpendicular to sealing cover 120, and inserted link 240 is sheathed on above-mentioned 122 inside of cutting ferrule and inserted link
240 one end far from connecting rod 230 pass through jack 123 and pluggable in spliced eye, are set between inserted link 240 and cutting ferrule 122
It is equipped with elastic component one, the elastic force of elastic component one pushes inserted link 240 along its axis direction far from cutting ferrule 122 and to outside jack 123
It stretches out.
Preferably, pin hole is offered on inserted link 240 and between cutting ferrule 122 and jack 123, pin hole is along inserted link
Pin hole, bullet are stretched out in 240 wall thickness for extending radially through inserted link 240, the both ends that bolt 260 and bolt 260 are matched in pin hole
Property part one be compressed spring 250, compressed spring 250 is sheathed on outside inserted link 240, and one end of compressed spring 250 contradicts bolt
260, the other end contradicts cutting ferrule 122, the elastic force of compressed spring 250 push inserted link 240 along its axis direction far from cutting ferrule 122 and to
123 outside of jack is stretched out.
Sealing cover 120 is from locking state to open state handoff procedure, rotational handle 210, and handle 210 passes through clamping portion band
For turn disk 220 around own axis, turntable 220 drives two connecting rods 230 to move toward one another and to 220 central reduction of turntable,
Connecting rod 230 pulls inserted link 240 to be detached from spliced eye, the at the same time disengaging of inserted link 240 free end and spliced eye, compressed spring
250 are shunk by the extruding of bolt 260 and cutting ferrule 122 and put aside elastic potential energy, sealing cover 120 free to rotate and control at this time
The openings of sizes of babinet 110 removes the active force of driving handle 210, the elastic potential energy release that compressed spring 250 is put aside, compression
Spring 250 pushes inserted link 240 to extend along direction deviation cutting ferrule 122 and realizes that jack 123 is stretched out in 240 free end of inserted link.
Sealing cover 120 is from locking state to open state handoff procedure, rotational handle 210, and handle 210 passes through clamping portion band
For turn disk 220 around own axis, turntable 220 drives two connecting rods 230 to move toward one another and to 220 central reduction of turntable,
Connecting rod 230 pulls the free end retraction jack 123 of inserted link 240, compressed spring 250 to be squeezed by bolt 260 and cutting ferrule 122
Pressure shrinks and puts aside elastic potential energy, and sealing cover 120 is freely rotated at this time and seals the opening of babinet 110, removes driving handle
210 active force, the elastic potential energy release that compressed spring 250 is put aside, compressed spring 250 push inserted link 240 to extend along direction
Deviate cutting ferrule 122 and realizes that 240 free end of inserted link is plugged in spliced eye.
Babinet 110 cannot carry out opening door operation during carrying out high temperature to object, high pressure is fumigated to babinet 110, this
When, operating personnel are because of faulty operation or when missing hand-touch handle 210, high steam moment the opening from babinet 110 of 110 inner cavity of babinet
Mouth is gone out, and the high steam gone out damages operating personnel, and the abrupt release of high steam is possible to cause explosion, pole
Extremely serious safety accident is easily caused, above-mentioned situation occurs in order to prevent, and a kind of security protection machine has also been devised in the present invention
Structure, specifically, the safety protective mechanisms are the retaining mechanism 30 being set between babinet 110 and sealing cover 120.
Above-mentioned retaining mechanism 30 is connected with 110 inner cavity of babinet, it can be achieved that lock when 110 inner cavity of babinet is in high pressure conditions
Tight mechanism 30 switches from discrete state to high-temperature brake state and realizes the locking of babinet 110 and sealing cover 120, in babinet 110
When chamber is in low-pressure state, it can be achieved that retaining mechanism 30 switch from high-temperature brake state to discrete state and realize babinet 110 with
Separation between sealing cover 120.
As shown in figs. 10-11, above-mentioned retaining mechanism 30 includes being set to 10 outside of babinet and being connected to 110 inner cavity of babinet
Active retaining mechanism 310, the passive retaining mechanism 320 for being set on sealing cover 120 and coordinating with active retaining mechanism 310, when
When 110 inner cavity of babinet is in high pressure conditions, the high-pressure air source that active retaining mechanism 310 can receive 10 inner cavity of babinet is driven as power
It is dynamic to lock passive retaining mechanism 320 and realize that retaining mechanism 30 switches from discrete state to high-temperature brake state and realizes babinet
110 with the locking of sealing cover 120, when 110 inner cavity of babinet be in low-pressure state, active retaining mechanism 310 with passively lock machine
Structure 320 detaches and realizes that retaining mechanism 30 switches from high-temperature brake state to discrete state and realizes babinet 110 and sealing cover 120
Between separation.
Above-mentioned active retaining mechanism 310 includes for being connected to the air guide mechanism of 110 inner cavity of babinet, being set to air guide mechanism
The interior trigger mechanism for switching in triggering state and non-triggering state, trigger mechanism include the triggering receiver for receiving power
Structure, by trigger receiving mechanism receive power output triggering output mechanism, will trigger receiving mechanism reception power pass to
The triggering transmission mechanism for triggering output mechanism, when 110 inner cavity of babinet is in high pressure conditions, high pressure gas is touched by air guide mechanism
Trigger mechanism is sent out, high pressure gas pushes triggering receiving mechanism to squeeze triggering output mechanism and makes the passive lock of triggering output mechanism locking
Tight mechanism 320, when 110 inner cavity of babinet is in low-pressure state, triggering receiving mechanism traction triggering transmission mechanism, triggering output machine
Structure resets, and triggering output mechanism is detached with passive retaining mechanism 320.
As illustrated by figs. 12-13, above-mentioned air guide mechanism includes the air guide casing for the both ends open being fixedly connected with babinet 110
313, the central axial direction of air guide casing 313 is perpendicular to the sealing cover 120 in locking state, and air guide casing 313 is away from close
One end of capping 120 is connected with the gas-guide tube 311 of 110 inner cavity of connection babinet, and the inner cavity of air guide casing 313 passes through gas-guide tube 311
It is connected with the inner cavity of babinet 110.
Preferably, be provided between air guide casing 313 and gas-guide tube 311 threaded connector 312 and threaded connector 312 with
Air guide casing 313 is threadedly coupled, and threaded connector 312 is connected to the inner cavity of air guide casing 313 and gas-guide tube 311, is connected using screw thread
Fitting 312 has many advantages, such as that simple in structure, connection is reliable, is convenient to mount and dismount.
Air guide casing 313 is opened including ends of the air guide sleeve body 313a, air guide sleeve body 313a far from gas-guide tube 311
Equipped with air guide sliding slot 313b, the extending direction of air guide sliding slot 313b it is identical as the central axial direction of air guide sleeve body 313a and
Air guide sliding slot 313b extends radially through its wall portion along air guide sleeve body 313a, is located at air guide sliding slot on air guide sleeve body 313a
The wall portion of the both sides 313b, which is provided with, to be corresponded and along the guide chute 313c that air guide sleeve body 313a is radially extended, is oriented to and slides
Air guide sliding slot 313b is divided into and is slided close to the left air guide sliding slot of gas-guide tube 311 and the right air guide far from gas-guide tube 311 by slot 313c
Slot.
As shown in figures 14-17, above-mentioned trigger mechanism is set to the inner cavity of air guide casing 313, and the triggering of trigger mechanism passes
The ring that motivation structure includes valve rod, is matched with the inner cavity of air guide casing 313 and can be slided along the central axial direction of air guide casing 313
Shape spool 316,316 coaxial sleeve of spool are set to the outside of valve rod, and the inner cavity of air guide casing 313 is divided into close to even by spool 316
The left chamber of fitting 312 and right chamber far from connector 312 offer the company of connection left chamber and right chamber on spool 316
Through-hole, it is preferred that intercommunicating pore has several along the circumferencial direction array of spool 316, and the one end that valve rod is located at right chamber is set
It is equipped with external step and valve rod is arranged with pushing block 319 close to external step, pushing block 319 includes the valve for being sheathed on stem exterior
319a is covered, opposite side is provided with matching with right air guide sliding slot and can be along air guide sliding slot on the periphery of valve pocket 319a
The sliding block 319b of 313b guide directions sliding, one end of two sliding block 319b towards spools 316 is provided with pressure inclined-plane, and two apply
The direction that the distance between pressure inclined-plane is directed toward right chamber by left chamber is gradually reduced, and is arranged between valve rod and spool 316 flexible
The elastic force of part two, elastic component two pushes valve rod along its axis direction far from spool 316.
Preferably, valve rod is located at the coaxial fixing sleeve in end of left chamber and is connected to supports block 314, and supports block 314 protrudes the circle of valve rod
Circumferential surface, elastic component two are helical spring 315, and helical spring 315 is sheathed on the outside of valve rod, and one end of helical spring 315 contradicts
Supports block 314, the other end contradict spool 316, and the elastic force of helical spring 315 pushes valve rod along its axis direction far from spool 316.
The first embodiment.
Above-mentioned triggering receiving mechanism include sliding sleeve be set to valve rod outside and positioned at spool 316 and pushing block 319 it
Between sliding valve core 317, sliding valve core 317 can slide along the central axial direction of valve rod, and sliding valve core 317 includes sliding sleeve
The cylindric sealing valve pocket and sealing valve pocket to match set on the outside of valve rod and with the inner cavity of air guide casing 313 is fixed and is connected
The pressure boss connect, pressure boss is located between sealing valve pocket and pushing block 319 and the pressure of press boss and pushing block 319 is oblique
The corresponding face in face is arranged to squeeze inclined-plane.
Above-mentioned triggering output mechanism includes the card adapter plate 318 being set between sliding valve core 317 and pushing block 319, card
It is provided on fishplate bar 318 and matches with guide chute 313c and card adapter plate 318 can be driven along guide chute 313c guide directions
The projection piece of sliding, card adapter plate 318 is under the promotion that sliding valve core 317 squeezes inclined-plane and in the guiding role of guide chute 313c
Under along the radial direction of valve rod do the movement being located remotely from each other, card adapter plate 318 pushing block 319 press inclined-plane promotion under and be oriented to
Movement close to each other is done under the guiding role of sliding slot 313c along the radial direction of valve rod.
Above-mentioned card adapter plate 318 includes upper guiding surface, lower guiding surface, and upper guiding surface is parallel with lower guiding surface,
And upper guiding surface and pressure slopes which match, lower guiding surface are matched with inclined-plane is squeezed；It is oblique that upper guiding surface can receive pressure
The active force in face, and realize pressure inclined-plane driving card adapter plate 318 along guide chute 313c guide directions towards valve rod center movement；
Lower guiding surface can receive the active force of pressure boss, and realize that pressure boss drive card adapter plate 318 is led along guide chute 313c
Deviate valve rod center movement to direction.
Above-mentioned passive retaining mechanism 320 includes lock, lock and the above-mentioned controllable locking of two card adapter plates 318 cooperation
Mechanism 30 switches between discrete state and high-temperature brake state.Specifically, lock includes the button being fixedly connected with sealing cover 120
Plate, the fastening plate for being vertically installed in buckle both sides and extending towards retaining mechanism 30, fastening the free end of plate, be provided with can
It is matched with the card adapter plate 318 for deviateing valve rod center and realizes locking of the retaining mechanism 30 to sealing cover 120.
As shown in figure 4, it is more perfect, in order to improve the heat insulation effect of babinet 110, prevent heat losses very fast, it is described
Babinet 110 be arranged to double-shell structure, babinet 110 includes outer housing 111, inner housing 112, outer housing 111 and inner housing 112
Between be formed with cavity, thermal insulation material is filled in cavity, such as spun-glass insulation cotton, retaining mechanism 30 are set to outer housing
It is formed in cavity between 111 and inner housing 112, prevents inner cavity gas-guide tube 311 and air guide in high pressure conditions of babinet 110
The overheat of casing 313 is accidentally touched by people, reduces risk.
When the inner cavity of babinet 110 is in high pressure conditions, high steam pushes sliding valve core 317 along the central shaft of valve rod
Line direction is moved towards close to the direction of card adapter plate 318, and sliding valve core 317, which squeezes card adapter plate 318, makes two card adapter plates 318 lead
Movement away from each other is done along the radial direction of guide sleeve pipe 313 under to the guiding role of sliding slot 313c, at the same time two clampings
Plate 318 is locked with lock, and retaining mechanism 30 is switched from discrete state to high-temperature brake state.
When the inner cavity of babinet 110 is in low-pressure state, when the inner cavity of babinet 110 is under completely enclosed state, babinet
Temperature decrease can cause to generate low pressure event in babinet 110 in 110, sliding valve core 317 along valve rod central axial direction to
The direction movement of separate card adapter plate 318, sliding valve core 317 squeezes spool 316 and makes it along the center of air guide casing 313
Axis direction is moved away from the direction of card adapter plate 318,316 extrusion spiral spring 315 of spool, the elastic force of helical spring 315
Valve rod is pushed to be moved towards close to the direction of gas-guide tube 311 along center axis direction by supports block 314, valve rod passes through external
Rank push pushing block 319 squeeze card adapter plate 318, two card adapter plates 318 by pushing block 319 extruding and in guide chute 313c
Guiding role under movement adjacent to each other is done along the radial direction of guide sleeve pipe 313, card adapter plate 318 is detached with lock, lock machine
Structure 30 is switched from high-temperature brake state to discrete state.
Second of embodiment.
Second of embodiment makes modification on the basis of the first embodiment, the difference with the first embodiment
Place is that sliding valve core 317 is fixedly connected with valve rod, and spool 316 is fixedly connected with air guide casing 313, when in babinet 110
When chamber is in high pressure conditions, high steam pushes sliding valve core 317 along the central axial direction of valve rod towards close to card adapter plate
318 direction movement, sliding valve core 317 drive supports block 314 along the central axial direction of valve rod towards close to valve by valve rod
The direction of core 316 moves, and helical spring 315 is shunk savings elastic potential energy, slide-valve by the extruding of spool 316 and supports block 314
Core 317, which squeezes card adapter plate 318, makes two card adapter plates 318 under the guiding role of guide chute 313c along guide sleeve pipe 313
Radial direction does movement away from each other, and at the same time two card adapter plates 318 are locked with lock, and retaining mechanism 30 is from discrete state to height
Warm on-position switching.
When the inner cavity of babinet 110 is in normal pressure state, the elastic potential energy release that helical spring 315 is put aside, helical spring
Direction of 315 elastic force by supports block 314 with ovable valve stem along its axis direction away from spool 316 moves, and valve rod passes through outer
Set step push pushing block 319 squeeze card adapter plate 318, two card adapter plates 318 by pushing block 319 extruding and in guide chute
Movement adjacent to each other is done under the guiding role of 313c along the radial direction of guide sleeve pipe 313, card adapter plate 318 is detached with lock, lock
Tight mechanism 30 is switched from high-temperature brake state to discrete state.
Second of embodiment is different from existing for the first above-mentioned embodiment and is advantageous in that, second of implementation
Mode can realize that retaining mechanism 30 can be correspondingly arranged on babinet 10 in the unlock that automatically resets of room temperature, normal pressure
There is the pressure reducing mechanism connected with its inner cavity, by pressure reducing mechanism so that the fast quick-recovery in 10 inner cavity of babinet is to room temperature, atmospheric pressure environment, this
When can be realized retaining mechanism 30 from high-temperature brake state to discrete state switch；It will be apparent that the lock in second of embodiment
30 releasing process of tight mechanism is more convenient, quick.
High temperature, the high pressure fumigating method of food, step are：
S1：In use, rotational handle 210, handle 210 drives turntable 220 around own axis, turntable 220 by clamping portion
Two connecting rods 230 are driven to move toward one another, connecting rod 230 pulls inserted link 240 to be detached from spliced eye, and at the same time inserted link 240 is free
Elastic potential energy is shunk by the extruding of bolt 260 and cutting ferrule 122 and put aside to the disengaging of end and spliced eye, compressed spring 250, this
When sealing cover 120 free to rotate and control the openings of sizes of babinet 110, remove the active force of driving handle 210, compressed spring
The elastic potential energy release of 250 savings, compressed spring 250 push inserted link 240 to extend along direction deviation cutting ferrule 122 and realize inserted link
Jack 123 is stretched out in 240 free ends, will wait for that the stifling article of high temperature, high pressure is positioned over 110 inner cavity of babinet；
S2：Rotational handle 210, handle 210 drive turntable 220 around own axis by clamping portion, and turntable 220 drives two
Connecting rod 230 moves toward one another, and connecting rod 230 pulls the free end retraction jack 123 of inserted link 240, and compressed spring 250 is by slotting
Elastic potential energy is shunk and is put aside in the extruding of pin 260 and cutting ferrule 122, sealing cover 120 is freely rotated at this time and by the opening of babinet 110
Sealing removes the active force of driving handle 210, and the elastic potential energy release that compressed spring 250 is put aside, compressed spring 250, which pushes, inserts
Bar 240, which extends along direction, to be deviateed cutting ferrule 122 and realizes that 240 free end of inserted link is plugged in spliced eye；
S3：High temperature, high steam are generated into 110 inner cavity of babinet output high temperature, high steam or babinet 110, when babinet 110
When inner cavity is in high pressure conditions, high steam pushes sliding valve core 317 along the central axial direction of valve rod towards close to clamping
The direction of plate 318 moves, and sliding valve core 317, which squeezes card adapter plate 318, makes two card adapter plates 318 make in the guiding of guide chute 313c
Movement away from each other is done along the radial direction of guide sleeve pipe 313 under, at the same time two card adapter plates 318 are locked with lock, lock
Tight mechanism 30 is switched from discrete state to high-temperature brake state；
S4：After the article of 110 inner cavity of babinet cooks, when 110 inner cavity of babinet is in low-pressure state, sliding valve core 317 is along valve
The central axial direction of bar away from card adapter plate 318 direction move, sliding valve core 317 squeeze spool 316 simultaneously make its edge
The central axial direction for air guide casing 313 is moved away from the direction of card adapter plate 318,316 extrusion spiral spring of spool
315, the elastic force of helical spring 315 pushes valve rod along center axis direction towards close to the side of gas-guide tube 311 by supports block 314
To movement, valve rod pushes pushing block 319 to squeeze card adapter plate 318 by external step, and two card adapter plates 318 are by pushing block 319
Extruding and movement adjacent to each other is done along the radial direction of guide sleeve pipe 313 under the guiding role of guide chute 313c, be clamped
Plate 318 is detached with lock, and retaining mechanism 30 is switched from high-temperature brake state to discrete state；
S5：Rotational handle 210, rotary seal lid 120 simultaneously take out the article fumigated by high pressure from the inner cavity of babinet 110.
The high temperature of food, the safe self-locking means of defence of autoclaving, step are：
A：In use, rotational handle 210, handle 210 drives turntable 220 around own axis, 220 band of turntable by clamping portion
It moves two connecting rods 230 to move toward one another, connecting rod 230 pulls inserted link 240 to be detached from spliced eye, at the same time 240 free end of inserted link
Elastic potential energy is shunk by the extruding of bolt 260 and cutting ferrule 122 and put aside to the disengaging in portion and spliced eye, compressed spring 250, at this time
Sealing cover 120 free to rotate and the openings of sizes for controlling babinet 110, remove the active force of driving handle 210, compressed spring
The elastic potential energy release of 250 savings, compressed spring 250 push inserted link 240 to extend along direction deviation cutting ferrule 122 and realize inserted link
Jack 123 is stretched out in 240 free ends, will wait for that the article of high temperature, autoclaving is positioned over 110 inner cavity of babinet；
B：Rotational handle 210, handle 210 drive turntable 220 around own axis by clamping portion, and turntable 220 drives two
Connecting rod 230 moves toward one another, and connecting rod 230 pulls the free end retraction jack 123 of inserted link 240, and compressed spring 250 is by slotting
Elastic potential energy is shunk and is put aside in the extruding of pin 260 and cutting ferrule 122, sealing cover 120 is freely rotated at this time and by the opening of babinet 110
Sealing removes the active force of driving handle 210, and the elastic potential energy release that compressed spring 250 is put aside, compressed spring 250, which pushes, inserts
Bar 240, which extends along direction, to be deviateed cutting ferrule 122 and realizes that 240 free end of inserted link is plugged in spliced eye；
C：High temperature, high steam are generated into 110 inner cavity of babinet output high temperature, high steam or babinet 110, when babinet 110
When inner cavity is in high pressure conditions, high steam pushes sliding valve core 317 along the central axial direction of valve rod towards close to clamping
The direction of plate 318 moves, and sliding valve core 317 drives supports block 314 along the central axial direction of valve rod towards close by valve rod
The direction of spool 316 moves, and helical spring 315 is shunk savings elastic potential energy, sliding by the extruding of spool 316 and supports block 314
Spool 317, which squeezes card adapter plate 318, makes two card adapter plates 318 under the guiding role of guide chute 313c along guide sleeve pipe 313
Radial direction do movement away from each other, at the same time two card adapter plates 318 are locked with lock, retaining mechanism 30 from discrete state to
High-temperature brake state switches；
D：After the article of 110 inner cavity of babinet cooks, when 110 inner cavity of babinet is in normal pressure and temperature state, helical spring 315 is put aside
Elastic potential energy release, the elastic force of helical spring 315 by supports block 314 with ovable valve stem along its axis direction away from spool
316 direction movement, valve rod push pushing block 319 to squeeze card adapter plate 318 by external step, and two card adapter plates 318 are pushed away
The extruding of motion block 319 simultaneously does fortune adjacent to each other under the guiding role of guide chute 313c along the radial direction of guide sleeve pipe 313
Dynamic, card adapter plate 318 is detached with lock, and retaining mechanism 30 is switched from high-temperature brake state to discrete state；
E：Rotational handle 210, rotary seal lid 120 simultaneously take out the article fumigated by high pressure from the inner cavity of babinet 110.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, after knowing content described in the present invention, without departing from the principle of the present invention, it can also be made several
Same transformation and replacement, these convert and substitute on an equal basis and also should be regarded as belonging to the scope of protection of the present invention.
Claims (7)
1. the safe self-locking means of defence of the high temperature of food, autoclaving, step are：
A：In use, rotational handle, handle drives turntable around own axis, two connecting rods of driven by rotary disc by clamping portion
It moves toward one another, connecting rod pulls inserted link to be detached from spliced eye, the at the same time disengaging of inserted link free end and spliced eye, compressed spring
Elastic potential energy is shunk and put aside by the extruding of bolt and cutting ferrule, at this time sealing cover free to rotate and control babinet opening it is big
It is small, the active force of driving handle, the elastic potential energy release of compressed spring savings are removed, compressed spring pushes the inserted link side of extending along
To deviateing cutting ferrule and realizing that jack is stretched out in inserted link free end, it will wait for that the article of high temperature, autoclaving is positioned over cabinets cavity；
B：Rotational handle, handle drive turntable around own axis by clamping portion, and two connecting rods of driven by rotary disc are transported in opposite directions
Dynamic, connecting rod pulls the free end retraction jack of inserted link, compressed spring to be shunk by the extruding of bolt and cutting ferrule and put aside bullet
Property potential energy, sealing cover is freely rotated at this time and seals the opening of babinet, removes the active force of driving handle, compressed spring savings
Elastic potential energy release, compressed spring pushes inserted link to extend along direction and deviate and cutting ferrule and realizes that inserted link free end is plugged in grafting
In hole；
C：High temperature, high steam are generated into cabinets cavity output high temperature, high steam or babinet, when cabinets cavity is in height
When pressure condition, high steam pushes sliding valve core to be moved towards the direction close to card adapter plate along the central axial direction of valve rod,
Sliding valve core drives supports block to be moved towards the direction close to spool along the central axial direction of valve rod by valve rod, helical spring
Savings elastic potential energy is shunk by the extruding of spool and supports block, sliding valve core, which squeezes card adapter plate, makes two card adapter plates in guide chute
Guiding role under along the radial direction of guide sleeve pipe do movement away from each other, at the same time two card adapter plates are locked with lock,
Retaining mechanism is switched from discrete state to high-temperature brake state；
D：After the article of cabinets cavity cooks, when cabinets cavity is in normal pressure and temperature state, the elastic potential of helical spring savings
Can release, the direction of the elastic force of helical spring by supports block with ovable valve stem along its axis direction away from spool moves, valve rod
Pushing block is pushed to squeeze card adapter plate by external step, two card adapter plates are by the extruding of pushing block and being oriented in guide chute
Movement adjacent to each other is done under effect along the radial direction of guide sleeve pipe, card adapter plate is detached with lock, and retaining mechanism is by high-temperature brake
State switches to discrete state；
E：Rotational handle, rotary seal lid simultaneously take out the article fumigated by high pressure from the inner cavity of babinet.
2. the safe self-locking means of defence of the high temperature of food according to claim 1, autoclaving, which is characterized in that institute
The sealing cover stated includes sealing cover ontology, and the sky to cabinets cavity extension and salable box opening is provided on sealing cover ontology
Heart protruding portion, hollow projections are provided with a pair of of the cutting ferrule coordinated with mechanism for opening/closing in the side wall portion of box opening, and two
A cutting ferrule is coaxially disposed up and down, and two jacks coaxial with cutting ferrule are further opened in the wall portion of hollow projections, and jack is connected to case
The inner cavity of body and hollow projections, being provided on babinet can spliced eye corresponding with jack.
3. the safe self-locking means of defence of the high temperature of food according to claim 1, autoclaving, which is characterized in that institute
The retaining mechanism stated include be set to outside babinet and be connected to the active retaining mechanism of cabinets cavity, be set on sealing cover and with
The passive retaining mechanism of active retaining mechanism cooperation, active retaining mechanism includes for being connected to the air guide mechanism of cabinets cavity, setting
The trigger mechanism for switching in triggering state and non-triggering state being placed in air guide mechanism, trigger mechanism include receiving power
Triggering receiving mechanism, will trigger receiving mechanism receive power output triggering output mechanism, will triggering receiving mechanism receive
Power pass to triggering output mechanism triggering transmission mechanism；
Air guide mechanism includes the air guide casing for the both ends open being fixedly connected with babinet, and the central axial direction of air guide casing is vertical
In the sealing cover in locking state, air guide casing is connected with the gas-guide tube of connection cabinets cavity away from one end of sealing cover, leads
The inner cavity of gas bushing is connected by gas-guide tube with the inner cavity of babinet；
It is provided with threaded connector between air guide casing and gas-guide tube and threaded connector is connect with air guide casing threads, screw thread connects
Fitting is connected to the inner cavity of air guide casing and gas-guide tube；
Air guide casing includes air guide sleeve body, and end of the air guide sleeve body far from gas-guide tube offers air guide sliding slot, air guide
The extending direction of sliding slot is identical as the central axial direction of air guide sleeve body and air guide sliding slot is radially passed through along air guide sleeve body
Its wall portion is worn, the upper wall portion in air guide sliding slot both sides of air guide sleeve body, which is provided with, to be corresponded and along air guide sleeve body diameter
To the guide chute of extension, air guide sliding slot is divided into close to the left air guide sliding slot of gas-guide tube and far from gas-guide tube by guide chute
Right air guide sliding slot.
4. the safe self-locking means of defence of the high temperature of food according to claim 3, autoclaving, which is characterized in that on
The trigger mechanism stated is set to the inner cavity of air guide casing, and the triggering transmission mechanism of trigger mechanism includes valve rod, is fixed on guide sleeve
The cyclic annular spool of tube cavity, spool coaxial sleeve are set to the outside of valve rod, and the inner cavity of air guide casing is divided into close to connection by spool
The left chamber of part and right chamber far from connector, the intercommunicating pore of connection left chamber and right chamber, intercommunicating pore are offered on spool
There are several along the circumferencial direction array of spool, the one end that valve rod is located at right chamber is provided with external step and valve rod is close
External step is arranged with pushing block, and pushing block includes the valve pocket for being sheathed on stem exterior, opposite side on the periphery of valve pocket
It is provided with sliding block that is matching with right air guide sliding slot and being slided along air guide sliding slot guide direction, two sliding blocks are towards spool
One end be provided with pressure inclined-plane, and the distance between two pressure inclined-planes are directed toward the direction of right chamber by left chamber and are gradually reduced,
Elastic component two is provided between valve rod and spool, the elastic force of elastic component two pushes valve rod along its axis direction far from spool；
The coaxial fixing sleeve in end that valve rod is located at left chamber is connected to supports block, and supports block protrudes the periphery of valve rod, and elastic component two is spiral shell
Spring is revolved, helical spring is sheathed on the outside of valve rod, and one end of helical spring contradicts supports block, the other end contradicts spool, spiral bullet
The elastic force of spring pushes valve rod along its axis direction far from spool.
5. the safe self-locking means of defence of the high temperature of food according to claim 4, autoclaving, which is characterized in that on
The triggering receiving mechanism stated includes the outside that fixing sleeve is set to valve rod and the sliding valve core between spool and pushing block, sliding
Spool includes the cylindric sealing valve pocket and sealing that fixing sleeve is set to the outside of valve rod and matches with the inner cavity of air guide casing
The pressure boss that valve pocket is fixedly connected, pressure boss is located between sealing valve pocket and pushing block and press boss and pushing block are applied
The pressure corresponding face in inclined-plane is arranged to squeeze inclined-plane；
Above-mentioned triggering output mechanism includes the card adapter plate being set between sliding valve core and pushing block, be provided in card adapter plate with
The projection piece that guide chute matches and card adapter plate can be driven to be slided along guide chute guide direction, card adapter plate include upper guiding
Inclined-plane, lower guiding surface, upper guiding surface is parallel with lower guiding surface, and upper guiding surface with pressure slopes which match, under lead
It is matched to inclined-plane with inclined-plane is squeezed.
6. the safe self-locking means of defence of the high temperature of food according to claim 5, autoclaving, which is characterized in that on
The passive retaining mechanism stated includes lock, and lock is engaged by clamping with above-mentioned two can control retaining mechanism in discrete state and height
Switch between warm on-position.
7. the safe self-locking means of defence of the high temperature of food according to claim 6, autoclaving, which is characterized in that lock
Button includes the buckle being fixedly connected with sealing cover, is vertically installed in buckle both sides and towards the fastening plate that retaining mechanism extends,
The free end of fastening plate is provided with the lock that can be matched with the card adapter plate for deviateing valve rod center and realize retaining mechanism to sealing cover
It is fixed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810099864.1A CN108451346A (en) | 2018-02-01 | 2018-02-01 | The high temperature of food, the safe self-locking means of defence of autoclaving |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810099864.1A CN108451346A (en) | 2018-02-01 | 2018-02-01 | The high temperature of food, the safe self-locking means of defence of autoclaving |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108451346A true CN108451346A (en) | 2018-08-28 |
Family
ID=63238362
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810099864.1A Withdrawn CN108451346A (en) | 2018-02-01 | 2018-02-01 | The high temperature of food, the safe self-locking means of defence of autoclaving |
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| CN (1) | CN108451346A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108742473A (en) * | 2018-08-31 | 2018-11-06 | 佛山市顺德区德尔玛电器有限公司 | A kind of defeathering ball machine with extension handle function |
| CN109514883A (en) * | 2018-11-21 | 2019-03-26 | 台州帆环保设备科技有限公司 | A kind of wall pipe drum die |
| CN111990882A (en) * | 2019-05-27 | 2020-11-27 | 佛山市顺德区美的电热电器制造有限公司 | Cooking appliance, control method and control system thereof, and electronic device |
| CN111990880A (en) * | 2019-05-27 | 2020-11-27 | 佛山市顺德区美的电热电器制造有限公司 | Cooking appliance, control method and control system thereof, and electronic device |
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2018
- 2018-02-01 CN CN201810099864.1A patent/CN108451346A/en not_active Withdrawn
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108742473A (en) * | 2018-08-31 | 2018-11-06 | 佛山市顺德区德尔玛电器有限公司 | A kind of defeathering ball machine with extension handle function |
| CN109514883A (en) * | 2018-11-21 | 2019-03-26 | 台州帆环保设备科技有限公司 | A kind of wall pipe drum die |
| CN109514883B (en) * | 2018-11-21 | 2021-02-05 | 台州一帆环保设备科技有限公司 | Wall pipe roller die |
| CN111990882A (en) * | 2019-05-27 | 2020-11-27 | 佛山市顺德区美的电热电器制造有限公司 | Cooking appliance, control method and control system thereof, and electronic device |
| CN111990880A (en) * | 2019-05-27 | 2020-11-27 | 佛山市顺德区美的电热电器制造有限公司 | Cooking appliance, control method and control system thereof, and electronic device |
| CN111990882B (en) * | 2019-05-27 | 2021-09-03 | 佛山市顺德区美的电热电器制造有限公司 | Cooking appliance, control method and control system thereof, and electronic device |
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Application publication date: 20180828 |