CN106724772B - Intelligent automation is cooked and the device of quantitative discharging - Google Patents
Intelligent automation is cooked and the device of quantitative discharging Download PDFInfo
- Publication number
- CN106724772B CN106724772B CN201710020492.4A CN201710020492A CN106724772B CN 106724772 B CN106724772 B CN 106724772B CN 201710020492 A CN201710020492 A CN 201710020492A CN 106724772 B CN106724772 B CN 106724772B
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- China
- Prior art keywords
- discharge port
- staving
- dosing container
- helical blade
- stored substance
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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
- A47J36/00—Parts, details or accessories of cooking-vessels
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B1/00—Packaging fluent solid material, e.g. powders, granular or loose fibrous material, loose masses of small articles, in individual containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, or jars
- B65B1/04—Methods of, or means for, filling the material into the containers or receptacles
- B65B1/10—Methods of, or means for, filling the material into the containers or receptacles by rotary feeders
- B65B1/12—Methods of, or means for, filling the material into the containers or receptacles by rotary feeders of screw type
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B1/00—Packaging fluent solid material, e.g. powders, granular or loose fibrous material, loose masses of small articles, in individual containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, or jars
- B65B1/30—Devices or methods for controlling or determining the quantity or quality or the material fed or filled
- B65B1/36—Devices or methods for controlling or determining the quantity or quality or the material fed or filled by volumetric devices or methods
-
- 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
A kind of device of intelligent automation culinary art and quantitative discharging, it includes staving, lid, rotating member, helical blade, dosing container, discharging turntable, arch brace seat and driving mechanism, the present invention can stir stored substance and be allowed to be uniformly heated when cooking food, shorten and the time is cooked, achievees the purpose that not sticky end using steam heating；The blade rotated forward after meal is cooked simultaneously can beat meal, enable rice unlikely agglomerating, blocky.Dosing container is connected by using in staving bottom setting discharge port simultaneously, when rotating member rotates backward, drives the dosing container that stored substance pressure is filled into discharge port connection below helical blade, quantitative discharging, to achieve the purpose that continuous automatic Loading discharges.The invention further relates to one kind quantifying glassware.
Description
Technical field：
The present invention relates to the device of a kind of culinary art of intelligent automation and quantitative discharging and corresponding quantify glassware.
Background technology：
For conventional kitchen, cooked food is dispensed by manual operation, often be will appear and is contained
The case where capacity differs, and automation difficult to realize.In addition, usual culinary cuisine food or when cooking, is typically to pass through
Manual operation also will appear situations such as operation is uneven, and when being cooked by pot or other containers, because cannot be stirred in time
It is dynamic, it often will appear and heat uneven or viscous pot, the various disadvantages such as cooking time length.
Invention content：
It is an object of the invention to overcome disadvantages mentioned above, provide the device of a kind of culinary art of intelligent automation and quantitative discharging with
And it is corresponding quantify glassware, the device of intelligent automation culinary art and quantitative discharging can stir stored substance when cooking food
It is allowed to be uniformly heated, shortens and the time is cooked, achieve the purpose that not sticky end using steam heating；It is positive after meal is cooked simultaneously
The blade of rotation can beat meal, enable rice unlikely agglomerating, blocky.Connect simultaneously by using in staving bottom setting discharge port
The dosing container connect drives and stored substance pressure is filled into determining for discharge port connection below helical blade when rotating member rotates backward
Measure container, quantitative discharging, to achieve the purpose that continuous automatic Loading discharges.The invention further relates to one kind quantifying glassware.
To solve the above problems, the invention is realized by the following technical scheme：
One kind of the present invention quantifying glassware comprising：
Staving：Place stored substance；Staving bottom is provided with discharge port；Staving may be configured as double-layer structure, reach every
Heat, heat insulation effect, can more achieve the purpose of energy saving.
Lid：It is mounted on the top of the staving with capable of switching, it can be in a manner of covering the staving upper opening
It closes；
Rotating member：It rotatably configures between the staving and the lid；
Helical blade：It is arranged in a helical pattern on the rotating member；Extend and bucket baseplane helical blade bottom
The lower baffle plate being close to, lower baffle plate can all cover the discharge port of the staving bottom setting；Helical blade can be selected a variety of
Pattern, such as screw type, straight tiltedly type；
Dosing container：The amount of discharging is quantified；For a hollow structure, upper end is installed on and going out described in staving bottom
The corresponding position of material mouth；
Discharge turntable：It is close to configure in the lower end of dosing container, the lower end of rotating member connect and drives out with discharging turntable
Material turntable rotates coaxially；It is provided with the opening with the channel adaptation of dosing container hollow structure on discharging turntable, and discharges and turns
The phase for the discharge port and dosing container that opening on disk is arranged with the lower baffle plate on the helical blade relative to staving bottom
To position in the design that is staggered, i.e., when the lower baffle plate on the helical blade reaches the discharge port of staving bottom setting and quantitative appearance
When device, the opening on turntable that discharges will not also reach the discharge port and dosing container of the setting of staving bottom simultaneously, only work as institute
After stating the discharge port and dosing container that the lower baffle plate on helical blade leaves the setting of staving bottom, the opening to discharge on turntable is
The discharge port and dosing container that the setting of staving bottom can be reached quantify to ensure that stored substance pressure is filled by the helical blade
When container, stored substance will not be dropped out from the opening on discharge port plate, and when stored substance is dropped out from the opening on discharge port plate, spiral
Stored substance pressure will not be filled into dosing container on blade；
Arch brace seat：It is arranged in the bottom for quantifying glassware, for supporting entire staving and protection internal structure；
Driving mechanism：With a driving portion for generating driving force, so that rotating member is rotated using the driving force of driving portion, drives
Dynamic portion can be converted with forward and reverse and be rotated, wherein and helical blade can be stirred to the position for being placed on the stored substance in staving,
Stored substance constantly can be taken to eminence by helical blade when rotating forward, and when rotating backward, can be pressurized filing to cooked stored substance
In dosing container.
One of those is preferably designed for：Determine at least provided with a discharge port and respective numbers the staving bottom
Measure the opening on container and the discharging turntable of respective numbers；One group of helical blade is at least set on rotating member and is guaranteed simultaneously
The stored substance is filled by corresponding staving bottom discharge mouth pressure in dosing container；And the opening on turntable that discharges and institute
The relative position for stating discharge port and dosing container that lower baffle plate on helical blade is arranged relative to staving bottom is set in being staggered
Meter, i.e., when the lower baffle plate on the helical blade reaches the discharge port and dosing container of staving bottom setting, discharge turntable
On opening will not also simultaneously reach staving bottom setting discharge port and dosing container, only when on the helical blade
After lower baffle plate leaves the discharge port and dosing container of the setting of staving bottom, the opening to discharge on turntable can just reach staving bottom
The discharge port and dosing container of setting, when to ensure that stored substance pressure is filled into dosing container by the helical blade, stored substance
It will not drop out from the opening on discharge port plate, and when stored substance is dropped out from the opening on discharge port plate, will not be incited somebody to action on helical blade
Stored substance pressure is filled into dosing container.
One of those is preferably designed for：Sequentially connected bearing block, bearing and movable axle sleeve are provided in lid, it is living
The correspondence screens socket that moving axis set can be specially arranged with rotating member top；Bearing block is arranged in staving outer bottom, consolidates in bearing block
Dead axle is held, and rotating member is socketed after passing through staving bottom and bearing with discharging turntable positioning.
One of those is preferably designed for：It further includes that positioning and cleaning that dosing container position is corresponded on staving is arranged
Fluting periodically carries out internal washing to facilitate.
One of those is preferably designed for：Dosing container is using detachable screw thread or click on fashion connection design, with convenient
The dosing container of different capabilities is needed replacing according to difference.
The invention further relates to a kind of culinary art of intelligent automation and the devices of quantitative discharging comprising：
Staving：Place stored substance；Staving bottom is provided with discharge port；Staving may be configured as double-layer structure, reach every
Heat, heat insulation effect, can more achieve the purpose of energy saving；
Lid：It is mounted on the top of the staving with capable of switching, it can be in a manner of covering the staving upper opening
It closes；The steam inlet, charging door and exhaust outlet of steam-out (SO) are provided on lid；
Rotating member：It rotatably configures between the staving and the lid；
Helical blade：It is arranged in a helical pattern on the rotating member；Extend and bucket baseplane helical blade bottom
The lower baffle plate being close to, lower baffle plate can all cover the discharge port of the staving bottom setting；Helical blade can be selected a variety of
Pattern, such as screw type, straight tiltedly type；
Sealing-plug chip architecture：For the discharge port on sealed barrel bottom；It includes：
Bearing block：Mounted on staving bottom, hollow cylindrical outer surface carries at least two corresponding skewed slots；
Packing sleeve：Nesting be mounted on bearing block outside, using hoodle screw by on packing sleeve mounting hole with
Corresponding skewed slot on bearing block carries out corresponding installation connection, and what the packing sleeve after connection can be on bearing block is corresponding
Skewed slot in limitation is lower carries out oblique rotation-limited；
Seal patch：Sealing patch identical with the discharge port quantity of staving bottom is provided on packing sleeve, for close
Seal the discharge port of staving bottom；
Push-pull electromagnet：At least one push-pull electromagnet is arranged to be flexibly connected with packing sleeve, plug-type electricity
Magnet carries out driving packing sleeve to carry out oblique rotation-limited when push-and-pull movement,；
Dosing container：The amount of discharging is quantified；For a hollow structure, upper end is installed on and going out described in staving bottom
The corresponding position of material mouth；Dosing container is additionally provided with the position cracked, cracked on the basis of ensureing normal connection on dosing container
It is set in sealing patch movement paths traversed, it being capable of normal rotation and sealing or unlatching staving bottom to ensure to seal patch
The discharge port in portion；
Discharge turntable：It is close to configure in the lower end of dosing container, the lower end of rotating member connect and drives out with discharging turntable
Material turntable rotates coaxially；It is provided with the opening with the channel adaptation of dosing container hollow structure on discharging turntable, and discharges and turns
The phase for the discharge port and dosing container that opening on disk is arranged with the lower baffle plate on the helical blade relative to staving bottom
To position in the design that is staggered, i.e., when the lower baffle plate on the helical blade reaches the discharge port of staving bottom setting and quantitative appearance
When device, the opening on turntable that discharges will not also reach the discharge port and dosing container of the setting of staving bottom simultaneously, only work as institute
After stating the discharge port and dosing container that the lower baffle plate on helical blade leaves the setting of staving bottom, the opening to discharge on turntable is
The discharge port and dosing container that the setting of staving bottom can be reached quantify to ensure that stored substance pressure is filled by the helical blade
When container, stored substance will not be dropped out from the opening on discharge port plate, and when stored substance is dropped out from the opening on discharge port plate, spiral
Stored substance pressure will not be filled into dosing container on blade；
Driving mechanism：With a driving portion for generating driving force, so that rotating member is rotated using the driving force of driving portion, drives
Dynamic portion can be converted with forward and reverse and be rotated, wherein and helical blade can be stirred to the position for being placed on the stored substance in staving,
Stored substance constantly can be taken to eminence by helical blade when rotating forward, and when rotating backward, can be pressurized filing to cooked stored substance
In dosing container；
Central controller：Driving mechanism and push-pull electromagnet are connect with central controller respectively, and by central controller
Control；When carrying out steam cooking, central controller controls push-pull electromagnet drives the sealing patch knot on packing sleeve
Structure seals up the discharge port of staving bottom to ensure that staving bottom is in sealing state；When carrying out stored substance quantitative discharging, control
Sealing-plug chip architecture on push-pull electromagnet drive packing sleeve processed leaves the discharge port of staving bottom, normally fixed to guarantee
Measure material；The keying of central controller controls steam simultaneously, when carrying out steam cooking, driving portion drives helical blade forward direction to turn
It is dynamic that stored substance is taken into eminence, it carries out rotating backward pressure when carrying out stored substance quantitative discharging and fills out stored substance progress quantitative discharging.
One of those is preferably designed for：Determine at least provided with a discharge port and respective numbers the staving bottom
It is provided with the sealing patches of respective numbers on amount container and opening on the discharging turntable of respective numbers and packing sleeve；Rotation
One group of helical blade is at least set on part and guarantees that the stored substance is passed through corresponding staving bottom discharge mouth pressure simultaneously
It is filled into dosing container；And the opening on turntable that discharges is arranged with the lower baffle plate on the helical blade relative to staving bottom
Discharge port and dosing container relative position in being staggered design, i.e., when the lower baffle plate arrival staving bottom on the helical blade
When the discharge port and dosing container of portion's setting, the opening on turntable that discharges will not also reach the discharging of staving bottom setting simultaneously
Mouth and dosing container, only when the lower baffle plate on the helical blade leaves the discharge port of staving bottom setting and quantitative appearance
After device, the opening on turntable that discharges can just reach the opening and dosing container of the setting of staving bottom, to ensure the spiral
When stored substance pressure is filled into dosing container by blade, stored substance will not be dropped out from the opening on discharge port plate, and in stored substance from going out
When opening on charging tray drops out, stored substance pressure dosing container will not be filled on helical blade.
One of those is preferably designed for：Sequentially connected bearing block, bearing and movable axle sleeve are provided in lid, it is living
The correspondence screens socket that moving axis set can be specially arranged with rotating member top；The setting of staving outer bottom carries corresponding skewed slot
Bearing block inner fixed bearing, rotating member pass through after staving bottom and bearing with discharging turntable positioning socket.
One of those is preferably designed for：It further includes that positioning and cleaning that dosing container position is corresponded on staving is arranged
Fluting periodically carries out internal washing to facilitate.
One of those is preferably designed for：Dosing container is using detachable screw thread or click on fashion connection design, with convenient
The dosing container of different capabilities is needed replacing according to difference.
When helical blade on the rotating member of the present invention quantified in glassware rotates forward, the receipts in staving can be stirred
It is tolerant, when facilitating helical blade to rotate backward, stored substance pressure is filled into the dosing container of discharge port connection below helical blade,
Quantitative discharging, to achieve the purpose that continuous automatic Loading discharges.
The present invention intelligent automation culinary art and quantitative discharging device, when the helical blade on rotating member rotate in the forward direction it is dynamic
When, helical blade can put forward stored substance toward eminence, and nature fell therewith；It will be produced with water vapour when stored substance is fallen automatically
Raw adequately contact, stored substance is cooked using the penetrating power of vapor；It is constantly rotated forward when cooking, stirs stored substance
It is allowed to be uniformly heated, shortens and the time is cooked, achieve the purpose that not sticky end using steam heating；It is positive after meal is cooked simultaneously
The blade of rotation can beat meal, enable rice unlikely agglomerating, blocky.It is fixed by using being connected in staving bottom setting discharge port
Container is measured, when rotating member rotates backward, stored substance pressure can be filled into the dosing container of discharge port connection below helical blade, it is fixed
Material is measured, to achieve the purpose that continuous automatic Loading discharges；Meanwhile under the control of central control system, realize that intelligence is automatic
Change the function of culinary art and quantitative discharging.
The advantages of device of intelligent automation culinary art and quantitative discharging of the invention, is：
1, it cooks and quantitatively divides meal integrated.
2, it is produced under whole sealing status, safety and sanitation.Scene processing more can guarantee that meal Hot dishes is fragrant！
3, helical blade is rotated after the meal, flow of circling round, the interior residual of bucket easy to clean.
4, helical blade lower baffle has cut-out, separation function, and when dosing container fills meal, helical blade will quantitatively hold
The food and top staving of device are kept completely separate.
5, sealing-plug chip architecture is realized produces under whole sealing status, avoids water, gas from leaking out, safety and sanitation.
6, helical blade is rotated after the meal, flow of circling round, the interior residual of bucket easy to clean.
7, helical blade lower baffle has cut-out, separation function, and when dosing container fills meal, helical blade will quantitatively hold
The food and top staving of device are kept completely separate.
8, staving bottom is at least provided with a discharge port and the dosing container of respective numbers and the discharging of respective numbers
When being provided with the sealing patch of respective numbers in the opening and packing sleeve on turntable, respective numbers increase, which can be formed, quickly to divide
Fill effect.
Description of the drawings：
Fig. 1 is the whole configuration schematic diagram for quantifying glassware of the present invention.
Fig. 2 is the cross-sectional view for quantifying glassware of the present invention.
Fig. 3 is the bottom surface structure schematic diagram for quantifying glassware of the present invention.
Fig. 4 is the whole configuration schematic diagram of the intelligent automation culinary art of the present invention and the device of quantitative discharging.
Fig. 5 is the cross-sectional view of the intelligent automation culinary art of the present invention and the device of quantitative discharging.
Fig. 6 is the bottom surface structure schematic diagram of the intelligent automation culinary art of the present invention and the device of quantitative discharging.
Figure number explanation：
1- staving 2- lid 3- discharge ports
4- rotating member 5- helical blade 6- lower baffle plates
7- dosing containers 8- discharging turntable 9- arch brace seats
10- bearing block 11- bearing 12- activity axle sleeves
13- is positioned and cleaning fluting 14- skewed slot 15- packing sleeves
16- seals patch 17- push-pull electromagnet 18- steam inlets
19- charging door 20- exhaust outlets 21- cracks
Specific implementation mode：
With reference to embodiment, invention is further described in detail.
Embodiment 1：Quantify glassware
One kind quantifying glassware comprising：
Staving 1：Place stored substance；1 bottom of staving is provided with discharge port 3；Staving 1 may be configured as double-layer structure, it is made to reach
To heat-insulated, heat insulation effect, can more achieve the purpose of energy saving.
Lid 2：It is mounted on the top of the staving 1 with capable of switching, it can be to cover the side of 1 upper opening of the staving
Formula is closed；Knob is provided on lid 2；
The fixation being provided on lid 2 and staving 1 between corresponding buckle progress lid 2 and staving 1；
Rotating member 4：It rotatably configures between the staving 1 and the lid 2；
Helical blade 5：It is arranged in a helical pattern on the rotating member 4；Extend flat with bucket bottom in 5 bottom of helical blade
The lower baffle plate 6 that face is close to, lower baffle plate 6 can all cover the discharge port 3 of 1 bottom of staving setting；Helical blade 5 is optional
With various modes, such as screw type, straight tiltedly type；
Dosing container 7：The amount of discharging is quantified；For a hollow structure, upper end be installed on described in 1 bottom of staving
The corresponding position of discharge port 3；
Discharge turntable 8：Rotation is close to configure in the lower end of dosing container 7, and the lower end of rotating member 4 is connect with discharging turntable 8
And discharging turntable 8 is driven to rotate coaxially；The opening with the channel adaptation of 7 hollow structure of dosing container is provided on discharging turntable 8,
And the discharge port 3 that the opening on turntable 8 that discharges is arranged with the lower baffle plate 6 on the helical blade 5 relative to 1 bottom of staving with
And the relative position of dosing container 7 is arranged in the design that is staggered when the lower baffle plate 6 on the helical blade 5 reaches 1 bottom of staving
Discharge port 3 and dosing container 7 when, discharge turntable 8 on opening will not also simultaneously reach 1 bottom of staving setting discharge port
3 and dosing container 7, only when the lower baffle plate 6 on the helical blade 5 leaves the discharge port 3 of 1 bottom of staving setting and fixed
After measuring container 7, the opening on turntable 8 that discharges can just reach the discharge port 3 and dosing container 7 of the setting of 1 bottom of staving, to protect
When demonstrate,proving the helical blade 5 stored substance pressure being filled into dosing container 7, stored substance will not be dropped out from the opening on discharge port plate, and
When stored substance is dropped out from the opening on discharge port plate, stored substance pressure will not be filled into dosing container 7 on helical blade 5；
Arch brace seat 9：It is arranged in the bottom for quantifying glassware, for supporting entire staving 1 and protection internal structure；
Driving mechanism：With a driving portion for generating driving force, rotating member 4 is set to rotate using the driving force of driving portion,
Driving portion can be converted with forward and reverse and be rotated, wherein helical blade 5 can be stirred to the stored substance being placed in staving 1
Stored substance constantly can be taken to eminence by position when helical blade 5 rotates forward, can be by cooked stored substance when rotating backward
It is pressurized filing in dosing container 7；Driving mechanism can be built in staving 1 bottom and rotating member 4 is driven to rotate or external in bucket
Then 1 outside of body drives rotating member 4 to rotate by common serial verb construction；The function of forward and reverse rotation can be adjusted as needed
It is whole, it is only necessary to invert in the direction of helical blade 5 accordingly, the description of forward and reverse rotation is not as the limit to rotation direction
System, only for the purposes of description.
One of those is preferably designed for：1 bottom of the staving is at least provided with a discharge port 3 and respective numbers
Opening on dosing container 7 and the discharging turntable 8 of respective numbers；One group of helical blade 5 is at least set on rotating member 4 and is ensured
Can simultaneously by the stored substance by 1 bottom discharge mouth 3 of corresponding staving pressure be filled into dosing container 7 (such as：Only it is arranged 1
Discharge port 3, the corresponding opening that can be correspondingly arranged on 1 group or 2 groups of helical blades, 5,1 dosing containers 7 and 1 discharging turntable 8；
2 discharge ports 3 are such as set, the correspondence that can be correspondingly arranged on 2 groups of helical blades, 5,2 dosing containers 7 and 2 discharging turntables 8
Opening, and so on, as long as guaranteeing normally to discharge.)；And on the opening to discharge on turntable 8 and the helical blade 5
The relative position of discharge port 3 and dosing container 7 that is arranged relative to 1 bottom of staving of lower baffle plate 6 in the design that is staggered, that is, work as institute
When stating the discharge port 3 and dosing container 7 of the arrival staving of the lower baffle plate 61 bottom setting on helical blade 5, discharge on turntable 8
Opening will not also reach the discharge port 3 and dosing container 7 of the setting of 1 bottom of staving simultaneously, only when on the helical blade 5
After lower baffle plate 6 leaves discharge port 3 and the dosing container 7 of the setting of 1 bottom of staving, the opening to discharge on turntable 8 can just reach bucket
The discharge port 3 and dosing container 7 of 1 bottom of body setting, to ensure that stored substance pressure is filled into dosing container by the helical blade 5
When 7, stored substance will not be dropped out from the opening on discharge port plate, and when stored substance is dropped out from the opening on discharge port plate, helical-blade
Stored substance pressure will not be filled into dosing container 7 on piece 5.
One of those is preferably designed for：Sequentially connected bearing block 10, bearing 11 and movable axis are provided in lid 2
Set 12, movable axle sleeve 12 can be socketed with the correspondence screens that 4 top of rotating member is specially arranged；Bearing block is arranged in 1 outer bottom of staving
10,10 inner fixed bearing 11 of bearing block, rotating member 4 is socketed after passing through 1 bottom of staving and bearing 11 with discharging 8 screens of turntable.
One of those is preferably designed for：It further includes that the positioning that 7 position of dosing container is corresponded on staving 1 and clear is arranged
Fluting 13 is washed, internal washing is periodically carried out to facilitate.
One of those is preferably designed for：Dosing container 7 is using detachable screw thread or click on fashion connection design, with convenient
The dosing container 7 of different capabilities is needed replacing according to difference.
Embodiment 2：Intelligent automation is cooked and the device of quantitative discharging
A kind of device of intelligent automation culinary art and quantitative discharging comprising：
Staving 1：Place stored substance；1 bottom of staving is provided with discharge port 3；Staving 1 may be configured as double-layer structure, it is made to reach
To heat-insulated, heat insulation effect, can more achieve the purpose of energy saving；
Lid 2：It is mounted on the top of the staving 1 with capable of switching, it can be to cover the side of 1 upper opening of the staving
Formula is closed；The steam inlet 18, charging door 19 and exhaust outlet 20 of steam-out (SO) are provided on lid 2；In lid 2 and staving
The fixation being provided on 1 between corresponding buckle progress lid 2 and staving 1；Knob is provided on lid 2；
Rotating member 4：It rotatably configures between the staving 1 and the lid 2；
Helical blade 5：It is arranged in a helical pattern on the rotating member 4；Extend flat with bucket bottom in 5 bottom of helical blade
The lower baffle plate 6 that face is close to, lower baffle plate 6 can all cover the discharge port 3 of 1 bottom of staving setting；Helical blade 5 is optional
With various modes, such as screw type, straight tiltedly type；
Seal 16 structure of patch：For the discharge port 3 on 1 bottom of sealed barrel；It includes：
Bearing block 10：Mounted on 1 bottom of staving, hollow cylindrical outer surface carries at least two corresponding skewed slots 14；
Packing sleeve 15：Nesting is mounted on the outside of bearing block 10, using hoodle screw by with the peace on packing sleeve 15
Dress hole carries out corresponding installation with the corresponding skewed slot 14 on bearing block 10 and connects, and the packing sleeve 15 after connection can be in bearing
Limitation is lower in corresponding skewed slot 14 on seat 10 carries out oblique rotation-limited；
Seal patch 16：Sealing patch identical with 3 quantity of discharge port of 1 bottom of staving is provided on packing sleeve 15
16, it is used for the discharge port 3 of 1 bottom of sealed barrel；
Push-pull electromagnet 17：At least one push-pull electromagnet 17 is arranged to be flexibly connected with packing sleeve 15, pushes away
Pull-type electromagnet 17 carries out driving packing sleeve 15 to carry out oblique rotation-limited when push-and-pull movement；Push-pull electromagnet 17 can be consolidated
It is scheduled on 1 inner wall of staving.
Dosing container 7：The amount of discharging is quantified；For a hollow structure, upper end be installed on described in 1 bottom of staving
The corresponding position of discharge port 3；Dosing container 7 is additionally provided on dosing container 7 on the basis of ensureing normal connection and cracks 21,
Crack 21 position is that sealing patch 16 moves in paths traversed, being capable of normal rotation and close to ensure to seal patch 16
Envelope or the discharge port 3 for opening 1 bottom of staving；
Discharge turntable 8：Rotation is close to configure in the lower end of dosing container 7, and the lower end of rotating member 4 is connect with discharging turntable 8
And discharging turntable 8 is driven to rotate coaxially；The opening with the channel adaptation of 7 hollow structure of dosing container is provided on discharging turntable 8,
And the discharge port 3 that the opening on turntable 8 that discharges is arranged with the lower baffle plate 6 on the helical blade 5 relative to 1 bottom of staving with
And the relative position of dosing container 7 is arranged in the design that is staggered when the lower baffle plate 6 on the helical blade 5 reaches 1 bottom of staving
Discharge port 3 and dosing container 7 when, discharge turntable 8 on opening will not also simultaneously reach 1 bottom of staving setting discharge port
3 and dosing container 7, only when the lower baffle plate 6 on the helical blade 5 leaves the discharge port 3 of 1 bottom of staving setting and fixed
After measuring container 7, the opening on turntable 8 that discharges can just reach the discharge port 3 and dosing container 7 of the setting of 1 bottom of staving, to protect
When demonstrate,proving the helical blade 5 stored substance pressure being filled into dosing container 7, stored substance will not be dropped out from the opening on discharge port plate, and
When stored substance is dropped out from the opening on discharge port plate, stored substance pressure will not be filled into dosing container 7 on helical blade 5；
Driving mechanism：With a driving portion for generating driving force, rotating member 4 is set to rotate using the driving force of driving portion,
Driving portion can be converted with forward and reverse and be rotated, wherein helical blade 5 can be stirred to the stored substance being placed in staving 1
Stored substance constantly can be taken to eminence by position when helical blade 5 rotates forward, can be by cooked stored substance when rotating backward
It is pressurized filing in dosing container 7；Driving mechanism can be built in staving 1 bottom and rotating member 4 is driven to rotate or external in bucket
Then 1 outside of body drives rotating member 4 to rotate by common serial verb construction；The function of forward and reverse rotation can be adjusted as needed
It is whole, it is only necessary to invert in the direction of helical blade 5 accordingly, the description of forward and reverse rotation is not as the limit to rotation direction
System, only for the purposes of description；
Central controller：Driving mechanism and push-pull electromagnet 17 are connect with central controller respectively, and are controlled by center
The control of device；When carrying out steam cooking, central controller controls push-pull electromagnet 17 is with 11 sets of upper sealing-plugs of dynamic bearing
16 sealing structure of piece lives the discharge port 3 of 1 bottom of staving to ensure that 1 bottom of staving is in sealing state；It is quantitative carrying out stored substance
When discharging, control push-pull electromagnet 17 is with the discharge port for sealing 16 structure of patch on 11 sets of dynamic bearing and leaving 1 bottom of staving
3, to guarantee normal quantitative discharging；The keying of central controller controls steam simultaneously, the driving portion band when carrying out steam cooking
Dynamic helical blade 5 is rotated forward takes to eminence by stored substance, carries out rotating backward pressure when carrying out stored substance quantitative discharging and fills out receipts
Tolerant carry out quantitative discharging.
One of those is preferably designed for：1 bottom of the staving is at least provided with a discharge port 3 and respective numbers
The sealing-plug of respective numbers is provided in dosing container 7 and opening on the discharging turntable 8 of respective numbers and packing sleeve 15
Piece 16；One group of helical blade 5 is at least set on rotating member 4 and guarantees that the stored substance is passed through corresponding staving 1 simultaneously
The pressure of bottom discharge mouth 3 is filled into dosing container 7；And the opening on turntable 8 that discharges and the lower baffle plate 6 on the helical blade 5
Relative to the discharge port 3 of 1 bottom of staving setting and the relative position of dosing container 7 in the design that is staggered, i.e., when the helical-blade
When lower baffle plate 6 on piece 5 reaches the discharge port 3 and dosing container 7 of 1 bottom of staving setting, the opening to discharge on turntable 8 will not
Also the discharge port 3 and dosing container 7 for reaching the setting of 1 bottom of staving simultaneously, only when the lower baffle plate 6 on the helical blade 5
After leaving discharge port 3 and the dosing container 7 of the setting of 1 bottom of staving, the opening to discharge on turntable 8 can just reach 1 bottom of staving
The discharge port 3 and dosing container 7 of setting when to ensure that stored substance pressure is filled into dosing container 7 by the helical blade 5, are received
It is tolerant to be dropped out from the opening on discharge port plate, and when stored substance is dropped out from the opening on discharge port plate, on helical blade 5 not
Stored substance pressure can be filled into dosing container 7.
One of those is preferably designed for：Sequentially connected bearing block 10, bearing 11 and movable axis are provided in lid 2
Set 12, movable axle sleeve 12 can be socketed with the correspondence screens that 4 top of rotating member is specially arranged；The setting of 1 outer bottom of staving carries
10 inner fixed bearing 11 of bearing block of corresponding skewed slot 14, rotating member 4 pass through after 1 bottom of staving and bearing 11 with discharging turntable
8 screens are socketed.
One of those is preferably designed for：It further includes that the positioning that 7 position of dosing container is corresponded on staving 1 and clear is arranged
Fluting 13 is washed, internal washing is periodically carried out to facilitate.
One of those is preferably designed for：Dosing container 7 is using detachable screw thread or click on fashion connection design, with convenient
The dosing container 7 of different capabilities is needed replacing according to difference；Different dosing containers 7 can be selected according to service object's demand, with
The connection structure for fixing dosing container 7 that 1 bottom of staving is connected is designed using external screw thread, and dosing container 7 uses internal thread
Design, when need change discharging capacity when the dosing container 7 of required capacity is installed to be connected with 1 bottom of staving be used for fix
In the connection structure of dosing container 7, achieve the purpose that change discharging capacity.
The workflow of the intelligent automation culinary art of the present invention and the device of quantitative discharging：Intelligent automation is cooked and determined
The device locating groove push-in fixing bracket of material is measured, bottom end and the driving mechanism (servo motor) of intermediate rotating member 4 rotate
Axis screens is docked, and lid 2 is covered；Under the drive that sealing patch 16 with sealing joint strip moves after the energization of push electric magnet
Rotation-limited seals up the discharge port 3 of 1 bottom of staving obliquely, enables the device shape of entire intelligent automation culinary art and quantitative discharging
At sealing state；After food is cooked, rotation-limited opens staving 1 obliquely under the drive moved after push electric magnet power-off
At this moment the discharge port 3 of bottom can be carried out quantitative discharging, the whole process of quantitative discharging, push electric magnet is powered off, only
Have and is just switched in culinary art.
In conclusion being only the preferred embodiments of the present invention, it is not intended to limit the present invention in any form；It is all ripe
Know professional and technical personnel without departing from the scope of the present invention, utilization is made with revealed technology contents
A little change, modification and the equivalent variations developed, are accordingly to be regarded as the equivalent example of the present invention；Meanwhile all essence according to the present invention
Change, modification and the differentiation of any equivalent variations of the technology to made by above example still fall within the technical side of the present invention
Within the protection domain of case.
Claims (10)
1. one kind quantifying glassware, it is characterised in that：
It includes：
Staving：Place stored substance；Staving bottom is provided with discharge port；
Lid：It is mounted on the top of the staving with capable of switching, can be closed in a manner of covering the staving upper opening；
Rotating member：It rotatably configures between the staving and the lid；
Helical blade：It is arranged in a helical pattern on the rotating member；Helical blade bottom is extended to be close to bucket baseplane
Lower baffle plate, lower baffle plate all covers the discharge port of staving bottom setting；
Dosing container：The amount of discharging is quantified；For a hollow structure, upper end is installed on and the discharge port described in staving bottom
Corresponding position；
Discharge turntable：It is close to configure in the lower end of dosing container, the lower end of rotating member connect with discharging turntable and discharging is driven to turn
Disk rotates coaxially；It is provided with the opening with the channel adaptation of dosing container hollow structure on discharging turntable, and discharges on turntable
The opposite position of discharge port and dosing container that is arranged relative to staving bottom with the lower baffle plate on the helical blade of opening
It sets in the design that is staggered, i.e., when the lower baffle plate on the helical blade reaches the discharge port and dosing container of staving bottom setting
When, the opening on turntable that discharges will not also reach the discharge port and dosing container of the setting of staving bottom simultaneously, only when described
After lower baffle plate on helical blade leaves the discharge port and dosing container of the setting of staving bottom, the opening just meeting on discharging turntable
The discharge port and dosing container for reaching the setting of staving bottom, to ensure that stored substance pressure is filled into quantitative appearance by the helical blade
When device, stored substance will not be dropped out from the opening on discharge port plate, and when stored substance is dropped out from the opening on discharge port plate, helical-blade
Stored substance pressure will not be filled into dosing container by piece；
Arch brace seat：It is arranged in the bottom for quantifying glassware, for supporting entire staving and protection internal structure；
Driving mechanism：With a driving portion for generating driving force, rotating member is set to rotate using the driving force of driving portion, driving portion
It can be converted and be rotated with forward and reverse, wherein helical blade can be stirred to the position for being placed on the stored substance in staving, spiral
Stored substance constantly can be taken to eminence by blade when rotating forward, and when rotating backward, can be pressurized filing to cooked stored substance quantitative
In container.
2. according to claim 1 quantify glassware, it is characterised in that：
The staving bottom turns at least provided with the discharging of the dosing container and respective numbers of a discharge port and respective numbers
Opening on disk；One group of helical blade is at least set on rotating member and guarantees that the stored substance is passed through corresponding bucket simultaneously
Body bottom discharge mouth pressure is filled into dosing container；And the opening on turntable that discharges is opposite with the lower baffle plate on the helical blade
In the discharge port of staving bottom setting and the relative position of dosing container in the design that is staggered, i.e., under on the helical blade
When baffle reaches the discharge port and dosing container of staving bottom setting, the opening on turntable that discharges also will not reach staving simultaneously
The discharge port and dosing container of bottom setting, only when the lower baffle plate on the helical blade leaves going out for staving bottom setting
After material mouth and dosing container, the opening on turntable that discharges can just reach the discharge port and dosing container of the setting of staving bottom,
When to ensure that stored substance pressure is filled into dosing container by the helical blade, stored substance will not be dropped out from the opening on discharge port plate,
And when stored substance is dropped out from the opening on discharge port plate, stored substance pressure dosing container will not be filled on helical blade.
3. according to claim 1 quantify glassware, it is characterised in that：
Sequentially connected bearing block, bearing and movable axle sleeve are provided in lid, movable axle sleeve and rotating member top are specially set
The correspondence screens socket set；Bearing block, bearing block inner fixed bearing is arranged in staving outer bottom, and rotating member passes through staving bottom and axis
It is socketed with discharging turntable positioning after holding.
4. according to claim 1 quantify glassware, it is characterised in that：
It further includes that the positioning that dosing container position is corresponded on staving and cleaning fluting is arranged.
5. according to claim 1 quantify glassware, it is characterised in that：
Dosing container needs replacing different capabilities to facilitate using detachable screw thread or click on fashion connection design according to difference
Dosing container.
6. the device of a kind of intelligent automation culinary art and quantitative discharging, it is characterised in that：
It includes：
Staving：Place stored substance；Staving bottom is provided with discharge port；
Lid：It is mounted on the top of the staving with capable of switching, can be closed in a manner of covering the staving upper opening；
The steam inlet, charging door and exhaust outlet of steam-out (SO) are provided on lid；
Rotating member：It rotatably configures between the staving and the lid；
Helical blade：It is arranged in a helical pattern on the rotating member；Helical blade bottom is extended to be close to bucket baseplane
Lower baffle plate, lower baffle plate all covers the discharge port of staving bottom setting；
Sealing-plug chip architecture：For the discharge port on sealed barrel bottom；It includes：
Bearing block：Mounted on staving bottom, hollow cylindrical outer surface carries at least two corresponding skewed slots；
Packing sleeve：Nesting be mounted on bearing block outside, using hoodle screw by with the mounting hole and bearing on packing sleeve
Corresponding skewed slot on seat carries out corresponding installation connection, and the packing sleeve after connection is in the corresponding skewed slot on bearing block
Limitation is lower to carry out oblique rotation-limited；
Seal patch：Sealing patch identical with the discharge port quantity of staving bottom is provided on packing sleeve, for sealing bucket
The discharge port of body bottom；
Push-pull electromagnet：At least one push-pull electromagnet is arranged to be flexibly connected with packing sleeve, push-pull electromagnet
It carries out driving packing sleeve to carry out oblique rotation-limited when push-and-pull movement；
Dosing container：The amount of discharging is quantified；For a hollow structure, upper end is installed on and the discharge port described in staving bottom
Corresponding position；Dosing container is additionally provided on dosing container and cracks, the position cracked is on the basis of ensureing normal connection
It seals in patch movement paths traversed, normal rotation and staving bottom can be sealed or open to ensure to seal patch
Discharge port；
Discharge turntable：It is close to configure in the lower end of dosing container, the lower end of rotating member connect with discharging turntable and discharging is driven to turn
Disk rotates coaxially；It is provided with the opening with the channel adaptation of dosing container hollow structure on discharging turntable, and discharges on turntable
The opposite position of discharge port and dosing container that is arranged relative to staving bottom with the lower baffle plate on the helical blade of opening
It sets in the design that is staggered, i.e., when the lower baffle plate on the helical blade reaches the discharge port and dosing container of staving bottom setting
When, the opening on turntable that discharges will not also reach the discharge port and dosing container of the setting of staving bottom simultaneously, only when described
After lower baffle plate on helical blade leaves the discharge port and dosing container of the setting of staving bottom, the opening just meeting on discharging turntable
The discharge port and dosing container for reaching the setting of staving bottom, to ensure that stored substance pressure is filled into quantitative appearance by the helical blade
When device, stored substance will not be dropped out from the opening on discharge port plate, and when stored substance is dropped out from the opening on discharge port plate, helical-blade
Stored substance pressure will not be filled into dosing container by piece；
Driving mechanism：With a driving portion for generating driving force, rotating member is set to rotate using the driving force of driving portion, driving portion
It can be converted and be rotated with forward and reverse, wherein helical blade can be stirred to the position for being placed on the stored substance in staving, spiral
Stored substance constantly can be taken to eminence by blade when rotating forward, and when rotating backward, can be pressurized filing to cooked stored substance quantitative
In container；
Central controller：Driving mechanism and push-pull electromagnet are connect with central controller respectively, and are controlled by central controller
System；When carrying out steam cooking, central controller controls push-pull electromagnet drives the sealing-plug chip architecture on packing sleeve close
The discharge port of staving bottom is sealed to ensure that staving bottom is in sealing state；When carrying out stored substance quantitative discharging, control pushes away
Sealing-plug chip architecture on pull-type electromagnet drive packing sleeve leaves the discharge port of staving bottom, to guarantee normally to quantify
Material；Simultaneously central controller controls steam keying, when carrying out steam cooking driving portion drive helical blade rotate forward by
Stored substance takes to eminence, carries out rotating backward pressure when carrying out stored substance quantitative discharging and fill out stored substance carrying out quantitative discharging.
7. the device of intelligent automation culinary art according to claim 6 and quantitative discharging, it is characterised in that：
The staving bottom turns at least provided with the discharging of the dosing container and respective numbers of a discharge port and respective numbers
The sealing patch of respective numbers is provided in opening and packing sleeve on disk；One group of helical blade is at least set on rotating member
And guarantee simultaneously to be filled into the stored substance in dosing container by corresponding staving bottom discharge mouth pressure；And it discharges and turns
The phase for the discharge port and dosing container that opening on disk is arranged with the lower baffle plate on the helical blade relative to staving bottom
To position in the design that is staggered, i.e., when the lower baffle plate on the helical blade reaches the discharge port of staving bottom setting and quantitative appearance
When device, the opening on turntable that discharges will not also reach the discharge port and dosing container of the setting of staving bottom simultaneously, only work as institute
After stating the discharge port and dosing container that the lower baffle plate on helical blade leaves the setting of staving bottom, the opening to discharge on turntable is
The discharge port and dosing container that the setting of staving bottom can be reached quantify to ensure that stored substance pressure is filled by the helical blade
When container, stored substance will not be dropped out from the opening on discharge port plate, and when stored substance is dropped out from the opening on discharge port plate, spiral
Stored substance pressure will not be filled into dosing container on blade.
8. the device of intelligent automation culinary art according to claim 6 and quantitative discharging, it is characterised in that：
Sequentially connected bearing block, bearing and movable axle sleeve are provided in lid, movable axle sleeve and rotating member top are specially set
The correspondence screens socket set；The bearing block inner fixed bearing with corresponding skewed slot of staving outer bottom setting, rotating member are worn
It is socketed with discharging turntable positioning after crossing staving bottom and bearing.
9. the device of intelligent automation culinary art according to claim 6 and quantitative discharging, it is characterised in that：
It further includes that the positioning that dosing container position is corresponded on staving and cleaning fluting is arranged.
10. the device of intelligent automation culinary art according to claim 6 and quantitative discharging, it is characterised in that：
Dosing container needs replacing different capabilities to facilitate using detachable screw thread or click on fashion connection design according to difference
Dosing container.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710020492.4A CN106724772B (en) | 2017-01-12 | 2017-01-12 | Intelligent automation is cooked and the device of quantitative discharging |
| PCT/CN2017/000250 WO2018129634A1 (en) | 2017-01-12 | 2017-03-23 | Intelligent automated cooking and quantitatively-discharging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710020492.4A CN106724772B (en) | 2017-01-12 | 2017-01-12 | Intelligent automation is cooked and the device of quantitative discharging |
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| CN106724772A CN106724772A (en) | 2017-05-31 |
| CN106724772B true CN106724772B (en) | 2018-10-23 |
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| WO (1) | WO2018129634A1 (en) |
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| WO2019136786A1 (en) * | 2018-01-09 | 2019-07-18 | 傅峰峰 | Fast food automatic packing machine |
| CN108190113A (en) * | 2018-01-09 | 2018-06-22 | 傅峰峰 | A kind of fast food automatic packing machine |
| CN108514354A (en) * | 2018-02-26 | 2018-09-11 | 汇森家具（龙南）有限公司 | intelligent domestic containing box |
| CN108860675B (en) * | 2018-07-31 | 2023-11-21 | 正太集团有限公司 | Solid particle quantitative blanking mechanism and use method |
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| CN109757930B (en) * | 2019-03-22 | 2024-04-12 | 宁波码上有面物联科技有限公司 | Seasoning rotating table equipment |
| CN110406796B (en) * | 2019-07-18 | 2021-04-06 | 陕西国防工业职业技术学院 | Bottle cap capable of taking liquid medicine quantitatively |
| CN110550316A (en) * | 2019-08-28 | 2019-12-10 | 精英模具(上海)有限公司 | Continuous quantitative cover structure |
| CN110775543B (en) * | 2019-09-19 | 2021-08-13 | 广东天机工业智能系统有限公司 | Sauce machine |
| CN111513599B (en) * | 2019-12-30 | 2023-10-24 | 广州富港万嘉智能科技有限公司 | Intelligent kitchen ware for material blanking |
| CN111392077A (en) * | 2020-04-19 | 2020-07-10 | 无棣以强种植专业合作社 | Food package loading attachment |
| CN113520137B (en) * | 2020-04-21 | 2022-12-13 | 添可智能科技有限公司 | Feeding device and cooking equipment |
| CN113479462B (en) * | 2021-07-09 | 2023-01-24 | 天津市佰盟科技发展有限公司 | Storage device is used in new material processing of chemical industry |
| CN113355205A (en) * | 2021-07-26 | 2021-09-07 | 安徽口味全食品有限公司 | Vinegar brewing method with high dietary fiber content |
| CN115180193A (en) * | 2022-07-07 | 2022-10-14 | 安徽省天麒面业科技股份有限公司 | Quantitative packaging equipment is used in flour production |
| CN115399431A (en) * | 2022-09-21 | 2022-11-29 | 广东汉光超顺农业股份有限公司 | Prefabricated dish processing equipment |
| CN116098092A (en) * | 2023-02-28 | 2023-05-12 | 通威农业发展有限公司 | Synergistic silver carp culture method |
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