WO2018129634A1

WO2018129634A1 - Intelligent automated cooking and quantitatively-discharging device

Info

Publication number: WO2018129634A1
Application number: PCT/CN2017/000250
Authority: WO
Inventors: 傅峰峰
Original assignee: 傅峰峰
Priority date: 2017-01-12
Filing date: 2017-03-23
Publication date: 2018-07-19
Also published as: CN106724772A; CN106724772B

Abstract

A quantitative discharger and an intelligent automated cooking and quantitatively-discharging device. The quantitatively-discharging device comprises a bucket (1), a cover (2), a rotating member (4), a spiral blade (5), a quantifying container (7), a discharging turnplate (8), a circular-ring supporting base (9) and a driving mechanism. The intelligent automated cooking and quantitatively discharging device may stir contained materials when cooking food so as to enable the materials to be heated more uniformly, thereby reducing cooking time and achieving the objective of materials not sticking to the bottom by using steaming for heating; and after rice is cooked, the blade (5) which rotates forwards may beat the rice to be loose, that way the rice does not cluster or lump together. A discharging port (3) arranged at the bottom of the bucket (1) is used to connect to the quantifying container (7). When the rotating member (4) rotates in reverse, the spiral blade (5) is driven downwards to press the contained materials into the quantifying container (7) connected to the discharging port (3) for quantitative discharging so as to achieve the objective of continuous and automatic filling and discharging.

Description

Intelligent automatic cooking and quantitative discharge device

Technical field:

The invention relates to an intelligent automatic cooking and quantitative discharging device and a corresponding quantitative discharging device.

Background technique:

For traditional kitchens, cooked foods are dispensed by manual operation, and often there is a situation where the capacity is different and it is difficult to automate. In addition, when cooking food in the kitchen or cooking, it is usually done manually, and uneven operation may occur. When cooking through a pot or other container, uneven heating may occur due to inability to stir in time. Sticking to the pan, cooking time and other shortcomings.

Summary of the invention:

The object of the present invention is to overcome the above disadvantages, to provide an intelligent automatic cooking and quantitative discharging device and a corresponding quantitative discharging device, and the intelligent automatic cooking and quantitative discharging device can stir the container to be heated when cooking food. More uniform, shorten the cooking time, use steam to achieve the purpose of non-stick bottom; at the same time, when the rice is cooked, the positively rotating leaves can loosen the rice, so that the rice does not become a cluster or block. At the same time, by using a quantitative container connected with a discharge port at the bottom of the barrel body, when the rotating member rotates in the reverse direction, the storage container is pressed under the spiral blade to fill the quantitative container connected to the discharge port, and the material is quantitatively discharged to achieve continuous automatic filling. The purpose of the discharge. The invention also relates to a quantitative discharger.

In order to solve the above problems, the present invention is achieved by the following technical solutions:

A quantitative discharger of the present invention comprising:

Bucket: Place the storage; the bottom of the barrel is provided with a discharge port; the barrel can be set to a double-layer structure to achieve heat insulation and heat preservation, and achieve energy saving.

a cover body: switchably mounted on an upper portion of the tub body, and capable of being closed in a manner covering an upper opening of the tub body;

a rotating member: rotatably disposed between the barrel and the cover;

a spiral blade: disposed on the rotating member in a spiral manner; a bottom portion of the spiral blade extends a lower baffle that is in close contact with a plane of the bottom of the barrel, and the lower baffle can completely cover the discharge opening provided at the bottom of the barrel; the spiral blade A variety of modes are available, such as spiral type, straight type, etc.;

Quantitative container: quantifying the amount of discharge; a hollow structure, the upper end is mounted at a corresponding position with the discharge port described at the bottom of the barrel;

Discharge turntable: closely arranged at the lower end of the quantitative container, the lower end of the rotating member is connected with the discharge turntable and drives the discharge turntable to rotate coaxially; the discharge turntable is provided with an opening adapted to the passage of the hollow structure of the quantitative container, and The opening on the material turntable is offset from the discharge opening provided on the bottom of the spiral blade relative to the bottom of the barrel and the relative position of the quantitative container, that is, when the lower baffle on the spiral blade reaches the bottom of the barrel When the discharge port and the quantitative container are set, the opening on the discharge turntable does not simultaneously reach the discharge port and the quantitative container provided at the bottom of the barrel, only when the lower baffle on the spiral blade is disposed away from the bottom of the barrel After the discharge port and the quantitative container, the opening on the discharge turntable will reach the discharge port and the quantitative container provided at the bottom of the barrel body, thereby ensuring that the contents of the spiral blade will not be removed from the container when the container is filled into the quantitative container. The opening on the discharge tray falls out, and when the storage object falls out from the opening on the discharge tray, the container is not pressed into the quantitative container on the spiral blade;

Ring support: set at the bottom of the quantitative discharger to support the entire barrel and protect the internal structure;

Drive mechanism: having a driving portion for generating a driving force, the driving member is rotated by the driving force of the driving portion, and the driving portion can be rotated in forward and reverse directions, wherein the spiral blade can be stirred to the position of the stored object placed in the barrel body When the spiral blade rotates in the forward direction, the storage object can be continuously taken to a high position, and when the rotation is reversed, the cooked storage object is pressed into the quantitative container.

One of the preferred designs is that at least one discharge port and a corresponding number of quantitative containers and a corresponding number of openings on the discharge carousel are arranged at the bottom of the barrel; at least one set of spiral blades is arranged on the rotating member and is guaranteed to be simultaneously The storage object is pressed into the quantitative container through the corresponding bottom outlet of the barrel; and the opening on the discharge turntable and the lower baffle on the spiral blade are arranged with respect to the discharge opening and the quantitative container at the bottom of the barrel The relative position of the spiral vane is staggered, that is, when the lower baffle on the spiral vane reaches the discharge port and the quantitative container provided at the bottom of the barrel, the opening on the discharge turntable does not reach the bottom of the barrel at the same time. The discharge port and the quantitative container are arranged, and only when the lower baffle on the spiral blade leaves the discharge port and the quantitative container provided at the bottom of the barrel, the opening on the discharge turntable reaches the discharge set at the bottom of the barrel And the quantitative container, so as to ensure that when the spiral blade presses the container into the quantitative container, the container does not fall out from the opening in the discharge tray, and when the container falls out from the opening in the discharge tray, The container is not pressed into the dosing container on the spiral blade.

One of the preferred designs is: a bearing seat, a bearing and a movable bushing are sequentially arranged in the cover body, and the movable bushing can be sleeved with a corresponding card position specially provided at the top of the rotating member; the bearing base and the bearing seat are arranged at the bottom of the outer body of the barrel The inner fixed bearing, the rotating member passes through the bottom of the barrel body and the bearing and is sleeved with the discharge turntable card position.

One of the preferred designs is that it also includes positioning and cleaning grooving disposed on the barrel corresponding to the position of the quantitative container to facilitate periodic internal cleaning.

One of the preferred designs is that the quantitative container is connected in a detachable thread or a snap-fit design to facilitate replacement of the quantitative containers of different capacities according to different needs.

The invention also relates to an intelligent automatic cooking and quantitative discharging device, comprising:

Bucket: Place the storage; the bottom of the barrel is provided with a discharge port; the barrel can be set to a double-layer structure to achieve heat insulation and heat preservation, and achieve energy saving purposes;

a cover body: can be switchably mounted on an upper portion of the barrel body, and can be closed in a manner covering an upper opening of the barrel body; the cover body is provided with a steam inlet, a charging port and an exhaust port with external steam;

a rotating member: rotatably disposed between the barrel and the cover;

Sealing plug structure: used to seal the discharge opening on the bottom of the barrel; it includes:

Bearing seat: installed at the bottom of the barrel body, the hollow cylindrical outer surface has at least two corresponding chutes;

Ring bushing: nested outside the bearing housing, using the marble screw to connect with the corresponding mounting groove on the ring bushing and the corresponding chute on the bearing seat, the connected ring bushing can be Performing an oblique limit rotation under the restriction of the corresponding chute on the bearing housing;

Sealing plug: The annular bushing is provided with a sealing plug of the same number as the discharging port at the bottom of the barrel for sealing the discharge opening at the bottom of the barrel;

Push-pull electromagnet: at least one push-pull electromagnet is arranged to be movably connected with the ring sleeve, and the push-pull electromagnet is used to push the ring sleeve to perform the oblique limit rotation when performing the push-pull movement;

Quantitative container: Quantify the amount of discharge; for a hollow structure, the upper end is installed at a corresponding position with the discharge port described at the bottom of the barrel; the quantitative container is provided with an opening on the basis of ensuring a normal connection. The position of the slit is the path through which the sealing plug moves, thereby ensuring that the sealing plug can rotate normally and seal or open the discharge opening at the bottom of the barrel;

Drive mechanism: having a driving portion for generating a driving force, the driving member is rotated by the driving force of the driving portion, and the driving portion can be rotated in forward and reverse directions, wherein the spiral blade can be stirred to the position of the stored object placed in the barrel body When the spiral blade rotates in the forward direction, the storage object can be continuously taken to a high position, and when the rotation is reversed, the cooked storage object is pressed into the quantitative container;

The central controller: the drive mechanism and the push-pull electromagnet are respectively connected to the central controller and controlled by the central controller; when performing steam cooking, the central controller controls the push-pull electromagnet to drive the sealing plug on the ring sleeve The structure seals the discharge port at the bottom of the barrel body to ensure that the bottom of the barrel body is in a sealed state; when the quantitative discharge of the storage body is performed, the push-pull electromagnet is controlled to drive the sealing plug structure on the ring sleeve to leave the bottom of the barrel body. Feed port to protect The controller can control the normal discharge; at the same time, the central controller controls the opening and closing of the steam. When the steam cooking is performed, the driving part drives the spiral blade to rotate forward to take the storage to a high place, and reversely rotates when the storage is quantitatively discharged. The contents are filled and filled for quantitative discharge.

One of the preferred designs is that at least one discharge opening is provided at the bottom of the barrel body and a corresponding number of quantitative containers and a corresponding number of openings on the discharge turntable and a corresponding number of sealing plugs are arranged on the annular sleeve; Providing at least one set of spiral blades on the rotating member and ensuring that the contents can be simultaneously filled into the quantitative container through the corresponding bottom outlet of the barrel; and the opening on the discharge turntable and the lower block on the spiral blade The relative position of the discharge opening provided by the plate relative to the bottom of the barrel body and the quantitative container is staggered, that is, when the lower baffle on the spiral blade reaches the discharge opening provided at the bottom of the barrel body and the quantitative container, the discharge turntable The opening does not simultaneously reach the discharge opening and the quantitative container provided at the bottom of the barrel, only when the lower baffle on the spiral blade leaves the discharge opening provided at the bottom of the barrel and the quantitative container, the opening on the discharge turntable Only the opening provided at the bottom of the barrel body and the quantitative container are obtained, so as to ensure that the spiral blade will not fill the discharge tray when the container is pressed into the quantitative container. When fall out port, and an opening in the housing material from falling out of the discharge tray, not accommodating was pressed into the filled container quantitative spiral blade.

One of the preferred designs is: a bearing housing, a bearing and a movable bushing are sequentially arranged in the cover body, and the movable bushing can be sleeved with a corresponding card position specially provided at the top of the rotating member; The bearing of the chute is fixed in the bearing seat, and the rotating member passes through the bottom of the barrel and the bearing and is sleeved with the discharge carousel.

When the spiral blade on the rotating member in the quantitative discharge device of the present invention rotates in the forward direction, the storage body in the barrel body can be stirred to facilitate the reverse rotation of the spiral blade, and the storage object is pressed into the discharge port under the spiral blade. Quantitative containers, quantitative discharge, to achieve the purpose of continuous automatic loading and discharging.

The intelligent automatic cooking and quantitative discharging device of the invention, when the spiral blade on the rotating member rotates in the forward direction, the spiral blade lifts the storage object to a high place and naturally falls; when the storage object automatically falls; Will make full contact with water vapor, using water vapor infiltration Permeability to cook the contents; continuously rotate in the direction of cooking, stir the contents to make it more evenly heated, shorten the cooking time, use steam to heat up to achieve non-stick bottom; and rotate forward when the rice is cooked The leaves can be used to loosen the rice so that the rice does not form a mass or a block. By using a discharge port at the bottom of the barrel to connect the quantitative container, when the rotating member rotates in the reverse direction, the container under the spiral blade will press the container into the quantitative container connected to the discharge port to quantitatively discharge the material to achieve continuous automatic loading and discharging. At the same time, under the control of the central control system, intelligent automatic cooking and quantitative discharge functions are realized.

The advantages of the intelligent automated cooking and dosing device of the present invention are:

1. Cooking, and integration of quantitative meals.

2, production in a fully sealed state, safe and sanitary. On-site processing, it can ensure the hot dishes!

3. Rotate the spiral blade after the meal to swirl the water flow, and it is easy to clean the residue in the barrel.

4. The lower blade of the spiral blade has a function of cutting and separating. When the quantitative container is filled with rice, the spiral blade completely separates the food of the quantitative container from the upper barrel.

5, the sealing plug structure to achieve full sealing state production, to avoid water, gas leakage, safety and health.

6. Rotate the spiral blade after the meal to swirl the water flow, and it is easy to clean the residue in the barrel.

7. The lower blade of the spiral blade has a function of cutting and separating. When the quantitative container is filled with rice, the spiral blade completely separates the food of the quantitative container from the upper barrel.

8. When the bottom of the barrel is provided with at least one discharge port and a corresponding number of quantitative containers and corresponding openings on the discharge carousel and a corresponding number of sealing plugs on the ring bushing, the corresponding number increases rapidly. Packing effect.

BRIEF DESCRIPTION OF THE DRAWINGS:

Figure 1 is a schematic view showing the overall exploded structure of the quantitative discharger of the present invention.

Figure 2 is a schematic cross-sectional view showing the quantitative discharger of the present invention.

Figure 3 is a schematic view showing the structure of the bottom surface of the quantitative discharger of the present invention.

4 is a schematic view showing the overall explosion structure of the intelligent automatic cooking and quantitative discharging device of the present invention.

Fig. 5 is a schematic cross-sectional view showing the intelligent automatic cooking and quantitative discharging device of the present invention.

Fig. 6 is a schematic view showing the structure of the bottom surface of the intelligent automatic cooking and quantitative discharging device of the present invention.

Description of the figure:

1-barrel body 2-cover body 3-discharge port

4-rotating member 5-spiral blade 6-lower baffle

7-Quantitative container 8-discharge turntable 9-ring support

10-bearing seat 11-bearing 12-active bushing

13-Positioning and cleaning slotting 14-slot groove 15-ring bushing

16-sealing plug 17-push-pull electromagnet 18-steam inlet

19-Loading port 20-Exhaust port 21-Slotting

detailed description:

The present invention will be further described in detail below with reference to the embodiments.

Example 1: Quantitative Discharger

A quantitative discharger comprising:

Bucket 1: Place the storage; the bottom of the barrel 1 is provided with a discharge port 3; the barrel 1 can be set as a double-layer structure to achieve heat insulation and heat preservation effects, and energy saving can be achieved.

The cover body 2 is rotatably mounted on the upper portion of the tub body 1 and can be closed in such a manner as to cover the upper opening of the tub body 1; the cover body 2 is provided with a handle;

A corresponding buckle is disposed on the cover body 2 and the barrel body 1 for fixing between the cover body 2 and the barrel body 1;

a rotating member 4: rotatably disposed between the barrel 1 and the cover 2;

The spiral blade 5 is disposed on the rotating member 4 in a spiral manner; the bottom of the spiral blade 5 extends out of the lower baffle 6 which is in close contact with the plane of the bottom of the tub, and the lower baffle 6 can completely cover the bottom portion of the barrel 1 The discharge port 3; the spiral blade 5 can be selected in various modes, such as a spiral type, a straight oblique type, etc.;

Quantitative container 7: Quantifying the amount of discharge; a hollow structure, the upper end is mounted at a corresponding position with the discharge port 3 described at the bottom of the barrel 1;

The discharge turntable 8 is arranged to rotate at a lower end of the quantitative container 7, and the lower end of the rotating member 4 is connected with the discharge turntable 8 and drives the discharge turntable 8 to rotate coaxially; the discharge turntable 8 is provided with The channel-adapted opening of the hollow structure of the container 7 is metered, and the opening on the discharge carousel 8 and the relative position of the lower baffle 6 on the spiral blade 5 with respect to the discharge opening 3 provided in the bottom of the tub 1 and the dosing container 7 The staggered design, that is, when the lower baffle 6 on the spiral blade 5 reaches the discharge port 3 and the quantitative container 7 provided at the bottom of the barrel 1, the opening on the discharge carousel 8 does not reach the bottom of the barrel 1 at the same time. The discharge port 3 and the dosing container 7 are provided, and only when the lower baffle 6 on the spiral blade 5 leaves the discharge port 3 and the quantitative container 7 provided at the bottom of the barrel 1, the opening on the discharge carousel 8 will Arriving at the discharge port 3 provided at the bottom of the barrel body 1 and the dosing container 7, thereby ensuring that when the spiral blade 5 presses the container into the dosing container 7, the contents do not fall out from the opening in the discharge tray, and When the container falls out from the opening in the discharge tray, the container is not pressed into the quantitative container 7 on the spiral blade 5;

Ring support seat 9: disposed at the bottom of the quantitative discharger for supporting the entire barrel 1 and protecting the internal structure;

Drive mechanism: having a driving portion that generates a driving force, the driving member is rotated by the driving force of the driving portion, and the driving portion can be rotated in forward and reverse directions, wherein the spiral blade 5 can be stirred to be placed in the barrel 1 The position of the storage object can continuously carry the storage object to a high position when the spiral blade 5 rotates in the forward direction, and press the cooked storage object into the quantitative container 7 when the rotation is reversed; the driving mechanism can be built in the barrel 1 The inner bottom portion drives the rotating member 4 to rotate or is externally disposed outside the barrel body 1 and then drives the rotating member 4 to rotate by a common interlocking structure; the function of rotating in the forward and reverse directions can be adjusted as needed, and only the direction of the spiral blade 5 is required to be corresponding. The reversal can be reversed, and the description of the forward and reverse rotation is not a limitation on the direction of rotation, but is merely for convenience of description.

One of the preferred designs is that at least one discharge opening 3 and a corresponding number of quantitative containers 7 and a corresponding number of openings on the discharge turntable 8 are provided at the bottom of the barrel 1; at least one set of spiral blades is arranged on the rotating member 4. 5 and ensuring that the contents can be simultaneously filled into the quantitative container 7 through the corresponding discharge port 3 of the corresponding barrel 1 (for example, only one discharge port 3 is provided, and one or two sets of spiral blades can be correspondingly provided. 5, a corresponding opening on a quantitative container 7 and a discharge carousel 8; if two discharge ports 3 are provided, two sets of spiral blades 5, two quantitative containers 7 and two discharge turntables 8 can be provided correspondingly Corresponding opening, and so on, as long as the normal discharge can be ensured.); and the opening on the discharge carousel 8 and the lower baffle 6 on the spiral blade 5 are opposite to the discharge opening provided at the bottom of the barrel 1. 3 and the relative position of the dosing container 7 is staggered, that is, when the lower baffle on the spiral blade 5 6 When reaching the discharge port 3 and the dosing container 7 provided at the bottom of the barrel 1, the opening on the discharge carousel 8 does not simultaneously reach the discharge port 3 and the dosing container 7 provided at the bottom of the barrel 1, only when the spiral After the lower baffle 6 on the blade 5 leaves the discharge opening 3 provided at the bottom of the barrel 1 and the quantitative container 7, the opening on the discharge turntable 8 reaches the discharge opening 3 and the quantitative container 7 provided at the bottom of the barrel 1. Therefore, when the spiral blade 5 presses the container into the quantitative container 7, the container does not fall out from the opening in the discharge tray, and when the container falls out from the opening in the discharge tray, the spiral blade 5 The contents are not filled into the dosing container 7 on the top.

One of the preferred designs is: a bearing housing 10, a bearing 11 and a movable bushing 12 are sequentially arranged in the cover body 2, and the movable bushing 12 can be sleeved with a corresponding card position specially provided at the top end of the rotating member 4; The bearing block 10 is disposed on the outer bottom portion, and the bearing 11 is fixed in the bearing housing 10. The rotating member 4 passes through the bottom of the barrel body 1 and the bearing 11 and is sleeved with the discharging turntable 8 card position.

One of the preferred designs is that it also includes a positioning and cleaning slot 13 disposed on the barrel 1 corresponding to the position of the metering container 7 to facilitate periodic internal cleaning.

One of the preferred designs is that the quantitative container 7 is connected in a detachable thread or snap-fit design to facilitate replacement of the quantitative containers 7 of different capacities according to different needs.

Example 2: Intelligent automated cooking and quantitative discharge device

An intelligent automatic cooking and quantitative discharge device comprising:

Bucket 1: Place the storage; the bottom of the barrel 1 is provided with a discharge port 3; the barrel 1 can be set to a double-layer structure to achieve heat insulation and heat preservation effects, and achieve energy saving purposes;

The cover body 2 is rotatably mounted on the upper portion of the tub body 1 and can be closed in such a manner as to cover the upper opening of the tub body 1. The cover body 2 is provided with a steam inlet port 18 and a charging port 19 for external steam. And the exhaust port 20; the cover body 2 and the barrel 1 are provided with corresponding buckles for fixing between the cover body 2 and the barrel body 1; the cover body 2 is provided with a handle;

a rotating member 4: rotatably disposed between the barrel 1 and the cover 2;

Sealing plug 16 structure: for sealing the discharge port 3 on the bottom of the barrel 1;

Bearing housing 10: mounted on the bottom of the barrel 1, the hollow cylindrical outer surface with at least two corresponding chutes 14;

The annular bushing 15 is nested and mounted on the outer side of the bearing housing 10, and is connected and connected with the corresponding chute 14 on the bearing housing 10 through the mounting hole on the annular bushing 15 by the marble screw, and the connected The annular sleeve 15 can be tilted and restricted in the corresponding chute 14 on the bearing housing 10;

Sealing plug 16: the annular bushing 15 is provided with a sealing plug 16 of the same number as the discharge opening 3 at the bottom of the barrel 1, for sealing the discharge opening 3 at the bottom of the barrel 1;

Push-pull electromagnet 17: at least one push-pull electromagnet 17 is arranged to be movably connected with the annular bushing 15, and the push-pull electromagnet 17 drives the annular bushing 15 to perform oblique limit rotation when the push-pull electromagnet 17 is pushed and pulled; the push-pull electromagnet 17 can be fixed to the inner wall of the barrel 1.

Quantitative container 7: Quantify the amount of discharge; a hollow structure, the upper end is installed at a corresponding position with the discharge port 3 described at the bottom of the barrel 1; the quantitative container 7 is based on the normal connection, the quantitative container 7 The slit 21 is further disposed on the path through which the sealing plug 16 moves, thereby ensuring that the sealing plug 16 can normally rotate and seal or open the discharge port 3 at the bottom of the barrel 1;

The discharge turntable 8 is arranged to rotate at a lower end of the quantitative container 7, the lower end of the rotating member 4 is connected with the discharge turntable 8 and drives the discharge turntable 8 to rotate coaxially; the discharge turntable 8 is provided with a hollow structure of the quantitative container 7 The passage adapted to the opening, and the opening on the discharge turntable 8 is offset from the relative position of the lower baffle 6 on the spiral blade 5 with respect to the discharge opening 3 provided at the bottom of the barrel 1 and the dosing container 7, ie When the lower baffle 6 on the spiral blade 5 reaches the discharge port 3 and the dosing container 7 provided at the bottom of the barrel 1, the opening on the discharge carousel 8 does not simultaneously reach the discharge port provided at the bottom of the barrel 1. 3 and the dosing container 7, only when the lower baffle 6 on the spiral blade 5 leaves the discharge port 3 and the quantitative container 7 provided at the bottom of the barrel 1, the opening on the discharge carousel 8 reaches the bottom of the barrel 1 The discharge port 3 and the dosing container 7 are arranged to ensure that when the spiral blade 5 presses the container into the dosing container 7, the container does not fall out from the opening in the discharge tray, and the container is discharged from the container. When the opening on the disc falls out, the contents of the spiral blade 5 will not be filled in. Quantitative container 7;

The driving mechanism has a driving portion for generating a driving force, and the driving member can rotate the rotating member 4 by the driving force of the driving portion, and the driving portion can be rotated in the forward and reverse directions, wherein the spiral blade 5 It can be stirred to the position of the storage object placed in the barrel 1. When the spiral blade 5 rotates in the forward direction, the storage object can be continuously carried to a high position, and when the rotation is reversed, the cooked storage object is pressed into the quantitative container 7 The driving mechanism can be built in the bottom of the barrel 1 and drive the rotating member 4 to rotate or externally outside the barrel 1 and then drive the rotating member 4 to rotate by the common linkage structure; the function of rotating in the forward and reverse directions can be adjusted as needed. It is only necessary to reverse the direction of the spiral blade 5 accordingly, and the description of the forward and reverse rotation is not a limitation on the rotation direction, and is merely for convenience of description;

The central controller: the driving mechanism and the push-pull electromagnet 17 are respectively connected to the central controller and controlled by the central controller; when performing steam cooking, the central controller controls the push-pull electromagnet 17 to drive the sealing plug on the bearing 11 sleeve The structure of the sheet 16 seals the discharge port 3 at the bottom of the barrel 1 to ensure that the bottom of the barrel 1 is in a sealed state; when the quantitative discharge of the contents is performed, the push-pull electromagnet 17 is controlled to drive the structure of the sealing plug 16 on the sleeve of the bearing 11. Leaving the discharge port 3 at the bottom of the barrel 1 to ensure normal quantitative discharge; at the same time, the central controller controls the opening and closing of the steam. When the steam cooking is performed, the driving part drives the spiral blade 5 to rotate forward to take the storage to a high place. When performing quantitative dosing of the stored product, the container is reversely rotated and filled for quantitative discharge.

One of the preferred designs is such that at least one discharge opening 3 is provided at the bottom of the barrel 1 and a corresponding number of quantitative containers 7 and a corresponding number of openings on the discharge carousel 8 and a corresponding number are provided on the ring bushing 15 Sealing plug 16; at least one set of spiral blades 5 is arranged on the rotating member 4 and ensuring that the contents can be simultaneously filled into the quantitative container 7 through the corresponding discharge port 3 of the corresponding barrel 1; and the discharge carousel 8 The upper opening is offset from the relative position of the lower baffle 6 on the spiral blade 5 with respect to the discharge opening 3 provided at the bottom of the tub 1 and the dosing container 7, that is, the lower baffle on the spiral blade 5 6 When reaching the discharge port 3 and the dosing container 7 provided at the bottom of the barrel 1, the opening on the discharge carousel 8 does not simultaneously reach the discharge port 3 and the dosing container 7 provided at the bottom of the barrel 1, only when the spiral After the lower baffle 6 on the blade 5 leaves the discharge opening 3 provided at the bottom of the barrel 1 and the quantitative container 7, the opening on the discharge turntable 8 reaches the discharge opening 3 and the quantitative container 7 provided at the bottom of the barrel 1. Thereby ensuring that the spiral blade 5 presses the container into the quantitative capacity 7, the stored items will not fall out from the opening of the tray, and the opening in the housing from falling out of the product discharge tray, not accommodating the quantitative vessel was pressure filled into the helical blade 5 7.

One of the preferred designs is: a bearing housing 10 that is sequentially connected is disposed in the cover body 2, The bearing 11 and the movable bushing 12, the movable bushing 12 can be sleeved with the corresponding latching position specially provided at the top end of the rotating member 4; the bearing housing 10 with the corresponding chute 14 disposed at the outer bottom of the barrel body 1 is fixed in the bearing 11 The rotating member 4 passes through the bottom of the barrel 1 and the bearing 11 and is sleeved with the discharge carousel 8 .

One of the preferred designs is that the quantitative container 7 is connected in a detachable thread or a snap-fit design to facilitate replacement of the quantitative containers 7 of different capacities according to different needs; different quantitative containers 7 can be selected according to the needs of the service object, and the barrel 1 The connecting structure for fixing the quantitative container 7 connected at the bottom adopts an external thread design, and the quantitative container 7 adopts an internal thread design, and the quantitative container 7 of the required capacity is attached to the bottom of the barrel 1 when the discharge capacity needs to be changed. On the connection structure of the fixed quantitative container 7, the purpose of changing the discharge capacity is achieved.

The workflow of the intelligent automatic cooking and quantitative discharging device of the invention: pushing the intelligent automatic cooking and quantitative discharging device positioning card slot into the fixing bracket, and rotating the bottom end of the rotating member 4 and the driving mechanism (servo motor) The shaft card is docked to cover the cover body 2; the sealing plug 16 with the sealing strip is rotated to the upper limit position of the bottom of the barrel 1 by the movement of the pusher electromagnet after the energization of the electromagnet The whole intelligent automatic cooking and quantitative discharging device forms a sealed state; when the food is cooked, the driving electromagnet is powered off, and the movement is driven downward to the lower limit position to open the discharge port 3 at the bottom of the barrel body 1 at this time. Quantitative discharge can be performed to quantify the entire process of discharge. The push-type electromagnet is powered off and is only energized during cooking.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Those skilled in the art can use the disclosed technical content without departing from the scope of the present invention. Variations, modifications, and evolutions of equivalent changes are considered to be equivalents of the present invention; and variations, modifications, and variations of any equivalent changes made to the above embodiments in accordance with the essential techniques of the present invention are It still falls within the protection scope of the technical solution of the present invention.

Claims

A quantitative discharger characterized by:

It includes:

Barrel: placing the storage; the bottom of the barrel is provided with a discharge port;

a cover body: switchably mounted on an upper portion of the tub body, and capable of being closed in a manner covering an upper opening of the tub body;

a rotating member: rotatably disposed between the barrel and the cover;

a spiral blade is disposed on the rotating member in a spiral manner; a bottom portion of the spiral blade extends a lower baffle that is in close contact with a plane of the bottom of the tub, and a lower baffle plate can completely cover the discharge opening provided at the bottom of the barrel;

Quantitative container: quantifying the amount of discharge; a hollow structure, the upper end is mounted at a corresponding position with the discharge port described at the bottom of the barrel;

Discharge turntable: closely arranged at the lower end of the quantitative container, the lower end of the rotating member is connected with the discharge turntable and drives the discharge turntable to rotate coaxially; the discharge turntable is provided with an opening adapted to the passage of the hollow structure of the quantitative container, and The opening on the material turntable is offset from the discharge opening provided on the bottom of the spiral blade relative to the bottom of the barrel and the relative position of the quantitative container, that is, when the lower baffle on the spiral blade reaches the bottom of the barrel When the discharge port and the quantitative container are set, the opening on the discharge turntable does not simultaneously reach the discharge port and the quantitative container provided at the bottom of the barrel, only when the lower baffle on the spiral blade is disposed away from the bottom of the barrel After the discharge port and the quantitative container, the opening on the discharge turntable will reach the discharge port and the quantitative container provided at the bottom of the barrel body, thereby ensuring that the contents of the spiral blade will not be removed from the container when the container is filled into the quantitative container. The opening on the discharge tray falls out, and when the storage object falls out from the opening on the discharge tray, the container is not pressed into the quantitative container on the spiral blade;

Ring support: set at the bottom of the quantitative discharger to support the entire barrel and protect the internal structure;

Drive mechanism: having a driving portion for generating a driving force, the driving member is rotated by the driving force of the driving portion, and the driving portion can be rotated in forward and reverse directions, wherein the spiral blade can be stirred to the position of the stored object placed in the barrel body When the spiral blade rotates in the forward direction, the storage object can be continuously taken to a high position, and when the rotation is reversed, the cooked storage object is pressed into the quantitative container.
The metering dispenser of claim 1 wherein:

The bottom of the barrel body is provided with at least one discharge opening and a corresponding number of quantitative containers and corresponding openings on the discharge carousel; at least one set of spiral blades is arranged on the rotating member and the same can be simultaneously passed through the corresponding The discharge opening at the bottom of the barrel is filled into the quantitative container; and the opening on the discharge turntable is offset from the lower baffle on the spiral blade relative to the discharge opening provided at the bottom of the barrel and the relative position of the quantitative container. That is, when the lower baffle on the spiral blade reaches the discharge port and the quantitative container provided at the bottom of the barrel, the opening on the discharge turntable does not simultaneously reach the discharge port and the quantitative container provided at the bottom of the barrel, only when After the lower baffle on the spiral blade is separated from the discharge opening provided at the bottom of the barrel body and the quantitative container, the opening on the discharge turntable reaches the discharge opening provided at the bottom of the barrel body and the quantitative container, thereby ensuring the spiral blade When the contents are filled into the quantitative container, the contents do not fall out from the opening in the discharge tray, and when the contents fall out from the opening in the discharge tray, the spiral blades do not The storage container was pressure filled into quantitative.
The metering dispenser of claim 1 wherein:

The bearing body, the bearing and the movable bushing are sequentially arranged in the cover body, and the movable bushing sleeve can be sleeved with the corresponding card position specially set at the top of the rotating member; the bearing seat is arranged at the bottom of the outer body of the barrel, the bearing is fixed in the bearing seat, and the rotating part is worn. The bottom of the barrel and the rear of the bearing are sleeved with the discharge carousel.
The metering dispenser of claim 1 wherein:

It also includes positioning and cleaning grooving disposed on the barrel corresponding to the position of the quantitative container.
The metering dispenser of claim 1 wherein:

The dosing container is designed with a removable thread or snap-on connection to facilitate the replacement of different volumetric containers according to different needs.
An intelligent automatic cooking and quantitative discharging device, characterized in that:

It includes:

Barrel: placing the storage; the bottom of the barrel is provided with a discharge port;

a cover body: can be switchably mounted on an upper portion of the barrel body, and can be closed in a manner covering an upper opening of the barrel body; the cover body is provided with a steam inlet, a charging port and an exhaust port with external steam;

a rotating member: rotatably disposed between the barrel and the cover;

Spiral blade: disposed on the rotating member in a spiral manner; Extending the lower baffle closely adjacent to the plane of the bottom of the bucket, the lower baffle may completely cover the discharge opening provided at the bottom of the barrel;

Sealing plug structure: used to seal the discharge opening on the bottom of the barrel; it includes:

Bearing seat: installed at the bottom of the barrel body, the hollow cylindrical outer surface has at least two corresponding chutes;

Ring bushing: nested outside the bearing housing, using the marble screw to connect with the corresponding mounting groove on the ring bushing and the corresponding chute on the bearing seat, the connected ring bushing can be Performing an oblique limit rotation under the restriction of the corresponding chute on the bearing housing;

Sealing plug: The annular bushing is provided with a sealing plug of the same number as the discharging port at the bottom of the barrel for sealing the discharge opening at the bottom of the barrel;

Push-pull electromagnet: at least one push-pull electromagnet is arranged to be movably connected with the ring sleeve, and the push-pull electromagnet is used to push the ring sleeve to perform the oblique limit rotation when performing the push-pull movement;

Quantitative container: Quantify the amount of discharge; for a hollow structure, the upper end is installed at a corresponding position with the discharge port described at the bottom of the barrel; the quantitative container is provided with an opening on the basis of ensuring a normal connection. The position of the slit is the path through which the sealing plug moves, thereby ensuring that the sealing plug can rotate normally and seal or open the discharge opening at the bottom of the barrel;

Discharge turntable: closely arranged at the lower end of the quantitative container, the lower end of the rotating member is connected with the discharge turntable and drives the discharge turntable to rotate coaxially; the discharge turntable is provided with an opening adapted to the passage of the hollow structure of the quantitative container, and The opening on the material turntable is offset from the discharge opening provided on the bottom of the spiral blade relative to the bottom of the barrel and the relative position of the quantitative container, that is, when the lower baffle on the spiral blade reaches the bottom of the barrel When the discharge port and the quantitative container are set, the opening on the discharge turntable does not simultaneously reach the discharge port and the quantitative container provided at the bottom of the barrel, only when the lower baffle on the spiral blade is disposed away from the bottom of the barrel After the discharge port and the quantitative container, the opening on the discharge turntable will reach the discharge port and the quantitative container provided at the bottom of the barrel body, thereby ensuring that the contents of the spiral blade will not be removed from the container when the container is filled into the quantitative container. The opening on the discharge tray falls out, and when the storage object falls out from the opening on the discharge tray, the container is not pressed into the quantitative container on the spiral blade;

Drive mechanism: one drive unit that generates a driving force, and utilizes the driving force of the driving portion When the rotating member is rotated, the driving portion can be rotated in the forward and reverse directions, wherein the spiral blade can be stirred to the position of the stored object placed in the barrel body, and the spiral blade can continuously carry the storage object to a high position when the rotating blade rotates in the forward direction. When turning, the cooked contents are pressed into the quantitative container;

The central controller: the drive mechanism and the push-pull electromagnet are respectively connected to the central controller and controlled by the central controller; when performing steam cooking, the central controller controls the push-pull electromagnet to drive the sealing plug on the ring sleeve The structure seals the discharge port at the bottom of the barrel body to ensure that the bottom of the barrel body is in a sealed state; when the quantitative discharge of the storage body is performed, the push-pull electromagnet is controlled to drive the sealing plug structure on the ring sleeve to leave the bottom of the barrel body. The material port ensures the normal quantitative discharge; at the same time, the central controller controls the opening and closing of the steam. When the steam cooking is performed, the driving part drives the spiral blade to rotate forward to take the storage to a high place, and when the storage is quantitatively discharged. Reverse rotation is performed to fill the contents for quantitative discharge.
The intelligent automatic cooking and quantitative discharging device according to claim 6, wherein:

The bottom of the barrel body is provided with at least one discharge opening and a corresponding number of quantitative containers and corresponding openings on the discharge turntable; and the ring sleeve is provided with a corresponding number of sealing plugs; at least one set is set on the rotating parts Spiral blades and ensuring that the contents are simultaneously filled into the metering container through the corresponding bottom outlet of the barrel; and the opening on the discharge carousel and the lower baffle on the spiral blade are disposed relative to the bottom of the barrel The discharge port and the relative position of the quantitative container are staggered, that is, when the lower baffle on the spiral blade reaches the discharge port and the quantitative container provided at the bottom of the barrel, the opening on the discharge turntable does not arrive at the same time. The discharge port and the quantitative container provided at the bottom of the barrel body, only when the lower baffle on the spiral blade leaves the discharge port and the quantitative container provided at the bottom of the barrel body, the opening on the discharge turntable reaches the bottom of the barrel body. The discharge port and the quantitative container, so as to ensure that when the spiral blade presses the container into the quantitative container, the container does not fall out from the opening on the discharge tray, and is accommodated When fall out from the opening of the tray, the housing was not filled into the pressure vessel on the quantitative spiral blade.
The intelligent automatic cooking and quantitative discharging device according to claim 6, wherein:

The bearing body, the bearing and the movable bushing are sequentially connected in the cover body, and the movable bushing sleeve can be sleeved with the corresponding card position specially set at the top of the rotating member; The corresponding bearing of the chute is fixed in the bearing seat, and the rotating member passes through the bottom of the barrel and the bearing and is sleeved with the discharge turntable card position.
The intelligent automatic cooking and quantitative discharging device according to claim 6, wherein:

It also includes positioning and cleaning grooving disposed on the barrel corresponding to the position of the quantitative container.
The intelligent automatic cooking and quantitative discharging device according to claim 6, wherein:

The dosing container is designed with a removable thread or snap-on connection to facilitate the replacement of different volumetric containers according to different needs.