CN211559696U

CN211559696U - Feeding mechanism for cooking stove

Info

Publication number: CN211559696U
Application number: CN201922216407.9U
Authority: CN
Inventors: 钱意
Original assignee: Shenzhen Huowang Gas Appliance Co ltd
Current assignee: Shenzhen Huowang intelligent kitchen electric Co.,Ltd.
Priority date: 2019-12-11
Filing date: 2019-12-11
Publication date: 2020-09-25
Anticipated expiration: 2029-12-11

Abstract

A feeding mechanism for a cooking stove comprises a rack, wherein a main material feeding mechanism and a seasoning feeding mechanism are rotatably arranged on the rack, a blanking channel is formed in the rack below the main material feeding mechanism, a pressing mechanism is arranged above the seasoning feeding mechanism corresponding to the blanking channel, the pressing mechanism is linked with the seasoning feeding mechanism to realize discharging, and the main material feeding mechanism and the seasoning feeding mechanism are matched to rotate to enable the main material feeding mechanism and the seasoning feeding mechanism to be alternatively butted with each other to enable the blanking channel to fall into main materials or seasonings; the mechanism is suitable for the field of automatic cooking, is mainly used for realizing the timed and quantitative feeding of main materials and seasonings, can control various main materials or seasonings to feed specific amount in specific time through programs according to menu requirements, realizes the consistency of food feeding opportunity, enables the weight and the taste to be stable when the same dish is repeatedly cooked, and ensures that the main material feeding mechanism and the seasoning feeding mechanism share a blanking channel to alternately use blanking, so that the feeding mechanism is more compact, and the occupied space is reduced.

Description

Feeding mechanism for cooking stove

Technical Field

The utility model relates to a kitchen cooking equipment field specifically is a throw material mechanism that cooking stove was used.

Background

Present fried dish is mostly depending on the manual work to turn over stir-fry and throw the material, wherein the input of major ingredient and condiment is mostly in the stage of an inaccuracy input, through hand perception major ingredient or condiment weight, especially when needing a large amount of repeated stir-fry system same dish such as dining room, can't realize that the weight of throwing the material at every turn is the same, relies on cook's manual control input completely, can't accomplish the standard conversation.

Although some semi-automatic dish frying machines appear in the market, the stir-frying process in the dish frying process is only completed by replacing manual work with machines, and the situation of manually putting in main materials and seasonings cannot be avoided, so quantitative feeding and timed feeding cannot be realized, the stir-frying process completely depends on the experience of cooks, the putting time of different cooks is different, and the taste of the dish discharged from a pot is different.

Therefore, the mechanism for automatically stir-frying and automatically feeding materials is integrated into a large device in the market nowadays, but the device is huge in size, cannot be suitable for household gas cookers, and is high in cost for replacing the device.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to solve above-mentioned current problem, provide a simple structure, reasonable a cooking utensils are used throw material mechanism, its effect is that realize regularly, the ration is put in major ingredient and condiment.

The utility model discloses can also adopt following technical measure to solve:

the major ingredient feeding mechanism comprises a major ingredient fixing chassis, a storage rotary table and a major ingredient rotary table motor, a feeding port is formed in the major ingredient fixing chassis and corresponds to a blanking channel in the upper and lower modes, the storage rotary table is installed on the major ingredient fixing chassis, a plurality of cavities which are communicated up and down are formed in the storage rotary table in a circular array mode, a feeding box for placing the major ingredient is formed between the cavities and the major ingredient fixing chassis, the major ingredient rotary table motor drives the storage rotary table to rotate circumferentially relative to the major ingredient fixing chassis, and the feeding port is sequentially butted through the cavities, so that the major ingredient falls into the blanking channel through the feeding port.

The seasoning feeding mechanism comprises a seasoning rotating chassis, a seasoning rotating disc motor and a seasoning box;

the rotating shaft of the seasoning turntable motor is connected with a seasoning rotating chassis, a plurality of seat cavities are formed in the seasoning rotating chassis along the periphery of the central axis of the rotating shaft, blanking ports are formed in the bottoms of the seat cavities, and seasoning boxes are movably mounted in each seat cavity;

the bottom of the seasoning box is provided with a discharge port corresponding to the blanking port, and the top of the seasoning box is provided with an elastic button for driving the discharge port to open;

the seasoning turntable motor drives the seasoning rotating chassis to rotate, so that after a plurality of seasoning boxes are selected to be in butt joint with the feeding port, the pressing mechanism presses the elastic button to release the seasoning to fall into the blanking channel through the feeding port.

A cross beam frame is arranged on the rack above the feeding port, and a pressing mechanism is arranged on the cross beam frame;

the pressing mechanism comprises a discharging motor, a cam is mounted on a transverse rotating shaft of the discharging motor, and the cam is in press fit with the elastic button;

the automatic feeding device is characterized in that a first motor support is arranged on the cross beam frame, the feeding motor is arranged on the first motor support, a metering sensor is arranged on the cross beam frame, and a metering sensor baffle matched with the metering sensor is arranged on a rotating shaft of the feeding motor.

The condiment box comprises a storage bottle, a discharge hole is formed in the bottom of the storage bottle, a through hole is formed in the top of the storage bottle, a discharging action rod is slidably mounted between the through hole and the discharge hole, a spring used for resetting after being pressed is sleeved on the discharging action rod, the spring and the discharging action rod form an elastic button, and at least one storage side cavity is formed in the side wall of the lower end of the discharging action rod.

All install down the connector in the axis of rotation of major ingredient carousel motor and condiment carousel motor, seted up on the center axis of lower connector and connected the cavity, all be provided with the pivot sleeve on the fixed chassis of major ingredient and the condiment rotation chassis, the telescopic inner chamber top of pivot extends and has and connect the tight income formula complex of cavity to go up the connector.

The machine frame is provided with a second motor support, the main material turntable motor is installed on the second motor support, the inner end face of the second motor support is provided with an origin sensor, and a main material sensor baffle matched with the origin sensor is installed on the rotating shaft of the main material turntable motor.

An inner side contact member and an outer side contact member are installed on the bottom surface of the seasoning rotating chassis, position sensors corresponding to the number of seasoning boxes are arranged on the rack, the position sensors are matched with the inner side contact member in a rotating mode one by one, a yielding sensor is arranged on the rack corresponding to the outer side contact member, and the yielding sensor is matched with the outer side contact member.

The seasoning rotating chassis is in a shape of a half-unfilled circular plate, a rotating shaft of a seasoning rotating disk motor is connected to one side, close to the straight edge, of the seasoning rotating chassis, a plurality of seasoning boxes are arranged along the circular edge of the seasoning rotating chassis, and the seasoning rotating disk motor drives the seasoning rotating chassis to rotate eccentrically.

The material storage turntable is provided with a plurality of cavities with sector-shaped cross sections and a notch for avoiding the seasoning rotating chassis, the corresponding feed opening is sector-shaped, and the area of the feed opening is larger than or equal to the area of the cross section of the cavity.

The utility model has the advantages as follows:

the utility model relates to a cooking utensils is used throws material mechanism, this mechanism is applicable to the automatic culinary art field, mainly used realizes regularly, major ingredient and condiment are put in to the ration, can be according to the menu needs, put in specific quantity through various major ingredients of program control or condiment in specific time, realize eating the uniformity of material input opportunity, weight and taste remain stable when making the same dish of repeated cooking, and major ingredient is put in mechanism and the condiment and is put in mechanism and share blanking passageway blanking in turn, can make and throw material mechanism compacter, reduce the space and occupy.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic view of the exploded structure of the present invention.

Fig. 3 is a schematic structural diagram of the pressing mechanism of the present invention.

Fig. 4 is a schematic diagram of the standby state of the seasoning box of the present invention.

Fig. 5 is a schematic view of the use state of the seasoning box of the present invention.

Fig. 6 is the sectional exploded schematic view of the main material feeding mechanism of the present invention.

Fig. 7 is a schematic view of the sectional exploded structure of the seasoning dispensing mechanism of the present invention.

Fig. 8 is a schematic view of the local exploded structure of the present invention.

Fig. 9 is a schematic view of the exploded structure of the seasoning dispensing mechanism of the present invention.

Fig. 10 is a schematic top view of the present invention.

Detailed Description

The present invention will be further explained with reference to the drawings and examples.

As shown in fig. 1 to 10, a feeding mechanism for a cooking stove comprises a frame 1, wherein a main material feeding mechanism 2 and a seasoning feeding mechanism 3 are rotatably arranged on the frame 1, a blanking channel 4 is formed in the frame 1 below the main material feeding mechanism 2, a pressing mechanism 5 is arranged above the seasoning feeding mechanism 3 corresponding to the blanking channel 4, the pressing mechanism 5 and the seasoning feeding mechanism 3 are linked to realize discharging, and the main material feeding mechanism 2 and the seasoning feeding mechanism 3 are matched to rotate to enable the blanking channel 4 to be in butt joint with each other to fall into main materials or seasonings; the mechanism is suitable for the field of automatic cooking, is mainly used for realizing the timed and quantitative feeding of main materials and seasonings, can control various main materials or seasonings to feed specific amount in specific time through programs according to menu requirements, realizes the consistency of food feeding opportunity, enables the weight and the taste to be stable when the same dish is repeatedly cooked, and ensures that the main material feeding mechanism 2 and the seasoning feeding mechanism 3 share one blanking channel to use blanking in turn, so that the feeding mechanism is more compact, and the occupied space is reduced.

Major ingredient input mechanism 2 includes major ingredient fixed chassis 21, storage carousel 22 and major ingredient carousel motor 23, has seted up dog-house 211 on the fixed chassis 21 of major ingredient, and dog-house 211 is the corresponding blanking passageway 4 of lower equation from top to bottom, storage carousel 22 is installed on the fixed chassis 21 of major ingredient, and the cavity 221 that link up about a plurality of is divided into to the mode that is circular array on the storage carousel 22, constitutes the blowing box 24 of placing the major ingredient between cavity 221 and the fixed chassis 21 of major ingredient, and major ingredient carousel motor 23 drive storage carousel 22 is relative to the fixed chassis 21 circumferential rotation of major ingredient, docks the dog-house 211 through a plurality of cavities 221 in proper order, makes the major ingredient fall into blanking passageway 4 through dog-house 211, simple structure, convenient to use.

The seasoning feeding mechanism 3 comprises a seasoning rotating chassis 31, a seasoning rotating disc motor 32 and a seasoning box 33;

the rotating shaft of the seasoning turntable motor 32 is connected with the seasoning rotating chassis 31, a plurality of seat cavities 311 are arranged on the seasoning rotating chassis 31 along the periphery of the central axis of the rotating shaft, the bottom of each seat cavity 311 is provided with a blanking port 312, and a seasoning box 33 is movably arranged in each seat cavity 311;

the bottom of the seasoning box 33 is provided with a discharge hole 331 corresponding to the blanking hole 312, and the top is provided with an elastic button 332 for driving the discharge hole 331 to open;

the seasoning turntable motor 32 drives the seasoning rotating chassis 31 to rotate, so that after a plurality of seasoning boxes 33 are alternatively connected with the feeding port 211, the pressing mechanism 5 presses the elastic button 322 to release the seasoning to fall into the blanking channel 4 through the feeding port 211.

A cross beam frame 11 is arranged on the frame above the feeding port 211, and the pressing mechanism 5 is arranged on the cross beam frame 11;

the pressing mechanism 5 comprises a discharging motor 51, a cam 52 is mounted on a transverse rotating shaft of the discharging motor 51, the cam 52 is in press fit with an elastic button 332, the rotating mode is direct and simple, the failure rate is low, and the size of the cam 52 can be changed according to the common seasoning box 33 with the elastic button 322 at the top on the market.

The first motor bracket 111 is arranged on the cross beam 11, the discharging motor 51 is arranged on the first motor bracket 111, the press sensor 53 is arranged on the cross beam 11, and a press sensor baffle 54 matched with the press sensor 53 is arranged on a rotating shaft of the discharging motor 51; the amount of seasoning falling into the dispensing port 211 is controlled by detecting the initial position for determining the number of times the cam 52 driven by the dispensing motor 51 presses the elastic button 322.

The seasoning box 33 comprises a storage bottle 333, a discharge hole 331 is formed in the bottom of the storage bottle 333, a through hole 334 is formed in the top of the storage bottle 333, a discharge action rod 335 is slidably mounted between the through hole 334 and the discharge hole 331, a spring 336 used for resetting after being pressed is sleeved on the discharge action rod 335, the spring 336 and the discharge action rod 335 form an elastic button 332, and at least one storage side cavity 337 is formed in the side wall of the lower end of the discharge action rod 335.

The seasoning box is used:

firstly, the upper end of the discharging action rod 335 elastically extends out of the upper part of the through hole 334, the lower end of the discharging action rod 335 retracts into the inner cavity of the storage bottle 333, at the moment, the powder or liquid seasonings of the storage bottle 333 can fall into the storage side cavity 337, then the cam 52 of the pressing mechanism 5 is driven by the discharging motor 51 to rotate, the upper end of the discharging action rod 335 is pressed once by one turn, when the pressing is performed, the discharging action rod 335 moves downwards and compresses the spring 336, the lower end of the discharging action rod 335, which is provided with the storage side cavity 337, extends out of the discharging hole 331, the seasonings are taken out of the storage bottle 333 through the storage side cavity 337, and then the seasonings slide out under the action of gravity and fall into the blanking channel 4 due to the cavity wall obliquely arranged in the storage side cavity 337.

All install down connector 6 in the axis of rotation of major ingredient input mechanism 2 and condiment input mechanism 3, seted up on the central axis of lower connector 6 and connected cavity 61, all be provided with pivot sleeve 7 on major ingredient fixed chassis 21 and the condiment rotation chassis 31, the inner chamber top of pivot sleeve 7 extends to have and is connected the tight income formula complex of cavity 61 and go up connector 8.

The main material fixing chassis 21 and the material storing turntable 22 of the main material throwing mechanism 2 can be detached from the rotating shaft together when the main material or the seasoning is replenished and is detached and cleaned through the detachable matching of the lower connector 6 and the upper connector 8, and the seasoning throwing mechanism 3 takes the seasoning rotating chassis 31 as a support to detach a plurality of seasoning boxes 33 at one time; in addition, each seasoning box 33 can be independently detached from the seasoning rotating chassis 31 for cleaning or seasoning.

In addition, the upper connector 8 and the lower connector 6 can be detachably matched through structures such as gear engagement or middle guide groove type structures.

A second motor support 12 is arranged on the rack 1, a main material turntable motor 23 is arranged on the second motor support 12, an origin sensor 9 is arranged on the inner end face of the second motor support 12, and a main material sensor baffle 231 matched with the origin sensor 9 is arranged on a rotating shaft of the main material turntable motor 23; the main material turntable motor 23 can adopt a stepping motor, can control the rotation range of the material storage turntable 22 through the characteristics of the stepping motor, is convenient for a plurality of cavities 221 to rotate to the feeding port 211 at fixed time, and controls the rotation speed to realize quantitative feeding of the main material.

An original point notch 2311 is formed in the main material sensor baffle 231, the rotation position of the main material turntable motor 23 can be controlled through the matching of the original point notch 2311, the main material sensor baffle 231 and the original point sensor 9, whether the notch 222 which is not provided with the cavity 221 in the storage turntable 22 is aligned with the feed opening 211 or not is judged, and when the notch 222 is aligned with the feed opening 211, enough space is formed in the seasoning rotating chassis 31 to be shifted to the position above the vertical projection surface of the feed opening 211 for feeding.

An inner side touch part 313 and an outer side touch part 314 are arranged on the bottom surface of the seasoning rotating chassis 31, a corresponding number of position sensors 101 are arranged on the rack 1 corresponding to the number of the seasoning boxes 33, the position sensors 101 are matched with the rotating inner side touch part 313 one by one, a abdication sensor 102 is arranged on the rack 1 corresponding to the outer side touch part 314, and the abdication sensor 102 is matched with the outer side touch part 314; each position sensor 101 corresponds to one seasoning box 33, when the seasoning rotating chassis 31 drives the inner touching part 313 to rotate, the inner touching part 313 triggers the position sensor 101 to control the corresponding seasoning box 33 to butt the blanking channel 4, and when the outer touching part 314 is in touching fit with the abdication sensor 102, the seasoning rotating chassis 31 rotates out of the upper part of the feeding port 211 to abdicate the main material fixing chassis 21, so that the control is accurate and the structure is simple.

The seasoning rotating chassis 31 is in a shape of a half-unfilled circular plate, a rotating shaft of the seasoning rotating disk motor 32 is connected to one side, close to the straight edge 315, of the seasoning rotating chassis 31, a plurality of seasoning boxes 33 are arranged along the circular edge 316 of the seasoning rotating chassis 31, and the seasoning rotating disk motor 32 drives the seasoning rotating chassis 31 to realize eccentric rotation; when the seasoning rotating chassis 31 eccentrically rotates, the seasoning rotating chassis 31 can rotate to the vertical projection surface of the feeding port 211, so that the seasoning box 33 can conveniently feed materials above the feeding port 211, or the seasoning rotating chassis 31 leaves the vertical projection surface of the feeding port 211 to give way for the storage turntable 22, so that the cavity 221 of the storage turntable 22 is butted with the feeding port 211 to feed materials.

The material storage rotary table 22 is provided with a plurality of cavities 221 with fan-shaped cross sections and a notch 222 for avoiding the seasoning rotating chassis 31, the corresponding feed opening 211 is fan-shaped, and the area of the feed opening 211 is larger than or equal to the cross section area of the cavity 221; the sector design can utilize the circumferential space of the material storage rotary disc 22 to the maximum extent, and cavities 221 with more quantity or larger volume can be designed, so that when the main materials in the cavities 221 are aligned to the feeding port 211, the lower parts of the main materials at any position in the cavities 221 are in a falling state, and the main materials fall into the feeding port 211.

The volumes of the plurality of discharging boxes 24 are the same or different; during production, the emptying boxes 24 with the same or different volumes can be designed according to actual requirements; when the volumes of the material discharging boxes 24 are the same, the main material components in the dish can be kept equal, the taste of the dish is guaranteed, when the main material components in the dish adopt different proportions, the volumes of the material discharging boxes 24 can be designed to be different, and when the material storing rotary disc 22 rotates at a constant speed, the main materials falling into the material feeding port 211 are in proportion to the volumes of the material discharging boxes 24.

In order to conveniently explain the use process of the feeding mechanism, the feeding sequence is as follows: seasoning a-main material B-seasoning C-main material C are as examples:

1. the main material fixing chassis 21 and the storage rotary disc 22, the seasoning rotating chassis 31 and the seasoning box 33 are detached from the rack 1, then the main material and the seasoning are respectively placed in the cavity 221 and the seasoning box 33, when the main material fixing chassis 21 and the storage rotary disc 22, the seasoning rotating chassis 31 and the seasoning box 33 are assembled on the rack 1 again, the feeding port 211 of the main material fixing chassis 21 is in butt joint with the blanking channel 4, the notch 222 of the storage rotary disc 22 is aligned with the feeding port 211, and the automatic feeding procedure is started.

2. The default notch 222 of the main material feeding mechanism 2 is aligned with the feeding port 211, so that the storage turntable 22 does not need to be rotated and adjusted, the seasoning turntable motor 32 works to enable the seasoning rotating chassis 31 to rotate above the feeding port 211 until the inner side touch part 313 triggers the seasoning box 33, correspondingly containing the seasoning A, of the position sensor 101, the rotation is stopped, the seasoning box 33 containing the seasoning A is aligned with the feeding port 211 at the moment, and then the pressing mechanism 5 works to enable the seasoning box 33 to extrude the detailed process of the seasoning A, which is described by referring to the using process of the seasoning box.

3. Then, the main material feeding mechanism 2 is required to feed the main material a and the main material B, the seasoning turntable motor 32 works and rotates until the outside touch part 314 triggers the abdication sensor 102, at this time, the seasoning rotation chassis 31 completely rotates out of the upper side of the feeding port 211, the space above the feeding port 211 is allowed to rotate in the to-be-stored turntable 22, then the main material turntable motor 23 works, because the main material turntable motor 23 is a stepping motor, the rotation amplitude can be controlled according to the position of the cavity 221 for placing the main material a and the main material B, when the cavity 221 for placing the main material a and the main material B clockwise rotates to the feeding port 211 in sequence, the cavity 221 falls to the air, and the main material a and the main material B sequentially fall into the blanking.

4. Then the seasoning feeding mechanism 3 is required to feed the seasoning B and the seasoning C, the main material turntable motor 23 rotates in a working mode, the storage turntable 22 rotates anticlockwise, the origin sensor 9 and the origin notch 2311 on the main material sensor baffle 231 are matched in a triggering mode, the notch 222 is aligned with the feeding port 211 again, a space for the seasoning to rotate over the seasoning rotating chassis 31 is reserved, then the seasoning turntable motor 32 works, the rotation is stopped until the inner touching part 313 triggers the position sensor 101 to correspondingly place the seasoning box 33 of the seasoning B, the seasoning box 33 for placing the seasoning B is aligned with the feeding port 211 at the moment, the seasoning B is fed, then the seasoning turntable motor 32 continues to rotate until the inner touching part 313 triggers the position sensor 101 to correspondingly place the seasoning box 33 of the seasoning C, the seasoning box 33 for placing the seasoning C is aligned with the feeding port 211 at the moment, and the seasoning C is fed.

5. And finally, the main material feeding mechanism 2 is required to feed the main material C, the seasoning turntable motor 32 works and rotates until the outside touch part 314 triggers the abdication sensor 102, at the moment, the seasoning rotating chassis 31 completely rotates out of the upper part of the feeding port 211, the space above the feeding port 211 is allowed to rotate in again by the material storage turntable 22, then the main material turntable motor 23 works, the cavity 221 for placing the main material C is rotated to the feeding port 211 clockwise, the cavity 221 is emptied, the main material C sequentially falls into the blanking channel 4, and the whole feeding process is completed.

The foregoing is a preferred embodiment of the present invention showing and describing the basic principles, main features and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are intended to illustrate the principles of the invention, but rather that various changes and modifications may be made without departing from the spirit and scope of the invention, the scope of which is defined by the appended claims and their equivalents.

Claims

1. The utility model provides a throw material mechanism that cooking stove was used, includes frame (1), its characterized in that: rotate in frame (1) and be provided with major ingredient feeding mechanism (2) and condiment feeding mechanism (3), offered blanking passageway (4) on frame (1) of major ingredient feeding mechanism (2) below, the top that condiment feeding mechanism (3) correspond blanking passageway (4) is provided with pressing means (5), the ejection of compact is realized in pressing means (5) and the linkage of condiment feeding mechanism (3), rotate through major ingredient feeding mechanism (2) and condiment feeding mechanism (3) cooperation, make both alternatives dock blanking passageway (4) and fall into major ingredient or condiment.

2. The feeding mechanism for the cooking stove according to claim 1, characterized in that: main ingredient feeding mechanism (2) have seted up dog-house (211) including main ingredient fixed chassis (21), storage carousel (22) and main ingredient carousel motor (23) on main ingredient fixed chassis (21), and dog-house (211) are corresponding blanking passageway (4) of the following formula of going up, storage carousel (22) are installed on main ingredient fixed chassis (21), and cavity (221) that link up about a plurality of are divided to the mode that is circular array on storage carousel (22) establishes into, constitute between cavity (221) and the main ingredient fixed chassis (21) and place the magazine (24) of main ingredient, and main ingredient carousel motor (23) drive storage carousel (22) relatively fixed chassis (21) circumference rotates, docks dog-house (211) in proper order through a plurality of cavities (221), makes main ingredient drop into blanking passageway (4) through dog-house (211).

3. The feeding mechanism for the cooking stove according to claim 1, characterized in that: the seasoning feeding mechanism (3) comprises a seasoning rotating chassis (31), a seasoning rotating disc motor (32) and a seasoning box (33);

a rotating shaft of the seasoning turntable motor (32) is connected with a seasoning rotating chassis (31), a plurality of seat cavities (311) are arranged on the seasoning rotating chassis (31) along the periphery of the central axis of the rotating shaft, a blanking port (312) is arranged at the bottom of each seat cavity (311), and a seasoning box (33) is movably arranged in each seat cavity (311);

a discharge hole (331) is formed in the bottom of the seasoning box (33) corresponding to the blanking hole (312), and an elastic button (332) for driving the discharge hole (331) to open is arranged at the top of the seasoning box;

the seasoning turntable motor (32) drives the seasoning rotating chassis (31) to rotate, so that after a plurality of seasoning boxes (33) are in butt joint with the feeding port (211) in an alternative mode, the pressing mechanism (5) presses the elastic button (322) to release the seasoning to fall into the blanking channel (4) through the feeding port (211).

4. The feeding mechanism for the cooking stove according to claim 3, characterized in that: a cross beam frame (11) is mounted on the rack above the feeding port (211), and the pressing mechanism (5) is mounted on the cross beam frame (11);

the pressing mechanism (5) comprises a discharging motor (51), a cam (52) is mounted on a transverse rotating shaft of the discharging motor (51), and the cam (52) is in press fit with an elastic button (332);

the feeding device is characterized in that a first motor support (111) is arranged on the transverse beam frame (11), the feeding motor (51) is installed on the first motor support (111), a metering sensor (53) is installed on the transverse beam frame (11), and a metering sensor baffle (54) matched with the metering sensor (53) is installed on a rotating shaft of the feeding motor (51).

5. The feeding mechanism for the cooking stove according to claim 3, characterized in that: condiment box (33) are including storage bottle (333), discharge gate (331) have been seted up to the bottom of storage bottle (333), and the top of storage bottle (333) is equipped with through-hole (334), and slidable mounting has ejection of compact action bars (335) between through-hole (334) and discharge gate (331), and the cover is equipped with spring (336) that are used for pressing back and reset on ejection of compact action bars (335), and spring (336) constitute elastic button (332) with ejection of compact action bars (335), at least one storage side chamber (337) have been seted up on the lower tip lateral wall of ejection of compact action bars (335).

6. The feeding mechanism for the cooking stove according to claim 1, characterized in that: all install down connector (6) in the axis of rotation of major ingredient input mechanism (2) and condiment input mechanism (3), seted up on the center axis of lower connector (6) and connected cavity (61), all be provided with pivot sleeve (7) on major ingredient fixed chassis (21) and condiment rotation chassis (31), the inner chamber top of pivot sleeve (7) extend have with be connected cavity (61) and tightly go into formula complex and go up connector (8).

7. The feeding mechanism for the cooking stove according to claim 2, characterized in that: the automatic feeding machine is characterized in that a second motor support (12) is arranged on the rack (1), a main material turntable motor (23) is installed on the second motor support (12), an original point sensor (9) is installed on the inner end face of the second motor support (12), and a main material sensor baffle (231) matched with the original point sensor (9) is installed on the rotating shaft of the main material turntable motor (23).

8. The feeding mechanism for the cooking stove according to claim 3, characterized in that: an inner side touch part (313) and an outer side touch part (314) are installed on the bottom surface of the seasoning rotating chassis (31), position sensors (101) in corresponding quantity are arranged on the rack (1) corresponding to the quantity of the seasoning boxes (33), the position sensors (101) are matched with the rotating inner side touch part (313) one by one, a yielding sensor (102) is arranged on the rack (1) corresponding to the outer side touch part (314), and the yielding sensor (102) is matched with the outer side touch part (314).

9. The feeding mechanism for the cooking stove according to claim 3, characterized in that: the seasoning rotating chassis (31) is in a shape of a half-unfilled circular plate, a rotating shaft of the seasoning rotating chassis (32) is connected to one side, close to the straight edge (315), of the seasoning rotating chassis (31), a plurality of seasoning boxes (33) are arranged along the arc edge (316) of the seasoning rotating chassis (31), and the seasoning rotating chassis (31) is driven by the seasoning rotating chassis (32) to rotate eccentrically.

10. The feeding mechanism for the cooking stove according to claim 2, characterized in that: the storage rotary table (22) is provided with a plurality of cavities (221) with fan-shaped cross sections and a notch (222) for avoiding the seasoning rotating chassis (31), the corresponding feed opening (211) is fan-shaped, and the area of the feed opening (211) is larger than or equal to the cross section area of the cavities (221).