TWI794044B - Food processor - Google Patents

Abstract

The present invention relates to a food processor which comprises a cooking device, a pot, a stirring device, a feed device and an airflow generating device. The pot, the stirring device, the feed device and airflow generating device are assembled to the cooking device, and feed device is provided with a feed container, a feed driving source and a feed baffle. Wherein, the feed container and the pot are spaced each other, so that a feed space is formed between the feed container and the pot. the feed driving source can drive the feed baffle in or out from the feeding space, so as the feed device can put food into the pot. In addition, a heat dissipating airflow is generated by the airflow generating device to blow into the stirring device, the container, the feed driving source and the feed space. Therefore, the heat dissipating airflow not only blows away the steam from the pot to the container, but also air-dried the food inside of the container.

Description

food processor

The invention relates to a food conditioner capable of cooking food, in particular to a food conditioner which can not only blow away the steam flowing from the pot to the feeding container, but also air-dry the cooked food inside the feeding container at the same time.

With the change of food culture, not only the ingredients have various characteristics, but also the cooking methods of various ingredients have changed a lot. Even with the advancement of science and technology, there are now a variety of food conditioning machines that can cook specific foods.

Please refer to FIG. 1 , which is a common conventional food conditioner 70 on the market. The conventional food conditioner 70 is mainly composed of a cooking body 71, a pot 72, a stirring device 73 and a feeding device 74. The cooking body 71 has three parts: a base 711, a pillar 712 and a movable seat 713. The base 711 is equipped with a heating assembly 714, wherein the pillar 712 is integrally formed on one side of the base 711, and the movable seat 713 is pivotally connected to The pillar 712 makes the movable seat 713 swing relative to the pillar 712. In addition, the pot 72 is arranged between the base 711, the pillar 712 and the movable seat 713, and the pot 72 has a heating element 714 above. The pot body 721 and an installed pot cover 722 connected to the movable seat 713, and the pot cover 722 penetrates to form a feeding hole 722a, and the pot cover 722 can selectively cover the pot body 721 through the swingable movable seat 713 Or separate from the pot body 721 .

The stirring device 73 has a stirring rod 731 and a stirring driving source 732, the stirring rod 731 is located inside the pot body 721 of the pot 72, and the stirring driving source 732 can be assembled on the stirring rod 731 through the swinging movable seat 713, Then turn the stirring drive source 732 to drive the stirring rod 731 to rotate. In addition, the feeding device 74 has a feed container 741 that can be disassembled on the movable seat 713, a feeding drive source 742 inside the movable seat 713 and A feed baffle 743 connected to the feed drive source 742, the feed container 741 is arranged at intervals in the feeding hole 722a of the pot cover 722, and the feed drive source 742 can drive the feed baffle 743 to move in or out of the position The space between the feeding container 741 and the feeding hole 722a.

When the conventional food conditioner 70 is used in practice, the stirring rod 731 of the stirring device 73 is first placed inside the pot body 721 of the pot 72, and then the movable seat 713 of the cooking body 71 is positioned relative to the pillar of the cooking body 71. 712 swings to make the pot cover 722 of the pot 72 close to the pot body 721 of the pot 72. When the pot cover 722 covers the pot body 721, the stirring drive source 732 of the stirring device 73 assembles the stirring rod 731 of the stirring device 73 at the same time, Afterwards, the feeding drive source 742 of the feeding device 74 drives the feeding baffle 743 of the feeding device 74 to move out of the space between the feeding container 741 and the feeding hole 722a, so that the cooking material positioned inside the feeding container 741 The boiled food can enter the inside of the pot body 721 through the feeding hole 722 a of the pot cover 722 , and at the same time, the aqueous solution is also injected into the inside of the pot body 721 .

When there is cooking material and aqueous solution in the pot body 721 of the pot 72, the heating assembly 714 heats the pot body 721. Rotate to allow the cooked food and the aqueous solution to stir evenly. However, during the process of heating the pot body 721 by the heating element 714, the aqueous solution inside the pot body 721 will generate steam due to heating, and the steam will enter through the pot cover 722. The material hole 722a flows to the inside of the stirring driving source 732 and the feeding container 741, so that the stirring driving source 732 and the cooked food positioned inside the feeding container 741 will be exposed to the environment with steam for a long time, and then the stirring driving source 732 will be Rusting and damage due to steam will reduce the service life of the stirring drive source 732 relatively, and the cooked food inside the feed container 741 will be damaged or deteriorated due to steam.

The main purpose of the present invention is to improve the structure of the conventional food conditioner, so that when the improved food conditioner generates heat dissipation airflow, the heat dissipation airflow will not only flow between the feeding channel and the pan to blow away the heat from the pan to the inlet. The steam in the feed container will also flow into the inside of the feed container to air-dry the cooked food inside the feed container, so that the cooked food inside the feed container will not be in an environment with high humidity, which is relatively energy-efficient. Avoid clumping and deterioration of the cooked food and affect the cooking result of the cooked food.

The secondary purpose of the present invention is to improve the structural configuration of the stirring device, so that the stirring driving source of the stirring device can be away from the stirring installation hole of the cooking body along the lateral direction, so that the stirring driving source is not vertically arranged in the stirring installation hole, and then when When the food processor heats and cooks the cooked food, even if the steam flows toward the stirring installation hole, the chance of flowing to the stirring drive source can be reduced, so that the stirring drive source can prolong the service life under the condition that the stirring drive source is not in contact with the steam as much as possible.

To achieve the above purpose, the food conditioner of the present invention is mainly composed of a cooking body, a pot, a stirring device, a feeding device and an airflow generating device, wherein the cooking body has a seat and a A movable seat, the movable seat is pivotally connected to the above-mentioned carrier seat, so that the above-mentioned movable seat can swing relative to the above-mentioned carrier seat, and a feeding channel is formed inside the above-mentioned movable seat. In addition, the above-mentioned pot has a The pot body of the carrier and a pot cover connected to the above-mentioned movable seat, the above-mentioned pot cover forms a pair of feeding holes for the above-mentioned feeding channel, and can be selectively assembled and unloaded on the above-mentioned pot body by synchronously swinging with the above-mentioned movable seat, A feeding space is formed between the feeding hole and the feeding channel.

The above-mentioned stirring device has a stirring rod inside the above-mentioned pot body and a stirring drive source connected to the above-mentioned movable seat. The above-mentioned stirring drive source can drive the above-mentioned stirring rod to rotate, wherein the above-mentioned feeding device has a The feeding container of the above-mentioned feeding channel, a feeding driving source connected to the above-mentioned movable seat, and a feeding baffle connected to the above-mentioned feeding driving source, the above-mentioned feeding driving source can drive the above-mentioned feeding baffle to move in or out In the above-mentioned feeding space, in addition, the above-mentioned air flow generating device is connected to the above-mentioned movable seat.

In one embodiment, the airflow generating device can generate a heat dissipation airflow entering the movable seat from the external space, and the heat dissipation airflow will split and blow to the material feeding space and the inside of the feeding container.

In another embodiment, the inside of the above-mentioned movable seat is provided with a feed tube wall forming the above-mentioned feed channel, and the above-mentioned feed tube wall is provided with a tube wall through hole that allows the above-mentioned heat dissipation airflow to flow into the above-mentioned feed channel .

In yet another embodiment, the feed container is provided with a mounting portion inside the movable seat and an accommodating portion outside the movable seat, and the mounting portion has a plurality of air inlets connected to the interior of the movable seat , so that the heat-dissipating airflow can pass through the air inlet hole and flow into the interior of the feeding container.

In the aforementioned three embodiments, the above-mentioned stirring driving source and the above-mentioned feeding driving source are installed inside the above-mentioned movable seat, and the above-mentioned cooling air flow will pass through the above-mentioned stirring driving source and the above-mentioned feeding driving source, so that the temperature of the above-mentioned cooling air flow is increased. .

The above-mentioned movable seat is provided with a cladding part connecting the above-mentioned stirring drive source and the feeding drive source, and a flow guide part which allows the inside of the above-mentioned movable seat to communicate with the external space. The flow portion has an air outlet facing the feeding space, so that the heat dissipation air flow passes through the air outlet and flows to the feeding space and the feeding baffle.

Wherein, the above-mentioned feeding space is divided into an upper feeding area close to the above-mentioned feeding container and a lower feeding area close to the above-mentioned feeding hole through the above-mentioned feeding baffle. In the feeding space, the cooling air flow passes through the feeding baffle and is guided to the upper feeding area and the lower feeding area at the same time, so that a part of the cooling air flow flows into the feeding container.

Moreover, the above-mentioned stirring device further has a rotating part, and the above-mentioned stirring driving source can drive the above-mentioned stirring rod to move through the above-mentioned rotating part. The stirring installation hole, and the above-mentioned flow guiding part is between the above-mentioned feeding channel and the above-mentioned stirring installation hole, wherein, the above-mentioned stirring device is further provided with a stirring transmission assembly between the above-mentioned stirring drive source and the rotating member, and the above-mentioned stirring transmission assembly It is used to make the above-mentioned agitation drive source avoid the above-mentioned agitation installation hole along the lateral direction, so that the above-mentioned agitation drive source is arranged laterally on the above-mentioned rotating member through the above-mentioned agitation transmission assembly, so that the above-mentioned agitation drive source is not located in the above-mentioned agitation installation. directly above the hole.

Moreover, the above-mentioned feed baffle is set as a first end at the end close to the above-mentioned flow guide part, and the above-mentioned feed baffle is set as a second end at the end far away from the above-mentioned flow guide part, and the height position of the above-mentioned first end is is lower than the second end, wherein the feed baffle is inclined from the first end toward the second end to present an inclined state, so that the feed baffle is inclined to the feed hole.

The feature of this creation is that the food conditioning machine is equipped with an airflow generating device, and the heat dissipation airflow formed by the operation of the airflow generating device can flow to the stirring driving source of the stirring device, the feeding driving source of the feeding device, and the feeding container of the feeding device The interior and the feeding space between the feeding channel and the feeding hole make the heat dissipation airflow not only flow to the inside of the feeding space to blow away the heat from the pan when the heat dissipation airflow dissipates heat from the stirring drive source and the feeding drive source. The steam in the feed container prevents the steam from flowing into the feed container, so that the cooked food inside the feed container can reduce the chance of contacting the steam, relatively reducing the chance of damage or deterioration of the cooked food, and the heat dissipation airflow can also It will flow into the inside of the feed container to air-dry the cooked food inside the feed container, so that the cooked food inside the feed container will not be in a high-humidity environment, which can relatively prevent the cooked food from agglomerating and deteriorating And affect the cooking result of cooking.

In addition, the stirring device is composed of a stirring drive source, a stirring rod, a rotating part and a stirring transmission assembly. The stirring transmission assembly is used to keep the stirring drive source away from the stirring installation hole of the cooking body along the lateral direction, so that the stirring drive source There are no stirring installation holes arranged vertically, and when the food processor heats and cooks the food, even if the steam flows to the stirring installation hole, the chance of flowing to the stirring drive source can be reduced, so that the stirring drive source is kept away from steam as much as possible. It can prolong the service life.

In order to further have a clearer and more detailed understanding and understanding of the structure, use and features of the present invention, preferred embodiments are given, and the details are as follows in conjunction with the drawings:

In this drawing, the two sides of the X axis refer to the left and right sides when the operator operates the food conditioner 1 of the present invention, and the Y axis refers to the front and rear sides when the operator operates the food conditioner 1 of the present invention. As for the Z axis The two sides refer to the upper and lower sides when the operator operates the food conditioner 1 of the present invention, and in the description of this case, "left", "right", "front", "rear", "upper", "lower", etc. The directional vocabulary refers to the direction that the operator faces when operating the food conditioning machine 1 of the present invention.

Please refer to Fig. 2, in the first preferred embodiment, the food processor 1 of the present invention mainly consists of a cooking body 10, a pot 20, a stirring device 30, a feeding device 40 and an air flow generating device 50, as shown in Figure 2 and Figure 3, the cooking body 10 has a hollow seat 11 and a hollow movable seat 12, the seat 11 has a pot 20 The base 111 and a pillar 112 extending from the base 111 are installed inside the base 111 with a heating element 13 directly below the pot 20, so that the heating element 13 can heat the pot 20, and the pillar 112 is integrally formed on the The rear side of the base 111 makes the riding seat 11 roughly present an L-shaped appearance, wherein a water supply assembly 14 is installed inside the pillar 112, and the water supply assembly 14 can provide aqueous solution (such as: hot water) to the pot 20 Inside, as shown in the figure, the movable seat 12 is located above the base 111, and the movable seat 12 is pivotally connected to the pillar 112, so that the movable seat 12 can swing relative to the pillar 112, as shown in the figure, the movable seat 12 It has a hollow covering part 121 and a flow guide part 122 that can change the direction of gas flow. The bottom of the covering part 121 penetrates to form a connecting hole 121a whose opening direction is parallel to the Z axis, wherein the covering part 121 On the front side of the connecting hole 121a, there is a stirring installation hole 121b that runs through the lower side of the covering part 121, and the covering part 121 is provided with a stirring installation hole 121b extending from the upper side of the covering part 121 to the lower side of the covering part 121 on the rear side of the connecting hole 121a. The feeding pipe wall 121c, and the feeding pipe wall 121c surrounds and forms a feeding channel 121d whose opening direction is parallel to the Z axis, whereby the connecting hole 121a, the stirring installation hole 121b and the feeding channel 121d are distributed in the coating In addition, the guide part 122 is arranged at the position of the connection hole 121a, so that the guide part 122 is located between the stirring installation hole 121b and the feeding channel 121d, and the guide part 122 is at the end away from the connection hole 121a There is an air outlet hole 122a close to the feed channel 121d, and the air outlet hole 122a is used to allow the inside of the movable seat 12 to communicate with the external space. In this embodiment, the opening direction of the air outlet hole 122a is parallel to the Y axis, so that the outlet The opening direction of the air hole 122a is different from that of the connecting hole 121a.

2 and 4, the pot 20 has three parts: a pot body 21, a pot cover 22 and a temperature sensing rod 23. The pot body 21 is provided with an outer pot 211 above the base 111 and an optional The inner pot 212 that is mounted and disassembled on the outer pot 211. In this embodiment, the outer pot 211 is used to accommodate the aqueous solution provided by the water supply assembly 14, and the outer pot 211 is provided with an outer bottom 211a fixedly connected to the base 111 and a slave The outer edge of the outer bottom 211a extends upwards to form an outer ring portion 211b, and the outer bottom 211a and the outer ring portion 211b together form an outer pot space 211c that is accommodated in the inner pot 212. In addition, the inner pot 212 has a profile smaller than the outer bottom 211a The inner bottom 212a of the inner bottom 212a and an inner ring portion 212b extending upward from the outer edge of the inner bottom 212a, the inner bottom 212a and the inner ring portion 212b jointly form an inner pot space 212c, as shown in the figure, the inner bottom 212a faces the inner pot space 212c The inner portion of the inner pot 212d is extended to form a positioning column 212d, and the inner ring part 212b is provided with a plurality of communication holes 212e for connecting the inner pot space 212c to the outer pot space 211c, wherein the pot lid 22 is provided with a stirring hole 221 at different positions And a feeding hole 222, and the pot cover 22 is installed on the movable seat 12 of the cooking body 10, and makes the stirring hole 221 to be positioned at the stirring installation hole 121b of the cooking body 10, and the feeding hole 222 is to the stirring installation hole 121b of the cooking body 10 at the same time Located in the feeding channel 121d of the cooking body 10, in this embodiment, the pot cover 22 can be selectively disassembled from the pot body 21 through the swinging movable seat 12. In addition, the temperature sensing rod 23 is used to sense the temperature of the aqueous solution. temperature, wherein the temperature sensing rod 23 is installed on the outer ring part 211b of the outer pot 211 , and the temperature sensing rod 23 is close to the outer bottom 211a of the outer pot 211 .

2 and 5, the stirring device 30 is mainly composed of a stirring driving source 31, a rotating member 32, a stirring transmission assembly 33 and a stirring rod 34. The stirring driving source 31 is installed in the package of the movable seat 12. Inside the covering part 121, however, the rotating member 32 is provided with a rotating rod 321 arranged at intervals on the stirring drive source 31, and the rotating rod 321 penetrates the stirring installation hole 121b of the cooking body 10 and the stirring penetration hole 221 of the pot cover 22 at the same time. , so that a part of the rotating rod 321 is located inside the cladding part 121 and is set as an inner rotating segment 321a, then the remaining part of the rotating rod 321 is located outside the cladding part 121 and is set as an outer rotating segment 321b, wherein, The outer rotating section 321b is extended to form two rotating arms 322. As shown in the figure, when the rotating member 32 penetrates the stirring hole 221, the flow guide part 122 is located between the feeding channel 121d of the cooking body 10 and the stirring device. Between the rotating parts 32 of 30.

As shown in the figure, the stirring transmission assembly 33 of the stirring device 30 is arranged between the stirring driving source 31 of the stirring device 30 and the inner rotating section 321a of the rotating rod 321, so that the stirring transmission assembly 33 is positioned on the covering part 121 of the movable seat 12 Inside, wherein, the stirring transmission assembly 33 has a driving pulley 331 mounted on the stirring drive source 31 and a driven pulley 332 mounted on the inner rotating section 321a, and the driving pulley 331 is connected to the driven pulley 332 via a transmission belt 333 , in this embodiment, the stirring transmission assembly 33 is used to allow the stirring drive source 31 to avoid the stirring installation hole 121b of the cooking body 10 along the lateral direction (Y-axis direction), so that the stirring drive source 31 passes through the stirring transmission assembly 33 and can be arranged horizontally along the Y-axis direction on the rotating member 32 of the stirring device 30, and then the stirring drive source 31 is not located directly above the stirring installation hole 121b. In addition, the stirring rod 34 of the stirring device 30 can be disassembled on the The inner pot 212 of the pot 20 enables the stirring rod 34 to selectively move into or out of the inner pot space 212c of the inner pot 212, wherein the center of the stirring rod 34 has a stirring column 341, and one end of the stirring column 341 is provided with two A cantilever 342 that is substantially perpendicular to the stirring column 341, and the stirring column 341 is provided with a contact plate 343 at one end away from the cantilever 342, wherein the surrounding of the stirring column 341 extends to form two stirring arms between the cantilever 342 and the contact plate 343 arm 344 .

Please refer to Fig. 2 and Fig. 6, the feeding device 40 has three parts: a feeding container 41, a feeding baffle 42 and a feeding driving source 43, the feeding container 41 can be disassembled on the cooking body 10 The movable seat 12, in this embodiment, a part of the feed container 41 is located inside the feed channel 121d of the movable seat 12 to be used as a mounting part 411, and a part of the feed container 41 is set to be located in the movable seat However, the feed baffle 42 is located between the feed channel 121d and the feed hole 222 of the pot cover 22, and the feed drive source 43 is located at the covering part 121 of the movable seat 12. Inside, and a feed driving source 43 is connected to the feed baffle 42 .

Please refer to Fig. 6, Fig. 7A and Fig. 7B, the feed drive source 43 of the feed device 40 can drive the feed baffle 42 of the feed device 40 to selectively move into or out of the feed channel 121d and the feed hole 222 Among them, when the feed drive source 43 drives the feed baffle 42 to move out between the feed channel 121d and the feed hole 222, the inside of the feed container 41 of the feed device 40 can communicate with the inner pot 212 The pot space 212c is such that a plurality of cooking objects 60 placed inside the feed container 41 (as shown in FIG. 10A ) can enter into the inside of the inner pot space 212c, and when the feed drive source 43 drives the feed baffle plate 42 to move into When between the feeding channel 121d and the feeding hole 222, the feeding baffle 42 blocks the feeding channel 121d, so that the cooked food 60 placed inside the feeding container 41 cannot enter the inner pot space 212c.

Please refer to shown in Figure 8, the feed channel 121d of the movable seat 12 is arranged at intervals in the feed hole 222 of the pot cover 22, so that a feed space R is formed between the feed channel 121d and the feed hole 222, and the feed device The feeding baffle 42 of 40 can move in the feeding space R, wherein, the feeding space R is divided into an upper feeding area R1 close to the feeding container 41 and an upper feeding area R1 close to the feeding hole through the feeding baffle 42 222 of the lower feeding region R2, as shown in the figure, the opposite ends of the feed baffle 42 have different heights and are respectively set as a first end 421 and a second end 422 whose height is higher than the first end 421, Wherein, the first end 421 is close to the air outlet hole 122a of the cooking body 10, so that the second end 422 is far away from the air outlet hole 122a, so that the air outlet hole 122a faces the feeding space R. In a preferred embodiment, the feeding stop The plate 42 is inclined from the first end 421 toward the second end 422 to present an inclined state, so that the feeding baffle 42 is inclined to the feeding hole 222 and the feeding channel 121d of the cooking body 10 at the same time. The whole installation part 411 of the material container 41 is all positioned inside the feed passage 121d, so that the installation part 411 will not protrude from the feed passage 121d to the feed space R, moreover, please refer to Fig. 2 again, the airflow will generate The device 50 has two cooling fans 51 , and each cooling fan 51 is installed inside the covering portion 121 of the movable base 12 , and both cooling fans 51 are located at the rearmost side of the covering portion 121 .

Please refer to Fig. 9A, the movable seat 12 of the cooking body 10 is at a flipping position P1, so that the pot cover 22 of the pot 20 is away from the pot body 21 of the pot 20, and then, the stirring device 30 The rod 34 is placed inside the inner pot space 212c of the inner pot 212 so that the contact plate 343 of the stirring rod 34 can contact the inner bottom 212a of the inner pot 212. In this embodiment, when the contact plate 343 can contact the inner pot 212 The inner bottom 212a and the positioning column 212d of the inner pot 212 penetrate into the inside of the stirring column 341 of the stirring rod 34, so that the stirring rod 34 can maintain a vertical state approximately perpendicular to the inner bottom 212a.

Please refer to Fig. 9B, when the stirring rod 34 of the stirring device 30 is placed inside the inner pot space 212c of the inner pot 212, the movable seat 12 of the cooking body 10 will swing relative to the pillar 112 of the cooking body 10, so that the movable The seat 12 swings from the overturning position P1 to a cover position P2. When the movable seat 12 is at the cover position P2, the pot cover 22 of the pot 20 will cover the pot body 21 of the pot 20. At the same time, the rotation of the stirring device 30 The member 32 is longitudinally arranged on the stirring rod 34 of the stirring device 30 along the Z axis, so that the two rotating arms 322 of the rotating rod 321 are interlaced with the cantilever 342 of the stirring rod 34 .

Please refer to Fig. 10A, in the specific application of the first preferred embodiment, after the stirring rod 34 of the stirring device 30 is placed inside the inner pot space 212c of the inner pot 212, the movable seat 12 of the cooking body 10 is turned over The position P1 swings to the cover position P2, so that the pot cover 22 of the pot 20 covers the pot body 21 of the pot 20, and at the same time, the two swivel arms 322 of the swivel rod 321 will be interlaced with the cantilever 342 of the stirring rod 34. Next, cooking The water supply component 14 of the cooking body 10 provides an aqueous solution to the interior of the inner pot space 212c of the inner pot 212, and the feeding driving source 43 of the feeding device 40 can drive the feeding baffle 42 of the feeding device 40 to move out of the feeding space R, The cooking material 60 located inside the feeding container 41 can enter the interior of the inner pot space 212c, wherein, when the aqueous solution in the inner pot space 212c and the cooking material 60 respectively reach preset values, the water supply assembly 14 stops supplying the aqueous solution , and the feeding driving source 43 can drive the feeding baffle 42 to move into the feeding space R, so that the feeding baffle 42 can prevent the cooked food 60 inside the feeding container 41 from entering the inner pot space 212c.

Afterwards, the stirring driving source 31 of the stirring device 30 drives the rotating part 32 of the stirring device 30 to rotate around the Z axis through the stirring transmission assembly 33 of the stirring device 30, and the rotating rotating part 32 can drive the rotating part 32 of the stirring device 30. The stirring rod 34 rotates in the inner pot space 212c of the inner pot 212, so that the aqueous solution in the inner pot space 212c and the cooking material 60 can be stirred evenly, and at the same time, the heating component 13 of the cooking body 10 can add the pot 20 In the process, the water inside the pot body 21 generates steam S due to the heating of the heated component 13, and the steam S will flow to the bottom of the pot body 21 through the feeding hole 222 of the pot cover 22 and the stirring hole 221 of the pot cover 22. Outside, wherein, because the stirring driving source 31 passes through the stirring transmission assembly 33 and is not vertically arranged in the stirring installation hole 121b, the steam S flowing from the stirring penetration hole 221 to the outside of the pot body 21 can reduce the contact stirring even if it flows to the stirring installation hole 121b. The opportunity of the driving source 31 causes the stirring driving source 31 to prolong the service life under the condition that the stirring driving source 31 is not exposed to the steam S as much as possible.

10B and 10C, the two cooling fans 51 of the airflow generating device 50 are running, so that the two cooling fans 51 can generate a cooling airflow A entering the movable seat 12 from the external space, and the cooling airflow A will flow to The feeding driving source 43 of the feeding device 40 of the stirring driving source 31 of the stirring device 30 makes the cooling air flow A heat the stirring driving source 31 and the feeding driving source 43, wherein, the stirring driving source 31 and the feeding driving source 43 are radiated by the cooling air flow A. During the heat dissipation process of the feeding driving source 43, the cooling airflow A will take away the thermal energy of the stirring driving source 31 and the heating energy of the feeding driving source 43, so that the temperature of the cooling airflow A passes through the stirring driving source 31 and the feeding driving source 43. 10C, the heat dissipation airflow A will also flow into the guide part 122 of the movable seat 12 through the connection hole 121a of the movable seat 12, And the flow guide part 122 will change the flow direction of the heat dissipation airflow A, so that the heat dissipation airflow A flows through the flow guide part 122 to the air outlet hole 122a, because the air outlet hole 122a faces the feeding space R, so that the heat dissipation airflow A flowing out from the air outlet hole 122a It will flow to the feeding space R and the feeding baffle 42, wherein, when the cooling airflow A flows from the air outlet 122a to the feeding space R, the feeding baffle 42 can guide the cooling airflow A flowing to the feeding space R at the same time. The upper feeding area R1 of the feeding space R and the lower feeding area R2 of the feeding space R, so that the heat-dissipating airflow A flowing into the upper feeding area R1 can flow into the inside of the feeding container 41 to air-dry the inside of the feeding container 41 The cooking material 60, and then the heat dissipation airflow A flowing into the upper feeding region R1 blows away the steam S flowing out from the feeding hole 222, so that the steam S will not flow into the inside of the feeding container 41, so that it is located inside the feeding container 41 The cooked object 60 can reduce the chance of contacting the steam S, and relatively reduce the probability of the cooked object 60 being damaged or deteriorated.

Please refer to Fig. 11, in the second preferred embodiment, the difference from the first preferred embodiment lies in the structure of the movable seat 12 of the cooking body 10, as for the seat 11, The configurations of the pot 20, the stirring device 30, the feeding device 40, and the feeding baffle airflow generating device 50 are the same as those in the first preferred embodiment, and will not be described again in this embodiment, as As shown in the figure, when the installation part 411 of the feed container 41 penetrates into the inside of the feed channel 121d, the upper half of the feed pipe wall 121c surrounds the installation part 411, and the lower half of the feed pipe wall 121c will A plurality of tube wall through holes 121e are formed through, so that the inside of the feed container 41 communicates with the inside of the movable seat 12 through the feed channel 121d and the tube wall through holes 121e.

Please refer to Fig. 12, when the second preferred embodiment is applied, the two heat dissipation fans 51 of the airflow generating device 50 are operated to form a heat dissipation airflow A inside the movable seat 12, wherein, the inside of the movable seat 12 The flowing heat dissipation airflow A not only dissipates heat to the feeding drive source 43 of the feeding device 40 of the stirring drive source 31 of the stirring device 30, but the heat dissipation airflow A flowing inside the movable seat 12 can also pass through the plurality of cooking bodies 10. A tube wall through hole 121e flows into the inside of the feed container 41 to air-dry the cooked food 60 positioned inside the feed container 41. In this embodiment, the cooling air flow A also flows into the feed container 41 through the connecting hole 121a of the movable seat 12. The air guide part 122 of the seat 12 allows the heat dissipation airflow A to pass through the air outlet hole 122a of the air guide part 122 and flow to the feeding space R, so that the heat dissipation airflow A flowing into the upper feeding area R1 can blow away the steam flowing out from the material inlet hole 222 S.

Please refer to shown in Fig. 13, in the third preferred embodiment, the difference with the second preferred embodiment lies in the structural appearance of both the feeding container 41 of the cooking feeding device 40, as shown in the figure, the feeding The mounting portion 411 of the container 41 has a plurality of air inlet holes 411a, and the length of the mounting portion 411 is equal to the length of the feeding pipe wall 121c. Wherein, when the mounting portion 411 penetrates into the inside of the feeding pipe wall 121c, because the mounting portion 411 The length is equal to the length of the feed pipe wall 121c, so that the entire feed pipe wall 121c surrounds the installation part 411, and then the air inlet 411a is communicated with the inside of the movable seat 12 through the pipe wall through hole 121e of the feed pipe wall 121c .

The above-mentioned embodiments are only for convenience to illustrate the present invention and do not limit it. Without departing from the scope of the present invention, various simple deformations and modifications made by those skilled in the industry according to the patent scope of the present invention and the creation instructions should still be included. In the scope of the following patent applications.

1: Food Conditioner 10: cooking body 11: Take the seat 111: base 112: Pillar 12: Movable seat 121: cladding department 121a: connecting hole 121b: Stirring installation hole 121c: feed pipe wall 121d: feeding channel 121e: pipe wall through hole 122: diversion part 122a: air outlet 13: Heating components 14: Water supply components 20: pot 21: pot body 211: outer pot 211a: outer bottom 211b: Outer Ring 211c: outer pot space 212: inner pot 212a: inner bottom 212b: Inner Ring 212c: inner pot space 212d: positioning column 212e: Connecting hole 22: Pot cover 221: Stirring and piercing holes 222: feed hole 23: Temperature rod 30: Stirring device 31: Stirring drive source 32: rotating parts 321:Turning rod 321a: inner rotating section 321b: Outer rotating section 322: rotating arm 33: Stirring drive assembly 331: Drive pulley 332: driven pulley 333: drive belt 34: stirring rod 341: stirring column 342: Cantilever 343: contact plate 344: stirring arm 40: Feeding device 41: Feed container 411: Installation Department 411a: air intake hole 412:Accommodating Department 42: Feed baffle 421: first end 422: second end 43: Feed driving source 50: Airflow generating device 51: cooling fan 60: Cooking A: cooling airflow S: steam P1: Flip position P2: cover position R: feeding space R1: upper feeding area R2: Bottom feeding area 70: Known Food Conditioner 71: cooking body 711: base 712: Pillar 713: movable seat 714: heating element 72: pot 721: pot body 722: Pot cover 722a: feed hole 73: Stirring device 731: stirring rod 732: Stirring drive source 74: Feeding device 741: Feed container 742: Feed drive source 743: Feed baffle

Fig. 1 is the schematic diagram of conventional food conditioning machine; Fig. 2 is the sectional view of the food conditioning machine in the first preferred embodiment of the present invention; Fig. 3 is a schematic diagram of the cooking body; Figure 4 is an exploded view of the pot; Fig. 5 is a schematic diagram of the stirring device installed on the cooking body; Fig. 6 is a schematic diagram of the feeding device installed on the cooking body; Figure 7A is a schematic diagram of the feed baffle moving away from the feed channel; Figure 7B is a schematic diagram of the feed baffle moving to block the feed channel; Fig. 8 is the schematic diagram that feeding baffle is positioned at feeding space; Fig. 9A is a schematic diagram of the movable seat in an overturned position; Fig. 9B is a schematic diagram of the movable seat in the covered position; Fig. 10A is a schematic diagram of heating the aqueous solution and the cooked food; Fig. 10B and Fig. 10C are schematic diagrams of heat dissipation air flow flowing to the stirring drive source, the feed drive source, the interior of the feed container and the feed space; Fig. 11 is a sectional view of the food conditioner in the second preferred embodiment of the present invention; Fig. 12 is a schematic diagram of the cooling air flow flowing into the feed container through the through-holes and air-intake holes in the pipe wall; and Fig. 13 is a sectional view of the food conditioner in the third preferred embodiment of the present invention.

1: Food Conditioner

10: cooking body

11: Take the seat

111: base

112: Pillar

12: Movable seat

121: cladding department

13: Heating components

14: Water supply components

20: pot

21: pot body

211: outer pot

212: inner pot

212d: positioning column

212e: Connecting hole

22: Pot cover

222: feed hole

23: Temperature rod

30: Stirring device

31: Stirring drive source

32: rotating parts

322: rotating arm

33: Stirring drive assembly

331: Drive pulley

332: driven pulley

333: drive belt

34: stirring rod

341: stirring column

342: Cantilever

343: contact plate

344: stirring arm

40: Feeding device

41: Feed container

411: Installation department

412:Accommodating Department

42: Feed baffle

43: Feed driving source

50: Airflow generating device

51: cooling fan

Claims (9)

A food conditioning machine, comprising: a cooking body, with a carrier seat and a movable seat, the movable seat is pivotally connected to the carrier seat, so that the movable seat can swing relative to the carrier seat, and the movable seat A feeding passage is formed in the interior of the pot; a pot has a pot body connected to the above-mentioned carrying seat and a pot cover connected to the above-mentioned movable seat, and the above-mentioned pot cover forms a pair of feeding holes corresponding to the above-mentioned feeding passage. And it can swing synchronously with the above-mentioned movable seat to selectively assemble and unload on the above-mentioned pot body, and a feeding space is formed between the above-mentioned feeding hole and the feeding channel; a stirring device has a stirring rod inside the above-mentioned pot body And a stirring driving source connected to the above-mentioned movable seat, the above-mentioned stirring driving source can drive the above-mentioned stirring rod to rotate; The feeding driving source of the seat and a feeding baffle connected to the above-mentioned feeding driving source, the above-mentioned feeding driving source can drive the above-mentioned feeding baffle to move into or out of the above-mentioned feeding space; it is characterized in that: the above-mentioned food conditioning machine It further has an airflow generating device connected to the above-mentioned movable seat, and the above-mentioned airflow generating device can generate a heat-dissipating airflow entering the interior of the above-mentioned movable seat from the external space, and the above-mentioned heat-dissipating airflow will be blown to the above-mentioned feeding space and the above-mentioned feeding material The interior of the container; wherein, the above-mentioned movable seat is provided with a covering part connecting the above-mentioned stirring drive source and the feeding drive source and a flow guide part that allows the inside of the above-mentioned movable seat to communicate with the external space, and the above-mentioned covering part is provided with the above-mentioned inlet The material channel, and the above-mentioned flow guide part has an air outlet facing the above-mentioned feeding space, so that the above-mentioned heat dissipation air flow passes through the above-mentioned air outlet and flows to the above-mentioned feeding space and the feeding baffle. The food conditioner as described in Claim 1, wherein, both the above-mentioned stirring drive source and the above-mentioned feed drive source are installed inside the above-mentioned movable seat, and the above-mentioned heat dissipation airflow will pass through the above-mentioned stir drive source and the above-mentioned feed drive source, so that the above-mentioned The temperature of the cooling airflow is increased. The food conditioner according to claim 1, wherein the feeding space is divided into an upper feeding area close to the feeding container and a lower feeding area near the feeding hole through the feeding baffle , when the heat dissipation airflow flows from the air outlet hole to the feed space, the heat dissipation airflow passes through the feed baffle and is guided to the upper feeding area and the lower feeding area at the same time, so that a part of the heat dissipation airflow will flow into the feeding material The interior of the container. The food conditioner according to claim 1, wherein the above-mentioned flow guiding part is located between the above-mentioned feeding channel and the above-mentioned stirring device. The food conditioner as described in claim 1, wherein the feed baffle is set as a first end at the end close to the flow guide part, and the feed baffle is set as a second end at the end far away from the flow guide part. end, the height of the first end is lower than the second end. The food conditioner according to claim 5, wherein, the feed baffle is inclined from the first end toward the second end, so that the feed baffle is inclined to the feed hole. The food conditioner as described in Claim 1, wherein, the above-mentioned stirring device is further provided with a stirring transmission assembly between the above-mentioned stirring driving source and the rotating member, and the above-mentioned rotating member is passed through a stirring installation hole of the above-mentioned movable seat, and the stirring The transmission assembly is used to allow the above-mentioned agitation drive source to avoid the above-mentioned agitation installation hole along the lateral direction, so that the above-mentioned agitation drive source is arranged laterally on the above-mentioned rotating member through the above-mentioned agitation transmission assembly, so that the above-mentioned agitation drive source is not located in the above-mentioned Just above the stirring mounting hole. The food conditioning machine as described in Claim 1, wherein, the interior of the above-mentioned movable seat is provided with a feeding pipe wall forming the above-mentioned feeding channel, and the above-mentioned feeding pipe wall is provided with a device for allowing the above-mentioned heat dissipation airflow to flow into the above-mentioned feeding channel through holes in the pipe wall. The food conditioner according to claim 1, wherein the feed container is provided with a mounting part inside the movable seat and an accommodating part outside the movable seat, and the mounting part has a plurality of The air intake hole inside the seat allows the above-mentioned heat dissipation airflow to flow into the interior of the above-mentioned feed container through the above-mentioned air intake hole.

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