CN214231034U - Cooking cup assembly and cooking machine - Google Patents

Abstract

The application discloses material reason cup subassembly and cooking machine. The cooking cup component comprises a cooking cup, a cup seat component and a heating disc component. The cooking cup comprises a cup bottom. The cup seat assembly comprises a metal bonding pad, and the metal bonding pad is welded with the cup bottom to form a waterproof cavity. The heating plate assembly comprises a heating plate and an electric component, and the heating plate and the electric component are sealed in the waterproof cavity. So set up, liquid material such as the outside water of cooking machine can not get into waterproof chamber avoids liquid material such as water to flow to around electrified part or the electrified part and arouse the potential safety hazard, for example the electric leakage has improved the security that the cooking machine used.

Description

Cooking cup assembly and cooking machine

Technical Field

The application relates to a small household electrical appliances technical field especially relates to cooking cup subassembly and cooking machine.

Background

The cooking machine comprises a cooking machine base and a cooking cup assembly. The cooking cup component only comprises a heating disc component, or comprises the heating disc component and a stirring knife component. The heating disc component is provided with a temperature controller, a fuse, a coupler or a temperature sensing probe (NTC) and the like. Arrange the cup subassembly in on the cooking machine base, the cooking machine base control heating plate subassembly heating, perhaps, control heating plate subassembly heating and control stirring sword subassembly rotates, in order to handle food in the cooking cup.

In the working process or the cleaning process, water and liquid substances may flow into the periphery of the charged component (a temperature controller, a fuse, a coupler or a temperature sensing probe), so that potential safety hazards are easy to occur.

Disclosure of Invention

The application discloses material reason cup subassembly. Cooking cup subassembly can not make liquid material such as water flow in around the electrified part, has improved cooking machine's security.

To achieve the above purpose, the present application discloses a material cup assembly. The cooking cup component comprises a cooking cup, a cup seat component and a heating disc component. The cooking cup comprises a cup bottom. The cup seat assembly comprises a metal bonding pad, and the metal bonding pad is welded with the cup bottom to form a waterproof cavity. The heating plate assembly comprises a heating plate and an electric component, and the heating plate and the electric component are sealed in the waterproof cavity. So set up, liquid material such as the outside water of cooking machine can not get into waterproof chamber avoids liquid material such as water to flow to around electrified part or the electrified part and arouse the potential safety hazard, for example the electric leakage has improved the security that the cooking machine used.

Optionally, the heating plate assembly comprises a heating plate support fixedly mounted on the cup bottom, and the heating plate and the charged component are located between the heating plate support and the cup bottom. So set up, electrified part can by firm fixed and rational distribution generate heat on the dish support, be convenient for assemble with the bottom of a cup.

Optionally, the cup bottom includes the cup bottom body and evenly distributed in the screw post of cup bottom body, generate heat set support through the screw with the screw post is connected and fixed mounting in the cup bottom. So set up, make the equipment of dish support that generates heat simple, convenient through screw post and screw cooperation.

Optionally, the heat generating tray assembly comprises a heat generating component, the electrically charged component comprises an upper coupler and at least two second electrically charged components, and pins of the upper coupler extend out of the waterproof cavity; the cooking cup assembly comprises a first connecting wire connected with each second electrified part through the upper coupler and a second connecting wire connected with the corresponding electrified part through the heat generating part; the screw posts separate the first and/or second connection lines. So set up, the screw post not only makes heating plate support firm, easy to assemble with the bottom of cup, moreover, separates first connecting wire and/or second connecting wire, avoids the potential safety hazard.

Optionally, the heating tray assembly includes a heating component disposed on the heating tray, the charging component includes an upper coupler and at least two second charging components, and pins of the upper coupler extend out of the waterproof cavity; the cooking cup assembly comprises a first connecting wire connected with each second electrified part through the upper coupler and a second connecting wire connected with the corresponding electrified part through the heat generating part; the heating plate support or the heating plate comprises a plurality of spaced upright posts, and the upright posts are used for spacing the first connecting wire and/or the second connecting wire. So set up, separate first connecting wire and/or second connecting wire through the stand, reduce the safety risk because of twining and taking place between the connecting wire.

Optionally, the cooking cup assembly comprises a processor handle connected to the cooking cup and the cup holder assembly, or comprises a processor handle connected to the cooking cup; the cup holder subassembly includes the cup, the cup includes cup body and cup handle, the cup body includes from cup body top to the inside sunken installation cavity of cup body, the cup handle connect in cup body top, generate heat the dish subassembly and the metal bonding pad is located in the installation cavity. So set up, cup base handle and cooking machine are two stress points of portable confession, and the cup base handle can make with the cooperation of cooking machine handle take and put the cooking machine more convenient and not hard, for example, when food in the cooking cup is heavier, can hold the cooking machine handle with the cup base is taken away the cooking cup subassembly from the cooking machine base, perhaps will arrange the cup subassembly and place in the cooking machine base, when food in the cooking cup is lighter, can only use the cooking machine handle place the cooking machine subassembly in the cooking machine base is perhaps taken away from the cooking machine base.

Optionally, the cup stand handle includes the face the handle internal surface of the cup body of cooking cup, the handle internal surface with the laminating of cup body just makes the handle internal surface with be provided with thermal-insulated chamber between the cup body, perhaps, the handle internal surface with be provided with the heat insulating sheet between the cup body, perhaps, the handle internal surface with the laminating of cup body just the handle internal surface is provided with the handle hole to the inside extension of cup stand handle. So set up, heat-proof sheet, heat-insulating chamber or handle hole have reduced the area of contact between cup seat handle and the cup body to, reduced the heat transfer, the cup seat handle is difficult to scald.

Optionally, the cup holder handle includes a handle outer surface opposite the handle inner surface, the handle outer surface being arcuate. So set up, the handle surface is the arch, provides great atress area, is convenient for grasp.

Optionally, the cup holder handle comprises a connecting portion and a handle end portion inclined with respect to the connecting portion, the connecting portion being provided with the handle inner surface and the handle outer surface. So set up, the handle tip not only is convenient for the gripping for the slope of connecting portion to conveniently take and put the cooking cup subassembly, the handle tip is located the tip of connecting portion moreover and borrows by the effect of thermal-insulated chamber or heat insulating sheet, the handle tip is more difficult to perm, also makes the cooking cup subassembly of taking and putting more easily.

Optionally, the inner surface of the handle is provided with a handle groove, and the cup body covers the handle groove to form the heat insulation cavity. So set up, not only play thermal-insulated effect, moreover, need not be used for thermal-insulated structure (for example recess) in the cup body setting, the manufacturing of cup seat and cooking cup is simple.

Optionally, the heat insulation sheet is arched, and two opposite surfaces of the heat insulation sheet are attached to the cup body and the inner surface of the handle, or the heat insulation sheet surrounds the inner surface of the handle for a circle so that a heat insulation cavity is formed between the inner surface of the handle and the cup body. So set up, two surfaces that the heat insulating patch carried on the back mutually respectively with cup body and the laminating of handle internal surface, not only play thermal-insulated effect, can also make cooking cup subassembly pleasing to the eye, and the cup body plays supporting role to heat insulating patch and cup stand handle, and the intensity requirement to the cup stand handle is low relatively, in addition, because the heat insulating patch is arch and two surfaces and cup body and the laminating of cup stand handle that carry on the back mutually, the arch can provide great area of contact, so, thermal-insulated effectual.

In another aspect, an embodiment of the present application discloses a food processor. The cooking machine includes cooking machine base and aforementioned any kind of material reason cup subassembly, arrange in cooking cup subassembly the cooking machine base. So set up, the cooking machine also has the beneficial effect of cooking cup subassembly is no longer repeated.

Drawings

Fig. 1 is a front view of a food processor;

FIG. 2 is a perspective view of a cooking cup assembly highlighting the bottom structure of the cooking cup assembly;

FIG. 3 is an exploded perspective view of a conditioning cup assembly in a half-section;

fig. 4 is an exploded perspective view of the cooking cup assembly shown in fig. 1 with the cup holder omitted;

FIG. 5 is an exploded perspective view of the second prophy cup assembly;

FIG. 6 is a schematic view of the cup holder handle of the second cooking cup assembly forming an insulating chamber with the body of the cooking cup;

fig. 7 is an exploded perspective view of a third cooking cup assembly;

fig. 8 is a schematic view of the cup holder handle, the heat insulating sheet and the cup body assembly of the third cooking cup assembly.

Detailed Description

Reference will now be made in detail to the exemplary embodiments, examples of which are illustrated in the accompanying drawings. When the following description refers to the accompanying drawings, like numbers in different drawings represent the same or similar elements unless otherwise indicated. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present application. Rather, they are merely examples of apparatus consistent with certain aspects of the present application, as detailed in the appended claims.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the application. Unless otherwise defined, technical or scientific terms used herein shall have the ordinary meaning as understood by one of ordinary skill in the art to which this application belongs. The use of the terms "a" or "an" and the like in the description and in the claims of this application do not denote a limitation of quantity, but rather denote the presence of at least one. The word "comprising" or "comprises", and the like, means that the element or item listed as preceding "comprising" or "includes" covers the element or item listed as following "comprising" or "includes" and its equivalents, and does not exclude other elements or items. The terms "connected" or "coupled" and the like are not restricted to physical or mechanical connections, but may include electrical connections, whether direct or indirect. "plurality" includes two, and is equivalent to at least two. As used in this specification and the appended claims, the singular forms "a", "an", and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise. It should also be understood that the term "and/or" as used herein refers to and encompasses any and all possible combinations of one or more of the associated listed items.

Referring to fig. 1 to 3, the food processor of an embodiment of the present application includes a food processing cup assembly 100a and a food processor base 200. The cooking cup assembly 100a includes a cup holder assembly 10a, a cooking cup 20 and a heat generating tray assembly 30. The cooking cup 20 comprises a cup body 201 and a cup bottom 202. The cup body 201 surrounds the cup bottom 202 to form a food containing cavity with the cup bottom 202 for containing food. The cup holder assembly 10a includes a cup holder 1a and a metal pad 2. The metal pad 2 is installed on the cup holder 1a, the mode that the metal pad 2 is installed on the cup holder 1a is not limited, in one embodiment, the cup holder 1a includes a cup holder body 11, and the cup holder body 11 includes a cup holder body top 112 and an installation cavity 111 recessed from the cup holder body top 112 to the inside of the cup holder body 11. The metal pad 2 is mounted in the mounting cavity 111.

With continuing reference to fig. 2 and 3 in conjunction with fig. 1, the metal pad 2 is bonded to the cup bottom 202, such that the metal pad 2 and the cup bottom 202 form a waterproof cavity 203. The welding process of the metal pad 2 and the cup bottom 202 is not limited, for example, brazing. The cooking cup assembly 100a illustrated in fig. 2 includes an agitating blade assembly 40, and in this case, the middle portion of the metal pad 2 is provided with a through hole 21 through which a corresponding portion of the agitating blade assembly 40 passes, whereby the metal pad 2 includes an inner ring 22 and an outer ring 23. More specifically, as shown in fig. 2 and 3, when the metal pad 2 is welded to the cup bottom 202, the inner ring 22 is welded to the middle of the cup bottom 202, and the outer ring 23 is welded to the edge of the cup bottom 202, so that the waterproof chamber 203 surrounds the stirring blade assembly 40, in this case, the waterproof chamber 203 may be understood as a circular ring. The skilled person will understand that in the case that the cooking cup assembly does not include the stirring blade assembly 40, the metal pad 2 may not include the through hole 21, and in this case, the edge of the metal pad 2 is welded to the edge of the cup bottom 202.

The heating tray assembly 30 includes a heating tray 31 and a charging member. In some embodiments, it is located within the mounting cavity 111 together with the metal pad 2. The heat generating plate 31 and the charging member are sealed in the waterproof chamber 203. The electrified component includes various components, such as NTC 32, upper coupler 33 (the upper coupler 33 is generally referred to as a lower coupler in the industry as the coupler on the food processor base 200, compared with the coupler on the food processor base 200), a temperature controller, a fuse, and a fuse assembly, and in short, the electrified component includes a component for energizing required for realizing the heating function of the food processor and a component for realizing signal transmission between the food processing cup assembly and the food processor base. The skilled person will understand that in actual products, the electric charging components included in the cooking cup assembly are different according to different requirements of the products, and may be a combination of the above listed components.

As set forth above, metal pad 2 with the bottom of cup 202 welding of cooking cup 20 constitutes waterproof chamber 203, generate heat dish 31 and electrified part (for example, NTC 32 and last coupler 33) are sealed in waterproof chamber 203, so, liquid material such as the outside water of cooking machine can not get into waterproof chamber 203, avoid liquid material such as water to flow to around electrified part or the electrified part and arouse the potential safety hazard, for example the electric leakage, improved the security of cooking machine use.

Referring to fig. 3, the heating plate assembly 30 includes a heating plate support 34 fixedly mounted on the cup bottom 202, and the heating plate 31 and the charging member (NTC 32 and upper coupler 33, etc.) are located between the heating plate support 34 and the cup bottom 202. With the arrangement, the heating plate support 34 is fixedly arranged on the cup bottom 202, so that the charged components can be firmly fixed and reasonably distributed on the heating plate support 34. Of course, the skilled person will understand that there are many ways, not just to mention the structure of the hot plate support 34 and how the hot plate support 34 is fixedly mounted on the cup bottom 202.

Referring to fig. 3 in combination with fig. 4, in an embodiment, the cup bottom 202 includes a cup bottom body 2021 and screw posts 2022 uniformly distributed on the cup bottom body 2021, and the heating plate bracket 34 is fixedly mounted on the cup bottom 202 by connecting the screw posts 2022 with screws 2023. So set up, because the screw post 2022 with bottom of cup body 2021 integrated into one piece, cooking cup 20 makes simply, screw post 2022 evenly distributed in bottom of cup body 2021 not only make heating plate support 34 with cooking cup 20 firm in connection, the connecting wire overall arrangement (for example, separate the connecting wire) between the electrified part of being convenient for moreover. For example, in an embodiment, please refer to fig. 3, three screw columns 2022 are integrally formed at the bottom of the cup bottom 202, and the three screw columns 2022 sequentially and continuously form an equilateral triangle, and correspondingly, in fig. 2, the three screws 2023 are also distributed in an equilateral triangle.

With continued reference to fig. 4, the charging member includes an upper coupler 33 and at least two second charging members, which may be regarded as charging members other than the upper coupler 33, as shown in fig. 4, the second charging members include an NTC 32, a temperature controller 35, and a thermal fuse 36. The upper coupler 33 is used to cooperate with the lower coupler on the food processor base 200 to realize signal or instruction transmission between the food processor cup assembly 100a and the food processor base 200. The skilled person can understand that, in the case that the signal or instruction transmission between the food processing cup assembly 100a and the food processing machine base 200 adopts other methods, the food processing machine does not include the upper coupler and the lower coupler, and in the case that the upper coupler 33 is not included, the connecting wire of the second electrified component of the food processing cup assembly can also be arranged on the heating plate support 34. In the case of signal or instruction transmission between the food processing cup assembly 100a and the food processing machine base 200 by using the upper coupler 33 and the lower coupler, the upper coupler 33 is still sealed in the waterproof cavity 203, but the pin of the upper coupler 33 extends out of the waterproof cavity 203.

The heat-generating tray assembly 30 includes a heat-generating component 37, such as a heat pipe. The cooking cup assembly comprises the upper coupler 33, each first connecting wire connected with the second electrified part and the second connecting wire connected with the corresponding electrified part, and correspondingly, the two have a connection relationship, for example, the temperature controller 35 or the fuse 36 is a part corresponding to the heat generating part 37. In fig. 4, the heating plate 31 of the heating plate assembly 30 is provided with a plurality of spaced columns, 4 columns 311a, 311b, 311c and 311d are illustrated in fig. 4, and it will be understood by those skilled in the art that the columns may also be provided on the heating plate support 34. The pillars 311a, 311b, 311c, and 311d partition the first connection line and/or the second connection line. The partition may be a partial partition or a full partition. In fig. 4, the column part separates the first connection line and the second connection line, specifically, the second connection line 38a of the thermostat 35 connected to the heat generating component 37 is located at the left side of the column 311a, and the first connection line 38b of the thermostat 35 and the upper coupler 33 bypasses the columns 311b and 311 c. The second connection line 38c between the fuse 36 and the heat generating component 37 and the first connection line 38d between the fuse 36 and the upper coupler 33 are separated by the post 311 d. The first connection line 38e between the NTC 32 and the upper coupler 33 is not separated by any post. So set up, separate first connecting wire and/or second connecting wire through the stand, reduce the safety risk because of twining and taking place between the connecting wire. The skilled person will understand that fig. 4 only illustrates the technical idea that the connection lines (the first connection line and the second connection line) are separated by the pillar, and is not intended to limit the real situation of the connection lines (the first connection line and the second connection line). Based on such technical idea, in the foregoing embodiment, the screw post 2022 may also be used to separate the first connection line and/or the second connection line, so that the screw post not only plays a role of connecting and fixing, but also plays a role of separating the connection lines to avoid the connection lines from being wound together, thereby avoiding potential safety hazard.

Referring to fig. 3, in some embodiments, the food processing cup assembly 100a includes a food processor handle 50 connected to the food processing cup 20 and the cup holder assembly 10 a. As shown in fig. 1 to 3, the processor handle 50 can be connected to the processor cup 20 without being connected to the cup holder assembly 10a, that is, in this case, the processor cup assembly 100a includes the processor handle 50 connected to the processor cup 20. The cup holder assembly 10a includes a cup holder 1 a. The cup holder 1a includes a cup holder handle 12a in addition to the cup holder body 11, and the cup holder handle 12a is connected to the cup holder body top 112. The skilled person will appreciate that in some embodiments, the cup holder 1a may not include the cup holder handle 12 a. The heat generating plate assembly 30 and the metal pad 2 are located in the mounting cavity 111. As shown in fig. 3 in combination with fig. 2, the heat generating plate assembly 30 and the metal pad 2 are located in the mounting cavity 111, in some embodiments, a cup bottom 202 is located at the mouth of the mounting cavity 111, and the heat generating plate assembly 30 and the metal pad 2 are located between the cup bottom 202 and the bottom of the mounting cavity 111. So set up, because cooking cup subassembly 100a includes cooking machine handle 50 with cup base handle 12a, cup base handle 12a and cooking machine handle 50 provide two stress points, and cup base handle 12a can make with the cooperation of cooking machine handle 50 to take and put the cooking machine more convenient and not hard, for example, when food in cooking cup 20 is heavier, can hold cooking machine handle 50 with cup base handle 12a takes cooking cup subassembly 100a away from cooking machine base 200, perhaps places cooking cup subassembly 100a in cooking machine base 200, when food in cooking cup 20 is lighter, can only use cooking machine handle 50 places cooking machine subassembly 100a in cooking machine base 200 or take away from cooking machine base 200.

Referring to fig. 3, in the case that the metal pad 2 is welded on the bottom 202 of the cooking cup 20 to form the waterproof cavity 203 and the cup holder handle 12 is provided, heat generated from the heat generating plate 31 or heat of food in the cooking cup 20 may be transferred to the cup holder handle 12a, so that the cup holder handle 12a is easily scalded and inconvenient to take and place, and in order to solve this problem, as shown in fig. 3, the cup holder handle 12a includes a handle inner surface 1211 facing the body 201 of the cooking cup 20. The inner handle surface 1211 is attached to the cup body 201, and the inner handle surface 1211 is provided with a handle hole 1215 extending into the cup holder handle 12 a. With such an arrangement, the handle hole 1215 reduces the contact area between the cup holder handle 12a and the cup body 201, so as to reduce the heat transferred to the cup holder handle 12a, thereby achieving the purpose of heat insulation, and the cup holder handle 12a is not easy to scald and convenient for holding the cup holder handle 12 a. The skilled artisan will appreciate that the handle holes 1215 can be arranged in a variety of ways, such as, for example, the handle holes 1215 are spaced apart; the shape of the handle hole 1215 may be various, for example, a circular hole, a square hole, etc., and in short, the configuration of the handle hole 1215 is not limited as long as the contact area can be reduced. In addition, the inner surface 1211 of the handle is attached to the body 201 of the cooking cup 20, the cooking machine is attractive, after the cooking cup 20 is attached, the body 201 of the cooking cup 20 can support the base handle 12a, and therefore the strength requirement on the base handle 12a is low, in addition, in the assembling process, the inner surface 1211 of the handle can also play a role in positioning to position the relative position between the base body 11 and the cooking cup 20, so that the assembling precision between the cooking cup 20 and the base assembly 10a is improved, particularly, when the body 201 is a curved surface, the assembling precision can be improved when the inner surface 1211 of the handle is a curved surface, the body 201 can be conveniently manufactured by arranging the handle hole 1215 on the base handle, and a structure for reducing heat transfer is not required to be arranged on the body.

With continuing reference to fig. 5 and 6, the present application discloses another cooking cup assembly 100b based on the concept of reducing heat transfer by reducing contact area. Also set up in cooking cup subassembly 100b metal pad 2, the difference with cooking cup subassembly 100a lies in: the structure of the insulation is different. For ease of distinction, the cup holder assembly of the cooking cup assembly 100b is labeled 10b and, correspondingly, the cup holder is labeled 1 b. In the cooking cup assembly 100b, the cup holder 1b includes a cup holder body 11 and a cup holder handle 12 b. The inner handle surface 1211 of the cup holder handle 12b is attached to the cup body 201, and a heat insulation cavity 204 is formed between the inner handle surface 1211 and the cup body 201. So set up, thermal-insulated chamber 204 also can reduce the area of contact of cup body 201 and cup handle 12b and reduce the heat transfer, and cup handle 12b is difficult to scald, is convenient for hold cup handle 12b and cooking machine handle 50 and take and put cooking cup subassembly 100 b. Other advantages of the cup holder 1b of the cooking cup assembly 100b refer to the advantages of the cup holder 1a of the cooking cup assembly 100a, such as the advantages of the inner surface 1211 of the handle abutting against the cup body 201.

The insulating cavity 204 can be formed in various ways, for example, the cup body 201 is provided with a cup body groove, and the inner surface 1211 of the handle covers the groove to form the insulating cavity, or the cup body 201 is provided with a cup body groove and the inner surface 1211 of the handle is provided with a handle groove 1212, and the handle groove 1212 and the cup body groove are formed to form the insulating cavity after the cup body 201 and the inner surface 1211 of the handle are attached, or, as shown in fig. 5 and 6, the inner surface 1211 of the holder handle 12 is provided with a handle groove 1212, and the cup body 201 covers the handle groove 1212 to form the insulating cavity 204 after the cup body 201 and the inner surface 1211 of the handle are attached, as shown in fig. 6. Set up handle recess 1212 in the cup handle so that cup body 201 shelters from the mode of handle recess 1212 in order to constitute thermal-insulated chamber 204, like this, cup body 201 need not set up thermal-insulated structure (for example recess), and cooking cup 20 makes simply, and the cup is the necessary part of every cooking cup subassembly, the cup handle (including handle recess) and conventional cup can be through one set of mould integrated into one piece, so, the manufacturing of cup 1b is all very simple, and it is little to the mould change of current cup. The handle recesses 1212 can be disposed in various ways, for example, in one embodiment as shown in fig. 5, only one of the handle recesses 1212 is provided, and extends around the circumference of the cup body 201 on the inner handle surface 1211; further alternatively, the plurality of handle grooves 1212 may be provided, and the plurality of handle grooves 1212 may extend on the handle inner surface 1211 in a direction parallel to the cup body 201 (the direction around the cup body 201 is a horizontal direction, and then the direction parallel to the cup body 201 may be regarded as a vertical direction, and with reference to the axis of the cup body 201, since the cup body 201 is inclined to the axis, the plurality of handle grooves 1212 are inclined to the axis). The depth and/or width of the handle groove 1212 may be selected based on, among other things, the strength of the cup holder handle 12, and the most important consideration is the configuration of the insulating cavity 204.

Referring to fig. 7 and 8, in order to solve the problem of the cup holder handle being hot, another cooking cup assembly 100c is disclosed in the embodiment of the present application. The food cup assembly 100c also includes a metal pad 2, which is different from the food cup assemblies 100b and 100a in that: the insulating sheet 60 is used to insulate, while the cooking cup assemblies 100b and 100a are used to insulate, either with the insulating cavity 204 or the handle hole 1215. For the sake of convenience, the cup holder of the cooking cup assembly 100c is labeled as 1c, and more specifically, in the cooking cup assembly 100c, a heat insulation sheet 60 is disposed between the inner surface 1211 of the handle and the cup body 201. So set up, heat shield 60 can separate the heat that the heat of cup body 201 or dish 31 that generates heat produced and reduce the heat that transmits for cup handle 12c, reaches the purpose that cup handle 12 does not scald to can regard as two stress points with cup handle 12c and cooking machine handle 50, and take and put cooking cup subassembly 100 c. The material and construction of the insulating sheets are not limited and their primary purpose is to provide insulation.

In an embodiment, the heat insulating sheet 60 is in an arc shape, and the two surfaces 61 and 62 opposite to each other are respectively attached to the cup body 201 and the cup holder handle 12, for example, the handle inner surface 1211 is in an arc shape around the cup body 201, and the two surfaces of the heat insulating sheet 60 are also in an arc shape, so that after the two surfaces opposite to each other of the heat insulating sheet 60 are respectively attached to the cup body 201 and the handle inner surface 1211, not only the heat insulating effect is achieved, but also the cooking cup assembly is beautiful, and the cup body 201 supports the heat insulating sheet 60 and the cup holder handle 12c, compared with a mode that the heat insulating sheet 60 is arranged between the cup body 201 and the cup holder handle 12c but not attached, the strength requirement on the cup holder handle 12c is relatively low, and in addition, since the two surfaces opposite to each other of the heat insulating sheet 60 are attached to the cup body 201 and the cup holder handle 12c, the arc shape can provide a larger contact area, and therefore, the heat insulating effect is good.

In some embodiments, the heat shield 60 may also be ring-shaped, and the heat shield 60 surrounds the inner handle surface 1211 to form a heat-insulating cavity between the inner handle surface 1211 and the cup body 201. So set up, the heat-insulating chamber has also reduced the area of contact of cup stand handle 12 with cup body 201, has reached the purpose that is difficult to scald one's hand, moreover, for the mode of whole surface laminating in handle internal surface, the used material of heat insulating sheet 60 still less, finally makes cooking machine's with low costs. The skilled person will appreciate that the configuration of the heat shield 60 is not limited, but is most important for forming a ring shape

Referring to fig. 3, 5-8, in some embodiments, the cup holder 1a, 1b, or 1c includes an outer handle surface 1213 opposite the inner handle surface 1211, the outer handle surface 1213 being arcuate. So configured, the outer handle surface 1213 is arcuate to provide a larger contact area for grasping the cup holder handle 12a, 12b or 12 c. The shape of the outer handle surface 1213 is not limited to the arcuate shape, and may be curved in an arcuate shape as shown in fig. 3, with only one arch, two arches, or the like, as long as it is easy to grasp.

Referring to fig. 3, 5 to 8, the cup holder handle 12a, 12b or 12c and the food processor handle 50 are used together as a stress point for the purpose of conveniently holding the food processing cup assembly 100a, 100b or 100c, and the structure of the cup holder handle 12a, 12b or 12c is not limited. In some embodiments, the cup holder handle 12a, 12b, or 12c includes a connecting portion 121 provided with the handle inner surface 1211 and a handle end portion 122 inclined with respect to the connecting portion 121. In this way, the connection portion 121 is configured to be attached to the cup body 201 and form a heat insulation cavity with the cup body 201, or a heat insulation sheet 60 is disposed between the connection portion 121 and the cup body 201, or the connection portion 121 is provided with the handle hole 1215. The inclination of the handle end 122 relative to the connecting portion 121 not only facilitates the grasping for the convenience of handling the cup assembly 100a, 100b or 100c, but also the handle end 122 is located at the end of the connecting portion 121 and by virtue of the heat insulation cavity, the heat insulation sheet or the handle hole, the handle end 122 is less prone to scalding and also makes it easier to handle the cup assembly 100a, 100b or 100 c. The handle end 122 is configured in a variety of ways, the primary purpose of which is to facilitate gripping, in some embodiments, as shown in fig. 3, 5 and 8, the handle end 122 extends in a horizontal plane about the cup body 201, in other embodiments, the handle end 122 may extend at an angle relative to the horizontal plane about the cup body 201, and so forth. In some embodiments, the cup holder handle 12a, 12b, or 12c may not include the handle end 122.

It will be understood by those skilled in the art that where the cup holder handle 12a, 12b or 12c includes the connecting portion 121, the handle inner surface 1211 and the handle outer surface 1213 correspond to the surface of the connecting portion 121 facing the cup body 201 and the surface facing away from the cup body 201. Accordingly, the handle groove 1212 and the handle hole 1215 may be provided to the connection part 121. The two opposite surfaces of the heat insulation sheet 60 are respectively attached to the connecting portion 121 and the cup body 201.

On the other hand, various embodiments of the present application also disclose a food processor. The food processor comprises a food processor base 200 and any one of the food processor cup assemblies 100a, 100b or 100c, wherein the food processor base 200 is provided with the food processor cup assembly 100a, 100b or 100 c.

The above description is only for the purpose of illustrating the preferred embodiments of the present application and is not to be construed as limiting the present application, and any modifications, equivalents, improvements, etc. made within the spirit and principle of the present application should be included in the scope of the present application.

Claims (12)

1. A gobo assembly, characterized in that, comprises:

a cooking cup (20) comprising a cup bottom (202);

the cup base assembly comprises a metal bonding pad (2), and the metal bonding pad (2) is welded with the cup bottom (202) to form a waterproof cavity (203);

the heating disc assembly (30) comprises a heating disc (31) and a charged component, and the heating disc (31) and the charged component are sealed in the waterproof cavity (203).

2. The cooking cup assembly according to claim 1, wherein the heating plate assembly (30) comprises a heating plate bracket (34) fixedly mounted on the cup bottom (202), and the heating plate (31) and the charging component are located between the heating plate bracket (34) and the cup bottom (202).

3. The food processing cup assembly according to claim 2, wherein the cup bottom (202) comprises a cup bottom body (2021) and screw posts (2022) uniformly distributed on the cup bottom body (2021), and the heating plate bracket (34) is fixedly mounted on the cup bottom (202) by connecting screws (2023) with the screw posts (2022).

4. The cooking cup assembly according to claim 3, wherein the heating plate assembly (30) comprises a heat generating component (37), the electrically charged component comprises an upper coupler (33) and at least two second electrically charged components, the pins of the upper coupler (33) protrude out of the waterproof cavity (203);

the cooking cup assembly comprises a first connecting wire connected with each second electrified component through the upper coupler (33) and a second connecting wire connected with the corresponding electrified component through the heat generating component (37);

the screw posts (2022) separate the first and/or second connection lines.

5. The cooking cup assembly according to claim 2, wherein the heating plate assembly (30) comprises a heat generating component (37), the electrically charged component comprises an upper coupler (33) and at least two second electrically charged components, the pins of the upper coupler (33) protrude out of the waterproof cavity (203);

the cooking cup assembly comprises a first connecting line of the upper coupler (33) and each second electrified part and a second connecting line of the heat generating part (37) and the corresponding electrified part;

the heating plate bracket (34) or the heating plate (31) comprises a plurality of spaced upright posts which separate the first connecting line and/or the second connecting line.

6. The cooking cup assembly according to claim 1, comprising a cooking handle (50) connected to the cooking cup (20) and the cup holder assembly, or comprising a cooking handle (50) connected to the cooking cup (20);

the cup seat assembly comprises a cup seat, the cup seat comprises a cup seat body (11) and a cup seat handle, the cup seat body (11) comprises an installation cavity (111) which is sunken from the top of the cup seat body (11) to the inside of the cup seat body (11), the cup seat handle is connected to the top of the cup seat body (11), and the heating disc assembly (30) and the metal pad (2) are located in the installation cavity (111).

7. The cooking cup assembly according to claim 6, wherein the holder handle comprises a handle inner surface (1211) facing a cup body (201) of the cooking cup (20), the handle inner surface (1211) is attached to the cup body (201) such that a heat insulating cavity (204) is disposed between the handle inner surface (1211) and the cup body (201), or a heat insulating sheet (60) is disposed between the handle inner surface (1211) and the cup body (201), or the handle inner surface (1211) is attached to the cup body (201) such that the handle inner surface (1211) is disposed with a handle hole (1215) extending inwardly of the holder handle.

8. The cooking cup assembly according to claim 6, wherein the cup holder handle comprises an outer handle surface (1213) opposite the inner handle surface (1211), the outer handle surface (1213) being arcuate.

9. The cooking cup assembly according to claim 6, wherein the cup holder handle comprises a connecting portion (121) and a handle end portion (122) inclined with respect to the connecting portion (121), the connecting portion (121) being provided with the handle inner surface (1211) and the handle outer surface (1213).

10. The cooking cup assembly according to claim 7, wherein the inner handle surface (1211) is provided with a handle groove (1212), and the cup body (201) covers the handle groove (1212) to form the heat insulation cavity (204).

11. The cooking cup assembly according to claim 7, wherein the heat shield (60) is arched with two opposite surfaces attached to the cup body (201) and the inner handle surface (1211), or the heat shield encircles the inner handle surface to form a heat insulating cavity between the inner handle surface and the cup body (201).

12. A food processor, characterized in that, comprises a food processor base (200) and the food processor cup assembly of any one of claims 1 to 11, said food processor cup assembly being disposed in said food processor base (200).

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