Cooking stove structural member

Abstract

The utility model provides a cooking stove structural part which comprises a tray, a bottom cover and an auxiliary support, the tray is used for bearing a heating part, the bottom cover is used for bearing the tray, and the auxiliary support is used for installing a weighing part and bearing the tray; the bottom cover comprises a tray body supporting part matched with the tray and further comprises a support supporting part matched with the auxiliary support. The auxiliary support comprises a tray body connecting part matched with the tray and further comprises a cover body connecting part matched with the support supporting part. The cooking stove structural member has a first assembly form and a second assembly form, wherein the first assembly form defines that the tray and the tray body supporting part are connected and assembled; and the second assembly form is defined as follows: the tray is connected and assembled with the tray body connecting part, and the bracket supporting part is connected and assembled with the cover body connecting part. A cooking stove producer only needs to develop one cooking stove structural part, and the production part requirements of two types of cooking stoves with the weighing function or without the weighing function can be met.

Description

Technical Field

[0001] The utility model relates to the technical field of kitchen furniture, in particular to a cooking stove structure. Background Art

[0002] A traditional cooking stove includes a panel assembly, a heating element and a stove body. The stove body includes a tray for carrying the heating element and the panel assembly, and a bottom cover for carrying the tray and the panel assembly. There is a new type of cooking stove that has the function of weighing the weight of cooking utensils. Compared with traditional cooking stoves, this type of new cooking stove is also equipped with a weighing piece, which is set at the bottom of the tray. The weight of the cooking utensils and the ingredients in the cooking utensils is determined based on the stress and strain changes of the weighing piece caused by the cooking utensils being placed before and after the panel assembly. The stove body of a traditional cooking stove is not compatible with the weighing piece, which means that when cooking stove manufacturers produce traditional cooking stoves and new cooking stoves equipped with weighing pieces at the same time, they need to develop new trays and bottom covers for the new cooking stoves. Utility Model Content

[0003] In view of this, the utility model provides a cooking stove structure which can reduce the workload and difficulty of a cooking stove manufacturer in the process of developing a cooking stove product.

[0004] The cooking stove structure provided by the utility model comprises a tray, a bottom cover and a sub-bracket, wherein the tray is used for carrying a heating element, the bottom cover is used for carrying the tray, and the sub-bracket is used for installing a weighing element and carrying the tray; the bottom cover comprises a tray body supporting portion matching the tray, and also comprises a bracket supporting portion matching the sub-bracket; the sub-bracket comprises a tray body connecting portion matching the tray, and also comprises a cover body connecting portion matching the bracket supporting portion; the cooking stove structure has a first assembly form and a second assembly form, wherein the first assembly form defines: the tray is connected and assembled with the tray body supporting portion; the second assembly form defines: the tray is connected and assembled with the tray body connecting portion, and the bracket supporting portion is connected and assembled with the cover body connecting portion.

[0005] The cooking stove structure of the utility model has the following beneficial effects:

[0006] Cooking stove manufacturers only need to develop one cooking stove structural part to meet the production parts requirements of two types of cooking stoves, and the workload and difficulty of cooking stove product development are reduced. When the cooking stove produced is not equipped with a weighing part and thus does not have the function of weighing cooking utensils, the cooking stove structural part in the first assembly form is used as the stove body of the cooking stove, and the bottom cover directly carries the tray through the plate body support part. When the cooking stove produced is equipped with a weighing part and thus has the function of weighing cooking utensils, the cooking stove structural part in the second assembly form is used as the stove body of the cooking stove, and the chassis directly carries the sub-bracket through the bracket support part, and the sub-bracket is equipped with a weighing part and is connected to and carries the tray through the plate body connection part.

[0007] In one embodiment, the auxiliary bracket also includes a weighing connection part for connecting a weighing piece, and the weighing connection part and the disc body connection part are independently formed and separately arranged. The second assembly form also defines: the disc body connection part and the weighing connection part are respectively connected to the weighing piece.

[0008] With such arrangement, in the second assembly form, when the cooking utensil is placed on the panel assembly, the weighing member is allowed to produce stress-strain changes, and the weighing connection portion and the plate body connection portion will not offset the stress-strain changes of the weighing member, thereby ensuring that the weight information of the cooking utensil and the food inside the cooking utensil can be obtained.

[0009] In one embodiment, the weighing connection portion is fixedly connected to the cover body connection portion, and the second assembly form further defines: the bracket support portion and the cover body connection portion are tightly connected.

[0010] With such arrangement, in the second assembly form, the portion of the weighing piece connected to the weighing connection portion can remain relatively fixed and stationary with the bottom cover, and the amount of movement of the portion of the weighing piece connected to the disc body connection portion relative to the weighing connection portion is equivalent to the strain generated by the weighing piece under the pressure of the cooking utensil, thereby ensuring that the weight information obtained about the cooking utensil and the food in the cooking utensil is true and accurate.

[0011] In one embodiment, the auxiliary bracket includes a fastening pin, which includes a first fastening section forming a cover body connection part, and also includes a second fastening section for inserting a weighing piece. The weighing connection part includes the second fastening section, and the bracket support part is provided with a fastening hole for the first fastening section to pass through.

[0012] With such arrangement, the fastening pin as a component of the auxiliary bracket is easy to obtain, and it is more convenient and easy for the auxiliary bracket to connect the weighing piece and the bracket support part through the fastening pin.

[0013] In one embodiment, the sub-bracket also includes an anti-sway seat, a fastening pin is fixedly inserted through the anti-sway seat, the anti-sway seat includes a first anti-sway portion and a second anti-sway portion which are sequentially arranged along the axial direction of the fastening pin, the cover body connecting portion includes the first anti-sway portion, and the weighing connecting portion includes the second anti-sway portion, and the second assembly form is further defined as follows: the first anti-sway portion is adapted to fit with the bracket supporting portion, and the second anti-sway portion is adapted to fit with the weighing piece.

[0014] With such arrangement, the anti-sway seat can eliminate both the sway of the fastening pin relative to the bottom cover and the sway of the weighing piece relative to the fastening pin, thereby improving the overall rigidity and stability of the portion where the bottom cover, fastening pin and weighing piece are connected to the weighing connection part, ensuring that the portion where the weighing piece is connected to the weighing connection part can remain strictly relatively fixed and stationary with the bottom cover.

[0015] In one embodiment, the bottom cover includes a first bottom plate, the disc support portion and the bracket support portion are both formed on the first bottom plate, the cover body connection portion also includes a fastening head fixed to the first fastening section, and the first anti-sway portion and the fastening head are respectively abutted against two sides of the first bottom plate to fix and clamp the first bottom plate.

[0016] With such arrangement, the connection strength between the cover body connection part and the bracket support part is improved, and it is not easy to cause loosening and connection failure, thereby ensuring that the bottom cover stably and reliably supports the auxiliary bracket.

[0017] In one of the embodiments, the second assembly form further defines that: the disc body connecting portion and the second fastening section are spaced apart along one radial direction of the second fastening section.

[0018] With such arrangement, in the second assembly form, the weighing element is equivalent to a cantilever beam extending radially outward along one of the second fastening sections, and the portion of the weighing element connected to the plate body is subjected to the pressure of the tray. Even if the pressure of the tray acting on the weighing element changes slightly, it can cause the weighing element to produce a relatively large strain, thereby helping to improve the sensitivity of sensing the weight of the cooking utensil.

[0019] In one embodiment, the disc body connecting portion is provided with an assembly groove for adapting to the weighing piece, and the second assembly form further defines: the disc body connecting portion is spliced ​​and connected with the weighing piece through the assembly groove.

[0020] With such arrangement, the connection between the weighing element and the connecting portion of the disc body is simple and easy.

[0021] In one embodiment, the tray includes an avoidance portion, which is located on a side of the tray close to the bottom cover. The second assembly form further defines that: an avoidance gap is provided between the weighing connection portion and the avoidance portion.

[0022] With such a configuration, the avoidance gap can allow the weighing piece to produce obvious strain under the pressure of the tray, and the avoidance portion will not interfere with the weighing piece, thereby causing the strain of the weighing piece to be offset, thereby ensuring that the weight information obtained about the cooking utensils and the food in the cooking utensils is true and accurate.

[0023] In one embodiment, at least part of the tray body connection portion and at least part of the tray body support portion share the same structure, the first assembly form further defines: the tray and the tray body support portion fit together, and the second assembly form further defines: the tray and the tray body connection portion fit together.

[0024] With such arrangement, the tray of the cooking stove structure of the utility model can be universally used in two types of cooking stoves, that is, the tray can be applied to both traditional cooking stoves and new cooking stoves equipped with weighing components. It is only necessary to select the cooking stove structure of the first assembly form or the cooking stove structure of the second assembly form according to whether the produced cooking stove is equipped with a weighing component. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 It is a cross-sectional view of a cooking stove structure of the utility model applied to a cooking stove;

[0026] Figure 2 for Figure 1 The cooking stove shown is a partially enlarged schematic diagram at A;

[0027] Figure 3 An exploded view of a cooking stove structure of the utility model applied to a cooking stove;

[0028] Figure 4 for Figure 3 The cooking stove shown is a partial enlarged schematic diagram at position B;

[0029] Figure 5 It is a cross-sectional view of the cooking stove structure of the utility model applied to another cooking stove;

[0030] Figure 6 This is an exploded view of a cooking stove structure of the utility model being applied to another cooking stove.

[0031] Explanation of reference numerals: 100, cooking stove; 10, stove top panel; 11, stove hole; 20, heating panel; 30, heating element; 31, electromagnetic wire coil; 32, magnetic isolation plate; 40, tray; 41, avoidance portion; 411, avoidance gap; 50, bottom cover; 51, stove cavity; 521, first bottom plate; 522, second bottom plate; 53, tray support portion; 54, bracket support portion; 541, fastening hole ; 60. Auxiliary bracket; 601. Fastening pin; 6011. First fastening section; 6012. Second fastening section; 6013. Fastening head; 61. Disk body connecting part; 611. Assembly groove; 62. Cover body connecting part; 63. Weighing connection part; 64. Anti-sway seat; 641. First anti-sway part; 642. Second anti-sway part; 65. Clip; 70. Weighing piece; 71. Assembly hole; 72. Splicing end. DETAILED DESCRIPTION

[0032] The following will be combined with the drawings in the embodiments of the utility model to clearly and completely describe the technical solutions in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, not all of the embodiments. Based on the embodiments of the utility model, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the utility model.

[0033] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as those commonly understood by those skilled in the art in the technical field of the present invention. The terms used herein in the specification of the present invention are only for the purpose of describing specific embodiments and are not intended to limit the present invention. The term "or / and" used herein includes any and all combinations of one or more related listed items.

[0034] The cooking stove structure provided by the utility model can be used as intermediate materials when producing two types of cooking stoves 100, one type of cooking stove 100 refers to a traditional cooking stove 100 without a weighing part 70, and the other type of cooking stove 100 refers to a new type of cooking stove 100 equipped with a weighing part 70. The new type of cooking stove 100 uses the weighing part 70 to weigh the weight information of the cooking utensils and the ingredients in the cooking utensils, thereby helping the user to adjust the cooking operation according to the recipe and cooking process. The new type of cooking stove 100 in the utility model refers to a cooking stove 100 equipped with a weighing part 70 and having the function of weighing the cooking utensils; the traditional cooking stove 100 in the utility model refers to a cooking stove 100 equipped with a weighing part 70 and not having the function of weighing the cooking utensils.

[0035] The cooking stove structure of the present invention has a first assembly form and a second assembly form, and includes a tray 40, a bottom cover 50 and a sub-bracket 60, wherein the tray 40 is used to carry the heating element 30 and the panel assembly of the cooking stove 100, the bottom cover 50 is used to carry the tray 40 and the panel assembly, and the sub-bracket 60 is used to install the weighing element 70 and carry the tray 40. The cooking stove structure in the first assembly form is used as a stove body component of the conventional cooking stove 100, and the cooking stove structure in the second assembly form is used as a stove body component of the novel cooking stove 100 and can be combined with the weighing element 70.

[0036] Figure 1 to Figure 4 The cooking stove 100 shown is a novel cooking stove 100 equipped with a weighing member 70 and having the function of weighing cooking utensils. Figure 1 to Figure 4 The cooking stove 100 shown includes a cooking stove structure in a second assembled configuration; Figure 5-6 The cooking stove 100 shown is a conventional cooking stove 100 which is not equipped with a weighing unit 70 and does not have a function of weighing cooking utensils. Figure 5-6 The cooking stove 100 shown includes cooking stove structures in a first assembled configuration.

[0037] See also Figure 1 to Figure 6Whether it is a traditional cooking stove 100 or a new cooking stove 100, it includes a panel assembly, a heating element 30 and a stove body. The panel assembly includes a stove top panel 10 and a heating panel 20. The stove body includes a tray 40 for carrying the heating element 30 and the heating panel 20, and also includes a bottom cover 50 for carrying the tray 40 and the stove top panel 10. The heating element 30 is arranged on a side of the heating panel 20 relatively close to the bottom cover 50, and is used to generate heat and conduct heat to the heating element 30. The cooking utensils are placed on the heating panel 20 to be heated. The cooking utensils can be cooking pots or conventional food containers.

[0038] In some embodiments, the heating element 30 includes a coaxially arranged electromagnetic wire disc 31 and a magnetic isolation plate 32, the heating panel 20 and the electromagnetic wire disc 31 are coaxially arranged, the electromagnetic wire disc 31 is located between the heating panel 20 and the magnetic isolation plate 32, and the electromagnetic wire disc 31 generates heat after being energized and causes the heating panel 20 to be heated and heated. In other embodiments, the heating element 30 is not limited to the electromagnetic wire disc 31 and the magnetic isolation plate 32, and can also be replaced by other types of heating devices.

[0039] See also Figure 1 and Figure 5 A stove cavity 51 is defined between the stove top panel 10 and the bottom cover 50, the tray 40 is disposed in the stove cavity 51, and the heating element 30 is disposed on a side of the heating panel 20 relatively close to the stove cavity 51. The heating panel 20, the electromagnetic wire coil 31, the magnetic isolation plate 32, and the tray 40 are stacked in sequence in a direction gradually approaching the bottom cover 50.

[0040] When the cooking stove 100 is Figure 1 to Figure 4 In the novel cooking stove 100 shown, the weighing member 70 is disposed in the stove cavity 51 and is installed on the auxiliary bracket 60 located between the bottom of the tray 40 and the bottom cover 50 . Figure 1 and Figure 5 The two types of cooking stoves 100 shown share the same tray 40 and bottom cover 50, and the weighing member 70 makes Figure 1 to Figure 4 The new cooking stove 100 shown is compared with Figure 5-6 The conventional cooking stove 100 shown has the tray 40 , the heating element 30 and the heating panel 20 raised in height.

[0041] Specifically, the stove top panel 10 in the novel cooking stove 100 is provided with a stove hole 11 which is coaxial with the heating panel 20. The stove top panel 10 and the heating panel 20 are two separate and independent plates. The heating panel 20 protrudes from the side of the stove top panel 10 which is away from the tray 40 and the bottom cover 50. The heating element 30 extends out of the stove hole 11 at one end which is away from the tray 40 and close to the heating panel 20. In the conventional cooking stove 100, the stove top panel 10 and the heating panel 20 are the same plate.

[0042] Next, the cooking stove structure of the utility model and the cooking stove 100 product including the cooking stove structure are described in detail. The bottom cover 50 includes a tray body support portion 53 for matching the tray 40, and also includes a support support portion 54 for matching the auxiliary support 60. The auxiliary support 60 includes a tray body connection portion 61 for matching the tray 40, and also includes a cover body connection portion 62 for matching the support support portion 54. Figure 5-6 When the cooking stove structure in the first assembly form is used as the stove body of the conventional cooking stove 100, the tray 40 is connected and assembled with the tray support portion 53, and the stove body of the conventional cooking stove 100 does not include the auxiliary bracket 60; Figure 1 to Figure 4 When the cooking stove structure in the second assembly form is used as the stove body of the new cooking stove 100, the tray 40 is connected and assembled with the tray body connecting part 61, and the bracket support part 54 is connected and assembled with the cover body connecting part 62, that is, the new cooking stove 100 includes a weighing piece 70 and a sub-bracket 60.

[0043] Further, at least a portion of the disk body connecting portion 61 shares the same structure with at least a portion of the disk body supporting portion 53, such as Figure 5-6 As shown, when the cooking stove structure in the first assembly form is used as the stove body of the conventional cooking stove 100, the bottom of the tray 40 and the tray body support portion 53 are adapted and fixed to each other, and the bottom cover 50 directly supports the tray 40 through the tray body support portion 53; Figure 1 to Figure 4 As shown, when the cooking stove structure in the second assembly form is used as the stove body of the new cooking stove 100, the bottom of the tray 40 and the tray body connection part 61 are adapted and fixed to each other, the bottom cover 50 directly carries the auxiliary bracket 60 through the bracket support part 54, the auxiliary bracket 60 is fixedly connected to the weighing piece 70 and directly carries the tray 40, and the entirety formed by the connection of the auxiliary bracket 60 and the weighing piece 70 lifts the tray 40 to be suspended relative to the bottom cover 50. In this way, the tray 40 and the bottom cover 50 can be shared and used in the traditional cooking stove 100 and the new cooking stove 100.

[0044] See also Figure 3-4In some embodiments, when the cooking stove structure of the utility model is used as the stove body of the new cooking stove 100, the weighing piece 70 carried by the new cooking stove 100 can be a stress and strain sensor. The weighing piece 70 includes a first connection end and a second connection end. The first connection end is connected to the tray body connection part 61 and can withstand the pressure from the tray 40. The second connection end is connected to the auxiliary bracket 60 and is fixedly arranged relative to the bracket support part 54 of the bottom cover 50. The tray body connection part 61 is connected to the bottom of the tray 40, that is, the side of the tray 40 close to the bottom cover 50 and away from the heating element 30 and the heating panel 20. The first connection end moves relative to the second connection end under the pressure of the tray 40, so that the weighing piece 70 generates a one-to-one corresponding stress and strain. Placing the cooking utensils on the heating panel 20 causes the pressure on the first connecting end to change, thereby causing the stress and strain of the weighing piece 70 to change. When the pressure on the first connecting end increases, the increased pressure value is proportional to the weight of the cooking utensils. At the same time, the increased pressure value also corresponds to the increased stress value and strain value of the weighing piece 70, respectively.

[0045] Further, see Figure 1-2 The auxiliary bracket 60 also includes a weighing connection portion 63 for connecting the weighing member 70. The weighing connection portion 63 and the disk body connection portion 61 are independently formed and separately arranged. Figure 3-4 When the cooking stove structure in the second assembly form is used as the stove body of the novel cooking stove 100 , the plate body connecting portion 61 is connected to the first connecting end of the weighing member 70 , and the weighing connecting portion 63 is connected to the second connecting end of the weighing member 70 .

[0046] Such an arrangement allows the weighing member 70 to produce stress-strain changes before and after the cooking utensils are placed on the heating panel 20, that is, the first connection end and the second connection end are allowed to move relative to each other, and the weighing connection part 63 and the plate connection part 61 can move relative to each other as the stress-strain changes of the weighing member 70 occur, and will not offset the stress-strain changes of the weighing member 70, thereby ensuring that the new cooking stove 100 can accurately weigh the weight of the cooking utensils and the food inside the cooking utensils.

[0047] Further, see Figure 4 The first connection end is the plug-in end 72, and the plate body connection part 61 is provided with an assembly groove 611 for fitting the plug-in end 72. When the cooking stove structure in the second assembly form is used as the stove body of the novel cooking stove 100, the plate body connection part 61 is plugged and connected to the plug-in end 72 through the assembly groove 611 and fixedly fitted. Optionally, the plug-in end 72 is in the shape of a cuboid, and the spatial shape of the assembly groove 611 is a cuboid that fits the plug-in end 72.

[0048] Further, see Figure 2A relief portion 41 is provided at the bottom of the tray 40, and the relief portion 41 forms a sinking cavity recessed toward the heating element 30 and the heating panel 20. When the cooking stove structural member in the second assembly form is used as the stove body of the novel cooking stove 100, a relief gap 411 is formed between the weighing connection portion 63 and the relief portion 41, and at least a portion of the weighing connection portion 63 and at least a portion of the weighing member 70 can extend into the sinking cavity. When the first connection end moves relative to the second connection end under the pressure of the tray 40, causing the weighing member 70 to deform and bend, the relief gap 411 can prevent the weighing member 70 from being interfered with by the tray 40, thereby preventing the stress and strain of the weighing member 70 from being offset, thereby ensuring accurate weighing of the cooking utensils.

[0049] Further, see Figure 4 The auxiliary bracket 60 also includes a clip 65 fixedly connected to the tray body connecting portion 61 by a fastener. When the cooking stove structural member in the second assembly form is used as the stove body of the new cooking stove 100, the splicing end 72 is inserted into the assembling groove 611 of the tray body connecting portion 61, and the clip 65 is located on the side of the splicing end 72 away from the bottom of the tray 40, thereby supporting and stopping the splicing end 72 to prevent the splicing end 72 from falling out of the assembling groove 611.

[0050] In some embodiments, the weighing connection part 63 is fixedly connected to the cover connection part 62, and when the cooking stove structure in the second assembly form is used as the stove body of the new cooking stove 100, the cover connection part 62 is tightly connected to the bracket support part 54. In this way, for the new cooking stove 100, the second connection end of the weighing member 70 can remain relatively fixed and stationary with the bracket support part 54 of the bottom cover 50, and the movement of the first connection end relative to the weighing connection part 63 is equivalent to the strain generated by the weighing member 70 before and after the cooking utensils are placed on the heating panel 20, thereby ensuring that the obtained weight of the cooking utensils and the food in the cooking utensils is true and accurate.

[0051] Further, see Figure 1-2 , Figure 4 The auxiliary bracket 60 includes a fastening pin 601, the fastening pin 601 includes a first fastening section 6011, a second fastening section 6012 and a fastening head 6013, the first fastening section 6011 is coaxially connected to the second fastening section 6012, the fastening head 6013 is fixed to one end of the first fastening section 6011 relatively away from the second fastening section 6012, the cover body connecting part 62 includes a first fastening section 6011 and a fastening head 6013, the weighing connecting part 63 includes a second fastening section 6012, the bracket supporting part 54 is provided with a fastening hole 541 for the first fastening section 6011 to pass through, and the second connecting end is provided with an assembly hole 71 for the second fastening section 6012 to pass through.

[0052] See also Figure 2When the cooking stove structure in the second assembly form is used as the stove body of the novel cooking stove 100, the first fastening section 6011 is inserted into the fastening hole 541 to be fastened to the bracket support portion 54, and the second fastening section 6012 extends from the side of the bottom cover 50 close to the tray 40 and is fixedly inserted into the assembly hole 71. The tray body connecting portion 61 and the second fastening section 6012 are arranged at intervals along a radial direction of the second fastening section 6012, and the weighing member 70 extends outward relative to the second fastening section 6012 along the radial direction so that the first connecting end is connected to the tray body connecting portion 61. A gap is provided between the side of the weighing member 70 close to the bottom cover 50 and the bottom cover 50, and an avoidance gap 411 is formed between the other side of the weighing member 70 away from the bottom cover 50 and the avoidance portion 41.

[0053] With such arrangement, no matter the cooking utensils are placed on the heating panel 20 causing the pressure on the first connection end to increase, or the cooking utensils are removed from the heating panel 20 causing the pressure on the first connection end to decrease, the weighing element 70 can be deformed without interference, and the stress and strain of the weighing element 70 will not be offset by the interference of the tray 40 or the bottom cover 50.

[0054] Further, see Figure 2 and Figure 4 The auxiliary bracket 60 also includes an anti-sway seat 64, the first fastening section 6011 and the second fastening section 6012 are fixedly inserted into the anti-sway seat 64, the anti-sway seat 64 includes a first anti-sway portion 641 and a second anti-sway portion 642 which are sequentially arranged along the axial direction of the fastening pin 601, the cover body connecting portion 62 includes a first anti-sway portion 641, and the weighing connecting portion 63 includes a second anti-sway portion 642. When the cooking stove structural member in the second assembly form is used as the stove body of the new cooking stove 100, the first anti-sway portion 641 is adapted to and fits with the side of the bracket support portion 54 close to the tray 40 to eliminate the shaking of the fastening pin 601 relative to the bracket support portion 54, and the second anti-sway portion 642 is adapted to and fits with the second connecting end of the weighing member 70 to eliminate the shaking of the weighing member 70 relative to the second fastening section 6012 and the anti-sway seat 64.

[0055] Optionally, the first fastening section 6011 is threadedly connected and fixed to the anti-sway seat 64 , and the second fastening section 6012 is threadedly connected and fixed to the second connecting end of the weighing member 70 .

[0056] Alternatively, if Figure 2As shown, the bottom cover 50 includes a first bottom plate 521 and a second bottom plate 522 which are spaced apart. The first bottom plate 521 is located on a side of the second bottom plate 522 which is relatively close to the tray 40 and the panel assembly. The tray body support portion 53 and the bracket support portion 54 are both formed on the first bottom plate 521. The side of the first bottom plate 521 close to the tray 40 and the side close to the second bottom plate 522 are penetrated by fastening holes 541. The first anti-sway portion 641 abuts against the side of the first bottom plate 521 close to the tray 40. The fastening head 6013 abuts against the side of the first bottom plate 521 close to the second bottom plate 522. The first anti-sway portion 641 and the fastening head 6013 clamp and fix the first bottom plate 521.

[0057] Furthermore, the second bottom plate 522 is provided with a bottom through hole for the fastening tool to extend into. After the fastening tool passes through the bottom through hole, it can adapt to the fastening head 6013 to apply force to the fastening pin 601, thereby removing the fastening pin 601, the weighing piece 70 and the anti-sway seat 64, or reinforcing the fastening pin 601, the weighing piece 70 and the anti-sway seat 64.

[0058] It is worth noting that the weighing element 70 is not limited to Figure 1 to Figure 4 The stress and strain sensor in the illustrated embodiment may also be replaced by a pressure sensor or other types of weighing devices. When the weighing element 70 adopts a pressure sensor, the weighing element 70 may be directly connected to the tray 40 to sense the pressure from the tray 40. In addition, the tray body connection part 61 and the weighing connection part 63 may not need to be formed and arranged separately. The separate arrangement of the tray body connection part 61 and the weighing connection part 63 is an adaptive design, which is intended to enable the tray body connection part 61 and the weighing connection part 63 to move relative to each other following the deformation of the stress and strain sensor used as the weighing element 70, so as to avoid offsetting the stress and strain when the weighing element 70 is deformed.

[0059] The manufacturer of the cooking stove 100 only needs to develop one cooking stove structure of the utility model to meet the production parts requirements of the two types of cooking stoves 100, and the workload and difficulty of the product development of the cooking stove 100 are reduced. When the produced cooking stove 100 is not equipped with the weighing piece 70 and thus does not have the function of weighing the cooking utensils, the cooking stove structure of the first assembly form is used as the stove body of the cooking stove 100, and the bottom cover 50 directly supports the tray 40 through the plate body support part 53. When the produced cooking stove 100 is equipped with the weighing piece 70 and thus has the function of weighing the cooking utensils, the cooking stove structure of the second assembly form is used as the stove body of the cooking stove 100, and the chassis directly supports the sub-bracket 60 through the bracket support part 54. The sub-bracket 60 is equipped with the weighing piece 70 and is connected to and supports the tray 40 through the plate body connection part 61.

[0060] The technical features of the above-described embodiments may be arbitrarily combined. To make the description concise, not all possible combinations of the technical features in the above-described embodiments are described. However, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this specification.

[0061] Those skilled in the art should recognize that the above embodiments are only used to illustrate the present invention, and are not intended to limit the present invention. As long as they are within the spirit of the present invention, appropriate changes and modifications to the above embodiments are within the scope of protection required by the present invention.

Claims

1. A cooking stove structure, characterized in that: It comprises a tray (40), a bottom cover (50) and a sub-bracket (60), wherein the tray (40) is used to carry a heating element (30), the bottom cover (50) is used to carry the tray (40), and the sub-bracket (60) is used to install a weighing element (70) and carry the tray (40); The bottom cover (50) includes a tray body support portion (53) matching the tray (40), and also includes a support support portion (54) matching the auxiliary support (60); The auxiliary bracket (60) includes a tray body connection portion (61) matching the tray (40), and also includes a cover body connection portion (62) matching the bracket support portion (54); The cooking stove structure has a first assembly form and a second assembly form, wherein The first assembly form defines that: the tray (40) is connected and assembled with the tray body support portion (53); the second assembly form defines that: the tray (40) is connected and assembled with the tray body connection portion (61), and the bracket support portion (54) is connected and assembled with the cover body connection portion (62).

2. The cooking stove structure according to claim 1, characterized in that: The auxiliary bracket (60) also includes a weighing connection part (63) for connecting the weighing piece (70), and the weighing connection part (63) and the disc body connection part (61) are independently formed and separately arranged. The second assembly form also defines: the disc body connection part (61) and the weighing connection part (63) are respectively connected to the weighing piece (70).

3. The cooking stove structure according to claim 2, characterized in that: The weighing connection part (63) is fixedly connected to the cover body connection part (62), and the second assembly form further defines that: the bracket support part (54) is tightly connected to the cover body connection part (62).

4. The cooking stove structure according to claim 3, characterized in that: The auxiliary bracket (60) includes a fastening pin (601), the fastening pin (601) includes a first fastening section (6011) forming the cover body connecting part (62), and also includes a second fastening section (6012) for inserting the weighing piece (70), the weighing connecting part (63) includes the second fastening section (6012), and the bracket support part (54) is provided with a fastening hole (541) for the first fastening section (6011) to pass through.

5. The cooking stove structure according to claim 4, characterized in that: The auxiliary bracket (60) further comprises an anti-sway seat (64), the fastening pin (601) is fixedly arranged through the anti-sway seat (64), and the anti-sway seat (64) comprises a first anti-sway portion (641) and a second anti-sway portion (642) which are arranged in sequence along the axial direction of the fastening pin (601). The cover body connection part (62) includes the first anti-sway part (641), and the weighing connection part (63) includes the second anti-sway part (642). The second assembly form further defines that: the first anti-sway part (641) is adapted to fit with the bracket support part (54), and the second anti-sway part (642) is adapted to fit with the weighing part (70).

6. The cooking stove structure according to claim 5, characterized in that: The bottom cover (50) includes a first bottom plate (521), the disc support portion (53) and the bracket support portion (54) are both formed on the first bottom plate (521), the cover body connecting portion (62) also includes a fastening head (6013) fixedly arranged on the first fastening section (6011), and the first anti-sway portion (641) and the fastening head (6013) are respectively abutted against two sides of the first bottom plate (521) to fix and clamp the first bottom plate (521).

7. The cooking stove structure according to claim 4, characterized in that: The second assembly form further defines that: the disc body connecting portion (61) and the second fastening section (6012) are arranged at intervals along one radial direction of the second fastening section (6012).

8. The cooking stove structure according to claim 2, characterized in that: The disc body connection portion (61) is provided with an assembly groove (611) for adapting to the weighing piece (70), and the second assembly form further defines: the disc body connection portion (61) is spliced ​​and connected with the weighing piece (70) through the assembly groove (611).

9. The cooking stove structure according to claim 2, characterized in that: The tray (40) comprises an avoidance portion (41), and the avoidance portion (41) is located on a side of the tray (40) close to the bottom cover (50). The second assembly form further defines that: an avoidance gap (411) is provided between the weighing connection portion (63) and the avoidance portion (41).

10. The cooking stove structure according to any one of claims 1 to 9, characterized in that: At least a portion of the tray body connecting portion (61) and at least a portion of the tray body supporting portion (53) share the same structure, and the first assembly form further defines that: the tray (40) and the tray body supporting portion (53) are fit together, and the second assembly form further defines that: the tray (40) and the tray body connecting portion (61) are fit together.

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