TW201629401A - Stove device with weighable fuel gas stove rack - Google Patents

Abstract

The present invention includes a stove body, a burner head, a fuel gas stove rack, a plurality of weight sensors, an elevation structure and a display structure. The stove body is provided with a receiving part and a first opening. The burner head is disposed in the receiving part and extends out of the first opening. The fuel gas stove rack is arranged across the first opening and provided with a plurality of support members corresponding to the plurality of weight sensors. The elevation structure upwardly elevates the fuel gas stove rack over the first opening, and is downwardly connected to the plurality of weight sensors. When a container applies a gravity force to the plurality of support members, the gravity force is transferred from the elevation structure to the plurality of corresponding weight sensors, so that each weight sensor generates a weight value for output to the display structure. Therefore, the present invention is able to achieve the advantageous functions of measuring weight, inspecting whether a pot is slanted or not, and reminding users of boiling and dry burning.

Description

Stove device with weightable gas stove

The invention relates to a stove device with a weightable gas stove rack, in particular to a gas stove with a function of weighing and simultaneously checking whether the pot is skewed, and the function of boiling and dry burning reminding Stove device.

Traditional gas burners are mainly for cooking. For the cooking utensils and the weight of the ingredients (for example, the special needs of the diet control), the weight sensing cannot be performed, and it is necessary to additionally weigh the weighing tool, which is quite troublesome and inconvenient. In addition, from the start of cooking to the boiling of the ingredients, it is necessary to repeatedly inspect the inside of the pot to know, and there is no way to tell if the ingredients in the pot are boiling. Furthermore, there is currently no means to determine whether the pot is about to dry or not by weight. In view of this, it is necessary to develop a technique that can solve the above disadvantages.

The object of the present invention is to provide a stove device with a weightable gas stove frame, which has the advantages of weighing and checking whether the pan is skewed, and the function of boiling and dry burning reminding. In particular, the problem to be solved by the present invention is that there is currently no problem of weighing, checking whether the pot is placed obliquely, discriminating whether the ingredients in the pot are boiled, and whether the pot is about to dry or not. . The technical means for solving the above problems is to provide a stove device having a weightable gas stove frame, comprising: a stove body having a bottom plate, a wall portion and a stove panel, and a housing portion is enclosed therebetween The stove panel has at least one first opening; a furnace head is disposed in the receiving portion and protrudes from the first opening; a gas stove frame is spanned on the first opening, the gas stove frame Separating a plurality of support members; the burner head is interposed between the plurality of support members; characterized in that: a high structure is erected in the accommodating portion, the elevated structure has an intermediate ring member and a plurality of a erecting member, the burner head extends through the intermediate ring member and then protrudes from the first opening, the plurality of erecting members are corresponding to the plurality of supporting members, and respectively provided with a supporting portion, the supporting portion is correspondingly supported And extending between the gas hob and the intermediate ring member for supporting the gas hob from the working height of the stove panel; a sensing structure is provided The stove body and includes a plurality of weight senses And a central device, the plurality of weight sensors are respectively fixed between the intermediate ring member and the bottom plate, and opposite to the corresponding supporting segments, the central device connecting the plurality of weights a display structure is disposed on the panel of the stove and electrically connected to the central device; thereby, when the plurality of supports are used to support a container, the gravity of the container passes through the support member and The support segment is transmitted to the corresponding weight sensor, and the weight sensor generates a corresponding weight value, and the central device extracts the plurality of weight values and outputs the same to the display structure for display. According to the device to achieve weight, to determine whether the container is placed obliquely and to prevent dry burning. The above objects and advantages of the present invention will be readily understood from the following detailed description of the preferred embodiments illustrated herein. The invention will be described in detail in the following examples in conjunction with the drawings:

Referring to the first, second, third, fourth, fifth and sixth figures, the present invention is a stove device having a weightable gas stove frame, comprising: a stove body 10 having a a bottom plate 11, a wall portion 12 and a stove panel 13 enclosing a receiving portion 10A therebetween; the oven panel 13 has at least one first opening 131; a burner 20 is disposed in the receiving portion 10A, and Extending the first opening 131; a gas stove frame 30 is spanned on the first opening 131, the gas stove frame 30 is provided with a plurality of support members 31; the burner head 20 is interposed between the plurality of support members Between 31; characterized in that: a high structure 40 is erected in the accommodating portion 10A, the elevated structure 40 has an intermediate ring member 40A and a plurality of erecting members 40B through which the burner head 20 passes. The intermediate ring member 40A extends from the first opening 131. The plurality of erecting members 40B are corresponding to the plurality of supporting members 31, and are respectively provided with a supporting portion 41 corresponding to the supporting member 31, and Extending the first opening 131 and connecting between the gas hob 30 and the intermediate ring member 40A for supporting the gas hob 30 away from the The panel has a working height H; a sensing structure 50 is disposed on the stove body 10 and includes a plurality of weight sensors (including: a first weight sensor 51A, a second weight sensor 51B, And a central device 52, wherein the plurality of weight sensors are respectively fixed between the intermediate ring member 40A and the bottom plate 11, and are corresponding to the supporting segment portion 41. The central device 52 is coupled to the plurality of weight sensors; a display structure 60 is disposed on the stove panel 13 and electrically connected to the central device 52; thereby, when the plurality of supports The piece 31 is used to support a container 90 (such as the pot shown in FIG. 7), and the gravity P of the container 90 is transmitted to the corresponding weight sensor via the support member 31 and the support section 41. The weight sensor generates a corresponding weight value 511, and the central device 52 extracts the plurality of weight values 511 and outputs the same to the display structure 60 for display, thereby determining the weight and determining whether the container 90 is skewed. Place and prevent dry burning. In practice, the erection member 40B can further include: an auxiliary support section 42 coupled between the intermediate ring member 40A and the corresponding weight sensor. a deformation section 43 is coupled between the auxiliary support section 42 and the bottom plate 11; the weight sensor is a deformation amount sensor and is fixed to the corresponding deformation section 43; The gravity P of the container 90 is transmitted to the deformation section 43 via the support member 31, the support section 41 and the auxiliary support section 42, and the deformation section 43 is deformed synchronously with the weight sensor. The sensor generates a corresponding weight value 511, and the central device 52 captures the plurality of weight values 511 and outputs the same to the display structure 60 for display. A base section 44 is coupled between the deformation section 43 and the bottom plate 11 for mounting the deformation section 43 on the bottom plate 11 so as to be deformed. The plurality of weight sensors may include: a first weight sensor 51A, a second weight sensor 51B, and, and an Nth weight sensor. The container 90 can be a pan. The present invention has the following four functions (which can exist simultaneously): [a] Weighing function. Referring to FIG. 7, the container 90 is first placed on the plurality of support members 31, and the gravity P transmission path of the container 90 includes: each support member 31 (also simultaneously transmitted to the gas hob 30). The working height H is for a slight movement of the gas hob 30 in the direction of the stove panel 13 → the support section 41 (also simultaneously transmitted to the intermediate ring 40A) → the weight sensor (if added) The auxiliary support segment portion 42, the deformation segment portion 43 and the base segment portion 44, the weight P is transmitted to the deformation segment portion 43 via the auxiliary support segment portion 42, and the deformation segment portion 43 and the weight sensing portion are sensed. Synchronous deformation of the device → the weight sensor is deformed with the weight P and generates a weight value 511, the central device 52 extracts the plurality of weight values 511 and outputs the same to the display structure 60 for display (as shown in Fig. 12) As shown, the plurality of weight values 511 are added together, which is theoretically the total weight of the container 90. As shown in Fig. 8 or Fig. 9, when the food material 91 is added to the container 90, the weight of the weight sensor increases, and the weight value 511 also increases. [b] Tilting and sensing function. When the weight value 511 of each weight sensor output is inspected from the display structure 60, in principle, each weight value 511 should be the same, but as shown in FIG. 12: S1 (the first weight sensor) 51A) the weight value 511 is 315 grams; S2 (the second weight sensor 51B) the weight value 511 is 320 grams; S3 (third weight sensor) the weight value 511 is 310 grams; The weight value 511 of S4 (the fourth weight sensor) is 270 grams; the weight value 511 of S5 (the fifth weight sensor) is 250 grams; the S6 (the Nth weight sensor) The weight value 511 is 248 grams. In principle, since the weight value of the S1 to S3 is biased, it can be determined that the container 90 is skewed toward S1, S2 and S3 (see Fig. 8), and the container can be adjusted back to a more correct position. [c] Anti-dry function. Pre-recording the weight of the container 90 and the foodstuff 91, when the display structure 60 shows the weight of the container 90 (refer to Fig. 11, which indicates that the soup is about to be dried), it can be used as a warning reference value for the dry burning. . [d] Boiling discrimination function. Since the container 90 (pot) has a relative movement with the support member 31 (for example, the inner food material 91 is boiled to cause the container 90 to "vibrate", this portion can be referred to FIG. 10), and the weight value 511 is repeatedly increased. Reduce the change, can be used as a reference for boiling. The advantages and functions of the present invention are as follows: [1] Weighing and checking whether the pot is skewed. The invention is provided on a gas stove frame, and a plurality of weight sensors are arranged corresponding to a plurality of support members. Thereby, in addition to the sum of the weight values that can be generated by each weight sensor, the weight of the pan placed thereon is immediately confirmed, and each weight value is not placed when the container is not placed on each support member. That is, the change occurs, and the larger the data, the more the cookware is biased toward the support member, which is easy to discriminate, so as to help the pot to be righted. Therefore, weigh the weight and check whether the pot is skewed. [2] Boiling and dry burning reminder function. When the ingredients in the pot are boiled, the pot will vibrate and the weight value will change continuously. When the ingredients are slowly boiled, the weight value begins to decrease. That is, the change from the weight value and the tendency to decrease slowly indicate that the ingredients in the pot are boiling or are about to dry. Therefore, it has the function of boiling and dry burning reminder. The present invention has been described in detail with reference to the preferred embodiments of the present invention, without departing from the spirit and scope of the invention.

10‧‧‧ stove body
10A‧‧‧ accommodating department
11‧‧‧floor
12‧‧‧Wedge Department
13‧‧‧ stove panel
131‧‧‧First opening
20‧‧‧ burner
30‧‧‧ gas stove
31‧‧‧Support
40‧‧‧High structure
40A‧‧‧Intermediate ring
40B‧‧‧Equipment
41‧‧‧Support section
42‧‧‧Auxiliary support section
43‧‧‧Transformation section
44‧‧‧Base section
50‧‧‧Sensor structure
51A‧‧‧First weight sensor
51B‧‧‧Second weight sensor
511‧‧‧ weight value
52‧‧‧Central installation
60‧‧‧Display structure
90‧‧‧ container
91‧‧‧food
H‧‧‧Work height
P‧‧‧Gravity

1 is a schematic view of a partial exploded view of FIG. 1 and FIG. 3 is a schematic view showing a partial structure of FIG. 2; FIG. 4 is a schematic view of FIG. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 6 is a schematic view showing the main structure (partially simplified) of the present invention. Fig. 7 is a schematic view showing the placing of the pan and the weight sensing of the weight sensor in Fig. 8 Figure 7 is a schematic view of the obliquely placed pot and built-in ingredients. Figure 9 is a schematic diagram of the right-handed pot and the built-in ingredients. Figure 10 is a schematic diagram of the boiling of the food of the present invention and the vibration of the pot. FIG. 12 is a schematic view showing an application example of the display structure of the present invention.

10‧‧‧ stove body

10A‧‧‧ accommodating department

11‧‧‧floor

12‧‧‧Wedge Department

13‧‧‧ stove panel

131‧‧‧First opening

20‧‧‧ burner

30‧‧‧ gas stove

31‧‧‧Support

40‧‧‧High structure

40A‧‧‧Intermediate ring

40B‧‧‧Equipment

41‧‧‧Support section

42‧‧‧Auxiliary support section

43‧‧‧Transformation section

44‧‧‧Base section

50‧‧‧Sensor structure

51A‧‧‧First weight sensor

51B‧‧‧Second weight sensor

511‧‧‧ weight value

52‧‧‧Central installation

60‧‧‧Display structure

Claims (5)

The utility model relates to a stove device with a weightable gas stove frame, comprising: a stove body having a bottom plate, a wall portion and a stove panel, respectively surrounding a receiving portion; the stove panel has at least one a first opening; a burner is disposed in the receiving portion and extends out of the first opening; a gas stove frame is disposed on the first opening, the gas stove frame is provided with a plurality of support members; The burner head is interposed between the plurality of support members; and is characterized in that: a high structure is erected in the accommodating portion, the elevated structure has an intermediate ring member and a plurality of erecting members, the burner head is worn And extending the first opening through the intermediate ring member, the plurality of erecting members are corresponding to the plurality of supporting members, and respectively provided with a supporting segment portion corresponding to the supporting member and extending the first An opening is coupled between the gas hob and the intermediate ring member for supporting the gas hob from the working height of the stove panel; a sensing structure is disposed on the stove body and includes a plurality of Weight sensor and a central device The plurality of weight sensors are respectively fixed between the intermediate ring member and the bottom plate, and opposite to the corresponding support segments, the central device is coupled to the plurality of weight sensors; The structure is disposed on the panel of the stove and electrically connected to the central device; thereby, when the plurality of supports are used to support a container, the gravity of the container is transmitted to the support member and the support portion to Corresponding to the weight sensor, the weight sensor generates a corresponding weight value, and the central device extracts the plurality of weight values and outputs the same to the display structure for display, thereby achieving weighing, A device for discriminating whether the container is placed obliquely and against dry burning. The stove device of claim 1, wherein the erecting member comprises: an auxiliary supporting section coupled to the intermediate ring member and corresponding to the weight Between the sensors. The stove device of claim 2, wherein the erecting member comprises: a deformation portion coupled between the auxiliary support portion and the bottom plate; The weight sensor is a deformation amount sensor and is fixed on the corresponding deformation section; thereby, the gravity of the container is transmitted to the support member, the support section and the auxiliary support section to The deformation section is synchronously deformed with the weight sensor, and the weight sensor generates the corresponding weight value, and the central device extracts the plurality of weight values and outputs the same to the display structure To display. The stove device of claim 3, wherein the erecting member comprises: a base segment connected between the deformation portion and the bottom plate, The deformation section is erected on the bottom plate so as to be deformed. A stove apparatus having a weightable gas stove rack according to the first aspect of the invention, wherein the container is a pot.