TW202243628A - Pot capable of fully utilizing heat energy including an inner pot having inner pot body, a fire stopping member, a fire introducing groove and a ventilating pipe - Google Patents

Abstract

This invention relates to a pot capable of fully utilizing heat energy, including an outer pot and an inner pot. The outer pot includes an outer pot body; and the inner pot includes an inner pot body, a fire stopping member, a fire introducing groove and a ventilating pipe. The inner pot body is spaced within the outer pot body to form a gas guiding space around the outer pot body. The fire stopping member is arranged inside the inner pot body, and has a circular conical surface extending from a bottom of the inner pot body to a top of the inner pot body to gradually shrink in terms of an inner diameter. The fire introducing groove includes a fire introducing groove opening, the fire introducing groove opening is communicated with the interior of the fire introducing groove and the interior of the fire stopping member, and the ventilating pipe is communicated with the interior of the fire introducing groove and the gas guiding space. This invention uses a simple structure to guide furnace fire and hot gas, so as to increase the utilization efficiency of the heat energy of the furnace fire, avoid the problem of over-low heating efficiency of the furnace fire on the existing pot, and provide the pot capable of fully utilizing the heat energy.

Description

Pots that make the most of heat

The invention relates to a cooking utensil, especially a cooking utensil which can improve the heating efficiency and relatively reduce the heat energy loss of the fire, and can make full use of the heat energy.

A pot is a common cooking tool in human life. As shown in Figure 10, the existing pot 50 usually has a bottom surface and a top opening, and the user places the existing pot 50 on a stove 60 for heating , put the ingredients to be cooked into the inside of the existing pot 50, and turn on the stove 60, use the fire of the stove 60 to heat the bottom surface of the existing pot 50, thereby heating the inside of the existing pot 50 ingredients for cooking.

However, because the bottom surface of the existing pot 50 is only a plane, when the user uses the fire of the stove 60 to heat, the heated area of the existing pot 50 is limited to the area of the bottom surface, and the bottom surface of the stove 60 The furnace fire diverges due to the contact with the external environment, which causes the heating efficiency of the existing pot 50 to be greatly reduced by the stove 60 . Therefore, the existing pot 50 has room for further improvement and improvement in structure.

In order to solve the problem that the heating efficiency of the existing pot is too low when the stove is in use, this creation provides a pot that can make full use of heat energy, wherein the fire stop of the inner pot of the pot is set on the inner pot body The inside of the inner pot is an annular conical surface extending from the bottom of the inner pot to the top of the inner pot, which can guide the fire, so that the fire can not radiate outwards and can heat the inner pot to the greatest extent; The fire inlet groove of the fire piece allows the flames of the fire to rush in, increasing the heating area of the inner pot. In addition, the hot air generated by the fire will flow to the air guiding space through each group of ventilation pipes of the inner pot. In addition to expanding the heating area of the pot body, the hot air can also provide insulation for the inner pot body when the fire is extinguished; this creation uses the above method as a three-stage heating method, which can further utilize the heat energy of the fire, thereby The invention solves the problem of low heating efficiency of existing pans and provides a pan that can fully utilize heat energy.

The cookware that can make full use of heat energy proposed by this creation to solve technical problems includes: an outer pot comprising an outer pot body; and An inner pot, which includes an inner pot body, a fire block, a fire inlet groove and at least one set of ventilation pipes; the inner pot body is cylindrical, and is arranged at intervals in the outer pot body and surrounds the outer pot body Form an air guiding space; the inner pot body includes an upper opening at the top of the inner pot body and a lower opening at the bottom of the inner pot body; An annular conical surface extending from the bottom of the inner pot body toward the top of the inner pot body and having a tapered inner diameter; the fire inlet groove includes a fire inlet slot, and the fire inlet slot is arranged on the The fire blocking part is far away from the end of the bottom of the inner pot body, and the fire inlet slot communicates with the inside of the fire inlet tank and the bottom of the inner pot body; each group of ventilation pipes includes a plurality of ventilation pipes, and each group of ventilation pipes The plurality of ventilation pipes are arranged in the fire inlet groove, and each of the ventilation pipes communicates with the interior of the fire inlet groove and the air guide space.

Said pot that can make full use of heat energy, wherein said fire trough is in the shape of a circular trough, and the plurality of air pipes of each set of air pipes are radially arranged around the outer peripheral surface of the fire trough .

Said pot that can fully utilize heat energy, wherein said at least one group of ventilation pipes is a plurality of groups of ventilation pipes, and said plurality of groups of ventilation pipes are arranged in the fire trough arranged up and down.

In the pot that can make full use of heat energy, there is a distance between the fire blocking member and the lower opening of the inner pot body.

The pot that can make full use of heat energy, wherein the outer pot includes a ring abutment, and the outer pot body includes a top opening, the inner pot includes a abutment edge; the ring abutment of the outer pot The radial ring is arranged on the outer peripheral surface of the outer pot and surrounds the top opening of the outer pot; the abutment edge of the inner pot is arranged on the outer peripheral surface of the inner pot by the radial ring and is located The top of the inner pot surrounds the upper opening of the inner pot body, and the abutment edge of the inner pot can be against the ring abutment edge of the outer pot.

In the pot that can fully utilize heat energy, the inner pot body includes two handles, and the two handles are respectively arranged on opposite sides of the abutting edge of the inner pot.

The pot that can make full use of heat energy further includes a face-cut seat; the face-cut seat is plate-shaped and is arranged on the upper opening of the inner pot body, and the face-cut seat includes a plurality of Placement openings, each of the placement openings communicates with the inside of the inner pot body and the outside of the inner pot body.

The efficiency enhancements that can be obtained by the technical means of this creation include at least: 1. In this creation, the fire stop of the inner pot is set inside the inner pot body, and is a ring-shaped conical surface extending from the bottom of the inner pot body to the top of the inner pot body, which can guide the fire , so that the fire does not radiate outwards as far as possible and can heat the inner pot to the greatest extent, and the fire groove arranged on the fire block allows the flame of the fire to rush in, so that the heating area of the inner pot increases, making This creation can make better use of the heat energy of the fire. 2. In this creation, the hot air generated by the fire will flow to the air guiding space through each set of ventilation pipes of the inner pot. In addition to expanding the heating area of the inner pot, the hot air can also be used when the fire is extinguished. The inner pot body provides heat preservation effect, so that this creation can further utilize the heat energy of the fire.

In order to understand the technical characteristics and practical effects of this creation in detail, and to realize it according to the content of the creation, the preferred embodiment shown in the figure is further described in detail as follows:

As shown in FIG. 1 , the pot that can make full use of heat energy in the preferred embodiment of the present invention includes an outer pot 10 , an inner pot 20 and a side-cut seat 30 .

As shown in Figures 2 to 4, the outer pot 10 includes an outer pot body 11 and a ring abutting edge 12, the outer pot body 11 is cylindrical, and includes a top opening 111 and a bottom opening 112, the ring abutting edge 12 The radial ring is disposed on the outer peripheral surface of the outer pot body 11 and surrounds the top opening 111 of the outer pot body 11 .

As shown in Figures 2 to 7, the inner pot 20 includes an inner pot body 21, a fire block 22, a fire groove 23, and two sets of ventilation pipes, and each group of ventilation pipes includes a plurality of ventilation pipes 24, The inner pot 20 also includes an abutting edge 25 and two handles 26; the inner pot body 21 is cylindrical, and is spaced in the outer pot body 11 through the top opening 111, as shown in Fig. 3 and Fig. 7 Shown is an air guiding space S1 formed around the outer pot body 11 in a ring shape. The inner pot body 21 includes an upper opening 211 at the top of the inner pot body 21 and a lower opening 212 at the bottom of the inner pot body 21 , the fire blocking member 22 is located inside the inner pot body 21, and is an annular conical surface extending from the bottom of the inner pot body 21 toward the top of the inner pot body 21 with a tapered inner diameter, and the There is a distance between the fire blocking member 22 and the lower opening 212 of the inner pot body 21; the fire inlet groove 23 is in the shape of a circular groove, and includes a fire inlet notch 231, and the fire inlet groove 23 is set by the fire inlet notch 231 At the end of the fire blocking member 22 away from the bottom of the inner pot body 21, and the fire inlet slot 231 communicates with the interior of the fire inlet groove 23 and the lower opening 212 of the inner pot body 21; the two groups of ventilation pipes are arranged up and down It is located in the fire groove 23, and the plurality of ventilation pipes 24 of each group of ventilation pipes are arranged radially on the outer peripheral surface of the fire groove 23, and each of the ventilation pipes 24 communicates with the fire inlet. The inside of the groove 23 and the air guide space S1.

As shown in Figure 4 and Figure 7, the abutment edge 25 is arranged radially on the outer peripheral surface of the inner pot body 21, and is located on the top of the inner pot body 21 to surround the upper opening 211, the inner pot 20 is The abutting edge 25 can be used to abut against the ring abutting edge 12 of the outer pot 10 ; the two handles 26 are respectively arranged on opposite sides of the abutting edge 25 of the inner pot 20 .

As shown in Figures 1 and 4, the face-cut seat 30 is in the shape of a disc and is arranged on the upper opening 211 of the inner pot body 21. The face-cut seat 30 includes a plurality of placement openings 31, each of which The placement opening 31 communicates with the inside of the inner pot body 21 and the outside of the inner pot body 21; the noodle cutting seat 30 is a tool commonly used by vendors and noodle shop operators in the market, so details will not be repeated here. .

The pot that can make full use of heat energy in the preferred embodiment of this creation is shown in Figure 8 and Figure 9 when in use. The user places this creation on a stove 40, and makes the stove 40 on the Under the fire inlet notch 231 of the fire groove 23, the inside of the inner pot body 21 is filled with water, and then the noodles are placed by a plurality of placement openings 31 of the noodle cut holder 30 for cooking noodles, and of course The user can also use this creation for ordinary household cooking, and is not limited by this preferred embodiment; The water in the inner pot body 21 is heated, and the fire will scurry into the inside of the fire groove 23 from the fire inlet notch 231, so that the heating area inside the inner pot body 21 is increased, and the fire is improved for the present invention. In addition, the hot gas generated by the fire in the fire blocking member 22 and the fire groove 23 will flow to the air guiding space S1 through the plurality of ventilation pipes 24 of each group of ventilation pipes. Let the inner heating area of the inner pot body 21 be expanded to provide an additional heating effect, and the hot air can also provide a heat preservation effect for the inner pot body 21 when the fire is extinguished; this creation uses the above-mentioned method as three sections The heating method can make the most efficient use of the heat energy of the fire without repeated heating.

In a preferred embodiment of the invention, there is a distance between the fire blocking member 22 and the opening 212 under the inner pot body 21, so that the fire of the stove 40 is less likely to radiate outwards, and the invention can be protected to the greatest extent. The inner pot 20 is heated.

The above is only a preferred embodiment of this creation, and does not limit this creation in any form. Anyone with ordinary knowledge in the technical field can use this creation without departing from the scope of the technical solutions proposed in this creation. Creation of equivalent embodiments with partial changes or modifications made to the disclosed technical content, and without departing from the content of the technical solution of the creation, all still fall within the scope of the technical solution of the creation.

10: outer pot 11: Outer pot body 111: top opening 112: Bottom opening 12: ring contact edge 20: inner pot 21: Inner pot body 211: upper opening 212: Lower opening 22: Firestop 23: fire pit 231: fire inlet 24: snorkel 25: against edge 26: Handle 30: face cut seat 31: Placement port S1: air guiding space 50: pot 60:Stove

Fig. 1 is the perspective view of the appearance of the preferred embodiment of the invention. Fig. 2 is another perspective view of the appearance of the preferred embodiment of the invention. Fig. 3 is a partial perspective sectional view of a preferred embodiment of the invention. Fig. 4 is the three-dimensional exploded view of the preferred embodiment of this creation. Fig. 5 is the three-dimensional sectional exploded view of the preferred embodiment of this creation. Fig. 6 is the top view of the appearance of the preferred embodiment of the invention. Fig. 7 is a sectional side view along the section line A-A of Fig. 6 . Fig. 8 is the schematic diagram of the use of the preferred embodiment of the invention. Fig. 9 is a schematic cross-sectional view of the use of the preferred embodiment of the invention. Fig. 10 is a schematic view of the use of the existing pot.

10: outer pot

20: inner pot

30: face cut seat

31: Placement port

Claims (9)

A pot that can make full use of heat energy, comprising: an outer pot comprising an outer pot body; and An inner pot, which includes an inner pot body, a fire block, a fire inlet groove and at least one set of ventilation pipes; the inner pot body is cylindrical, and is arranged at intervals in the outer pot body and surrounds the outer pot body Form an air guiding space; the inner pot body includes an upper opening at the top of the inner pot body and a lower opening at the bottom of the inner pot body; An annular conical surface extending from the bottom of the inner pot body toward the top of the inner pot body and having a tapered inner diameter; the fire inlet groove includes a fire inlet slot, and the fire inlet slot is arranged on the The fire blocking part is far away from the end of the bottom of the inner pot body, and the fire inlet slot communicates with the inside of the fire inlet tank and the bottom of the inner pot body; each group of ventilation pipes includes a plurality of ventilation pipes, and each group of ventilation pipes A plurality of ventilation pipes are arranged in the fire inlet groove, and each of the ventilation pipes communicates with the interior of the fire inlet groove and the air guide space. The cooker that can make full use of heat energy as described in Claim 1, wherein the fire inlet tank is in the shape of a circular groove, and the plurality of ventilation pipes of each group of ventilation pipes are arranged radially around the fire inlet the outer circumference of the groove. The pot that can make full use of heat energy as described in Claim 2, wherein said at least one group of ventilation pipes is a plurality of groups of ventilation pipes, and the plurality of groups of ventilation pipes are arranged in the fire trough arranged up and down. The pot that can make full use of heat energy as described in any one of Claims 1 to 3, wherein there is a distance between the fire blocking member and the lower opening of the inner pot body. The pot that can make full use of heat energy as described in claim 4, wherein the outer pot includes a ring abutting edge, and the outer pot body includes a top opening, and the inner pot includes an abutting edge; the outer pot The radial ring of the abutting edge of the inner pot is arranged on the outer peripheral surface of the outer pot body and surrounds the top opening of the outer pot body; The top of the inner pot surrounds the upper opening of the inner pot, and the abutment edge of the inner pot can be against the ring abutment edge of the outer pot. The pot that can fully utilize heat energy as described in claim 5, wherein the inner pot includes two handles, and the two handles are respectively arranged on opposite sides of the abutting edge of the inner pot. The pot that can make full use of heat energy as described in Claim 6 further includes a face-cut seat; the face-cut seat is plate-shaped and is arranged on the upper opening of the inner pot body. It includes a plurality of placement ports, and each placement port communicates with the inside of the inner pot body and the outside of the inner pot body. The pot that can make full use of heat energy as described in any one of claims 1 to 3, wherein the outer pot includes a ring abutment, and the outer pot body includes a top opening, and the inner pot includes a ring abutment Abutting edge; the ring abutting edge of the outer pot is radially arranged on the outer peripheral surface of the outer pot body, and surrounds the top opening of the outer pot body; the abutting edge of the inner pot is radially arranged on the inner pot body The outer peripheral surface of the inner pot is located on the top of the inner pot and surrounds the upper opening of the inner pot. The abutment edge of the inner pot can be against the ring abutment edge of the outer pot. The pot that can make full use of heat energy as described in any one of Claims 1 to 3 further includes a face-cut seat, the face-cut seat is plate-shaped, and is arranged on the upper opening of the inner pot body , the face-cut seat includes a plurality of placement openings, and each placement opening communicates with the inside of the inner pot body and the outside of the inner pot body.

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