CN201954624U

CN201954624U - Heat-concentrating energy-saving pot ring

Info

Publication number: CN201954624U
Application number: CN2010206795917U
Authority: CN
Inventors: 王银海
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-12-25
Filing date: 2010-12-25
Publication date: 2011-08-31
Anticipated expiration: 2020-12-25

Abstract

The utility model discloses a heat-concentrating energy-saving pot ring, comprising a concave curved-surface pot ring body, wherein the inner surface of a pot ring curved surface is at least provided with three continuous or discontinuous pot supporting ribs, and the concave curved-surface pot ring body is of any one of an inverse truncated-cone surface, an inverse truncated-ball table surface, a truncated-opening upward parabola surface and an inverse truncated-ellipsoid table surface. By applying the heat-concentrating energy-saving pot ring on a stove, the heat-energy utilization rate can be improved, and energy sources are saved. As the heat-concentrating energy-saving pot ring can be used for gathering flames inside the pot ring to collect heat, which is bound to be dissipated and wasted originally, inside the pot ring, a pot can be heated rapidly, the heat-energy utilization rate is improved and the energy sources are saved; and meanwhile, the heat-concentrating energy-saving pot ring has a simple structure and is convenient to process and manufacture.

Description

The thermal-collecting energy-saving pot circle

Technical field

Background technology the utility model relates to a kind of and the matching used pot circle of gas kitchen ranges, is specifically related to a kind of thermal-collecting energy-saving pot circle.

Background technology

In the life, cook with place on the kitchen range the pot frame just form by the some feets that are provided with on simple circle body and the circle body, when cooking pot is placed on pot frame, make the bottom of a pan under flare blow out from the space of the bottom of a pan and circle body, flare flies away, and has wasted the energy.China's utility model patent number is a kind of energy-conservation pot circle for CN-93238103.0 has announced, the surfaces externally and internally of this pot circle is down big quadratic surface connection and form for a short time, and inner surface also is provided with the fulcrum of support pan.Flare accumulates in the bottom of a pan when replacing the pot frame to cook with this pot circle, the energy in the saving, improved the heat utilization efficiency of the energy, but this pot circle is owing to adopt various quadratic surfaces connections to form, complex structure is not easy processing and manufacturing, and only depend on the slit between pot circle and the fulcrum to guarantee the needed air of flare between pot circle and the pot,, cause extinguishing of flare again easily if the slit is too little if how many heat utilization efficiencies of the too big energy in slit do not improve than a pot frame.

Summary of the invention

Problem to be solved in the utility model provide a kind of simple in structure, be convenient to processing and manufacturing, the heat energy utilization rate is improved and the thermal-collecting energy-saving pot circle of sufficient combustion.

In order to address the above problem, the technical scheme of the utility model thermal-collecting energy-saving pot circle is: this thermal-collecting energy-saving pot circle comprises concave curvatures pot circle body 1, at least be provided with three continuously or a pot muscle 2 that is interrupted at the inner surface of pot circle curved surface, wherein: concave curvatures pot circle body 1 for fall frusto-conical surface, the table top of intercepting ball, section parabola face mouthful upwards, fall to cut in the ellipsoid table top any.

Pot muscle 2 in the thermal-collecting energy-saving pot circle in the utility model is low wide and up narrow for the width along curved surface pot circle body 1, thickness towards pot circle center line is gone up thick gradual change strip for approaching down, is provided with air admission hole 4 or air inlet seam 5 in the bottom or the bottom of concave curvatures pot circle.

Adhere to fire resistant heat preserving material layer 3 on thermal-collecting energy-saving pot circle middle concave curved surface pot circle body 1 inner surface of the present utility model and the pot muscle 2.

Adhere to fire resistant heat preserving material layer 3 on concave curvatures pot circle body 1 outer surface in the thermal-collecting energy-saving pot circle of the present utility model.

Beneficial effect: 1, thermal-collecting energy-saving pot circle of the present utility model improves heat energy utilization rate, energy savings.Owing to adopt insulation pot circle that flare is accumulated in the pot circle, and insulation, make so originally distribute the heat that slatterns all pinching in the pot circle, thereby pot can be heated up rapidly, improved the heat energy utilization rate, saved the energy; 2, thermal-collecting energy-saving pot circle of the present utility model is simple in structure, is convenient to processing and fabricating.3, thermal-collecting energy-saving pot circle of the present utility model makes fire burns vigorous, and firepower is big.Because the utility model pot circle bottom offers some passages,, make burning vigorous for burning provides the sufficient oxygen air that contains; Make firepower raise up because a pot muscle of this thermal-collecting energy-saving pot circle inside is low wide and up narrow and thick down thin strip, pot heats up rapidly.

Description of drawings

Fig. 1 is a thermal-collecting energy-saving pot circle front view among the embodiment one;

Fig. 2 is a thermal-collecting energy-saving pot circle vertical view among the embodiment one;

Fig. 3 is the profile of A-A direction among Fig. 2;

Fig. 4 is a thermal-collecting energy-saving pot circle front view among the embodiment two;

Fig. 5 is a thermal-collecting energy-saving pot circle vertical view among the embodiment two;

Fig. 6 is a thermal-collecting energy-saving pot circle front view among the embodiment three;

Fig. 7 is a thermal-collecting energy-saving pot circle vertical view among the embodiment three.

The specific embodiment

Below in conjunction with accompanying drawing and by the specific embodiment the utility model is done more detailed description:

In the drawings: pot circle curved body 1, a pot muscle 2, refractory insulating layer 3, air admission hole 4, air inlet seam 5.

Embodiment one

Referring to Fig. 1, Fig. 2, Fig. 3, this thermal-collecting energy-saving pot circle comprises down the spill pot circle body 1 of frusto-conical surface, three pieces pot muscle 2 and refractory insulating layer 3, be provided with some air inlet seams 5 in curved surface pot circle bottom, propping up pot muscle 2 and curved surface pot circle body 1 is welded as a whole, pot muscle 2 be the width along curved surface pot circle body 1 be low wide and up narrow, be that thin down thick cross section be trapezoidal gradual change strip towards the extrude depth of pot circle center line, on the inner surface and a pot muscle of refractory insulating layer 3 attached to pot circle curved surface.

Embodiment two

Referring to Fig. 4, Fig. 5, this thermal-collecting energy-saving pot circle comprises the spill pot circle body 1 of the table top of intercepting ball, three pieces pot muscle 2 and refractory insulating layer 3, on the outer surface of refractory insulating layer 3 attached to pot circle body 1, be provided with some air admission holes 4 in pot circle bottom, pot muscle 2 and curved surface pot circle body 1 are embossed in together, a muscle pot 2 along the width of curved surface pot circle body 1 be low wide and up narrow, be the thin down thick irregular curved surface strip of towards the extrude depth of pot circle center line.

Embodiment three

Referring to Fig. 6, Fig. 7, this thermal-collecting energy-saving pot circle comprises the pot circle body 1 of the parabola face upwards of sectioning mouthful, four pieces pot muscle 2 and refractory insulating layer 3, refractory insulating layer 3 is attached on curved surface pot circle body 1 inner surface and the pot muscle 2, be provided with some air admission holes 4 in pot circle bottom, pot muscle 2 and curved surface pot circle body 1 are riveted together, a muscle pot 2 along the width of pot circle curved surfaces be low wide and up narrow, be that thin down thick cross section be the gradual change strip of arc towards the extrude depth of pot circle center line.

Embodiment four

This thermal-collecting energy-saving pot circle comprises the pot circle body 1 of the table top of falling the ellipsoid, five pieces pot muscle 2 and refractory insulating layer 3, refractory insulating layer 3 is attached on a pot circle inner surface and the pot muscle 2, be provided with some air admission holes 4 in pot circle bottom, pot muscle 2 and curved surface pot circle body 1 weld together, a muscle pot 2 along the width of pot circle curved surfaces be low wide and up narrow, be that thin down thick cross section be square interruption strip towards the extrude depth of pot circle center line.

Claims

1. thermal-collecting energy-saving pot circle, comprise concave curvatures pot circle body (1), at least be provided with three continuously or a pot muscle (2) that is interrupted at the inner surface of curved surface pot circle body (1), it is characterized in that: concave curvatures pot circle body (1) for fall frusto-conical surface, the table top of intercepting ball, section parabola face mouthful upwards, fall to cut in the ellipsoid table top any.

2. as the thermal-collecting energy-saving pot circle in the claim 1, it is characterized in that: described pot muscle (2) is low wide and up narrow for the width along curved surface pot circle body (1), thickness towards pot circle center line is gone up thick gradual change strip for approaching down, is provided with air admission hole (4) or air inlet seam (5) in the bottom or the bottom of concave curvatures pot circle.

3. as the thermal-collecting energy-saving pot circle in claim 1 or 2, it is characterized in that: adhere to refractory insulating layer (3) on the inner surface of described concave curvatures pot circle body (1) and the pot muscle (2).

4. as the thermal-collecting energy-saving pot circle in claim 1 or 2, it is characterized in that: adhere to flame-proof thermal insulation material (3) on the outer surface of described concave curvatures pot circle body (1).