CN205568656U

CN205568656U - Fuel gas energy -saving heat conduction hot water stove

Info

Publication number: CN205568656U
Application number: CN201620257147.3U
Authority: CN
Inventors: 曾启添
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-03-30
Filing date: 2016-03-30
Publication date: 2016-09-14
Anticipated expiration: 2026-03-30

Abstract

The utility model relates to a fuel gas energy -saving heat conduction hot water stove, including a columniform furnace body, set up the gas burner of furnace body bottom, shelve the slaughterhouse on the kitchen range, the kitchen range firing level that is the ring shape has, set up on the firing level and is dispersing from the small circle to the convex bead of great circle, gather on the bead be provided with with the communicating burner port of kitchen range gas entry, the slaughterhouse be the cylinder shape, the bottom of a boiler welding of slaughterhouse has a good composite bed of one deck heat conduction the composite bed on gather the welding and have the fin that the heat conductivility is good, the fin the same with the bead to the trend that the excircle extends from the centre of a circle, the gap of outer flame along the fin between of flame of burner port ascension scurry to the excircle. The utility model discloses in, the flame of ascension on the follow firing level can fully contact with the good heat conductor in slaughterhouse bottom, and fast to slaughterhouse heating heat conduction, hot efficiency is high.

Description

A kind of fuel gas energy-saving heat conduction soup stove

Technical field

This utility model relates to kitchen tool apparatus technical field, refers more particularly to a kind of fuel gas energy-saving heat conduction soup making oven.

Background technology

At present, need some bigger soup stoves to stew in the special oodle shop in restaurant, in order to cost-effective, need to use some energy-conserving soup cooking stoves.Therefore, having some energy-conserving soup cooking stoves on the market, these soup stoves mostly use muffle electric furnace, stockpot insulation is become energy-conserving soup cooking stove, saves many energy for facial canal.

China Patent Publication No. CN 204467768 U discloses a kind of fuel gas energy-saving heat conduction soup stove, this soup stove body of heater enclosure arrange inner bag, between body of heater shell and inner bag falling heat-transfer oil, arranging serpentine heating pipe in conduction oil, serpentine heating pipe is connected with fire grate for burner.Producing heat by burner combustion combustion gas to flow through from serpentine heating pipe, be conducted to conduction oil, make conduction oil temperature raise, then the Tonga in the conduction oil inner bag to being in contact with it i.e. stockpot and stockpot is hot.This respectively by use body of heater enclosure be provided with the inner bag for holding food to be heated and between body of heater shell and inner bag constitute cavity in fill filled it up with conduction oil, During heating, the conduction oil being positioned at this cavity carries out heat exchange by being arranged at the serpentine heating pipe of cavity bottom, thus realize the heating function of conduction oil, in this process, owing to its general heating boiling point of conduction oil is about 400 DEG C, hence in so that the ambient temperature of whole inner bag periphery is in the condition of high temperature all the time, can effectively shorten the cooking food time in inner bag；Be covered with additionally, due to inner bag periphery have whole be in the condition of high temperature add deep fat, So that inner bag entirety is uniformly heated, cooking effect is more preferable.

Such soup stove is owing to first giving heat-conducting oil heating, then is heated to inner bag by conduction oil, is a kind of slow heat, and conduction oil itself has heavier weight, and therefore, this soup stove is heavier.

Utility model content

This utility model is for the slow deficiency heavy again of current gas soup stove heating, it is provided that a kind of fuel gas energy-saving heat conduction soup stove.

The technical solution of the utility model is: a kind of fuel gas energy-saving heat conduction soup stove, including a cylindrical body of heater, it is arranged on the gas burner of described bottom of furnace body, it is shelved on the stockpot above kitchen range, described kitchen range has the combustion front in toroidal, being arranged on the circular arc shaped rib being dissipated into great circle from roundlet on combustion front, gathering on fin is provided with the burner port communicated with kitchen range fuel gas inlet；

Described stockpot cylindrical form, the bottom of a pan of stockpot is welded with one layer of excellent composite bed of heat conduction, and gathering on described composite bed is welded with the fin that heat conductivility is good, and the trend that described fin stretches to cylindrical from the center of circle is identical with fin；

The outer flame of the flame of described burner port ascension is altered to cylindrical along the gap between fin.

In this utility model, from combustion front, the flame of ascension can be fully contacted with good thermal conductor bottom stockpot, and fast to stockpot heating heat conduction, thermal efficiency is high.

Further, in above-mentioned fuel gas energy-saving heat conduction soup stove: be additionally provided with kindling material rifle in described kitchen range center roundlet, described kindling material rifle is communicated with fuel gas inlet by kindling material pipeline.

The most easy to use, kind of a rifle of first opening fire, then open combustion gas and just can complete igniting.Described kindling material rifle is electronic ignition gun, and its ignitor switch is arranged on body of heater.

Further, in above-mentioned fuel gas energy-saving heat conduction soup stove: on described composite bed, fin is syllogic fin.

This is a kind of extraordinary heat transmission fin.

Further, in above-mentioned fuel gas energy-saving heat conduction soup stove: be also welded with gear fire guard circle in described fin periphery.On described body of heater, top is additionally provided with venthole.Being additionally provided with soup tap on described body of heater, described soup tap root extend in the stockpot being arranged in body of heater.On described body of heater, it is additionally provided with fire observation window.

Below with reference to drawings and Examples, this utility model is described in detail.

Accompanying drawing explanation

Fig. 1 is this utility model embodiment 1 external structure schematic diagram.

Fig. 2 is this utility model embodiment 1 kitchen range front view.

Fig. 3 is this utility model embodiment 1 stockpot upward view.

Fig. 4 is that this utility model embodiment 1 stockpot is combined schematic diagram with kitchen range.

In figure, 1, body of heater, 2, kitchen range, 21, combustion front, 22, fin, 23, burner port, 24, kindling material rifle, 25, fuel gas inlet, 26, kindling material pipeline；3, stockpot, 31, the bottom of a pan, 32, composite bed, 33, fin, 34, gear fire guard circle, 35, gap；4, burnt gas valve, 5, venthole, 6, soup tap, 7, fire observation window, 8, ignitor switch.

Detailed description of the invention

Embodiment 1, the present embodiment is fuel gas energy-saving heat conduction soup stove, as shown in Figure 1, the body of heater 1 of soup stove is cylindrical, and general employing rustless steel is made, and sees to be exactly a rustless steel drum from outward, in body of heater 1, bottom is provided with gas burner 2, shelves stockpot 3 on kitchen range 2, and stockpot 3 the bottom of a pan 31 is heated by the flame that kitchen range 2 is scurried out.The feature of the present embodiment just kitchen range 2 combustion front 21 in shape, also stockpot 3 bottom welding heat transmission fin 33 in shape, also reside in combustion front 21 the bottom of a pan 31 bottom stockpot 3 and be combined.

As in figure 2 it is shown, kitchen range 2 has the combustion front 21 in toroidal, annulus inner circle is also referred to as roundlet, and cylindrical is referred to as great circle；Being arranged on from roundlet the circular arc shaped rib 22 being dissipated into great circle on combustion front 21, fin 22 is distributed on combustion front 21, forms a title turbine shape, gathers and be provided with the burner port 23 communicated with kitchen range 2 fuel gas inlet 25 on fin 22；When deployed, on combustion front 21, the shape of flame will be outwards to justify rotated shape from centre, and this is a kind of turbine shape.Being additionally provided with kindling material rifle 24 in the roundlet of kitchen range 2 center, kindling material rifle 24 is communicated with fuel gas inlet 25 by kindling material pipeline 26.Kindling material rifle 24 is electronic ignition gun, and its ignitor switch 8 is arranged on body of heater 1.Can be allowed by operation ignitor switch 8 and have kindling material on 24, kindling material rifle.Wait in use, first with ignitor switch 8, kindling material rifle 24 is lighted, then, lead to combustion gas to kitchen range 2, so, kitchen range 21 is lighted, and the burner port 23 on circular arc shaped rib 22 on combustion front 21 has flare, form a circular fire ring, flame in the shape of a spiral, from inner circle to cylindrical rotate as.

Stockpot 3 cylindrical form, the bottom of a pan 31 of stockpot 3 is as shown in Figure 3, the bottom of a pan 31 is welded with one layer of excellent composite bed of heat conduction 32, composite bed 32 gathers and is welded with the good fin of heat conductivility 33, the trend that fin 33 stretches to cylindrical from the center of circle is identical with fin 22, also be a kind of turbine shape, but it by the center of circle to external rotation, part fin 33 is to be connected at circle centre position.In the present embodiment, on composite bed 32, fin 33 is syllogic fin, be respectively the first curved fins be to the overhanging layer of circle from circular composite bed 32 center, this fin 33 is the longest, the second fin 33 does not flexes outward from the center of circle, it stretches to cylindrical from a roundlet circumference, and the third fin 33 is the shortest, and it is to stretch to cylindrical from a bigger circle.The fin of this structure, can compare and be arranged on the composite bed 32 being welded on the bottom of a pan 31 frequently, and fin 33 periphery is also welded with gear fire guard circle 34, so, when carrying stockpot, and can hand-held gear fire guard circle 34.

The outer flame of the flame of burner port 23 ascension is altered to cylindrical, as shown in Figure 4 along the gap 35 between fin 33.So, in use, there is no flame due in the middle of kitchen range 2, and on the combustion front of annular, flame be turbine shape to external rotation, when outer flame contacts bottom stockpot 3, also outwards can alter along the arc-shaped gaps between fin 33, so, the bottom of a pan will be heated adequately and uniformly.

In the present embodiment, being additionally provided with soup tap 6 on body of heater 1, soup tap 6 roots extend in the stockpot 3 being arranged in body of heater 1.As such, it is possible to receive, at the outside soup tap 6 that directly passes through of body of heater 1, the soup burnt.On body of heater 1, it is additionally provided with fire observation window 7, can see whether that flame is normal from fire observation window 7.As ignitor switch 8, burnt gas switch 4 is also provided in outside body of heater 1.

Claims

1. a fuel gas energy-saving heat conduction soup stove, including a cylindrical body of heater, is arranged on the gas burner of described bottom of furnace body, is shelved on the stockpot above kitchen range, it is characterised in that:

Described kitchen range (2) has the combustion front (21) in toroidal, arranges circular arc shaped rib (22) on combustion front (21), and described circular arc shaped rib (22) order centered by the roundlet center of kitchen range (2) annulus lines up turbine-like；Upper the gathering of fin (22) is provided with the burner port (23) communicated with kitchen range (2) fuel gas inlet (25)；

Described stockpot (3) cylindrical form, the bottom of a pan (31) of stockpot (3) is welded with the one layer of excellent composite bed of heat conduction (32), it is provided with the good fin of heat conductivility (33) upper the gathering of described composite bed (32), the trend that described fin (33) stretches to cylindrical from the center of circle is identical with described circular arc shaped rib (22), and described fin (33) and composite bed (32) are formed in one structure；

The outer flame of the flame of described burner port (23) ascension is altered to cylindrical along the gap (35) between fin (33).

Fuel gas energy-saving heat conduction soup stove the most according to claim 1, it is characterised in that: being additionally provided with kindling material rifle (24) in described kitchen range (2) center roundlet, described kindling material rifle (24) is communicated with fuel gas inlet (25) by kindling material pipeline (26).

Fuel gas energy-saving heat conduction soup stove the most according to claim 1, it is characterised in that: on described composite bed (32), fin (33) is syllogic fin.

Fuel gas energy-saving heat conduction soup stove the most according to claim 3, it is characterised in that: gear fire guard circle (34) also it is welded with in described fin (33) periphery.

5. according to described fuel gas energy-saving heat conduction soup stove arbitrary in Claims 1-4, it is characterised in that: on described body of heater (1), top is additionally provided with venthole (5).

6. according to described fuel gas energy-saving heat conduction soup stove arbitrary in Claims 1-4, it is characterised in that: being additionally provided with soup tap (6) on described body of heater (1), described soup tap (6) root extend in the stockpot (3) being arranged in body of heater (1).

7. according to described fuel gas energy-saving heat conduction soup stove arbitrary in Claims 1-4, it is characterised in that: on described body of heater (1), it is additionally provided with fire observation window (7).

Fuel gas energy-saving heat conduction soup stove the most according to claim 2, it is characterised in that: described kindling material rifle (24) is electronic ignition gun, and its ignitor switch (8) is arranged on body of heater (1).