CN102635879A - Gas stove capable of reducing heat radiation loss - Google Patents
Gas stove capable of reducing heat radiation loss Download PDFInfo
- Publication number
- CN102635879A CN102635879A CN2012100359161A CN201210035916A CN102635879A CN 102635879 A CN102635879 A CN 102635879A CN 2012100359161 A CN2012100359161 A CN 2012100359161A CN 201210035916 A CN201210035916 A CN 201210035916A CN 102635879 A CN102635879 A CN 102635879A
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- Prior art keywords
- induction tunnel
- cribbing
- gas
- lead
- kettle
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- 230000005855 radiation Effects 0.000 title claims abstract description 18
- 239000012530 fluid Substances 0.000 claims abstract description 28
- 239000007789 gas Substances 0.000 claims abstract description 16
- 239000002912 waste gas Substances 0.000 claims abstract description 7
- 230000006698 induction Effects 0.000 claims description 105
- 238000007747 plating Methods 0.000 claims description 49
- 239000000523 sample Substances 0.000 claims description 44
- 230000037237 body shape Effects 0.000 claims description 16
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 16
- 210000000078 claw Anatomy 0.000 claims description 12
- 210000003205 muscle Anatomy 0.000 claims description 11
- 238000005452 bending Methods 0.000 claims description 9
- UGFAIRIUMAVXCW-UHFFFAOYSA-N Carbon monoxide Chemical compound [O+]#[C-] UGFAIRIUMAVXCW-UHFFFAOYSA-N 0.000 claims description 8
- 239000003546 flue gas Substances 0.000 claims description 8
- 239000004020 conductor Substances 0.000 claims description 7
- 238000002347 injection Methods 0.000 claims description 6
- 239000007924 injection Substances 0.000 claims description 6
- 238000009434 installation Methods 0.000 claims description 6
- 239000008246 gaseous mixture Substances 0.000 claims description 5
- 239000007788 liquid Substances 0.000 abstract description 5
- 238000002485 combustion reaction Methods 0.000 description 7
- 238000010586 diagram Methods 0.000 description 3
- 238000007599 discharging Methods 0.000 description 2
- 230000003321 amplification Effects 0.000 description 1
- 239000000567 combustion gas Substances 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000012467 final product Substances 0.000 description 1
- 238000009413 insulation Methods 0.000 description 1
- 238000003199 nucleic acid amplification method Methods 0.000 description 1
- 230000002787 reinforcement Effects 0.000 description 1
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- Cookers (AREA)
- Gas Burners (AREA)
- Feeding And Controlling Fuel (AREA)
Abstract
The invention provides a gas stove capable of reducing heat radiation loss, comprising a concave kettle type bracket and an ejection pipe. The gas stove is characterized in that an outer barrel and an inner barrel of the concave kettle type bracket are provided with one pair to one hundred pairs of holes; a fluid pipe (6) is mounted in each pair of the holes; an inner bottom plate and an outer bottom plate of the concave kettle type bracket are provided with two pairs to one hundred pairs of holes; one ejection pipe (19) is mounted in each pair of the holes; the outer barrel and the inner barrel of the concave kettle type bracket are provided with one pair to one hundred pairs of holes; a waste gas pipe (26) is mounted in each pair of the holes; and a liquid containing disc (7) is arranged below the outer end of the a fluid pipe (6). The gas stove collects the heat which is dispersed by the bracket, a combustor and the ejection pipe from the periphery and utilizes the heat; and the heat dispersed by flames on the periphery and the lower side is collected to be used, so that the heat efficiency is greatly improved.
Description
Technical field
The present invention relates to a kind of gas-cooker, relate in particular to a kind of gas-cooker that reduces radiation loss.
Background technology
The existing gas-cooker thermal efficiency is not high, generally less than 58%, main cause be heat pass through support, burner and induction tunnel to around the heat radiation, flame to around and the below heat loss through radiation.If with support, burner and induction tunnel to around the heat collection of distributing get up to be used, with flame to around and the below heat collection of distributing get up to be used, then the thermal efficiency of gas-cooker can be greatly improved.
Summary of the invention
Task of the present invention is fully to absorb the heat that support, burner and induction tunnel distribute, fully absorb flame to around and the heat that distributes of bottom, significantly to improve the thermal efficiency of gas-cooker.The technical scheme that the present invention adopts is:
A kind of gas-cooker that reduces radiation loss comprises concave shape kettle cribbing and induction tunnel, it is characterized in that:
Be provided with a pair ofly on the urceolus of concave shape kettle cribbing and the inner core, a fluid hose is installed in every pair of hole to 100 pairs of holes;
Two pairs to 100 pairs holes are set on the inner bottom plating of concave shape kettle cribbing and the Outer Bottom Plating, an induction tunnel is installed in every pair of hole.
Explain:
Concave shape kettle cribbing is meant that the section that center line intercepted through this kettle cribbing is concave shape or approximate concave shape.
The main body of simple concave shape kettle cribbing is made up of a circle urceolus, a circle inner core, a top layer annular slab, an inner bottom plating, an Outer Bottom Plating; The outer ring of top layer annular slab and urceolus top connect into integral body, and the inner ring of top layer annular slab and inner core top connect into integral body; Inner bottom plating and inner core bottom connect into integral body, and Outer Bottom Plating and urceolus bottom connect into integral body.Urceolus, inner core all are barrel-type casings.
The main body of complicated concave shape kettle cribbing is formed to several piece outer ring plate, zero annular slab to the several piece to a few inner cores, top layer annular slab, inner bottom plating, Outer Bottom Plating, zero to a few urceolus, by one; The outer ring of top layer annular slab and first lap urceolus top connect into integral body, and the inner ring of top layer annular slab and first lap inner core top connect into integral body; The bottom of the outer ring of every block of outer ring plate or inner ring and top urceolus connects into integral body, and the top of the inner ring of every block of outer ring plate or outer ring and below urceolus connects into integral body; Perhaps go up the bottom of a circle urceolus and the top of next circle urceolus and directly connect into integral body; The outer ring of annular slab or the bottom of inner ring and top inner core connect into integral body in every plate, and the top of the inner ring of every interior annular slab or outer ring and below inner core connects into integral body; Perhaps go up the bottom of a circle inner core and the top of next circle inner core and directly connect into integral body; Inner bottom plating and last lap inner core bottom connect into integral body, and Outer Bottom Plating and last lap urceolus bottom connect into integral body.
For example: a kind of main body of concave shape kettle cribbing is made up of a circle rounding stage body shape urceolus, a circle rounding stage body shape inner core, an annular top layer annular slab, a circular inner bottom plating, a circular Outer Bottom Plating; Urceolus top and top layer annular slab outer ring connect into integral body, and urceolus bottom and Outer Bottom Plating circumference connect into integral body, and inner core top and top layer annular slab inner ring connect into integral body, and inner core bottom and inner bottom plating circumference connect into integral body.Perhaps change rounding stage body shape urceolus and rounding stage body shape inner core into up big and down small spherical urceolus and up big and down small spherical inner core.
And for example: a kind of main body of kettle cribbing is made up of a circle cylinder bodily form urceolus, a circle rounding stage body shape urceolus, a circle cylinder bodily form inner core, a circle rounding stage body shape inner core, an annular top layer annular slab, a circular inner bottom plating, a circular Outer Bottom Plating; Cylinder bodily form urceolus top and top layer annular plate outer ring connect into integral body, and cylinder bodily form urceolus bottom and rounding stage body shape urceolus top connect into integral body; Rounding stage body shape urceolus bottom and Outer Bottom Plating circumference connect into integral body; Cylinder bodily form inner core top and top layer annular plate inner ring connect into integral body, and cylinder bodily form inner core bottom and rounding stage body shape inner core top connect into integral body, and rounding stage body shape inner core bottom and inner bottom plating circumference connect into integral body.
Explanation to " cylinder bodily form cylindrical shell ": two coaxial lines, the entity area that surrounds between the face of cylinder of different-diameter with length.Explanation to " rounding stage body shape cylindrical shell ": the entity area that surrounds between the rounding table top of two coaxial lines different-diameter with length.Explanation to " up big and down small spherical crown bodily form cylindrical shell ": cut a spherical shell with the plane of two levels; And a last plane is positioned under the centre of sphere or the centre of sphere of this spherical shell; The inner surface of next plane and this spherical shell and outer surface intersect, and the part between this two plane is up big and down small spherical crown bodily form cylindrical shell.
Fluid hose is used for that pot or kettle are overflowed the liquid that flows to the combustion chamber and enters drip pan or liquid holding cup; Can be used for letting auxiliary air flow into the combustion chamber and participate in burning from fluid hose; The combustion gas that can be used for lighting a fire gets into combustion chamber ignition combustion device from fluid hose, and the probe that can be used for flame-out protection device is surveyed the burner combustion situation from the fluid hose outer end.
In the face of above technical scheme additional technical characterictic is proposed down:
1, is provided with a pair ofly on the urceolus of said concave shape kettle cribbing and the inner core, a flue gas leading is installed in every pair of hole to 100 pairs of holes.
2, on the said concave shape kettle cribbing one to 100 waste gas groove is set.
3, two to 100 protrusion muscle are set on the said concave shape kettle cribbing.
Explain: the position that the protrusion muscle can be set has three kinds: the inner core of concave shape kettle cribbing, interior annular slab and top layer annular slab, and can select one to three kind of position wherein that two to 100 protrusion muscle are set.The position that the protrusion muscle can be set has three kinds rather than three, because inner core quantity can be more than or equal to two, the quantity of interior annular slab can be more than or equal to one.When the quantity of interior annular slab was zero, the quantity of inner core was one, and the position that the protrusion muscle can be set this moment has only two, can select one or two position that the protrusion muscle is set.More with the technical characterictic that " be provided with on the concave shape kettle cribbing two to 100 protrusion muscle " is equal to, for example: 1., the top of concave shape kettle cribbing is provided with existing ordinary stent; 2., the existing ordinary stent that highly surpasses concave shape kettle cribbing is set around concave shape kettle cribbing.
4, the inner inside pipe wall bottom of said fluid hose is not higher than the inner bottom plating end face of concave shape kettle cribbing, and is not less than the inside pipe wall bottom of fluid hose outer end; Below, said fluid hose outer end is provided with drip pan.
1., the technical characterictic that is equal to " said fluid hose outer end below be provided with drip pan " is explain:: " below, said fluid hose outer end is provided with liquid holding cup ".Drip pan or liquid holding cup both can be arranged on the bottom of concave shape kettle cribbing, also can be arranged on the gas-cooker panel, can also be arranged on other positions of gas-cooker, so long as below fluid hose, get final product.2., " fluid hose is inner " refers to the end that fluid hose is connected with the inner core of concave shape kettle cribbing; " fluid hose outer end " refers to the end that fluid hose is connected with the urceolus of concave shape kettle cribbing.
5, the outer surface of said concave shape kettle cribbing is provided with two location convex bodys, the locating hole that it is vertical direction that said each convex body middle part, location is provided with an axis; Said each locating hole top is the cylinder bodily form, and the bottom is a cone cylinder body shape; Two alignment pins are set on the gas-cooker panel, and said two alignment pins are installed in said two locating holes.
Explain: said locating hole and alignment pin are confirmed the position relation between concave shape kettle cribbing and the flame control device, or the relation of the position between definite concave shape kettle cribbing and the gas-cooker panel is to confirm the position relation between concave shape kettle cribbing and the flame control device indirectly; Or the relation of the position between definite concave shape kettle cribbing and other positions of gas-cooker is to confirm the position relation between concave shape kettle cribbing and the flame control device indirectly.This locate mode is common " plane and two pits " locate mode, and " face " is bottom surface and the end face of gas-cooker panel of the stent foot of concave shape kettle cribbing here.The technical characterictic that is equal to this technical characterictic has a lot, and for example: 1., " two pins and two holes " are changed into " pin and a hole ", the shape of pin and the cross section in hole and basic size is identical and it is non-circular to be is sold and is installed in the hole and gapped; 2., alignment pin is arranged on the outer surface of concave shape kettle cribbing, the location convex body that will have locating hole is arranged on the gas-cooker panel, perhaps directly on the gas-cooker panel, bores locating hole; 3., rectangular boss is set, and the Baltimore groove that adapts with above-mentioned rectangular boss shape and basic size is set on the gas-cooker panel, rectangular boss is installed in the Baltimore groove and is gapped in the bottom of concave shape kettle cribbing; 4., alignment pin is arranged on the induction tunnel, be arranged on locating hole on the flame control device or certain root skeleton of gas-cooker on; 5., locate with the air inlet and the gas nozzle of induction tunnel.
6, said concave shape kettle cribbing top is provided with two wings is installed, and installs on the wings handle aperture respectively is set, the kettle handle is installed in the said handle aperture for said two; A water injection pipe and a water nozzle are set.
1., the technical characterictic that is equal to " kettle cribbing top is provided with two wings is installed, and installs on the wings handle aperture respectively is set, the kettle handle is installed in the said handle aperture for said two " is explain:: two handles are set on the kettle cribbing.2., the technical characterictic that is equal to " water injection pipe and a water nozzle are set " is more, for example: a, a water-filling nozzle and discharging valve b are set, a water nozzle and a breather pipe are set; C, only a water nozzle is set, this water nozzle not only had been used for water filling but also be used for discharging water.
7, be provided with a pair ofly to 50 pairs of holes on the urceolus of said concave shape kettle cribbing and the inner core, a flame sighting tube is installed in every pair of hole, the outer end of said flame sighting tube is higher than the inner;
Two pairs of holes are set on the inner bottom plating of said concave shape kettle cribbing and the Outer Bottom Plating, a conduit is installed in every pair of hole, wherein the igniting pin and the lead of mounting points ignition system in conduit are installed the probe and the lead of flame-out protection device in another root conduit; The lead contactor of a pair of igniting pin is installed in concave shape kettle cribbing bottom, and this is connected two leads of lead contactor with the pin of lighting a fire, and with gas-cooker on the lead contactor of a pair of igniting pin installed corresponding; The lead contactor of the probe of a pair of flame-out protection device is installed in kettle cribbing bottom; This is connected two leads of lead contactor with the probe of flame-out protection device, and with gas-cooker on the lead contactor of probe of a pair of flame-out protection device installed corresponding; The lead contactor of the lead contactor of a pair of igniting pin of installing on the gas-cooker and the probe of a pair of flame-out protection device is connected with magnetic valve, gas stove switch and battery on the Gas Pipe through lead respectively.
1., the people can see the flame combustion state of combustion chamber from outside to inside through the flame sighting tube explain:.2., " outer end of flame sighting tube " refers to the end that the flame sighting tube is connected with the urceolus of concave shape kettle cribbing; " the inner of flame sighting tube " refers to the end that the flame sighting tube is connected with the inner core of concave shape kettle cribbing; 3., two pairs of lead contactors generally are installed on the gas-cooker panel; Also can be installed in other positions of gas-cooker; As be installed on certain root skeleton of gas-cooker; Or be installed on the flame control device, but the two pairs of lead contactors then remain unchanged with the relative position relation of gas-cooker panel after installing.
8, be installed on an igniting pin hole is set on the fire hole cover of a burner on the induction tunnel, the igniting pin is installed in the mixed air cavity and induction tunnel of this burner, and the needle section of lighting a fire stretches in the igniting pin hole of fire hole cover; Be installed on the fire hole cover of a burner on the induction tunnel probe aperture is set, the probe of flame-out protection device is installed in the mixed air cavity and induction tunnel of this burner, and the end of probe of flame-out protection device stretches in the probe aperture of fire hole cover; Lead air inlet through induction tunnel from induction tunnel of igniting pin stretches out, and receives on the corresponding couple of conductor contactor that is installed on kettle cribbing bottom, and this lead contactor to a pair of igniting pin installed on lead contactor and the gas-cooker is corresponding; The lead of the probe of flame-out protection device air inlet through induction tunnel from induction tunnel stretches out; Receive on the corresponding couple of conductor contactor that is installed on kettle cribbing bottom, this lead contactor to the probe of a pair of flame-out protection device installed on lead contactor and the gas-cooker is corresponding; The lead of the lead of igniting pin and the probe of flame-out protection device perhaps stretches out through sealing-plug from induction tunnel, receives on each self-corresponding lead contactor again, and sealing-plug is installed in the aperture on the injection tube wall; The lead contactor of the lead contactor of a pair of igniting pin of installing on the gas-cooker and the probe of a pair of flame-out protection device is connected with magnetic valve, gas stove switch and battery on the Gas Pipe through lead respectively.
Explain: two pairs of lead contactors generally are installed on the gas-cooker panel; Also can be installed in other positions of gas-cooker; As be installed on certain root skeleton of gas-cooker; Or be installed on the flame control device, but the two pairs of lead contactors then remain unchanged with the relative position relation of gas-cooker panel after installing.
9, said induction tunnel is the in-line induction tunnel or turns the shape induction tunnel or the font of falling Y induction tunnel or claw type induction tunnel or LY font induction tunnel or curved claw type induction tunnel;
The center line of in-line induction tunnel is a straightway, and the cross section of the endoporus that cuts perpendicular to this center line is the combination of circle or square or regular polygon or polygon or straightway and curved section;
Turn the shape induction tunnel and be made up of three parts, its top is vertical in-line pipe, and its underpart is vertical in-line pipe, and the middle part is a bend pipe; The vertical in-line pipe on top does not overlap with the axis of the vertical in-line pipe of bottom;
The font of falling Y induction tunnel is linked to be integral body by a vertical in-line pipe and two bend pipes, and the center line of three pipes is in a plane, and two bend pipes communicate with the in-line pipe respectively; The mouth of pipe end face of vertical in-line pipe be horizontal direction or with the angle of horizontal plane less than less than 45 °; The mouth of pipe end face of three pipes is parallel to each other, or the angle on the plane at any two ends face place is less than 45 °; The in-line pipe of this induction tunnel stretches in the hole of inner bottom plating and Outer Bottom Plating of kettle cribbing and is fixed;
The claw type induction tunnel is that a vertical in-line pipe is set between two bend pipes of the font of falling Y induction tunnel again, and mouth of pipe end face is parallel with the mouth of pipe end face of bend pipe;
LY font induction tunnel is the distortion of the font of falling Y induction tunnel, is linked to be integral body by a vertical in-line pipe and two bend pipes, and two bend pipes communicate with the in-line pipe respectively; The center line of two bend pipes is in a horizontal plane; The mouth of pipe end face of two bend pipes in a perpendicular and the shape of two bend pipes and measure-alike or close, or the mouth of pipe end face of two bend pipes not in same plane and the shape of two bend pipes and size inequality; The vertical position of this induction tunnel is stretched in the hole of inner bottom plating and Outer Bottom Plating of kettle cribbing and is fixed;
Curved claw type induction tunnel is the in-line pipe that a level is set between two bend pipes of LY font induction tunnel again, and mouth of pipe end face is parallel with the mouth of pipe end face of bend pipe;
The burner that install on said induction tunnel top has at least two to be the bending burner; Said bending burner is formed mixed air cavity by the fan-shaped fire hole cover of ring of flat board, a right plate, a rear plate and a horizontal direction before the flat underside of a horizontal direction, left plate,, and the flat underside middle part is provided with the gaseous mixture air admission hole; Said left plate and right plate are curved slabs; The projection of said bending burner on the inner bottom plating of concave shape kettle cribbing is that the fan-shaped or approximate ring of ring is fan-shaped;
The outer surface of concave shape kettle cribbing is provided with temperature alarm, and said temperature alarm is made up of thermistor, lead, battery, electric bell; Thermistor contacts with the mode that face contacts with the outer surface of concave shape kettle cribbing; Thermistor is connected with electric bell through lead, and thermistor is connected with battery through lead with electric bell.
1., the fire hole of said bending burner both can be located on the fire hole plate, also can be located on left plate and the right plate, can also be located at left plate and right plate and fire hole plate contact position explain:; 2., thermistor is non-conductive under the normal temperature, when the temperature of thermistor reached 101 ℃, thermistor turning circuit, electric bell began to ring.
Positive meaning: since with support, burner and induction tunnel to around the heat collection of distributing get up to be used, with flame to all around and the below heat collection of distributing get up to be used, so the thermal efficiency of gas-cooker is greatly improved.
Description of drawings
Fig. 1 is the front view of first kind of kettle cribbing;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is the left view of Fig. 1;
Fig. 4 is the vertical view of second kind of kettle cribbing;
Fig. 5 is the A-A cutaway view of Fig. 4;
Fig. 6 is the vertical view of the third kettle cribbing;
Fig. 7 is the A-A cutaway view (amplification) of Fig. 6;
Fig. 8 is the front view of the 4th kind of kettle cribbing;
Fig. 9 is the front view of the 5th kind of kettle cribbing;
Figure 10 is the front view of the 6th kind of kettle cribbing;
Figure 11 is second kind of drip pan structure chart;
Figure 12 is igniter and first kind of installation diagram of flame-out protection device;
Figure 13 is igniter and second kind of installation diagram of flame-out protection device;
Figure 14 is igniter and the third installation diagram of flame-out protection device;
Chang Minghuo burner, induction tunnel, igniter, flame-out protection device, kettle cribbing structural relation figure;
Figure 15 is the structure chart that the lead contactor is installed in Outer Bottom Plating bottom surface and gas-cooker panel upper surface;
Figure 16 turns shape induction tunnel structure chart;
Figure 17 is the font of falling a Y induction tunnel structure chart;
Figure 18 is the front view of LY font induction tunnel
Figure 19 is the vertical view of Figure 18;
Figure 20 is the vertical view of curved claw type induction tunnel;
Figure 21 is that burner is installed in a kind of structural representation on the induction tunnel;
Figure 22 is the front view of bending burner;
Figure 23 is the vertical view of Figure 22;
Figure 24 is the temperature alarm sketch map;
Figure 25 is that the 7th kind of kettle cribbing is installed in the front view on the gas-cooker panel.
Among the figure: 1, water nozzle; 2, handle; 3, wing is installed; 4, breather pipe; 5, flame sighting tube; 6, fluid hose; 7, drip pan; 8, rubber; 9, lead contactor; 10, reinforcement; 11, location convex body; 12, the locating hole of location convex body; 13, stent foot; 14, protrusion muscle; 15 top layer annular plates; 16, the bodily form of falling spherical crown urceolus; 17, the bodily form of falling spherical crown inner core; 18, cylinder bodily form inner bottom plating (circular sheet); 19, in-line induction tunnel; 20, cylinder bodily form Outer Bottom Plating (circular sheet); 21, waste gas groove; 22, rounding stage body shape inner core; 23, rounding stage body shape urceolus; 24, cylinder bodily form urceolus; 25, cylinder bodily form inner core; 26, flue gas leading; 27, kettle cribbing lid; 28, exhaust apertures; 29, water injection pipe; 30, annular slab in the annular; 31, handle; 32, faucet; 33, burner; 34, fire hole; 35, igniting pin; 36, igniting pin hole; 37, probe aperture; 38, the probe of flame-out protection device; 39, lead; 40 mixed air cavities; 41, gaseous mixture air inlet pipe; 42, conduit; 43, sealing-plug; 44, gas-cooker panel; 45, encircle fan-shaped fire hole cover; 46, left plate; 47, right plate; 48, flat underside; 49, gaseous mixture air admission hole; 50, preceding flat board; 51, rear plate; 52, thermistor; 53, battery; 54, electric bell; 55, alignment pin.
The specific embodiment
Below in conjunction with Fig. 1 to Figure 25 the present invention is described further: a kind of gas-cooker that reduces radiation loss, comprise concave shape kettle cribbing and induction tunnel, it is characterized in that:
Be provided with a pair ofly on the urceolus of concave shape kettle cribbing and the inner core, a fluid hose 6 is installed in every pair of hole to 100 pairs of holes;
Two pairs to 100 pairs holes are set on the inner bottom plating of concave shape kettle cribbing and the Outer Bottom Plating, an induction tunnel 19 is installed in every pair of hole.
Be provided with a pair ofly on the urceolus of said concave shape kettle cribbing and the inner core, a flue gas leading 26 is installed in every pair of hole to 100 pairs of holes.
One to 100 waste gas groove 21 is set on the perhaps said concave shape kettle cribbing.
Two to 100 protrusion muscle 14 are set on the perhaps said concave shape kettle cribbing.
Said fluid hose 6 inner inside pipe wall bottoms are not higher than the inner bottom plating end face of concave shape kettle cribbing, and are not less than the inside pipe wall bottom of fluid hose 6 outer ends; Below, said fluid hose 6 outer ends is provided with drip pan 7.
The outer surface of said concave shape kettle cribbing is provided with two location convex bodys 11, the locating hole 12 that it is vertical direction that said each convex body 11 middle part, location are provided with an axis; Said each locating hole 12 top are the cylinder bodily form, and the bottom is a cone cylinder body shape; Two alignment pins 55 are set on the gas-cooker panel, and said two alignment pins 55 are installed in said two locating holes 12.
Said concave shape kettle cribbing top is provided with two wing 3 is installed, and on said two installation wings 3 handle aperture is set respectively, and kettle handle 2 is installed in the said handle aperture; A water injection pipe 29 and a water nozzle 1 are set.
Be provided with a pair ofly to 50 pairs of holes on the urceolus of said concave shape kettle cribbing and the inner core, a flame sighting tube 5 is installed in every pair of hole, the outer end of said flame sighting tube 5 is higher than the inner;
Two pairs of holes are set on the inner bottom plating of said concave shape kettle cribbing and the Outer Bottom Plating; A conduit 42 is installed in every pair of hole; Wherein the igniting pin 35 and lead 39 of mounting points ignition systems in conduit 42 are installed probes 38 and leads 39 of flame-out protection devices in another root conduit 42; The lead contactor 9 of a pair of igniting pin is installed in concave shape kettle cribbing bottom, and this is connected two leads 39 of lead contactor 9 with the pin 35 of lighting a fire, and with gas-cooker on the lead contactor 9 of a pair of igniting pin 35 installed corresponding; The lead contactor 9 of the probe 38 of a pair of flame-out protection device is installed in kettle cribbing bottom; This is connected two leads 39 of lead contactor 9 with the probe 38 of flame-out protection device, and with gas-cooker on the lead contactor 9 of probe 35 of a pair of flame-out protection device installed corresponding; The lead contactor 9 of the lead contactor 9 of a pair of igniting pin of installing on the gas-cooker 35 and the probe 35 of a pair of flame-out protection device is connected with magnetic valve, gas stove switch and battery 53 on the Gas Pipe through lead 39 respectively.
The igniter of gas-cooker and flame-out protection device or adopt another kind of mode to install: be installed on the fire hole cover of a burner 33 on the induction tunnel 19 an igniting pin hole 36 is set; Igniting pin 35 is installed in the mixed air cavity 40 and induction tunnel 19 of this burner 33, and igniting pin 35 heads stretch in the igniting pin hole 36 of fire hole cover; Be installed on the fire hole cover of a burner 33 on the induction tunnel probe aperture 37 is set; The probe 38 of flame-out protection device is installed in the mixed air cavity 40 and induction tunnel 19 of this burner 33, and probe 38 heads of flame-out protection device stretch in the probe aperture 37 of fire hole cover; The lead 39 of igniting pin 35 stretches out through the air inlet of induction tunnel 19 from induction tunnel 19; Receive on the corresponding couple of conductor contactor 9 that is installed on kettle cribbing bottom, this lead contactor 9 to a pair of igniting pin 35 installed on lead contactor 9 and the gas-cooker is corresponding; The lead 39 of the probe 38 of flame-out protection device stretches out through the air inlet of induction tunnel 19 from induction tunnel 19; Receive on the corresponding couple of conductor contactor 9 that is installed on kettle cribbing bottom, this lead contactor 9 to the probe 38 of a pair of flame-out protection device installed on lead contactor 9 and the gas-cooker is corresponding; Lead contactor 9 correspondences of the lead 39 of igniting pin 35 and a pair of igniting pin 35 of blowout protection dress; The lead 39 of the probe 38 of flame-out protection device stretches out through the air inlet of induction tunnel 19 from induction tunnel 19; Receive on the corresponding couple of conductor contactor 9 that is installed on kettle cribbing bottom, this lead contactor 9 to the probe 38 of a pair of flame-out protection device installed on lead contactor 9 and the gas-cooker is corresponding; The lead 39 of the lead 39 of igniting pin 35 and the probe 38 of flame-out protection device perhaps stretches out through sealing-plug 43 from induction tunnel 19, receives on each self-corresponding lead contactor 9 again, and sealing-plug 43 is installed in the aperture on induction tunnel 19 walls; The lead contactor 9 of the lead contactor 9 of a pair of igniting pin of installing on the gas-cooker 35 and the probe 38 of a pair of flame-out protection device is connected with magnetic valve, gas stove switch and battery 53 on the Gas Pipe through lead 39 respectively.
Said induction tunnel 19 is in-line induction tunnels or turns the shape induction tunnel or the font of falling Y induction tunnel or claw type induction tunnel or LY font induction tunnel or curved claw type induction tunnel;
The center line of in-line induction tunnel is a straightway, and the cross section of the endoporus that cuts perpendicular to this center line is the combination of circle or square or regular polygon or polygon or straightway and curved section;
Turn the shape induction tunnel and be made up of three parts, its top is vertical in-line pipe, and its underpart is vertical in-line pipe, and the middle part is a bend pipe; The vertical in-line pipe on top does not overlap with the axis of the vertical in-line pipe of bottom;
The font of falling Y induction tunnel is linked to be integral body by a vertical in-line pipe and two bend pipes, and the center line of three pipes is in a plane, and two bend pipes communicate with the in-line pipe respectively; The mouth of pipe end face of vertical in-line pipe be horizontal direction or with the angle of horizontal plane less than less than 45 °; The mouth of pipe end face of three pipes is parallel to each other, or the angle on the plane at any two ends face place is less than 45 °; The in-line pipe of this induction tunnel stretches in the hole of inner bottom plating and Outer Bottom Plating of kettle cribbing and is fixed;
The claw type induction tunnel is that a vertical in-line pipe is set between two bend pipes of the font of falling Y induction tunnel again, and mouth of pipe end face is parallel with the mouth of pipe end face of bend pipe;
LY font induction tunnel is the distortion of the font of falling Y induction tunnel, is linked to be integral body by a vertical in-line pipe and two bend pipes, and two bend pipes communicate with the in-line pipe respectively; The center line of two bend pipes is in a horizontal plane; The mouth of pipe end face of two bend pipes in a perpendicular and the shape of two bend pipes and measure-alike or close, or the mouth of pipe end face of two bend pipes not in same plane and the shape of two bend pipes and size inequality; Device in the hole of inner bottom plating and Outer Bottom Plating of kettle cribbing is stretched into by the flat underside of a horizontal direction 48, left plate 46, the fan-shaped fire hole cover 45 of ring of dull and stereotyped 50, right plates 47, a rear plate 51 and a horizontal direction is formed mixed air cavity 40 before one in the vertical position of this induction tunnel, and flat underside 48 middle parts are provided with gaseous mixture air admission hole 49; Said left plate 46 is curved slabs with right plate 47; The projection of said bending burner on the inner bottom plating of concave shape kettle cribbing is that the fan-shaped or approximate ring of ring is fan-shaped;
The outer surface of concave shape kettle cribbing is provided with temperature alarm, and said temperature alarm is made up of thermistor 52, lead 39, battery 53, electric bell 54; Thermistor 52 contacts with the mode that face contacts with the outer surface of concave shape kettle cribbing; Thermistor 52 is connected with electric bell 54 through lead 39, and thermistor 52 is connected with battery 53 through lead 39 with electric bell 54.
Fluid hose is that the pipe of square shape is advisable with the cross section, or fluid hose to have a wall at least be that plane and this plane are positioned at pipe bottom.
Flue gas leading 26 is used for the burning chamber waste gas is discharged, and also has in a like fashion with the installation flue gas leading: waste gas groove 21 is set, protrusion muscle 14 perhaps is set.Two groups of flue gas leadings can be installed, and first group is positioned at concave shape kettle cribbing top, and second group is positioned at concave shape kettle cribbing middle and lower part, and second group of flue gas leading can open and launch, and also can close.
Can alignment pin be set in concave shape kettle cribbing bottom, on the gas-cooker panel, locating hole be set simultaneously, at this moment can omit stent foot.
Between the bottom surface of lead contactor 9 and concave shape kettle cribbing rubber 8 is set, between lead contactor 9 and the gas-cooker panel rubber 8 is set also.The effect of rubber 8: the one, insulation; The 2nd, have elasticity, state is better when letting two lead contactors 9 contact.
If do not have water filling in the concave shape kettle cribbing, then the temperature of the outer surface of concave shape kettle cribbing can raise rapidly, and when this reached this set alarm temperature, temperature alarm can be reported to the police.
The quantity of induction tunnel 19 can be provided with two to the hundreds of root generally greater than two, and the thermic load of gas-cooker can reach more than the 100KW.
Claims (10)
1. a gas-cooker that reduces radiation loss comprises concave shape kettle cribbing and induction tunnel, it is characterized in that:
Be provided with a pair ofly on the urceolus of concave shape kettle cribbing and the inner core, a fluid hose (6) is installed in every pair of hole to 100 pairs of holes;
Two pairs to 100 pairs holes are set on the inner bottom plating of concave shape kettle cribbing and the Outer Bottom Plating, an induction tunnel (19) is installed in every pair of hole.
2. according to the said a kind of gas-cooker that reduces radiation loss of claim 1, it is characterized in that: be provided with a pair ofly on the urceolus of said concave shape kettle cribbing and the inner core, a flue gas leading (26) is installed in every pair of hole to 100 pairs of holes.
3. according to the said a kind of gas-cooker that reduces radiation loss of claim 1, it is characterized in that: on the said concave shape kettle cribbing one to 100 waste gas groove (21) is set.
4. according to the said a kind of gas-cooker that reduces radiation loss of claim 1, it is characterized in that: two to 100 protrusion muscle (14) are set on the said concave shape kettle cribbing.
5. according to claim 1 or 2 or 3 or 4 said a kind of gas-cookers that reduce radiation loss; It is characterized in that: the inner inside pipe wall bottom of said fluid hose (6) is not higher than the inner bottom plating end face of concave shape kettle cribbing, and is not less than the inside pipe wall bottom of fluid hose (6) outer end; Below, said fluid hose (6) outer end is provided with drip pan (7).
6. according to claim 1 or 2 or 3 or 4 said a kind of gas-cookers that reduce radiation loss; It is characterized in that: the outer surface of said concave shape kettle cribbing is provided with two location convex bodys (11), the locating hole (12) that it is vertical direction that said each location convex body (11) middle part is provided with an axis; Said each locating hole (12) top is the cylinder bodily form, and the bottom is a cone cylinder body shape; Two alignment pins (55) are set on the gas-cooker panel, and said two alignment pins (55) are installed in said two locating holes (12).
7. according to claim 1 or 2 or 3 or 4 said a kind of gas-cookers that reduce radiation loss; It is characterized in that: said concave shape kettle cribbing top is provided with two wing (3) is installed; On said two installation wings (3) handle aperture is set respectively, kettle handle (2) is installed in the said handle aperture; A water injection pipe (29) and a water nozzle (1) are set.
8. according to claim 1 or 2 or 3 or 4 said a kind of gas-cookers that reduce radiation loss; It is characterized in that: be provided with a pair of on the urceolus of said concave shape kettle cribbing and the inner core to 50 pairs of holes; A flame sighting tube (5) is installed in every pair of hole, and the outer end of said flame sighting tube (5) is higher than the inner;
Two pairs of holes are set on the inner bottom plating of said concave shape kettle cribbing and the Outer Bottom Plating; A conduit (42) is installed in every pair of hole; The probe (38) and the lead (39) of flame-out protection device are installed in wherein the igniting pin (35) of the interior mounting points ignition system of a conduit (42) and the lead (39), another root conduit (42); The lead contactor (9) of a pair of igniting pin is installed in concave shape kettle cribbing bottom, and this is connected two leads (39) of lead contactor (9) with the pin (35) of lighting a fire, and with gas-cooker on the lead contactor (9) of a pair of igniting pin (35) installed corresponding; The lead contactor (9) of the probe 38 of a pair of flame-out protection device is installed in kettle cribbing bottom; This is connected two leads (39) of lead contactor (9) with the probe (38) of flame-out protection device, and with gas-cooker on the lead contactor (9) of probe (38) of a pair of flame-out protection device installed corresponding; The lead contactor (9) of the lead contactor (9) of a pair of igniting pin of installing on the gas-cooker (35) and the probe (35) of a pair of flame-out protection device is connected with magnetic valve, gas stove switch and battery (53) on the Gas Pipe through lead (39) respectively.
9. according to claim 1 or 2 or 3 or 4 said a kind of gas-cookers that reduce radiation loss; It is characterized in that: be installed on an igniting pin hole (36) is set on the fire hole cover of the burner (33) on the induction tunnel (19); Igniting pin (35) is installed in the mixed air cavity (40) and induction tunnel (19) of this burner (33), and igniting pin (35) head stretches in the igniting pin hole (36) of fire hole cover; Be installed on the fire hole cover of the burner (33) on the induction tunnel probe aperture (37) is set; The probe of flame-out protection device (38) is installed in the mixed air cavity (40) and induction tunnel (19) of this burner (33), and the probe of flame-out protection device (38) head stretches in the probe aperture (37) of fire hole cover; The lead (39) of igniting pin (35) stretches out through the air inlet of induction tunnel (19) from induction tunnel (19); Receive on the corresponding couple of conductor contactor (9) that is installed on kettle cribbing bottom, this lead contactor (9) to a pair of igniting pin (35) installed on lead contactor (9) and the gas-cooker is corresponding; The lead (39) of the probe of flame-out protection device (38) stretches out through the air inlet of induction tunnel (19) from induction tunnel (19); Receive on the corresponding couple of conductor contactor (9) that is installed on kettle cribbing bottom, this lead contactor (9) to the probe (38) of a pair of flame-out protection device installed on lead contactor (9) and the gas-cooker is corresponding; The lead (39) of the lead (39) of igniting pin (35) and the probe (38) of flame-out protection device perhaps stretches out through sealing-plug (43) from induction tunnel (19); Receive on each self-corresponding lead contactor (9), sealing-plug (43) is installed in the aperture on induction tunnel (19) wall again; The lead contactor (9) of the lead contactor (9) of a pair of igniting pin of installing on the gas-cooker (35) and the probe (38) of a pair of flame-out protection device is connected with magnetic valve, gas stove switch and battery (53) on the Gas Pipe through lead (39) respectively.
10. according to claim 1 or 2 or 3 or 4 said a kind of gas-cookers that reduce radiation loss, it is characterized in that: said induction tunnel (19) is the in-line induction tunnel or turns the shape induction tunnel or the font of falling Y induction tunnel or claw type induction tunnel or LY font induction tunnel or curved claw type induction tunnel;
The center line of in-line induction tunnel is a straightway, and the cross section of the endoporus that cuts perpendicular to this center line is the combination of circle or square or regular polygon or polygon or straightway and curved section;
Turn the shape induction tunnel and be made up of three parts, its top is vertical in-line pipe, and its underpart is vertical in-line pipe, and the middle part is a bend pipe; The vertical in-line pipe on top does not overlap with the axis of the vertical in-line pipe of bottom;
The font of falling Y induction tunnel is linked to be integral body by a vertical in-line pipe and two bend pipes, and the center line of three pipes is in a plane, and two bend pipes communicate with the in-line pipe respectively; The mouth of pipe end face of vertical in-line pipe be horizontal direction or with the angle of horizontal plane less than less than 45 °; The mouth of pipe end face of three pipes is parallel to each other, or the angle on the plane at any two ends face place is less than 45 °; The in-line pipe of this induction tunnel stretches in the hole of inner bottom plating and Outer Bottom Plating of kettle cribbing and is fixed;
The claw type induction tunnel is that a vertical in-line pipe is set between two bend pipes of the font of falling Y induction tunnel again, and mouth of pipe end face is parallel with the mouth of pipe end face of bend pipe;
LY font induction tunnel is the distortion of the font of falling Y induction tunnel, is linked to be integral body by a vertical in-line pipe and two bend pipes, and two bend pipes communicate with the in-line pipe respectively; The center line of two bend pipes is in a horizontal plane; The mouth of pipe end face of two bend pipes in a perpendicular and the shape of two bend pipes and measure-alike or close, or the mouth of pipe end face of two bend pipes not in same plane and the shape of two bend pipes and size inequality; The vertical position of this induction tunnel is stretched in the hole of inner bottom plating and Outer Bottom Plating of kettle cribbing and is fixed;
Curved claw type induction tunnel is the in-line pipe that a level is set between two bend pipes of LY font induction tunnel again, and mouth of pipe end face is parallel with the mouth of pipe end face of bend pipe;
The burner that install on said induction tunnel top has at least two to be the bending burner; Said bending burner is formed mixed air cavity (40) by the fan-shaped fire hole cover of ring (45) of dull and stereotyped (50), a right plate (47), a rear plate (51) and a horizontal direction before the flat underside (48) of a horizontal direction, a left plate (46),, and gaseous mixture air admission hole (49) is set in the middle part of the flat underside (48); Said left plate (46) and right plate (47) are curved slabs; The projection of said bending burner on the inner bottom plating of concave shape kettle cribbing is that the fan-shaped or approximate ring of ring is fan-shaped;
The outer surface of concave shape kettle cribbing is provided with temperature alarm, and said temperature alarm is made up of thermistor (52), lead (39), battery (53), electric bell (54); Thermistor (52) contacts with the mode that face contacts with the outer surface of concave shape kettle cribbing; Thermistor (52) is connected with electric bell (54) through lead (39), and thermistor (52) is connected with battery (53) through lead (39) with electric bell (54).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210035916.1A CN102635879B (en) | 2011-02-11 | 2012-02-10 | A kind of gas-cooker reducing radiation loss |
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| CN201110039823 | 2011-02-11 | ||
| CN201110039823.1 | 2011-02-11 | ||
| CN2011100398231 | 2011-02-11 | ||
| CN201210035916.1A CN102635879B (en) | 2011-02-11 | 2012-02-10 | A kind of gas-cooker reducing radiation loss |
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| CN102635879B CN102635879B (en) | 2016-12-14 |
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| CN201210036884.7A Active CN102635880B (en) | 2011-02-11 | 2012-02-11 | A kind of packet controls the gas-cooker of multiple gas nozzles |
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| CN201210036884.7A Active CN102635880B (en) | 2011-02-11 | 2012-02-11 | A kind of packet controls the gas-cooker of multiple gas nozzles |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103047695A (en) * | 2012-12-31 | 2013-04-17 | 慈溪市神驹节能科技有限公司 | Main plate device of steam wet combustion total heat type energy-saving stove |
| CN105674267A (en) * | 2016-03-25 | 2016-06-15 | 哈尔滨哈锅锅炉工程技术有限公司 | Burner for CO burning waste heat boiler |
| CN113995321A (en) * | 2021-12-17 | 2022-02-01 | 江西吉事达厨房用品有限公司 | Improved heating pipe for oven |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110671702B (en) * | 2019-10-18 | 2024-07-23 | 珠海格力电器股份有限公司 | Gas stove nozzle and gas stove |
| CN111706884B (en) * | 2020-05-13 | 2021-10-12 | 宁波方太厨具有限公司 | Working method of intelligent kitchen |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN102635880B (en) | 2017-03-15 |
| CN102635880A (en) | 2012-08-15 |
| CN102635879B (en) | 2016-12-14 |
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Effective date of registration: 20201221 Address after: 224700 Industrial Park, Jianyang Town, Jianhu County, Yancheng City, Jiangsu Province Patentee after: JIANGSU SHUANGXIN GROUP Co.,Ltd. Address before: No.2, Lane 10, Dawei, Xidong village, Xichang Town, Jiedong District, Jieyang City, Guangdong Province, 515500 Patentee before: Lin Jiahong Effective date of registration: 20201221 Address after: No.2, Lane 10, Dawei, Xidong village, Xichang Town, Jiedong District, Jieyang City, Guangdong Province, 515500 Patentee after: Lin Jiahong Address before: 433300 military rest home in Rongcheng Town, Jianli County, Hubei Province Patentee before: Chai Wenlong |
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