CN215863542U - Ring-joint single stove - Google Patents

Abstract

The utility model relates to a ring-joint single stove which comprises a single stove shell, a single-gun burner and a heat-insulating and fire-gathering device, wherein the upper side wall of the single stove shell is a stove surface, a stove hole is formed in the rear part of the stove surface, the single-gun burner is arranged in a cavity defined by the single stove shell, the combustion part of the single-gun burner is positioned at the stove hole, the heat-insulating and fire-gathering device is supported on the stove surface, and the heat-insulating and fire-gathering device is arranged around the stove hole. The utility model has the advantages of novel appearance, larger fire, more energy saving, more environmental protection, wide application range, cleanness and tidiness.

Description

Ring-joint single stove

Technical Field

The utility model relates to a gas stove, in particular to a ring-saving single stove.

Background

The single kitchen on the existing market generally adopts metal furnace end or infrared burner, and the molding of single kitchen generally adopts the rectangle desktop formula, and current single kitchen generally has following problem: the model is aged and cannot meet the market demand; flame generated by the furnace end can leak out from a gap between the pot and the single stove, so that energy is not saved enough; the gas can not be fully combusted, the environment is not protected, and black smoke is easily generated to cause the phenomenon of black pan bottom; the water cannot be drained or the drainage effect is poor; the pot support is fixed, and the support mode of the pot is single.

Disclosure of Invention

The object of the present invention is to propose a ring-segment single cooker to reduce or eliminate the above mentioned technical problems.

The utility model relates to a ring-joint single stove which comprises a single stove shell, a single-gun burner and a heat-insulating fire gathering device, wherein the upper side wall of the single stove shell is a stove surface, a stove hole is formed in the rear part of the stove surface, the single-gun burner is arranged in a cavity surrounded by the single stove shell, a combustion part of the single-gun burner is positioned at the stove hole, the heat-insulating fire gathering device is supported on the stove surface, and the heat-insulating fire gathering device is arranged around the stove hole.

Further, from top to bottom, the single-stove shell is of a bilateral symmetry structure, the rear portion of the single-stove shell is semicircular, the front portion of the single-stove shell is rectangular, and the stove hole is located in the rear portion of the single-stove shell.

Further, the single stove shell is formed by overlapping a lower shell and an upper shell, wherein the lower shell comprises a chassis, a rear side wall extending upwards from the rear edge of the chassis, a left side wall extending upwards from the left edge of the chassis and a right side wall extending upwards from the right edge of the chassis; the upper housing includes the cooktop and a front sidewall extending obliquely downward from a front edge of the cooktop, the front sidewall sloping forward from top to bottom.

Furthermore, a battery bin, a pulser mounting hole and a plurality of supporting legs protruding downwards are arranged on the chassis.

Further, still include the valve, be used for control flap the switch, install nozzle and intercommunication in the inlet port of single rifle furnace end the nozzle with the gas pipeline of valve, be provided with on the single kitchen casing and be used for holding the shrinkage pool of switch.

Furthermore, a matching annular wall extending downwards is arranged on the heat-insulating fire gathering device, and the matching annular wall is matched with the combustion part of the single-gun furnace end.

Further, thermal-insulated fire device that gathers includes hollow cyclic annular casing, it has the insulating material body to fill in the inner chamber of cyclic annular casing, cyclic annular casing leans on the lateral wall of inboard to be from the interior rampart of supreme slope outwards.

Furthermore, the lower edge of the inner ring wall is connected with an annular water collecting tank, a plurality of drain holes are formed in the annular water collecting tank, a plurality of water guide grooves extending upwards from the lower edge of the inner ring wall are formed in the inner ring wall, and the lower ends of the plurality of water guide grooves are communicated with the annular water collecting tank.

Further, the heat-insulating fire-gathering device comprises a plurality of pot racks supported on the annular shell; the pot racks comprise pot rack seats and pot rack bodies, the pot rack seats are connected to the inner annular wall, the lower ends of the pot rack bodies are connected to the pot rack seats through hinge structures, and the pot rack bodies can swing inside and outside around hinge axes of the hinge structures; the inner and outer swing strokes of the pot frame body are provided with a stroke outer dead point and a stroke inner dead point; when the pot frame body is positioned at the stroke outer dead point, the pot frame body is supported on the annular shell, when the pot frame body is positioned at the stroke inner dead point, the pot frame body is supported on the pot frame seat, and the pot frame is supported on the inner side of the heat-insulating fire gathering device.

Further, the furnace end includes furnace end casing, infrared ray burning board and dish-shaped metal mesh, the infrared ray burning board supports in the upper portion of furnace end casing, dish-shaped metal mesh sets up infrared ray burning board top.

The utility model at least has the advantages of novel appearance, larger fire, more energy saving, more environmental protection, wide application range, cleanness and tidiness.

Drawings

FIG. 1 is a schematic structural view of a pitch ring single-burner according to an embodiment;

FIG. 2 is a top view of a pitch ring single burner according to an embodiment;

FIG. 3 is a sectional view of a single burner housing according to an embodiment;

FIG. 4 is a bottom view of the lower housing in accordance with the preferred embodiment;

fig. 5 is a schematic structural view of a burner according to an embodiment;

FIG. 6 is a top view of an insulated fire trap in accordance with an exemplary embodiment;

FIG. 7 is a cross-sectional view of the insulated fire trap at the flume in accordance with an exemplary embodiment;

FIG. 8 is a cross-sectional view of the thermal insulating and fire concentrating apparatus at a wok stand in accordance with an embodiment;

fig. 9 is an opening intention of a pot holder of the heat insulating and fire concentrating apparatus according to the embodiment.

In the figure: 1-lower shell; 2, an upper shell; 3, switching; 4, a valve; 5, growing the trachea; 6-a joint; 7, a nozzle; 8-single-gun furnace end; 9-heat insulation and fire gathering device; 101-a chassis; 102 — a rear sidewall; 103-supporting feet; 104-a furnace end bracket; 105-a joint support; 106-battery compartment; 107-pulser mounting holes; 108-a vent; 201-a cooking surface; 202 — front side wall; 203-concave hole; 204-stove hole; 205-lap-joint flanging; 801-furnace end shell; 802-air intake; 803-infrared combustion plate; 804-dish-shaped metal mesh; 805-decorative rings; 901-lower half-shell; 902-flanging; 903-outer ring wall; 904 — top wall; 905-inner annular wall; 906-annular water collecting tank; 907-a drain hole; 908 — mating the annular wall; 909-body of insulating material; 9010-a pot holder; 9011-pot rack body; 9012-water chute.

Detailed Description

The utility model will be further explained with reference to the drawings.

A festival ring single kitchen as shown in fig. 1-9, including single kitchen casing, single rifle furnace end 8 and thermal-insulated fire device 9 that gathers, the last lateral wall of single kitchen casing is kitchen face 201, and the rear portion of kitchen face 201 sets up kitchen hole 204, and single rifle furnace end 8 sets up in the cavity that single kitchen casing encloses, and the combustion portion of single rifle furnace end 8 is located kitchen hole 204 department, and thermal-insulated fire device 9 that gathers supports on kitchen face 201, and thermal-insulated fire device 9 that gathers encircles the setting of kitchen hole 204. Through the reasonable single rifle furnace end 8 that sets up and thermal-insulated fire device 9 that gathers, utilize thermal-insulated fire device 9 that gathers to insulate against heat and gather the fire, reduce scattering and disappearing of heat energy, have more energy-conserving and more environmental protection's advantage. Further, when the single gun head 8 is used in cooperation with the single gun valve, compared with the use of the double gun valve, the double gun valve opens two nozzles simultaneously when the big fire is fired, and the single gun valve opens only one nozzle when the big fire is fired, so that the single gun head 8 has an advantage of saving more energy when used in cooperation with the single gun valve.

In this embodiment, the ring-saving single stove further comprises a valve 4, a switch 3 for controlling the valve 4, a nozzle 7 installed in an air inlet 802 of a single-burner 8, and a gas pipeline for communicating the nozzle 7 and the valve 4, and a concave hole 203 for accommodating the switch 3 is provided on the single stove housing; the valve 4, the single-gun burner 8, the nozzle 7 and the gas pipeline are all arranged in a cavity surrounded by the single stove shell. The switch 3 can be hidden by arranging the concave hole 203, and the appearance of the ring-saving single stove is optimized. Preferably, the valve 4 is a single gun valve.

In the embodiment, the gas pipeline comprises a long gas pipe 5 with a gas inlet end connected with a gas outlet end of the valve 4, a joint 6 connected with the gas outlet end of the long gas pipe 5, and a short gas pipe communicated between the joint 6 and the nozzle 7.

In this embodiment, from last down, the single-stove casing is bilateral symmetry structure, and the rear portion semicircular in shape of single-stove casing, the front portion of single-stove casing are the rectangle, and kitchen hole 204 is located the rear portion of single-stove casing, through the molding of improving the single-stove casing, forms the appearance more novel, the space sets up more reasonable festival ring single-stove.

In the present embodiment, the single-range housing is formed by overlapping a lower housing 1 and an upper housing 2, the lower housing 1 includes a chassis 101, a rear sidewall 102 extending upward from a rear edge of the chassis 101, a left sidewall extending upward from a left edge of the chassis 101, and a right sidewall extending upward from a right edge of the chassis 101; the upper shell 2 comprises a cooking surface 201 and a front side wall 202 extending downwards from the front edge of the cooking surface 201 in an inclined mode, the front side wall 202 inclines forwards from top to bottom, the rear edge, the left edge and the right edge of the upper shell 2 are respectively provided with a lap-joint flange 205, the lap-joint flanges 205 are used for being lapped with the rear side wall 102, the left side wall and the right side wall, and the front side wall 202 is lapped with the front edge of the chassis 101, the front edge of the left side wall and the front edge of the right side wall. The single stove shell is formed by overlapping a lower shell 1 and an upper shell 2 through screws, and has the advantage of convenience in manufacturing. Preferably, the rear side wall 102 is a curved side wall corresponding to a semicircle. Preferably, a recess 203 is provided in the front side wall 202.

In this embodiment, the chassis 101 is provided with a battery compartment 106, a pulser mounting hole 107, and a plurality of support legs 103 projecting downward. Further, a plurality of ventilation holes 108 are formed in the chassis 101, and the plurality of ventilation holes 108 can be used for reducing weight and ventilating air. In specific implementation, the chassis 101 is further provided with a burner bracket 104 for mounting the single burner 8 and a connector bracket 105 for mounting the connector 6.

In this embodiment, the heat-insulating fire-gathering device 9 is provided with a downward extending engaging annular wall 908, and the engaging annular wall 908 engages with the combustion portion of the single burner 8. The heat-insulating fire gathering device 9 is connected with the combustion part of the single-gun burner 8 through the matching annular wall 908, so that the heat-insulating fire gathering effect can be better achieved.

In this embodiment, the heat insulation and fire collection device 9 includes a hollow annular housing, an inner cavity of the annular housing is filled with a heat insulation material 909, and an inner side wall of the annular housing is an inner annular wall 905 inclined outwards from bottom to top. The insulating material contained by the insulating material body 909 may be selected from, but is not limited to, one or more of the following materials: glass fibers, asbestos, rock wool, and silicates. Preferably, the annular shell is formed by overlapping a lower half shell 901 and an upper half shell, the lower half shell 901 comprises an annular bottom wall and a flange 902 extending upwards from the outer edge of the annular bottom wall, the upper half shell comprises an inner annular wall 905, a top wall 904 extending outwards from the upper edge of the inner annular wall 905 and an outer annular wall 903 extending downwards from the outer edge of the top wall 904, the lower part of the outer annular wall 903 and the flange 902 are overlapped and overlapped together, the inner edge of the annular bottom wall and the lower part of the inner annular wall 905 are overlapped together, and the lower half shell 901 and the upper half shell are overlapped to form a closed annular shell.

In this embodiment, the lower edge of the inner annular wall 905 is connected to an annular water collecting tank 906, a plurality of water discharging holes 907 are formed in the annular water collecting tank 906, a plurality of water guiding troughs 9012 extending upward from the lower edge of the inner annular wall 905 are formed in the inner annular wall 905, and the lower ends of the plurality of water guiding troughs 9012 are communicated with the annular water collecting tank 906. Preferably, the plurality of water guide grooves 9012 correspond to the plurality of water discharge holes 907 in a one-to-one manner. Through setting up annular water catch bowl 906 and wash port 907, can effectual collection sewage, be favorable to centralized processing sewage, further set up guiding gutter 9012, utilize guiding gutter 9012 to guide sewage downflow to annular water catch bowl 906 in, can prevent that sewage from being detained on interior rampart 905, be favorable to keeping thermal-insulated fire collecting device 9 clean and tidy, set up undercut guiding gutter 9012 and can also promote the intensity of interior rampart 905.

In this embodiment, mating annular wall 908 is an annular structure extending downward from an inner edge of annular water collection channel 906.

In the present embodiment, the heat-insulating fire-gathering device 9 comprises a plurality of pot racks supported on the annular shell, and the pot racks are supported on the inner side of the heat-insulating fire-gathering device; the plurality of pot racks respectively comprise a pot rack seat 9010 and a pot rack body 9011, the pot rack seat 9010 is connected to the inner annular wall 905, the lower end of the pot rack body 9011 is connected to the pot rack seat 9010 through a hinge structure, and the pot rack body 9011 can swing inwards and outwards around the hinge axis of the hinge structure; the inner and outer swing strokes of the pot frame body 9011 are provided with a stroke outer dead point and a stroke inner dead point; when the pot frame body 9011 is positioned at the stroke outer dead point, the pot frame body 9011 is supported on the annular shell, and when the pot frame body 9011 is positioned at the stroke inner dead point, the pot frame body 9011 is supported on the pot frame seat 9010. The pot rack body 9011 can be opened inwards and supported on the annular shell outwards, can support pots of different sizes, and has the advantage of wide application range.

In this embodiment, the single-burner head 8 includes a head housing 801, an infrared combustion plate 803, a dish-shaped metal mesh 804 and a decorative ring 805, the infrared combustion plate 803 is supported in the upper portion of the head housing 801, the dish-shaped metal mesh 804 is supported on the upper end face of the head housing 801, the dish-shaped metal mesh 804 is disposed above the infrared combustion plate 803, the decorative ring 805 is fitted to the upper portion of the head housing 801, and an inner flange for pressing the edge of the dish-shaped metal mesh 804 is disposed on the decorative ring 805. In particular implementations, the decorative ring 805 mates with the mating annular wall 908. Preferably, the infrared combustion plate 803 is a porous infrared combustion plate, and the pores of the porous infrared combustion plate are fine, so that the gas can be sufficiently combusted; carry out the reheat burning through setting up dish-shaped metal mesh 804 for the gas can realize more abundant burning, reaches odorless, not black bottom of a boiler's effect, has the advantage of more environmental protection.

In specific implementation, the valve 4 may be a pulse valve with a quenching protection function, the ring-saving single stove may be configured with an ignition system, and the ignition system may be set with reference to a gas stove in the prior art, which is not described herein again.

Claims (10)

1. The utility model provides a festival ring list kitchen which characterized in that: including single kitchen casing, single rifle furnace end and thermal-insulated fire device that gathers, the last lateral wall of single kitchen casing is the kitchen face, the rear portion of kitchen face sets up the kitchen hole, single rifle furnace end sets up in the cavity that single kitchen casing encloses, the combustion portion of single rifle furnace end is located kitchen hole department, thermal-insulated fire device that gathers supports on the kitchen face, thermal-insulated fire device that gathers encircles the kitchen hole sets up.

2. The nodal ring single burner of claim 1, wherein: from the top down, the single-stove casing is bilateral symmetry structure, the rear portion semicircular in shape of single-stove casing, the front portion of single-stove casing is the rectangle, the kitchen hole is located the rear portion of single-stove casing.

3. The nodal ring single burner of claim 1, wherein: the single stove shell is formed by overlapping a lower shell and an upper shell, wherein the lower shell comprises a chassis, a rear side wall extending upwards from the rear edge of the chassis, a left side wall extending upwards from the left edge of the chassis and a right side wall extending upwards from the right edge of the chassis; the upper housing includes the cooktop and a front sidewall extending obliquely downward from a front edge of the cooktop, the front sidewall sloping forward from top to bottom.

4. The nodal ring single burner of claim 3, wherein: the chassis is provided with a battery compartment, a pulser mounting hole and a plurality of supporting legs protruding downwards.

5. The nodal ring single burner of claim 1, wherein: still include the valve, be used for control flap the switch, install nozzle and intercommunication in the inlet port of single rifle furnace end the nozzle with the gas pipeline of valve, be provided with on the single kitchen casing and be used for holding the shrinkage pool of switch.

6. The nodal ring single burner of claim 1, wherein: the heat-insulating fire gathering device is provided with a matching annular wall extending downwards, and the matching annular wall is matched with a combustion part of the single-gun furnace end.

7. The nodal ring single burner of claim 1, wherein: the heat-insulating fire gathering device comprises a hollow annular shell, a heat-insulating material body is filled in an inner cavity of the annular shell, and the annular shell is close to an inner side wall of the annular shell and is an inner annular wall inclined outwards from bottom to top.

8. The nodal ring single burner of claim 7, wherein: the lower edge of the inner ring wall is connected with an annular water collecting tank, a plurality of drain holes are formed in the annular water collecting tank, a plurality of water guide grooves extending upwards from the lower edge of the inner ring wall are formed in the inner ring wall, and the lower ends of the water guide grooves are communicated with the annular water collecting tank.

9. The nodal ring single burner of claim 7, wherein: the heat-insulating fire-gathering device comprises a plurality of pot racks supported on the annular shell; the pot racks comprise pot rack seats and pot rack bodies, the pot rack seats are connected to the inner annular wall, the lower ends of the pot rack bodies are connected to the pot rack seats through hinge structures, and the pot rack bodies can swing inside and outside around hinge axes of the hinge structures; the inner and outer swing strokes of the pot frame body are provided with a stroke outer dead point and a stroke inner dead point; when the pot frame body is positioned at the stroke outer dead point, the pot frame body is supported on the annular shell, when the pot frame body is positioned at the stroke inner dead point, the pot frame body is supported on the pot frame seat, and the pot frame is supported on the inner side of the heat-insulating fire gathering device.

10. The nodal ring single burner of claim 1, wherein: the furnace end comprises a furnace end shell, an infrared combustion plate and a dish-shaped metal net, wherein the infrared combustion plate is supported in the upper portion of the furnace end shell, and the dish-shaped metal net is arranged above the infrared combustion plate.

Images