CN210740459U - Stove combustion simulator - Google Patents
Stove combustion simulator Download PDFInfo
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- CN210740459U CN210740459U CN201921643928.6U CN201921643928U CN210740459U CN 210740459 U CN210740459 U CN 210740459U CN 201921643928 U CN201921643928 U CN 201921643928U CN 210740459 U CN210740459 U CN 210740459U
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- indicating lamp
- lamp group
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Abstract
The utility model relates to a stove combustion simulator, which comprises a stove bottom shell, wherein a simulation display area is arranged on the stove bottom shell, the simulation display area comprises a lamp panel, a rotary switch, a driving power supply, a light isolation plate and a simulation display panel with a burner and gas pipeline patterns on the surface, a switch knob is arranged on the simulation display panel, and the switch knob is connected with the rotary switch; the lamp panel is provided with a control circuit, a simulated gas flow direction indicating lamp group, a simulated air flow direction indicating lamp group, a simulated gas-air mixing indicating lamp group and a simulated burner flame indicating lamp group which are respectively and electrically connected with the control circuit, and the light baffle plate is provided with a light hole; the stove combustion simulator simulates the air inlet process of a stove pipeline and the combustion condition of a stove head, and intuitively shows the air inlet process of the stove and the working principle of stove head combustion through the arrangement mode of the lamp group and the lighting change of the lamp group, so that consumers can more easily understand the air inlet process and the working principle of combustion of the stove.
Description
Technical Field
The utility model relates to a stove combustion simulator, in particular to a stove combustion simulator.
Background
At present, in a stove store or a monopoly store, a solid machine or a hollow shell is used for displaying a common stove, wherein the solid machine or the hollow shell cannot visually observe and understand the working principle of the stove.
Disclosure of Invention
An object of the utility model is to provide a stove burning simulator which has simple and reasonable structure and can visually watch and understand the working principle inside the stove.
The purpose of the utility model is realized like this:
the utility model provides a stove burning simulator, includes the stove drain pan, be equipped with simulation show district on the stove drain pan, simulation show district includes lamp plate, rotary switch, drive power supply, separates the simulation show panel that the worn-out fur has furnace end and gas pipeline pattern with the surface, the lamp plate passes through rotary switch and drive power supply electric connection, the lamp plate, rotary switch and separate the worn-out fur setting in the stove drain pan, simulation show panel sets up at stove drain pan top surface, separate worn-out fur and lamp plate and set gradually in simulation show panel below, simulation show panel corresponds rotary switch and is equipped with the trompil, be equipped with shift knob on the simulation show panel, shift knob and rotary switch are connected. The simulated gas flow direction indicating lamp group is arranged on the lamp panel and is electrically connected with the control circuit respectively, the simulated air flow direction indicating lamp group, the simulated gas air mixing indicating lamp group and the simulated burner flame indicating lamp group are distributed annularly, the simulated gas air mixing indicating lamp group is distributed linearly, one end of the simulated gas air mixing indicating lamp group is connected to the side of the simulated burner flame indicating lamp group, the simulated gas flow direction indicating lamp group is distributed linearly, one end of the simulated gas flow direction indicating lamp group and the simulated air flow direction indicating lamp group are both connected to the other end of the simulated gas air mixing indicating lamp group, and the other end of the simulated gas flow direction indicating lamp group is connected to the lower part of the opening of the simulated display panel; the light-isolating plate is provided with light holes corresponding to the simulated gas flow direction indicating lamp group, the simulated air flow direction indicating lamp group and the simulated burner flame indicating lamp group; the simulated gas flow direction indicating lamp group, the simulated air flow direction indicating lamp group and the simulated gas-air mixing indicating lamp group are sequentially connected in series and are set as water flowing lamps.
The combustion simulator of the stove is started through the rotary switch (the switch knob drives the rotary switch to act) so as to simulate the work of the gas adjusting knob.
The simulated gas flow direction indicating lamp group, the simulated air flow direction indicating lamp group and the simulated gas-air mixing indicating lamp group are sequentially arranged between the rotary switch and the simulated burner flame indicating lamp group, the simulated gas flow direction indicating lamp group, the simulated air flow direction indicating lamp group and the simulated gas-air mixing indicating lamp group are water-flowing lamps (the water-flowing lamps are designed in the prior art and are often seen in outdoor advertisement decoration, and detailed description is omitted, and the lighting mode is that each lamp bead or each lamp bead group is sequentially lighted to form the feeling of flowing together) so as to simulate the scene that gas is conveyed to the burner and mixed with air before the gas enters the burner.
The patterns of the furnace end and the gas pipeline of the simulation display panel can be light-transmitting printing pattern layers or light-transmitting stickers, and the patterns of the patterns reflect the appearance of the furnace end and the gas pipeline of a real object.
The purpose of the utility model can also adopt the following technical measures to solve:
more specifically, the control circuit is provided with a PWM dimming circuit, and the PWM dimming circuit is electrically connected with the simulated burner flame indicating lamp set. The PWM dimming circuit is a circuit (not described in detail herein) well known in the electronic field, and is mainly used for adjusting the dimming level of an LED lamp, and the dimming level can simulate the magnitude of fire power.
As a further scheme, the simulated burner flame indicating lamp groups are provided with two groups, and the two groups of simulated burner flame indicating lamp groups are distributed into two rings which are large and small and are concentrically arranged. The small circle of simulated burner flame indicating lamp set represents inner ring fire, and the large circle of simulated burner flame indicating lamp set represents outer ring fire.
As a further scheme, the simulated burner flame indicating lamp group is composed of a plurality of blue light LED lamp beads, and the lighted blue light brings the feeling of full combustion and clean gas to people.
As a further scheme, the simulated gas flow direction indicating lamp group is composed of a plurality of blue light LED lamp beads, and the lighted blue light brings clean gas feeling to people.
As a further scheme, the simulated air flow direction indicating lamp group is composed of a plurality of white light LED lamp beads, so that the simulated air flow direction indicating lamp group is separated from the light of the simulated fuel gas flow direction indicating lamp group.
As a further scheme, the simulated gas and air mixing indicator lamp group is composed of a plurality of white light LED lamp beads.
As a further scheme, still be equipped with directory show lighting lamp group on the lamp plate, directory show lighting lamp group and control circuit electric connection, it is equipped with the light trap to separate the worn-out fur and correspond directory show lighting lamp group. The light-isolating plate isolates the lamp beads of the lamp bank, so that when the lamp bank emits light, the light rays cannot interfere with each other, and a more vivid effect is achieved. The area of the simulation display panel corresponding to the catalog display illumination lamp group is provided with a commodity introduction catalog which is illuminated by backlight (the catalog display illumination lamp group).
As a further scheme, still be equipped with the show district in kind on the stove drain pan, the show district in kind is equipped with furnace end, gas pipeline, gas governing valve and show panel in kind, and the gas pipe coupling is between furnace end and gas governing valve, gas pipeline and furnace end setting are in the stove drain pan, and the show panel in kind sets up at stove drain pan top surface, and the show panel in kind is the transparent plate, and the show panel in kind corresponds furnace end and gas governing valve respectively and is equipped with the trompil, is equipped with gas adjust knob on the show panel in kind, and gas adjust knob is connected with the gas governing valve. The object display area and the simulation display area are arranged on the bottom shell of the stove together, so that a user can see the object and the simulation principle thereof at the same time, the object and the simulation principle thereof are associated with each other by the user more easily, and the simulation effect is more vivid and vivid.
As a further scheme, the simulation display panel and the real object display panel are connected into a whole and distributed left and right.
The utility model has the advantages as follows:
(1) the stove combustion simulator simulates the air inlet process of a stove pipeline and the combustion condition of a stove head, and intuitively shows the air inlet process of the stove and the working principle of stove head combustion through the arrangement mode of the lamp group and the lighting change of the lamp group, so that consumers can more easily understand the air inlet process and the working principle of combustion of the stove.
(2) The material object display area and the simulation display area of the stove combustion simulator are arranged on the bottom shell of the stove together, so that a user can see the material object and the simulation principle thereof at the same time, the material object and the simulation principle thereof are associated by the user more easily, and the simulation effect is more vivid and vivid.
Drawings
Fig. 1 is an exploded schematic view of the present invention.
Fig. 2 is the utility model discloses well lamp plate structure schematic diagram.
In the figure:
100 is a stove bottom shell, 1 is a simulation display area, 11 is a lamp panel, 111 is a simulation gas flow direction indicating lamp group, 112 is a simulation air flow direction indicating lamp group, 113 is a simulation gas and air mixing indicating lamp group, 114 is a simulation burner flame indicating lamp group, 115 is a catalogue display lighting lamp group, 12 is a rotary switch, 121 is a switch knob, 13 is a driving power supply, 14 is a light isolation plate, 141 is a light hole, 15 is a simulation display panel, 151 is a printing pattern layer, and 152 is a commodity introduction catalogue; 2 is the show district of being in kind, 21 is the furnace end, 22 is the gas pipeline, 23 is the gas governing valve, 231 is the gas adjust knob, 24 is show panel in kind.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and examples.
Referring to fig. 1 to 2, a stove combustion simulator includes a stove bottom case 100, and is characterized in that: be equipped with simulation show area 1 on stove drain pan 100, simulation show area 1 includes lamp plate 11, rotary switch 12, drive power supply 13, separate light board 14 and the surface simulation show panel 15 that has furnace end 21 and gas pipeline 22 pattern, lamp plate 11 passes through rotary switch 12 and drive power supply 13 electric connection, lamp plate 11, rotary switch 12 and separate light board 14 and set up in stove drain pan 100, simulation show panel 15 sets up at stove drain pan 100 top surface, separate light board 14 and lamp plate 11 and set gradually in simulation show panel 15 below, simulation show panel 15 corresponds rotary switch 12 and is equipped with the trompil, be equipped with switch knob 121 on the simulation show panel 15, switch knob 121 is connected with rotary switch 12.
The lamp panel 11 is provided with a control circuit and a simulated gas flow direction indicating lamp set 111 electrically connected with the control circuit, a simulated air flow direction indicating lamp set 112, a simulated gas-air mixing indicating lamp set 113 and a simulated burner flame indicating lamp set 114, the simulated burner flame indicating lamp set 114 is distributed annularly, the simulated gas-air mixing indicating lamp set 113 is distributed linearly, one end of the simulated gas-air mixing indicating lamp set 113 is connected to the side of the simulated burner flame indicating lamp set 114, the simulated gas flow direction indicating lamp set 111 is distributed linearly, one end of the simulated gas flow direction indicating lamp set 111 and the simulated air flow direction indicating lamp set 112 are both connected to the other end of the simulated gas-air mixing indicating lamp set 113, and the other end of the simulated gas flow direction indicating lamp set 111 is connected to the lower part of an opening of the simulated display panel 15; the light-shielding plate 14 is provided with light holes 141 corresponding to the simulated gas flow direction indicator lamp set 111, the simulated air flow direction indicator lamp set 112 and the simulated burner flame indicator lamp set 114; the simulated gas flow direction indicator lamp group 111, the simulated air flow direction indicator lamp group 112 and the simulated gas-air mixing indicator lamp group 113 are sequentially connected in series and are set as water lamps. The driving power supply 13 is electrically connected to the plug.
The control circuit is provided with a PWM dimming circuit, and the PWM dimming circuit is electrically connected with the simulated burner flame indicating lamp set 114.
The simulated burner flame indicating lamp sets 114 are provided with two groups, and the two groups of simulated burner flame indicating lamp sets 114 are distributed into two rings which are large, small and concentrically arranged.
The simulated burner flame indicating lamp set 114 is composed of a plurality of blue light LED lamp beads.
The simulated fuel gas flow direction indicating lamp group 111 is composed of a plurality of blue light LED lamp beads. The simulated gas flow direction indicating lamp group 111 is provided with two groups.
The simulated air flow direction indicating lamp set 112 is composed of a plurality of white light LED lamp beads.
The simulated gas and air mixing indicator lamp set 113 is composed of a plurality of white light LED lamp beads. The simulated gas and air mixing indicator lamp set 113 is provided with two sets.
Still be equipped with directory show lighting lamp group 115 on the lamp plate 11, directory show lighting lamp group 115 and control circuit electric connection, it is equipped with light trap 141 to separate the corresponding directory show lighting lamp group 115 of light board 14.
The analog display panel is provided with a commodity introduction list 152 corresponding to the area of the catalog display illumination lamp group 115, and the commodity introduction list is illuminated by a backlight (the catalog display illumination lamp group 115).
Still be equipped with the show district 2 in kind on the stove drain pan 100, show district 2 in kind is equipped with furnace end 21, gas pipeline 22, gas governing valve 23 and show panel 24 in kind, gas pipeline 22 is connected between furnace end 21 and gas governing valve 23, gas pipeline 22 and furnace end 21 set up in stove drain pan 100 in kind, show panel 24 in kind sets up at stove drain pan 100 top surface, show panel 24 in kind is the transparent plate, show panel 24 in kind corresponds furnace end 21 and gas governing valve 23 respectively and is equipped with the trompil, be equipped with gas adjust knob 231 on the show panel 24 in kind, gas adjust knob 231 is connected with gas governing valve 23. The gas line 22 is provided with two gas inlet pipes.
The simulation display panel 15 and the object display panel 24 are connected into a whole and distributed left and right.
The working principle is as follows: the rotary switch 12 is driven by the switch knob 121 to start the stove combustion simulator, and then the simulated gas flow direction indicator lamp set 111, the simulated air flow direction indicator lamp set 112 and the simulated gas and air mixing indicator lamp set 113 are sequentially lighted in the form of running water lamps to simulate the scene that the gas is delivered to the stove head 21 and the gas is mixed with the air before entering the stove head 21. Next, the simulated burner flame indicator lamp set 114 is turned on, and the simulated burner flame indicator lamp set 114 controls the change of the light intensity thereof by the PWM dimming circuit, thereby indicating the adjustment of the fire power.
The burner and gas pipe pattern of the simulation display panel 15 may be a light-transmitting printed pattern layer 151 or a light-transmitting sticker, and the pattern reflects the appearance of the actual burner 21 and gas pipe 22. The burner 21 and the pattern of the gas pipeline are combined with the light in the working process, so that the working principle of the stove can be intuitively simulated.
Claims (10)
1. A stove combustion simulator, comprising a stove bottom case (100), characterized in that: the stove bottom shell (100) is provided with a simulation display area (1), the simulation display area (1) comprises a lamp panel (11), a rotary switch (12) and a driving power supply (13), the stove comprises a light insulation plate (14) and a simulation display panel (15) with patterns of a stove head (21) and a gas pipeline (22) on the surface, wherein the lamp plate (11) is electrically connected with a driving power supply (13) through a rotary switch (12), the lamp plate (11), the rotary switch (12) and the light insulation plate (14) are arranged in a stove bottom shell (100), the simulation display panel (15) is arranged on the top surface of the stove bottom shell (100), the light insulation plate (14) and the lamp plate (11) are sequentially arranged below the simulation display panel (15), the simulation display panel (15) is provided with holes corresponding to the rotary switch (12), a switch knob (121) is arranged on the simulation display panel (15), and the switch knob (121) is connected with the rotary switch (12);
the lamp panel (11) is provided with a control circuit, and a simulated gas flow direction indicating lamp set (111), a simulated air flow direction indicating lamp set (112), a simulated gas and air mixing indicating lamp set (113) and a simulated burner flame indicating lamp set (114) which are respectively and electrically connected with the control circuit, the simulated burner flame indicating lamp group (114) is distributed annularly, the simulated gas and air mixing indicating lamp group (113) is distributed linearly, one end of the simulated gas and air mixing indicating lamp group (113) is connected to the side of the simulated burner flame indicating lamp group (114), the simulated gas flow direction indicating lamp group (111) is distributed linearly, one end of the simulated gas flow direction indicating lamp group (111) and the simulated air flow direction indicating lamp group (112) are both connected to the other end of the simulated gas and air mixing indicating lamp group (113), and the other end of the simulated gas flow direction indicating lamp group (111) is connected to the lower part of an opening of the simulated display panel (15); the light-proof plate (14) is provided with light holes (141) corresponding to the simulated gas flow direction indicating lamp group (111), the simulated air flow direction indicating lamp group (112) and the simulated burner flame indicating lamp group (114); the simulated gas flow direction indicating lamp group (111), the simulated air flow direction indicating lamp group (112) and the simulated gas-air mixing indicating lamp group (113) are sequentially connected in series and are set as water flowing lamps.
2. The stove combustion simulator of claim 1, wherein: the control circuit is provided with a PWM dimming circuit, and the PWM dimming circuit is electrically connected with the simulated burner flame indicating lamp set (114).
3. The stove combustion simulator of claim 1, wherein: the simulated burner flame indicating lamp groups (114) are provided with two groups, and the two groups of simulated burner flame indicating lamp groups (114) are distributed into two rings which are large and small and are concentrically arranged.
4. The stove combustion simulator of claim 1, wherein: the simulated burner flame indicating lamp group (114) is composed of a plurality of blue light LED lamp beads.
5. The stove combustion simulator of claim 1, wherein: the simulated fuel gas flow direction indicating lamp group (111) is composed of a plurality of blue light LED lamp beads.
6. The stove combustion simulator of claim 1, wherein: the simulated air flow direction indicating lamp group (112) is composed of a plurality of white light LED lamp beads.
7. The stove combustion simulator of claim 1, wherein: the simulated gas and air mixing indicator lamp set (113) is composed of a plurality of white light LED lamp beads.
8. The stove combustion simulator of claim 1, wherein: still be equipped with directory show lighting lamp group (115) on lamp plate (11), directory show lighting lamp group (115) and control circuit electric connection, it is equipped with light trap (141) to separate light board (14) to correspond directory show lighting lamp group (115).
9. The stove combustion simulator of claim 1, wherein: still be equipped with material object show district (2) on stove drain pan (100), material object show district (2) are equipped with furnace end (21), gas pipeline (22), gas governing valve (23) and material object show panel (24), gas pipeline (22) are connected between furnace end (21) and gas governing valve (23), gas pipeline (22) and furnace end (21) set up in stove drain pan (100), material object show panel (24) set up at stove drain pan (100) top surface, material object show panel (24) are the transparent plate, material object show panel (24) correspond furnace end (21) and gas governing valve (23) respectively and are equipped with the trompil, be equipped with gas adjust knob (231) on material object show panel (24), gas adjust knob (231) are connected with gas governing valve (23).
10. The stove combustion simulator of claim 1, wherein: the simulation display panel (15) and the object display panel (24) are connected into a whole and distributed left and right.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921643928.6U CN210740459U (en) | 2019-09-29 | 2019-09-29 | Stove combustion simulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921643928.6U CN210740459U (en) | 2019-09-29 | 2019-09-29 | Stove combustion simulator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210740459U true CN210740459U (en) | 2020-06-12 |
Family
ID=70983943
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921643928.6U Active CN210740459U (en) | 2019-09-29 | 2019-09-29 | Stove combustion simulator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210740459U (en) |
-
2019
- 2019-09-29 CN CN201921643928.6U patent/CN210740459U/en active Active
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