CN206222385U

CN206222385U - Bore hole 3D simulates the electric fireplace of virtual three-dimensional flame

Info

Publication number: CN206222385U
Application number: CN201621132159.XU
Authority: CN
Inventors: 徐东志
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-10-17
Filing date: 2016-10-17
Publication date: 2017-06-06
Anticipated expiration: 2026-10-17

Abstract

The utility model discloses the electric fireplace that a kind of bore hole 3D simulates virtual three-dimensional flame, including housing, the bore hole 3D displays being installed in the housing and fireplace main body, the bore hole 3D display locations of the bore hole 3D displays are connected and generate heat in the housing leading flank and the bore hole 3D images of simulative display fireplace, the fireplace main body with power supply.The utility model can show the virtual three-dimensional image of fireplace by bore hole 3D technology, its bore hole 3D images include the wall brick fence image of flame combustion image, timber charcoal ash image and fireplace, display effect is true, and easy to use, the influence of broadcasting has continuity and is conveniently replaceable.Separately, because the utility model is without setting false faggot and charcoal fire component so that electric fireplace can be made thin thin, it is easy to install, and save space.

Description

Bore hole 3D simulates the electric fireplace of virtual three-dimensional flame

Technical field

The utility model is related to a kind of electric fireplace, more particularly to a kind of electric wall of the 3D stereopsis for simulating original fireplace Stove.

Background technology

The electric fireplace virtual flame generation type of product formation has three kinds at this stage：

1. fan assembly, with reference to blushed flame cloth and bulb, forms flame effect.This kind of method fan noise is big, produces Raw flame dullness effect is stiff, untrue.

2.LED lamp plates utilize reflecting assembly, and light is passed through into fire type plate according to certain frequency, and flame profile is projected in On shadow curtain, with reference to false faggot and charcoal fire component, so as to form the 2D firewood burned flame effects of rule.This kind of flame forming method fire Flame complex structure, flame effect circulation time is very short, and combustion efficiency is single, and is only capable of displaying 2D effects.

3. humidification component converts the water to fog, and flame combustion is formed transmitted through false faggot and charcoal fire component with reference to LED lamplight 3D effect.This kind of method forms certain 3D flame effects, but is converted into fog by water, need to just be added water using 2-3 hour, gives Terminal user brings very big inconvenience.

To sum up, it is badly in need of a kind of Novel electric incense furnace for showing that flame effect is good, three-dimensional true and easy to use.

Utility model content

The purpose of this utility model is to provide the electric fireplace that a kind of bore hole 3D simulates virtual three-dimensional flame, can simulative display 3D The fireplace image of stereoeffect, display effect is good, three-dimensional true and easy to use.

It is upper purposeful in order to realize, the utility model discloses the electric fireplace that a kind of bore hole 3D simulates virtual three-dimensional flame, Including housing, the bore hole 3D displays being installed in the housing and fireplace main body, the bore hole 3D of the bore hole 3D displays shows Display screen is located at the bore hole 3D images of the housing leading flank and simulative display fireplace, and the fireplace main body is connected concurrently with power supply Heat.

Compared with prior art, the utility model can show the virtual three-dimensional image of fireplace by bore hole 3D technology, and its is naked Eye 3D images include the wall brick fence image of flame combustion image, timber charcoal ash image and fireplace, and then its firewood has company Continue property and display effect is true, when using, it is only necessary to switch on power, you can so that fireplace main body is generated heat, it is easy to use.The opposing party Face, the utility model allows that electric fireplace is made thin thin without setting false faggot and charcoal fire component, low cost, it is easy to install, and Save space.Another further aspect, the bore hole 3D images that the utility model electricity fireplace is played are conveniently replaceable.

It is preferred that the fireplace main body includes heat generating component, fan assembly and air-out passage, described air-out passage one end is faced The nearly fan assembly, the other end is connected by the air outlet on the housing with the external world, the heat generating component heating, described The heat that fan assembly produces the heat generating component is exported by the air-out passage from the air outlet.The program causes heat Amount can be distributed to interior quickly.

Specifically, a display window and the air outlet are offered on the front side wall of the housing, the bore hole 3D shows Screen is in the display window.Display window is located at same side with air outlet so that the distance of calorie source and fireplace image Closer to simulation effect is truer.Specifically, the air outlet is located at the upside of the bore hole 3D display screens.

It is preferred that the bore hole 3D display screens include controller and bore hole 3D display screens, the controller control is described naked The bore hole 3D images of eye 3D display screen simulative display fireplaces.

Specifically, the bore hole 3D displays include 2D display screens and the column grating on front side of the 2D display screens. The program can make existing 2D displays transformation make bore hole 3D displays.

It is preferred that the bore hole 3D display locations are in the housing leading flank or trailing flank.

It is preferred that bore hole 3D images described in the bore hole 3D display screen simulative displays simulate virtual three-dimensional in the bore hole 3D In predeterminable area on the outside of the electric fireplace of flame.

Brief description of the drawings

Fig. 1 is the structural representation of bore hole 3D display screens described in the utility model.

Fig. 2 is front schematic view when bore hole 3D display screens described in the utility model are closed.

Fig. 3 is the front schematic view after bore hole 3D display screens described in the utility model are opened.

Fig. 4 is the schematic top plan view after bore hole 3D display screens described in the utility model are opened.

Fig. 5 is the schematic side view after bore hole 3D display screens described in the utility model are opened.

Fig. 6 is the 2D display screens of bore hole 3D display screens described in the utility model and the relation schematic diagram of column grating.

Specific embodiment

To describe technology contents of the present utility model, structural feature, the objects and the effects in detail, below in conjunction with implementation Mode simultaneously coordinates accompanying drawing to be explained in detail.

Referring to figs. 1 to Fig. 5, the utility model discloses the electric fireplace 100 that a kind of bore hole 3D simulates virtual three-dimensional flame, bag Include housing 10, the bore hole 3D displays 2 being installed in the housing 10 and fireplace main body 1, the bore hole of the bore hole 3D displays 2 3D display screens 21 are located at the bore hole 3D images 3 of the leading flank of the housing 10 and simulative display fireplace, the fireplace main body 1 and power supply It is connected and generates heat.In the present embodiment, fireplace main body 1 includes heat generating component 11.Wherein, bore hole 3D images 3 include flame combustion shadow As 31, timber charcoal ash image 32 and the wall brick fence image 33 of fireplace, so that display effect is true, when using, it is only necessary to connect Energization source, you can so that fireplace main body is generated heat, it is easy to use.Wherein, with reference to Fig. 3 to Fig. 5, the bore hole 3D display screens 21 are simulated Show the bore hole 3D images 3 of fireplace in the predeterminable area of the front side of electric fireplace 100 of bore hole 3D simulation virtual three-dimensional flames. Certainly, the bore hole 3D display screens 21 can also be located at the trailing flank of housing 10.

With reference to Fig. 1, the fireplace main body 1 includes heat generating component 11, fan assembly 13 and air-out passage 12, and the air-out is led to The fan assembly 13 is closed in the one end of road 12, and the other end is connected by the air outlet 101 on the housing 10 with the external world, described Heat generating component 11 generates heat, and the heat that the fan assembly 13 produces the heat generating component 11 is by the air-out passage 12 from institute Air outlet 101 is stated to export.

With reference to Fig. 1 and Fig. 2, a display window 102 and an air outlet 101, institute are offered on the front side wall of the housing 10 Bore hole 3D display screens 21 are stated to be located in the display window 102.Wherein, the air outlet 101 is located at the bore hole 3D display screens 21 upside.

With reference to Fig. 1, the bore hole 3D displays 2 include controller 22 and bore hole 3D display screens 21, and the controller 22 is controlled Make the bore hole 3D images 3 of the simulative display fireplace of bore hole 3D display screens 21.With reference to Fig. 6, the bore hole 3D display screens 21 include 2D display screens 211 and the column grating 212 positioned at the front side of the 2D display screens 211.

To sum up, the utility model shows the virtual three-dimensional image of fireplace by bore hole 3D technology, when using, turns on the power, Fireplace main body 1 works and while to indoor radiating, and bore hole 3D display screens 21 simulate the burning scene of true fireplace, shows bore hole 3D images 3, bore hole 3D images 3 include the wall brick fence of timber charcoal ash image and fireplace after the image of flame combustion, burning Image, bore hole 3D images 3 can be the plan portrait of one's ancestors hung at a sacrificial ceremony picture of firewood sustained combustion, and can be changed according to being actually needed, example Such as, big fire, small fire, traditional fire burning image or the burning image of the charcoal fire with dreamlike effect are replaced by.

Above disclosed is only preferred embodiment of the present utility model, can not limit this practicality with this certainly new The interest field of type, therefore the equivalent variations made according to present utility model application the scope of the claims, still belong to the utility model and are covered Scope.

Claims

1. a kind of bore hole 3D simulates the electric fireplace of virtual three-dimensional flame, it is characterised in that：Including housing, it is installed in the housing Bore hole 3D displays and fireplace main body, the bore hole 3D displays bore hole 3D display locations are in the housing side and simulate The bore hole 3D images of fireplace are shown, the fireplace main body is connected and generates heat with power supply.

2. bore hole 3D as claimed in claim 1 simulates the electric fireplace of virtual three-dimensional flame, it is characterised in that：The fireplace main body Including heat generating component, fan assembly and air-out passage, the fan assembly is closed in described air-out passage one end, and the other end passes through institute The air outlet stated on housing is connected with the external world, and the heat generating component heating, the fan assembly produces the heat generating component Heat exported from the air outlet by the air-out passage.

3. bore hole 3D as claimed in claim 2 simulates the electric fireplace of virtual three-dimensional flame, it is characterised in that：Before the housing A display window and the air outlet are offered on the wall of side, the bore hole 3D display screens are in the display window.

4. bore hole 3D as claimed in claim 2 simulates the electric fireplace of virtual three-dimensional flame, it is characterised in that：The air outlet position In the upside of the bore hole 3D display screens.

5. bore hole 3D as claimed in claim 1 simulates the electric fireplace of virtual three-dimensional flame, it is characterised in that：The bore hole 3D shows Show that device includes controller and bore hole 3D display screens, the controller controls the bore hole of the bore hole 3D display screens simulative display fireplace 3D images.

6. bore hole 3D as claimed in claim 5 simulates the electric fireplace of virtual three-dimensional flame, it is characterised in that：The bore hole 3D shows Display screen includes 2D display screens and the column grating on front side of the 2D display screens.

7. bore hole 3D as claimed in claim 1 simulates the electric fireplace of virtual three-dimensional flame, it is characterised in that：The bore hole 3D shows Predeterminable area of the bore hole 3D images described in display screen simulative display on the outside of the electric fireplace of bore hole 3D simulation virtual three-dimensional flames It is interior.

8. bore hole 3D as claimed in claim 1 simulates the electric fireplace of virtual three-dimensional flame, it is characterised in that：The bore hole 3D shows Display screen is located at the housing leading flank or trailing flank.