CN205824907U - Electromagnetic oven - Google Patents

Abstract

The utility model provides an induction cooker, which comprises a bottom shell (10) and a panel (20) covered on the bottom shell (10), the panel (20) comprises a heating area (201), an operating area (203) and a fire visible area (202), a light-emitting component (40) and a light-reflecting component (50) are arranged in the bottom shell (10), the light emitting component (40) comprises a plurality of luminous bodies (401), at least part of light rays emitted by the plurality of luminous bodies (401) are reflected to the firepower visible region (202) through the light reflecting component (50), wherein a plurality of the luminous bodies (401) are arranged on the same vertical plane, the electromagnetic oven provided by the utility model has simple structure and realizes the purpose of less interference of the luminous bodies to the panel, therefore, the technical problem that light rays emitted by the light-emitting element in the conventional electromagnetic oven cause large interference to other parts on the panel of the electromagnetic oven is solved.

Description

Electromagnetic oven

Technical field

This utility model relates to a kind of electromagnetic oven, can electromagnetic oven intuitively particularly to a kind of firepower.

Background technology

Electromagnetic oven is a kind of electric cooking apparatus made according to electromagnetic inductive heating principle, mainly utilizes coil panel in control Produce the alternating magnetic field of low frequency (20～25KHZ) under the effect of circuit processed, produce the most intensive through magnetic conductivity (irony) pan Eddy current, has faradic current concurrently and is converted into heat to add hot food, wherein, in recent years, make at electromagnetic oven to improve users Convenience during with, market occurs in that the electromagnetic oven with various function, is very easy to user.

At present, the heating firepower size of electromagnetic oven is regulated by electromagnetic oven power size and feeds back, the most permissible The operating area of electromagnetic oven panel is provided with and shows the charactron of watt level, LCD screen or LED display display lamp, such as, Patent (201520802318.1) discloses a kind of virtual flame electromagnetic oven, specifically includes (as shown in figs. 1 and 3): pan 1 and the end Seat, described pan 1 is placed on described base, and described base includes body of heater, master control borad 2, coil 3 and operation interface 6, described Master control borad 2 is fixedly mounted on the inside of described body of heater, and described coil 3 is fixedly installed on the upper end of described master control borad 2, and described line Circle 3 is connected with described master control borad 2, and described operation interface 6 is arranged on the dead ahead of described body of heater, and described operation interface 6 is at stove The inside of body is attached with described master control borad 2, and the upper end face region of the corresponding described body of heater of described coil 3 is heating region 7, It is additionally provided with lifting structure 4 in the inside of described body of heater, described lifting structure 4 is provided with light-emitting component 5, in electromagnetic oven work Time activate lifting control panel, allow light-emitting component lift electromagnetic oven surface, project virtual flame, quit work at electromagnetic oven When close lifting control panel, allow light-emitting component drop back in electromagnetic oven.

But, in above-mentioned patent, the luminescence component being arranged on lifting structure faces electromagnetic oven surface, so luminous group The light projection that part sends also can project on operation interface 6 when forming virtual flame, in order to reduce the part that luminescence component sends The light interference to operation interface 6, also need to arrange lampshade 9 on luminescence component, arrange concentration structure 8, so make in lampshade 9 The structure of electromagnetic oven is complex, and adds production cost.

Utility model content

The light counter plate that when electromagnetic oven uses, luminescence component sends that relates in order to solve to mention in background technology causes At least one problem of larger interference, this utility model provides a kind of simple in construction and luminous body counter plate to disturb less electromagnetism Stove.

This utility model provides a kind of electromagnetic oven, is located at the panel on described drain pan, described panel bag including drain pan and lid Including the thermal treatment zone, operating space and firepower visible area, be provided with luminescence component and reflecting assembly in described drain pan, described luminescence component includes Multiple luminous bodys, it is visual that at least part of light that multiple described luminous bodys send reflexes to described firepower through described reflecting assembly District, wherein, multiple described luminous bodys are arranged on same perpendicular.

By including the thermal treatment zone, operating space and firepower visible area at panel surface, in drain pan, it is provided with luminescence component with anti- Optical assembly, described luminescence component includes multiple luminous body, at least part of light line reflection that multiple luminous bodys are sent by reflecting assembly To firepower visible area, to present the shape of fire, thus more it is visually observed that firepower size, simultaneously by by multiple described Luminous body is arranged on same perpendicular, and the non-direct projection that emits beam of the most multiple luminous bodys is on panel, but by reflective The reflective projection of assembly is on the firepower visible area of panel, thus create a further reduction some light that luminous body sends to electricity The degree that on magnetic furnace panel, other viewing areas interfere, and simple in construction, reduce the production cost of electromagnetic oven.

Optionally, to arrange shape on described perpendicular in a row for multiple described luminous bodys.

Optionally, it is provided with the visual box of firepower in described drain pan, and the visual box of described firepower is relative with described firepower visible area Should；

The visual box of described firepower includes box main body, and multiple described luminous bodys arrange formation on the medial surface of described box main body One row.

Optionally, described box main body includes base plate and the side plate vertical with described base plate, and described base plate and described side Plate surrounds groove；

It is in a row that multiple described luminous bodys line up shape on the inner surface of described side plate, and described reflecting assembly is arranged on described In groove and described reflecting assembly is correspondingly arranged with described luminous body.

Optionally, described reflecting assembly includes: rotating rotary shaft and reflecting component, and described reflecting component sets with different angles Putting in described rotary shaft, the two ends of described rotary shaft are rotatably arranged on described side plate and described rotary shaft is with described many The row that the arrangement of individual luminous body is formed is parallel.

Optionally, any one during described reflecting component is reflective sheeting, reflective aluminum film and mirror.

Optionally, the visual box of described firepower also includes: lid, and described lid lid is located on the side plate of described box main body, institute Stating lid and be divided into transmission region and light tight region, wherein, described light tight region is positioned at described lid near described luminescence The region of assembly；Described transmission region is positioned at the lid region near described reflecting component.

By arranging the light tight region on lid, and lid near luminous body, the most light tight region can be by luminescence The light of assembly blocks, thus the interference that the some light that further reduction luminescence component sends is to firepower visible area, Thus further increasing the display effect of panel.

Optionally, also including: metallic heat radiating plate, described metallic heat radiating plate is fixed on the side plate of described box main body, multiple It is in a row that described luminous body arranges shape on described metallic heat radiating plate.

Optionally, described metallic heat radiating plate is aluminium base.

Optionally, described luminous body is light emitting diode (LED) lamp.

Structure of the present utility model and its other utility model purposes and beneficial effect will by combining accompanying drawing and Description of preferred embodiments and become apparent from understandable.

Accompanying drawing explanation

Fig. 1 is the cross-sectional view of existing virtual flame electromagnetic oven；

Fig. 2 is panel construction schematic diagram in existing virtual flame electromagnetic oven；

Fig. 3 is the structural representation of luminescence component in existing virtual flame electromagnetic oven；

Fig. 4 is the fractionation structural representation of this utility model electromagnetic oven；

Fig. 5 is the structural representation of panel in this utility model electromagnetic oven；

Fig. 6 is the fractionation structural representation of the visual box of firepower in this utility model electromagnetic oven；

Fig. 7 is the scheme of installation of the visual box of firepower in this utility model electromagnetic oven.

Description of symbols:

Drain pan-10；

Panel-20；

The thermal treatment zone-201；

Firepower visible area-202；

Operating space-203；

The visual box-30 of firepower；

Box main body-31；

Base plate-312；

Side plate-311；

Lid-32；

Transmission region-321；

Light tight region-322；

Luminescence component-40；

Metallic heat radiating plate-402；

Luminous body-401；

Reflecting assembly-50

Reflecting component-501；

Rotary shaft-502；

Driver element-70；

Connector-701；

Bearing-702.

Detailed description of the invention

Embodiment one

Fig. 4 is the fractionation structural representation of this utility model electromagnetic oven；Fig. 5 is the knot of panel in this utility model electromagnetic oven Structure schematic diagram；Fig. 6 is the fractionation structural representation of the visual box of firepower in this utility model electromagnetic oven, and Fig. 7 is this utility model electricity The scheme of installation of the visual box of magnetic ingle power, as shown in figs. 4-7, electromagnetic oven includes: drain pan 10 and lid are located on drain pan 10 Panel 20, panel 20 surface includes the thermal treatment zone 201, operating space 203 and firepower visible area 202, as shown in Figure 4, in the present embodiment, Firepower visible area 202 is between the thermal treatment zone 201 and operating space 203, the most in use, can be visually observed that firepower can The firepower size that vision area 202 is presented.

Wherein, in the present embodiment, being provided with luminescence component 40, reflecting assembly 50 in drain pan 10, luminescence component 40 includes multiple Luminous body 401, at least part of light that multiple luminous bodys 401 send reflexes to firepower visible area 202 through reflecting assembly 50, with shape Becoming the shape of fire, other viewing areas of the some light counter plate 20 wherein sent in order to avoid luminescence component 40 are caused dry Disturbing, in the present embodiment, multiple luminous bodys 401 are arranged on same perpendicular, the plane at the most multiple luminous body 401 places and face , do not face between such luminous body 401 and panel 20, such that it is able to reduce what luminous body 401 sent between plate 20 vertically The degree that on light counter plate 20, other regions interfere.

Therefore, in the present embodiment, by being arranged on same perpendicular by multiple luminous bodys 401, and pass through luminous body 401 light sent launch the shape being subsequently projected to firepower visible area 202 to form fire through reflecting assembly 50, it is achieved that electromagnetism The display of stove fire power size, simultaneously because luminous body 401 does not faces panel 20, thus avoids the portion that luminous body 401 sends Other viewing areas on electromagnetic oven panel 20 are interfered by light splitter.

During as it is shown in fig. 7, multiple luminous bodys 401 are arranged on same perpendicular, concrete, multiple luminous bodys 401 exist Arranging shape on perpendicular in a row, the most multiple luminous bodys 401 are arranged in a line in perpendicular evenly and at intervals, so send out The light that body of light 401 sends concentrates in the same area, the fire formed when luminescence component 40 reflexes to firepower visible area 202 Shape is more overall, it is to avoid the flame profile that formation is mixed and disorderly.

In the present embodiment, the position that luminescence component 40 and reflecting assembly are arranged in electromagnetic oven bottom shell 10 is concrete such as Fig. 4-6 Shown in, it is provided with the visual box of firepower 30 in drain pan 10, wherein, the visual box of firepower 30 is corresponding with firepower visible area 202, and firepower is visual Box 30 is positioned at the underface of firepower visible area 202, and in the present embodiment, the visual box of firepower 30 includes that box main body 31, box main body 31 wrap Including bottom surface and the side with plane perpendicular, it is in a row, instead that multiple luminous bodys 401 specifically arrange shape on the medial surface of box main body 31 Optical assembly 50 is specifically located in box main body 31, and corresponding with luminous body 401, when reflecting assembly 50 is arranged in box main body 31 Need to guarantee that the some light that luminous body 401 sends can be reflexed on firepower visible area 202 by reflecting assembly 50.

Box main body 31 includes base plate 312 and the side plate 311 vertical with base plate 312, and base plate 312 surrounds with side plate 311 Groove, it is in a row that multiple luminous bodys 401 line up shape on the inner surface of side plate 311, and reflecting assembly 50 is arranged in a groove and instead Optical assembly 50 is correspondingly arranged with luminous body 401, and in the present embodiment, as shown in Figure 6, the quantity of side plate 311 is 4, wherein, and two Side plate 311 is oppositely arranged, and 4 side plates 311 and base plate 312 surround groove, and multiple luminous bodys 401 are specifically located at longer vertical On the inner surface of side plate 311.

As described in Fig. 6-7, reflecting assembly 50 includes: rotating rotary shaft 502 and reflecting component 501, reflecting component 501 is not with Being arranged in rotary shaft 502 with angle, the light that such luminescence component 40 sends can be carried out by the reflecting component 501 of different angles Reflection, so that the shape of the fire formed can be closer to the flame of actual naked light stove.In the present embodiment, as it is shown in fig. 7, rotate The two ends of axle 502 are rotatably arranged on side plate 311 and rotary shaft 502 is flat with the row that the arrangement of multiple luminous bodys 401 is formed OK, i.e. rotary shaft 502 is positioned at the dead ahead of luminous body 401, wherein, the concrete root of distance between rotary shaft 502 and luminous body 401 It is set according to practice, rotary shaft 502 can be arranged near luminous body 401, the reflecting component in such rotary shaft 502 The light that luminous body 401 sends can preferably be reflected by 501.

In the present embodiment, by arranging rotary shaft 502, and when reflecting component 501 being arranged on rotary shaft 502 simultaneously, rotate The rotation of axle 502 drives reflecting component 501 to rotate, thus the rotation of reflecting component 501 make the light of reflection change from And the flame projecting to firepower visible area 202 formation is in dynamically change, thus the fire produced closer to naked light stove Flame, improves the display effect of electromagnetic oven firepower, brings preferably experience to consumer, passes through light-emitting component in prior art Being projected directly into electromagnetic oven surface to form virtual flame and compare, the shape of the fire presented is more life-like, and display effect is more preferably.

When arranging rotary shaft 502 in box main body 31, rotary shaft 502 need to rely on driving element to be driven rotating, Therefore, in the present embodiment, as shown in Figure 6, also include: driver element 70, wherein driver element 70 respectively with rotary shaft 502 phase Even, driver element 70 drives rotary shaft 502 to rotate with different rotating speeds, and wherein, in the present embodiment, driver element 70 is specially direct current Motor, wherein, one end of rotary shaft 502 is connected with d.c. motor by connector 701, and the other end of rotary shaft 502 passes through axle Hold 702 to be rotatedly connected with box main body 31, during electromagnetic oven work, when the operating power of electromagnetic oven is bigger, then supply d.c. motor The voltage at two ends is higher, and electric current is relatively big, then the rotating speed of d.c. motor is very fast, and accordingly, the rotating speed of rotary shaft 502 is higher, thus The shape of the flame presented is relatively big, and on the contrary, then the voltage at d.c. motor two ends is relatively low, and electric current is less, the rotating speed of d.c. motor Relatively slow, the rotating speed of rotary shaft 502 is relatively low, and the shape of the flame presented is less.

In the present embodiment, reflecting component 501 is specifically as follows reflective sheeting, it is also possible to for reflective aluminum film, or can also be mirror Son, as long as or reflective the light that luminescence component 40 sends being reflected of choosing, in the present embodiment, work as reflecting component 501 when being reflective sheeting and luminous aluminum film, and reflective sheeting and luminous aluminum film can bend and along rotation brokenly according to different angles Axially being located in rotary shaft 502 of axle 502, when reflecting component 501 is mirror, can choose multiple mirror, and by multiple mirrors Arrange brokenly according to different angles and be located in rotary shaft 502.

As shown in Figure 6, the visual box of firepower 30 also includes: lid 32, and lid 32 lid is located on box main body 31, and concrete lid is located at On the side plate 311 of box main body 31, and lid 32 is divided into transmission region 321 and light tight region 322, wherein, light tight district Territory 322 is positioned at the lid 32 region near luminescence component 40；Transmission region 321 is positioned at the lid 32 region near reflecting component 501, As seen in figs. 5-6, owing to luminescence component 40 is arranged on side plate 311, so, it is close that light tight region 322 is positioned at lid 32 Arranging at the side plate 311 of luminescence component 40, the light tight region 322 of lid 32 is for hiding the light of luminescence component 40 Gear, thus the interference that the some light that further reduction luminescence component 40 sends is to firepower visible area 202, in the present embodiment, The light of reflecting component 501 reflection needs guiding through the transmission region 321 of lid 32 and projects to firepower visible area 202, so, on lid 32 Transmission region 321 arrange near reflecting component 501.Wherein, the transmission region 321 on lid 32 and light tight region 322 are concrete By being stained with lighttight gummed paper on lid 32 or the ink of shading can be coated form transmission region 321 and light tight district Territory 322.

Wherein it is desired to explanation, in the present embodiment, except lid 32 being set to transmission region 321 and light tight district Outside the mode of territory 322, it is also possible to by lid 32 company of being divided into lid, one of them lid is light-proof material, another lid For light transmissive material, or the light tight ink of region silk-screen of the firepower visible area 202 of luminescence component 40 correspondence thus reach sending out The effect that optical assembly 40 light blocks.

As shown in fig. 6-7, also including: metallic heat radiating plate 402, metallic heat radiating plate 402 is fixed on the side plate 311 of box main body 31 On, specifically it being fixed on the inner surface of side plate 311, it is in a row that multiple luminous bodys 401 arrange shape on metallic heat radiating plate 402, this In embodiment, serve the fixing effect connecting luminous body 401 by metallic heat radiating plate 402, simultaneously work as luminous body 401 is entered The effect of row heat radiation.Wherein, metallic heat radiating plate 402 is existing sheet material, and concrete structure is referred to existing metallic heat radiating plate, Repeating no more in the present embodiment, wherein, in the present embodiment, metallic heat radiating plate 402 is specifically as follows aluminium base, aluminium base rapid heat dissipation Light, it is difficult to get rusty.

In the present embodiment, luminous body 401 is specially light emitting diode, and (Light Emitting Diode is called for short: LED) Lamp.

Last it is noted that various embodiments above is only in order to illustrate the technical solution of the utility model, rather than it is limited System；Although being described in detail this utility model with reference to foregoing embodiments, those of ordinary skill in the art should Understand: the technical scheme described in foregoing embodiments still can be modified by it, or to the most some or all of Technical characteristic carries out equivalent；And these amendments or replacement, do not make the essence of appropriate technical solution depart from this practicality new The scope of type each embodiment technical scheme.

Claims (10)

1. an electromagnetic oven, the panel (20) being located on described drain pan (10) including drain pan (10) and lid, described panel (20) wraps Include the thermal treatment zone (201), operating space (203) and firepower visible area (202), in described drain pan (10), be provided with luminescence component (40) and anti- Optical assembly (50), described luminescence component (40) includes that multiple luminous body (401), multiple described luminous bodys (401) send at least Some light reflexes to described firepower visible area (202) through described reflecting assembly (50), it is characterised in that: multiple described luminous bodys (401) it is arranged on same perpendicular.

Electromagnetic oven the most according to claim 1, it is characterised in that: multiple described luminous bodys (401) are at described perpendicular Upper arrangement shape is in a row.

Electromagnetic oven the most according to claim 1, it is characterised in that: it is provided with the visual box of firepower (30) in described drain pan (10), And the visual box of described firepower (30) is corresponding with described firepower visible area (202)；

The visual box of described firepower (30) includes box main body (31), interior at described box main body (31) of multiple described luminous bodys (401) Shape is arranged in a row on side.

Electromagnetic oven the most according to claim 3, it is characterised in that: described box main body (31) include base plate (312) and with The side plate (311) that described base plate (312) is vertical, and described base plate (312) and described side plate (311) surround groove；

It is in a row that multiple described luminous bodys (401) line up shape on the inner surface of described side plate (311), described reflecting assembly (50) It is arranged in described groove and described reflecting assembly (50) is correspondingly arranged with described luminous body (401).

Electromagnetic oven the most according to claim 4, it is characterised in that: described reflecting assembly (50) including: rotating rotation Axle (502) and reflecting component (501), described reflecting component (501) is arranged in described rotary shaft (502) with different angles, described rotation The two ends of rotating shaft (502) are rotatably arranged in that described side plate (311) is upper and described rotary shaft (502) and the plurality of luminous body (401) row that arrangement is formed is parallel.

Electromagnetic oven the most according to claim 5, it is characterised in that: described reflecting component (501) be reflective sheeting, reflective aluminum film and Any one in mirror.

7. according to the arbitrary described electromagnetic oven of claim 5 or 6, it is characterised in that: the visual box of described firepower (30) also includes: box Lid (32), described lid (32) lid is located on the side plate (311) of described box main body (31), and described lid (32) is divided into transparent area Territory (321) and light tight region (322), wherein, described light tight region (322) is positioned at described lid (32) near described luminescence The region of assembly (40)；Described transmission region (321) is positioned at the lid (32) region near described reflecting component (501).

8. according to the arbitrary described electromagnetic oven of claim 4-6, it is characterised in that: also include: metallic heat radiating plate (402), described Metallic heat radiating plate (402) is fixed on the side plate (311) of described box main body (31), and multiple described luminous bodys (401) are at described gold Belong to heat sink (402) upper arrangement shape in a row.

Electromagnetic oven the most according to claim 8, it is characterised in that: described metallic heat radiating plate (402) is aluminium base.

10. according to the arbitrary described electromagnetic oven of claim 1-6, it is characterised in that: described luminous body (401) is light emitting diode LED.