CN206361747U - Electromagnetic oven - Google Patents

Abstract

The utility model provides an induction cooker, establish including drain pan (10) and lid panel (20) on drain pan (10), panel (20) are including firepower visual zone (21), be equipped with light-emitting component (30) in drain pan (10), at least part light that light-emitting component (30) sent is penetrated firepower visual zone (21), be provided with firepower visual box (40) in drain pan (10), firepower visual box (40) are including first holding area (43) and second holding area (44) that communicate each other, at least part setting of light-emitting component (30) is in first holding area (43), first holding area (43) with the junction of second holding area (44) is provided with light transition district (45). The embodiment can improve the display effect of the virtual flame of the induction cooker.

Description

Electromagnetic oven

Technical field

The utility model is related to a kind of electromagnetic oven, and more particularly to a kind of firepower can intuitively electromagnetic oven.

Background technology

Electromagnetic oven is a kind of household electrical appliance for being commonly used in heating.Electromagnetic oven is operationally, logical using high-frequency alternating current Coil panel is crossed so that the pan bottom being placed on electromagnetic oven produces vortex, so as to be added to the pan set on electromagnetic oven Heat.

At present, the heating firepower size of electromagnetic oven is adjusted and fed back by electromagnetic oven power size, for example can be with Light-emitting component is set in the drain pan of electromagnetic oven, firepower size is embodied to panel by the ray cast of light-emitting component.For example, Patent (201520802318.1) discloses a kind of virtual flame electromagnetic oven, specifically includes (as shown in Figure 1 to Figure 3)：Pan 1 and bottom Seat, the pan 1 is placed on the base, and the 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 the body of heater, and the coil 3 is fixedly installed on the upper end of the master control borad 2, and the line Circle 3 is connected with the master control borad 2, and the operation interface 6 is arranged on the front of the body of heater, and the operation interface 6 is in stove The inside of body is attached with the master control borad 2, and the upper end face region of the correspondence of coil 3 body of heater is heating region 7, Lifting structure 4 is additionally provided with the inside of the body of heater, light-emitting component 5 is provided with the lifting structure 4, in order to prevent oil stain pair The influence of light-emitting component 5, is provided with lampshade 9 around light-emitting component 5, and concentration structure 8 is set in lampshade 9.

However, the virtual flame of the light projection sent in above-mentioned patent using light-emitting component 5 is shown during firepower size, due to The outgoing scope of light-emitting component 5 is limited by the structure of lampshade 9, so as to cause the size of the viewing area of virtual flame by lamp Cover 9 is limited, and firepower viewing area is smaller, and display effect is not ideal enough.

Utility model content

It is related at least one undesirable problem of electromagnetic oven firepower display effect in order to solve to mention in background technology, this Utility model provides a kind of electromagnetic oven.

The utility model provides a kind of electromagnetic oven, including drain pan and lid are located at the panel on the drain pan, the panel bag Include and luminescence component is provided with firepower visible area, the drain pan, at least part light that the luminescence component is sent is mapped to the fire The visual box of firepower is provided with power visible area, the drain pan, the visual box of firepower includes the first interconnected holding area With the second holding area, the luminescence component is at least partially disposed in first holding area, first accommodating area Domain and the junction of second holding area are provided with light transition region.

The present embodiment includes interconnected the first holding area and the second holding area by the visual box of firepower, and light group Part is at least partially disposed in the first holding area, and the light of luminescence component outgoing can be accommodating in first holding area and second Regional spread so that the light of luminescence component outgoing can be propagated in larger scope so that be irradiated to the face of firepower visible area The junction of product increase, the first holding area and the second holding area is provided with light transition region, also causes in the visual box of firepower Brightness from bright to dark transition naturally, do not have obvious comparison of light and shade, improve the display effect of virtual flame.

Alternatively, the light transition region is specially the junction of first holding area and second holding area The arc-shaped transition area of setting.

Due to being provided with arc-shaped transition area, and the arc-shaped transition area does not have obvious corner angle, and lines then pass through than milder Arc-shaped transition area is reflected light so that the brightness of firepower visible area is excessively naturally, preferable vision can be brought user Experience.

Alternatively, the inner surface setting in the arc-shaped transition area has the first reflecting coating, first reflecting coating it is anti- Light rate is less than the reflecting rate of the inner surface of second holding area.

The reflecting rate in arc-shaped transition area is less than the reflecting rate of the inner surface of the second holding area, that is, reduces arc-shaped transition area It is reflective, it is achieved thereby that the firepower that the first holding area, arc-shaped transition area, the second holding area (thin region) are faced can The flame effect of vision area from bright to dark transition naturally, not having obvious comparison of light and shade.

Alternatively, the light transition region is specially the junction of first holding area and second holding area The coating area of setting, the inner surface setting of the coating area has the first reflecting coating, and the reflecting rate of first reflecting coating is small In the luminance of the inner surface of second holding area.

The reflecting rate of coating area is less than the reflecting rate of the inner surface of the second holding area, that is, reduces the reflective of coating area, It is achieved thereby that the flame effect for the firepower visible area that the first holding area, coating area, the second holding area are faced from it is bright to Dark transition is not naturally, have obvious comparison of light and shade.

Alternatively, the inner surface setting of second holding area has the second reflecting coating, second reflecting coating Reflecting rate is more than the reflecting rate of first reflecting coating.

In the reflecting coating of inner surface setting second of the second holding area, the second holding area inner surface can be added It is reflective, it is achieved thereby that the firepower visible area that the first holding area, arc-shaped transition area or coating area, the second holding area are faced Flame effect from bright to dark transition naturally, not having obvious comparison of light and shade.

Alternatively, first reflecting coating is varnished or pad pasting coating.

Alternatively, second reflecting coating is varnished or pad pasting coating.

Alternatively, the thickness of first holding area is more than the thickness of second holding area.

Alternatively, second holding area is at least partially disposed in the fan assembly, the circuit board, the line Enclose at least one of top of disk.

Alternatively, reflecting assembly, at least part light that the luminescence component is sent are additionally provided with first holding area Line reflexes to the firepower visible area through the reflecting assembly.

The light that reflecting assembly can send luminescence component carries out optionally reflection so as to form the shape of fire, so straight Seeing the shape size of ground observation fire just can judge corresponding firepower size during electromagnetic oven work, and firepower shows and more intuitively forced Very, more preferable experience is brought to consumer.

Construction of the present utility model and its other utility model purposes and beneficial effect will be by with reference to accompanying drawings Description of preferred embodiments and it is more obvious understandable.

Brief description of the drawings

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 configuration schematic diagram of the utility model electromagnetic oven；

Fig. 5 is the configuration schematic diagram of the visual box of the utility model electromagnetism ingle power；

Fig. 6 is the box main body structural representation one of the visual box of the utility model electromagnetism ingle power；

Fig. 7 is the box main body structural representation two of the visual box of the utility model electromagnetism ingle power.

Description of symbols：

10- drain pan 20- panel 21- firepower visible areas

30- luminescence component 31- illuminator 32- installing plates

The visual box of 321- the first mounting hole 322- the second mounting hole 40- firepower

41- lamp holes 42- the first installation step the first holding areas of 43-

44- the second holding area 45- light transition region the first reflecting coatings of 451-

441- the second reflecting coating 46- lid 50- cover plates

51- the second installation step 60- reflecting assembly 61- rotating shafts

62- refractive bodies 71- manipulates plate 72- fan assemblies

73- circuit board 74- coil panel 80- shaft holes

81- bearing holder (housing, cover) 82- bearing 83- attachment means

84- crash roll 85- motors

Embodiment

Fig. 4 is the configuration schematic diagram of the utility model electromagnetic oven, and Fig. 5 is that the utility model electromagnetism ingle power is visual The configuration schematic diagram of box, Fig. 6 is the box main body structural representation one of the visual box of the utility model electromagnetism ingle power, Fig. 7 It is the box main body structural representation two of the visual box of the utility model electromagnetism ingle power.As shown in Figures 4 to 7, the present embodiment is carried The electromagnetic oven of confession includes drain pan 10 and covers the panel 20 being located on drain pan 10, and panel 20 is included in firepower visible area 21, drain pan 10 Provided with luminescence component 30, at least part light that luminescence component 30 is sent is mapped in firepower visible area 21, drain pan 10 and is provided with fire The visual box 40 of power, the visual box 40 of firepower includes interconnected the first holding area 43 and the second holding area 44, luminescence component 30 are at least partially disposed in the first holding area 43, and the junction of the first holding area 43 and the second holding area 44 is set There is light transition region 45.

In the present embodiment, the visual box 40 of firepower is added in the drain pan 10 of electromagnetic oven.The visual box 40 of the firepower can be with It is arranged on by modes such as screw, button bits in electromagnetic oven.The visual box 40 of the firepower can be located at the lower section of firepower visible area 21.Should The visual box 40 of firepower includes interconnected the first holding area 43 and the second holding area 44, at least part of luminescence component 30 It is arranged in the first holding area 43.It is interior with being outside for the inner space of the visual box 40 of firepower described in the present embodiment 's.

Specifically, luminescence component 30 can be partly arranged in the first holding area 43, can also be provided entirely in first In holding area 43, as long as luminescence component 30 can illuminate the visual box 40 of firepower.

For example, luminescence component 30 includes illuminator 31 and installing plate 32, the illuminator 31 is arranged on installing plate 32, the peace Dress plate 32 is specifically as follows circuit board, can switch on power, and power supply is provided to the illuminator 31.In a kind of feasible implementation In, the luminescence component 30 can be directly installed on the madial wall of the visual box 40 of firepower.In another feasible implementation, As shown in figure 5, the side wall of the visual box 40 of firepower is provided with lamp hole 41, illuminator 31 from lamp hole 41 can be penetrated the visual box 40 of firepower It is interior, then installing plate 32 is fixed on lateral wall.

In the present embodiment, installing plate 32 can be fixed on lateral wall by way of buckle or screw.In one kind In concrete implementation mode, it is provided with the first mounting hole 321, the side wall of the visual box 40 of firepower and is provided with and the on installing plate 32 Corresponding second mounting hole 322 of one mounting hole 321, screw sequentially passes through the first mounting hole 321 and the second mounting hole 322, will pacified Dress plate 32 is fixed on lateral wall.

Wherein, the first above-mentioned holding area 43 to luminescence component 30 provide accommodation space while, this second house Region 44 is not used in accommodating various parts, but for housing the light that luminescence component 30 is sent, that is, adds the second accommodating area Domain 44 houses light, so that luminescence component 30 light that sends not only is housed by the first holding area 43, also by Two holding areas 44 are housed so that the light of the outgoing of luminescence component 30 can be propagated in larger scope so that be irradiated to fire The area increase of power visible area 21, so as to improve display effect.

During using electromagnetic oven, the illumination that luminescence component 30 is sent is mapped to firepower visible area 21, by observing fire The brightness size of power visible area 21, just can judge the firepower size of electromagnetic oven.When the firepower of electromagnetic oven is larger, then control is sent out The power of optical assembly 30 is larger, i.e. brightness is larger；When the firepower of electromagnetic oven is smaller, then control luminescence component 30 power compared with Small, i.e. brightness is dark.

Alternatively, the thickness of first holding area 43 is more than the thickness of the second holding area 44, and the second holding area 44 are at least partially disposed in fan assembly 72, circuit board 73, at least one of top of coil panel 74.Specifically, can be with According to the internal structure in electromagnetic oven bottom shell 10, to determine which part the second holding area 44 specifically covers.For example, in Fig. 4 In shown embodiment, at least part box body of the second holding area 44 is covered in the upper of circuit board 73 and fan assembly 72 Side.In order to not stop the cooling wind of the blowout of fan assembly 72, the part of the second holding area 44 covering fan assembly 72, so as to protect Demonstrate,prove the proper heat reduction of electromagnetic oven.

It is covered in by least part box body of the second holding area 44 above other parts in drain pan 10, saves fire The area of bottom surface shared by the visual box 40 of power in drain pan, beneficial to the fixing fabric structure of electromagnetic oven, at the same time it can also by the visual box of firepower It is bigger that 40 upper area is done, so as to add the area of firepower visible area 21, can preferably be experienced to user.

Further, because luminescence component 30 is arranged in the first holding area 43, the second holding area of distance 44 farther out, Therefore the brightness in the first holding area 43 is more than the brightness of the second holding area 44, in order to ensure the light of the outgoing of luminescence component 30 Uniform in the junction transition of the first holding area 43 and the second holding area 44, the firepower viewing area that user sees is a light Line transition is uniformly overall, and light transition region 45 is set in the junction of the first holding area 43 and the second holding area 44, should The brightness of light transition region 45 between the brightness of the first holding area 43 and the brightness of the second holding area 44 so that Brightness in the visual box 40 of the firepower transition from bright to dark naturally, do not have obvious comparison of light and shade, improves the aobvious of virtual flame Show effect.

The present embodiment includes interconnected the first holding area and the second holding area by the visual box of firepower, and light group Part is at least partially disposed in the first holding area, and the light of luminescence component outgoing can be accommodating in first holding area and second Regional spread so that the light of luminescence component outgoing can be propagated in larger scope so that be irradiated to the face of firepower visible area The junction of product increase, the first holding area and the second holding area is provided with light transition region, also causes in the visual box of firepower Brightness from bright to dark transition naturally, do not have obvious comparison of light and shade, improve the display effect of virtual flame.

In the above-described embodiment, light transition region 45 can be realized by a variety of implementations.A kind of implementation Specifically as shown in fig. 6, light transition region 45 is specially the junction setting of the first holding area 43 and the second holding area 44 Arc-shaped transition area.Due to being provided with arc-shaped transition area, and the arc-shaped transition area does not have an obvious corner angle, and lines are than milder, then Light is reflected by arc-shaped transition area so that the brightness of firepower visible area 21 is excessively naturally, can to bring user preferable Visual experience.

Alternatively, on this basis, as shown in fig. 7, the inner surface setting in arc-shaped transition area has the first reflecting coating 451, the reflecting rate of the first reflecting coating 451 is less than the reflecting rate of the inner surface of the second holding area 44.Implementing process In, the inner surface in arc-shaped transition area can be painted or pad pasting, so that the first reflecting coating 451 is obtained, the first reflective painting Layer 451 can be the bad dark color of reflecting effect, and such as black is housed so that the reflecting rate in arc-shaped transition area is less than second The reflecting rate of the inner surface in region 44, that is, reduce the reflective of arc-shaped transition area, it is achieved thereby that the first holding area 43 is (thick Region), the flame effect of firepower visible area 21 that faces of arc-shaped transition area, the second holding area 44 (thin region) from it is bright to Dark transition is not naturally, have obvious comparison of light and shade.

In another feasible implementation, as shown in fig. 7, light transition region 45 is specially the He of the first holding area 43 The coating area that the junction of second holding area 44 is set, the inner surface setting of coating area has the first reflecting coating 451, and first is anti- The reflecting rate of light coating 451 is less than the luminance of the inner surface of the second holding area 44.In the present embodiment, the tool of the coating area Shape is not particularly limited, and can be arc, square, waveform etc., Fig. 7 embodiments are illustrated by taking arc as an example.Tool Body, can be painted or pad pasting to the coating area, so as to obtain the first reflecting coating 451, and the first reflecting coating 451 can be with For the bad dark color of reflecting effect, such as black, so that interior table of the reflecting rate of coating area less than the second holding area 44 The reflecting rate in face, that is, reduce the reflective of coating area, it is achieved thereby that the first holding area 43 (thick region), coating area, The flame effect for the firepower visible area 21 that two holding areas 44 (thin region) are faced from bright to dark transition naturally, not having bright Aobvious comparison of light and shade.

On the basis of above two implementation, as shown in fig. 7, can also be set in the inner surface of the second holding area 44 The second reflecting coating 441 is equipped with, the reflecting rate of the second reflecting coating 441 is more than the reflecting rate of the first reflecting coating 451, that is, increased Second holding area 44 inner surface it is reflective.

Specifically, the inner surface of the second holding area 44 can be painted or pad pasting, so as to obtain the second reflective painting Layer 441, the second reflecting coating 441 can be preferably light for reflecting effect, such as white.It is achieved thereby that the first holding area The firepower visible area 21 that 43 (thick regions), arc-shaped transition area or coating area, the second holding area 44 (thin region) are faced Flame effect from bright to dark transition naturally, not having obvious comparison of light and shade.

Alternatively, in the present embodiment, the value of the width of the second holding area 44 can be mapped to according to luminescence component 30 Maximum distance determine.Under normal circumstances, the width of the second holding area 44 is not more than the 2 of the width of the first holding area 43 Times.The specific width of second holding area 44, can be according to the knot of the top surface of fan assembly 72, circuit board 73 and coil panel 74 Structure is determined.The thickness of second holding area 44 is between 1 millimeter to 25 millimeters.I.e. the bottom surface of the second holding area 44 is extremely pushed up The distance in face is between 1 millimeter to 25 millimeter.During implementing, the general thickness of electromagnetic oven 20 to 50 millimeters it Between, fan assembly 72, circuit board 73 (including component) and the thickness of coil panel 74 therefore, it can basis also in more than 20mm Electromagnetic oven thickness and the difference of each component thickness, to determine the thickness of the second holding area 44.

Alternatively, in the present embodiment, in order to make full use of the space in electromagnetic oven bottom shell 10, the first holding area 43 is set Put between manipulation plate 71 and other parts, other parts are specially at least one of following：Fan assembly 72, circuit board 73 And coil panel 74.For example, as shown in figure 4, the first holding area 43 is arranged on manipulation plate 71 and circuit board 73 and blower fan group Between part 72.

On the basis of above-described embodiment, reflecting assembly is additionally provided with the first holding area 43 that the present embodiment is provided 60, at least part light that luminescence component 30 is sent reflexes to firepower visible area 21 through reflecting assembly 60.Specifically, reflecting assembly 60 light that can send luminescence component 30 carry out optionally reflection so as to form the shape of fire, so intuitively observe fire Shape size just can judge corresponding firepower size during electromagnetic oven work, and firepower shows more directly perceived, brought more to consumer Good experience, compared with being projected directly into electromagnetic oven surface by light-emitting component in the prior art and forming virtual flame, due to this The fiery shape of the formation of embodiment firepower visible area 21 is that selectively reflective projection is formed by reflecting assembly 60, is in Existing fiery shape is more life-like, and display effect is more preferably.

Alternatively, reflecting assembly 60 includes refractive body 62.Refractive body 62 is specifically as follows reflective sheeting, or reflective aluminum Film, or can also be mirror.Wherein, as long as the refractive body 62 of selection can be reflected i.e. the light that luminescence component 30 is sent Can.In the present embodiment, when refractive body 62 is reflective sheeting and luminous aluminium film, reflective sheeting and luminous aluminium film can be according to different angles not Regularly bending is set, and when refractive body 62 is mirror, can choose multiple mirrors, and multiple mirrors are not advised according to different angles Then arrange.Due to the irregular setting of refractive body 62 so that the light that refractive body 62 can send luminescence component 30 is reflected into The shape of fire, so as to be more nearly the flame of actual naked light stove.

Alternatively, reflecting assembly 60 can also include rotating shaft 61, and refractive body 62 is arranged in rotating shaft 61, and rotating shaft 61 can be set Put in the lower section of luminescence component 30, the two ends of rotating shaft 61 may pass through the rotating shaft set on two relative side walls of the visual box 40 of firepower Hole 80, two side walls are vertical with the side wall for installing luminescence component 30.Bearing 82 and axle are provided with one of shaft hole 80 The axle of motor 85 is provided with bearing sleeve 81, another shaft hole 80.One end of rotating shaft 61 passes through bearing 82, passes through bearing 82 and fire The visual box 40 of power is rotatedly connected, and the other end of rotating shaft 61 is connected by the axle of attachment means 83 and motor 85, the attachment means 83 Can be that silicone rubber member can also be metalwork.Alternatively, motor 85 is arranged on the side wall of the visual box 40 of firepower, and motor 85 Crash roll 84 is provided between the side wall of the visual box of firepower 40.

The rotating shaft 61 can be rotated by the driving of motor 85, and the rotation of rotating shaft 61 drives refractive body 62 to be rotated, So as to which the rotation of refractive body 62 causes the light of reflection to change so that projecting to the flame of the formation of firepower visible area 21 In dynamic change, so that the flame produced closer to naked light stove, improves the display effect of electromagnetic oven firepower, to consumption Person brings more preferable experience, and virtual flame phase is formed with being projected directly into electromagnetic oven surface by light-emitting component in the prior art Than the fiery shape presented is more life-like, and display effect is more preferably.

Alternatively, the visual box 40 of firepower has opening, and the visual box 40 of the firepower also includes printing opacity lid 46, the printing opacity lid 46 lids are located in the opening.Further, lighttight cover plate 50 is additionally provided with the opening, the cover plate 50 can with firepower It is integrally formed depending on box 40 with lid 46, the lid 46 is the lid of printing opacity.When luminescence component 30 lights, the cover plate 50 can be with Luminescence component 30 is blocked so that can not see luminescence component 30 itself through firepower visible area 21, can only see luminous The light that component 30 is sent, i.e., in firepower visible area 21 it can be seen that dim uniform light, it is ensured that the effect of flame.

Specifically, the top of the side wall of the visual box 40 of firepower is provided with the first installation step 42, and the side wall of cover plate 50 is set There is the second installation step 51, the first installation step 42 and the second installation step 51, which enclose, is set as annular installation portion, the visual box 40 of firepower Lid 46 be arranged on annular installation portion.The lid 46 causes the visual box 40 of firepower to turn into sealed box body, can prevent oil Stain etc. is polluted to the part in the visual box of firepower 40.

In the present embodiment, illuminator 31 is specially light emitting diode (Light Emitting Diode, abbreviation：LED) lamp.

Finally it should be noted that：Various embodiments above is only limited to illustrate the technical solution of the utility model, rather than to it System；Although the utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should Understand：It can still modify to the technical scheme described in foregoing embodiments, or to which part or whole Technical characteristic carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from this practicality newly The scope of each embodiment technical scheme of type.

Claims (10)

1. a kind of electromagnetic oven, including drain pan (10) and lid are located at the panel (20) on the drain pan (10), panel (20) bag Include and luminescence component (30), at least portion that the luminescence component (30) sends are provided with firepower visible area (21), the drain pan (10) Light splitter is mapped to the firepower visible area (21), it is characterised in that be provided with the visual box of firepower (40), institute in the drain pan (10) Stating the visual box of firepower (40) includes interconnected the first holding area (43) and the second holding area (44), the luminescence component (30) be at least partially disposed in first holding area (43), first holding area (43) and described second accommodating The junction in region (44) is provided with light transition region (45).

2. electromagnetic oven according to claim 1, it is characterised in that the light transition region (45) is specially first appearance Put the arc-shaped transition area of the junction setting of region (43) and second holding area (44).

3. electromagnetic oven according to claim 2, it is characterised in that the inner surface setting in the arc-shaped transition area has first anti- Light coating (451), the reflecting rate of first reflecting coating (451) is less than the anti-of the inner surface of second holding area (44) Light rate.

4. electromagnetic oven according to claim 1, it is characterised in that the light transition region (45) is specially first appearance The coating area of the junction setting of region (43) and second holding area (44) is put, the inner surface setting of the coating area has First reflecting coating (451), the reflecting rate of first reflecting coating (451) is less than the interior table of second holding area (44) The luminance in face.

5. the electromagnetic oven according to claim 3 or 4, it is characterised in that the inner surface of second holding area (44) is set The second reflecting coating (441) is equipped with, the reflecting rate of second reflecting coating (441) is more than first reflecting coating (451) Reflecting rate.

6. the electromagnetic oven according to claim 3 or 4, it is characterised in that first reflecting coating (451) is varnished Or pad pasting coating.

7. electromagnetic oven according to claim 5, it is characterised in that second reflecting coating (441) to be varnished or Pad pasting coating.

8. electromagnetic oven according to claim 1, it is characterised in that the thickness of first holding area (43) is more than described The thickness of second holding area (44).

9. electromagnetic oven according to claim 1, it is characterised in that be additionally provided with fan assembly in the drain pan (10) (72), circuit board (73), coil panel (74), second holding area (44) are at least partially disposed in the fan assembly (72), the circuit board (73), the coil panel (74) at least one of top.

10. electromagnetic oven according to claim 1, it is characterised in that be additionally provided with first holding area (43) reflective Component (60), at least part light that the luminescence component (30) sends reflexes to the firepower through the reflecting assembly (60) can Vision area (21).