JP2016143598A - Candle light with aromatic odor function - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a candle light having aromatic odor function for improving its outer aesthetic appearance by a method in which a transparency is given to a shade to cause light emitted from a light-emitting part to become clear even if a shade inside state is hardly understood from outside the shade and enable an aesthetic appearance like one in which polyhedron cut-diamond of jewel is arranged at the shade to be imagined even after the light-emitting part is turned off.SOLUTION: A plurality of cut-diamond-like multifaceted prisms 15 are arranged at a shade 3 and a plurality of prism surface overlapped segments can be seen visually under a state in which inner prism surfaces of pavilion-like prisms 18 and flat head prism surfaces or outer prism surfaces of crown-like prisms 23 are overlapped when the cut-diamond-like multifaceted prisms 15 are seen from a front side, and a partial image of background of the cut-diamond-like multifaceted prisms 15 as seen from their front side can be visually seen at any prism surface overlapped segment of the plurality of prism surface overlapped segments.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a candlelight with an aromatic device function.

  2. Description of the Related Art Conventionally, there has been proposed a small luminaire such as a desktop type that aims to emit light and fragrance to soften the indoor atmosphere. For example, in Patent Document 1, a light bulb is disposed substantially at the center of the upper surface of the pedestal, a perfume oil tray is disposed on the light bulb, a lamp shade surrounding the light bulb and the perfume oil tray is placed on the pedestal, and the light bulb is placed. Illumination light is obtained by turning on the lamp, and the fragrance oil is heated by the heat generated by the lit light bulb so that the fragrance is released.

  Moreover, in patent document 2, it is an outlet attachment type, Comprising: A fan is arrange | positioned to the part of the base provided with the plug, and a molding cover is mounted on the base, The ventilation from the said fan is made inside the molding cover. A lamp that emits fragrance from the aroma body to the upper part of the molding cover and hits the aroma body arranged on the light source, and the light source that is a light source arranged in the molding cover is turned on to illuminate the lamp. It is shown.

  Patent Document 3 discloses a lamp having a control circuit for controlling an LED light source and a mechanism for spraying a fragrance so as to express flickering light imitating a candle flame.

  Further, in Patent Document 4, although a mechanism for releasing a scent is not provided, a signal is emitted by blowing a breath on the sound sensor, and a light source that emits light is turned off to imitate a candle flame. A candlelight is shown.

Utility Model Registration No. 3086670 Utility Model Registration No. 3147049 Special table 2007-520870 gazette US Patent Application Publication No. 2012/0126724

  In a candlelight with an aroma device function called an aroma lamp in recent years, as shown in Patent Documents 3 and 4 described above, the light emitting element of the light source is placed inside so that the light emitting element of the light source is not directly noticed. The shape of the arranged light emitting part is similar to that of a candle flame, and the light emitting part is designed to shine in a flame-like shape.

  However, the shade surrounding the light emitting part is colored and molded from a synthetic resin material having a low degree of light transmission so that the mechanism around the light emitting part and the structure of the fragrant part are not visible from the outside through the shade. Yes. Therefore, in the candlelight in which the light emitting part is lit, there is a disadvantage that the light that is only dim is emitted through the shade and the appearance that the flame exists inside the shade cannot be obtained.

  In addition, candlelight with fragrance function is used as an fragrance even when the light emitting part is not lit in the daytime, etc., but the shade occupies a large part on the appearance of the candlelight, and it is simply an opaque cylinder As a result, the aesthetic appearance of the candlelight as a whole is influenced by the shade that appears, and it is difficult to improve the luxury of the candlelight as a figurine.

  Therefore, in view of the above circumstances, the present invention makes the shade transparent so that the light emitted from the light emitting part is clear while the inner state of the shade is difficult to grasp from the outside of the shade. The objective is to obtain a candlelight with an aromatizer function with improved aesthetics, with the aesthetics as if the diamond-shaped polyhedral cut diamonds were arranged on the shade. is there.

(Invention of Claim 1)
The present invention has been made in view of the above problems, and includes a pedestal and a substantially cylindrical shade that is molded from a light-transmitting colorless transparent resin material and is detachably mounted on the upper surface of the pedestal.
On the upper surface of the pedestal, there is provided a light emitting part that is molded from a light-transmitting resin material and projects upward from the center of the upper surface of the pedestal, and at a position near the light emitting part. A fragrance diffusion part is provided by arranging a porous plate into which the fragrance penetrates,
A light source composed of LEDs is located inside the light emitting part, and a heater is located below the fragrance dispersal part,
Inside the pedestal, a power supply control unit that includes a storage battery and controls the discharge of the storage battery is incorporated,
The power supply control unit includes the light source, the heater, a lighting switch that is operably disposed on a side surface of the pedestal, a heater on / off switch that is operably disposed on a side surface of the pedestal, and the pedestal. And a sound sensor located at the top corresponding to the breath blowing hole opened on the top of the
Based on one of the operation of the on / off switch and the detection of the breath blowing sound by the sound sensor, the power supply control unit controls the on / off operation of the light source that receives power supply from the power supply control unit, The power supply control unit based on an operation of the heater on / off switch is a candlelight with an fragrance function that controls the heat generation operation of the heater that receives power supply from the power supply control unit,
The shade is continuously arranged with a plurality of cut diamond-like polyhedral prism bodies each imitating a gem shape of a polyhedral cut diamond across the shade waist direction and the shade height direction,
The prism body center line along the shade diameter direction of each of the cut diamond-like polyhedral prism bodies intersects with the shade center line passing through the position of the light emitting part,
Inside the shade of each of the cut diamond-like polyhedral prism bodies, the shape of the pavilion part in the polyhedral cut diamond is imitated, and the pointed head through which the prism body center line passes is projected toward the shade center line A pavilion prism part is provided,
On the outside of the shade of each of the cut diamond-like polyhedral prism bodies, the shape of a crown portion having a table in the polyhedral cut diamond is imitated, and a flat head composed of a flat head prism surface orthogonal to the prism body center line is shaded. A crown-shaped prism portion protruding outward is provided,
The pavilion prism portion includes an inner prism surface that is a plurality of flat cut surfaces, and the surface of the pavilion prism portion is formed by juxtaposing the plurality of inner prism surfaces via straight ridge lines,
The crown-shaped prism portion includes a flat-head prism surface that is the flat head and an outer prism surface that is a plurality of flat cut surfaces surrounding the flat-head prism surface, and the surface of the crown-shaped prism portion is the flat-head prism. The surface and the outer prism surface are arranged side by side through a linear ridge line, and the plurality of outer prism surfaces around the flat head prism surface are arranged side by side through a linear ridge line,
When the cut diamond-like polyhedral prism body is viewed from the front, a plurality of prism surface overlapping portions are visually observed in a state where the inner prism surface of the pavilion prism portion overlaps the flat head prism surface or outer prism surface of the crown prism portion. And
An aroma device function characterized in that a partial partial image of the background of the cut diamond-like multifaceted prism body viewed from the front is visible on any prism surface overlapping portion of the plurality of prism surface overlapping portions. An attached candle light is provided to solve the above problems.

(Invention of Claim 2)
The present invention provides the cut diamond-shaped polyhedral prism body on the line of sight when the lit light-emitting section is viewed through the shade, and the inner prism surface and the crown of the pavilion prism section in the cut diamond-shaped polyhedral prism body A plurality of prism surface overlapping portions are visually observed in a state where the flat prism surface or the outer prism surface of the prismatic portion overlaps,
It is preferable that a partial image of the lit light emitting portion is visible in any one of the plurality of prism surface overlapping portions.

(Effect of the invention of claim 1)
According to the first aspect of the present invention, the light incident on the cut diamond-shaped polyhedral prism body from the rear side (inside of the shade) of the cut diamond-shaped polygonal prism body of the shade is transmitted when passing through the cut diamond-shaped polyhedral prism body. The traveling direction of light changes for each incident-side prism surface (inner prism surface of the pavilion-shaped prism portion), and further to the outside of the shade through the prism surfaces of the crown-shaped prism portion (flat head prism surface, outer prism surface). Even when the light is emitted, it changes for each prism surface of the crown-shaped prism portion at a position where the light is transmitted.

  The cut diamond-like polyhedral prism body has a plurality of prism surface overlapping portions in a state where the inner prism surface of the pavilion prism portion overlaps the flat head prism surface or outer prism surface of the crown prism portion when viewed from the front. Since the partial image of the background of the cut diamond-shaped polyhedral prism body viewed from the front is visible in any one of the plurality of prism surface overlapping portions, it is visually observed. On the extension of the line of sight to see the partial image, the portion corresponding to the partial image in the actual background does not exist, and the image when the cut diamond-like polyhedral prism body is viewed from the front is mosaic, It becomes difficult to grasp the internal state of the shade, and the deterioration of aesthetics due to the inside of the shade being seen can be suppressed.

  Furthermore, since each cut diamond-like polygonal prism body is transparent and the image when the cut diamond-like polygonal prism body is viewed looks like a mosaic as described above, this cut diamond-like polygonal prism body is a gem that it imitates. It looks like a polyhedral cut diamond, and it looks as if a gem-cut diamond is placed on the entire shade, improving the aesthetics of the shade and creating a high-class feeling.

(Effect of the invention of claim 2)
When the light emitted from the light emitting part passes through a convex lens, concave lens, or textured transparent plate, it becomes diffused light, convergent light, scattered light, etc. You will see an unclear image different from the light emitting part. On the other hand, according to the second aspect of the present invention, since the partial image of the light-emitting part that is lit is visually observed in any one of the plurality of prism surface overlapping portions, the overlapping of the prism surfaces. The image (partial image) seen through the part becomes an image corresponding to the shape of the corresponding part in the light emitting part, and even if it is a partial image, a sharp image is expressed. Then, a sharp partial image is expressed in a mosaic arrangement near the line of sight when looking at the light emitting part side, and the shade is given luxury by the mosaic arrangement of the sharp partial image emitting light. Become so.

An example of the candle lamp with an aroma device function according to the present invention is an explanatory view showing a pedestal and a shade in a separated state. It is explanatory drawing which shows an example which set the shade on the base in the state of a perspective view. It is explanatory drawing shown in the state which looked at an example from the front. It is explanatory drawing shown in the state which looked at an example from the side similarly. It is explanatory drawing shown in the state which looked at an example from the top similarly. It is explanatory drawing which shows schematically the prism surface overlap part in an example.

  Next, the present invention will be described in detail based on the embodiment shown in FIGS. In the figure, reference numeral 1 denotes a candlelight with an aromatic device function. The candlelight 1 is molded from a pedestal 2 and a transparent resin material that transmits light as shown in FIG. 1, and is detachably mounted on the upper surface of the pedestal 2. It consists of a substantially cylindrical shade 3.

(pedestal)
The pedestal 2 is provided with a groove portion 4 into which the lower portion of the shade 3 can be put in an annular shape along the periphery of the upper surface. Further, at the center of the upper surface of the pedestal 2, there is provided a light emitting portion 5 that is molded from a light-transmitting resin material and has a flame shape that protrudes upward from the center of the upper surface of the pedestal. Further, a concave portion is formed in the vicinity of the light emitting portion 5, and an aroma diffusing portion 7 is provided in which a porous plate 6 into which the fragrance permeates is disposed.

  The region surrounded by the groove portion 4 including the light emitting portion 5 and the recess in which the porous plate 6 is disposed is formed as a cover that covers a space for accommodating a control body to be described later in the pedestal 2. Yes. The cover is a thin white resin plate containing a coloring material, or a resin plate with a surface textured on the surface, and prevents the inside of the base 2 from being clearly seen through the cover. The light emitted from the light emitting element disposed inside the light emitting unit 5 which is a part of the cover is emitted as scattered light from the light emitting unit 5, and the light emitting unit 5 emitting the light totally burns the flame of the candle. It is designed to imitate.

  A light source using an LED as a light emitting element is positioned inside the light emitting unit 5. In the fragrance diffuser 7, a heater is attached to the lower surface of the bottom plate of the recess which is the lower part, and the liquid fragrance is heated by heating the porous plate 6 infiltrated with the liquid fragrance such as aroma oil. The fragrance is diffused through the shade 3 after being vaporized.

(Power supply control unit)
A power supply control unit 8 is accommodated in the pedestal 2. The power supply control unit 8 includes a storage battery (not shown) that receives and stores power from the outside, and is connected to a light emitting element that is an LED that is a light source of the light emitting unit 5. A heater (not shown) is also connected. Further, on the side surface of the pedestal 2, a turn-on / off switch 10 that can be operated in the form of a push button is disposed as shown in FIG. The turn-on / off switch 10 and the heater on / off switch 11 are connected to the power supply control unit 8. Further, a breath blowing hole 12 is opened in a region on the upper surface of the base 2 and inside the groove portion 4, and the sound sensor 13 arranged so as to correspond to the breath blowing hole 12 is also the power supply control portion 8. It is connected to the.

  Then, the power supply control unit 8 performs the on / off operation of the light source that receives power supply from the power supply control unit 8 based on either the operation of the on / off switch 10 or the detection of the breath blowing sound by the sound sensor 13. Control. For example, each time the on / off switch 10 is pressed, the light emitting unit 5 is switched between a lighting state and a fluctuation lighting state in which the amount of light changes and a lighting state are switched in order. Control is performed so that the light-on state, the fluctuation light-on state, and the light-off state are switched in sequence every time the sensor is detected.

  The power supply control unit 8 controls the heat generation operation of the heater that receives power supply from the power supply control unit 8 based on the operation of the heater on / off switch 11, and pushes the heater on / off switch 11. Each time, the heater is switched between energization and de-energization so that it can be switched between the state in which the fragrance is dissipated by the heat generated by energizing the heater and the state in which the heat generation of the heater is stopped and the fragrance is stopped. ing.

(shade)
The shade 3 is formed to be colorless and transparent by a colorless and transparent resin material having good light transmittance. The shade of the example shown in the figure is formed in a substantially cylindrical shape by arranging four members in the direction around the shade body, and the connecting ring 14 is covered on the upper part and the connecting ring 14 is also attached on the lower part. Then, the four members are connected.

  As shown in the drawing, the shade 3 includes a plurality of cut diamond-like polyhedral prism bodies 15 each continuously simulating a gemstone shape of a polyhedral cut diamond, and the plurality of cut diamond-like polyhedral prism bodies 15 are arranged. They are arranged side by side across the shade trunk direction and the shade height direction.

(Cut diamond-shaped polyhedral prism)
In the shade 3, the prism body center line 16 along the shade diameter direction of each cut diamond-like polyhedral prism body 15 is orthogonal to the shade center line 17 passing through the position of the light emitting unit 5.

(Pavilion prism part)
Further, on the inner surface side of the shade 3 of each of the cut diamond-like polygonal prism bodies 15, a pavilion-like prism portion 18 is provided in which a pointed head through which the prism body centerline 16 passes is projected toward the shade centerline 17. Yes. This pavilion-shaped prism portion 18 imitates the shape of a pavilion site in a polyhedral cut diamond, and has a plurality of planes (described later) in the same manner as the pavilion in which the surface shape is constituted only by a plurality of cut surfaces of the polyhedral cut diamond (jewel). The inner prism surface).

  As described above, the pavilion prism portion 18 includes the inner prism surface 19 which is a plurality of flat cut surfaces, and the surface of the pavilion prism portion 18 connects the plurality of inner prism surfaces 19 to the linear ridge line 20. Are formed side by side.

(Crown prism)
On the other hand, the outer side of each shade of the cut diamond-like polyhedral prism body 15 is similar to the shape of the crown portion where the table in the polyhedral cut diamond is located. A crown-shaped prism portion 23 is provided in which a flat head 22 composed of a flat-head prism surface 21 orthogonal to the center line 16 is projected outward from the shade. The crown-shaped prism portion 23 is also covered with a plurality of flat surfaces (flat head prism surface, an outer prism surface described later) in the same manner as the crown whose surface shape is constituted only by a plurality of cut surfaces of polyhedral cut diamond (jewel). It is said that.

  The crown-shaped prism portion 23 includes a flat-head prism surface 21 that is a flat head 22 and an outer prism surface 24 that is a plurality of flat cut surfaces surrounding the flat-head prism surface 21. As described above, the surface of the crown-shaped prism portion 23 includes the flat head prism surface 21 and the outer prism surface 24 arranged in parallel via the straight ridge line 20, and the plurality around the flat head prism surface 21. The outer prism surfaces 24 are also formed side by side via the straight ridgeline 20.

  In the shade 3 according to the present embodiment, as described above, the shade 3 is formed of a colorless and transparent synthetic resin material. The inner prism surface 19 of the pavilion prism portion 18, the flat head prism surface 21 of the crown prism portion 23, and the crown prism portion as well. The outer prism surface 24 of 23 is a flat surface and not a curved surface. Depending on the shape of the round part of the cut diamond-shaped polygonal prism body 15 (the part corresponding to the round of the polyhedral cut diamond jewel), the cut diamond-shaped polygonal prism body is arranged between the cut diamond-shaped polygonal prism bodies arranged in an oblique direction. However, even in such a case, the inner surface and the outer surface of the shade other than the configuration of the cut diamond-shaped multifaceted prism body are also formed as flat surfaces (the cut surface). Can serve as a prismatic surface). That is, no curved surface is present on either the inner surface or the outer surface of the shade 3 in the present invention.

(Prism surface overlapping part)
As described above, the cut diamond-like polyhedral prism body 15 has the inner prism surface 19 on the inner side of the shade 3 and the flat head prism surface 21 and the outer prism surface 24 on the outer side of the shade 3. When the prism body 15 is viewed from the front, a plurality of prism surfaces overlap with the inner prism surface 19 of the pavilion prism portion 18 in a state where the flat prism surface 21 and the outer prism surface 24 of the crown prism portion 23 overlap. The part 25 comes to be visually observed.

  FIG. 6 schematically shows a state in which one cut-cut diamond-like polyhedral prism body 15 is viewed from the front in order to facilitate the explanation of the prism surface overlapping portion 25. As described above, the plurality of prism surface overlapping portions 25 are overlapped with the inner prism surface 19 by the flat head prism surface 21 and the outer prism surface 24 so that the linear ridge line 20 on the pavilion prism portion 18 side and the crown prism portion 23 side. When the cut-cut diamond-shaped polygonal prism body 15 is viewed from the front, a large number of prism surface overlapping portions 25 are formed in the cut-diamond-shaped polygonal prism body 15. It is provided so that you can see it.

  In each of the cut-cut diamond-like polyhedral prism bodies 15, the cut surface shape of the surface of the pavilion prism portion 18 (surface shape formed by a combination of prism surfaces) is such that light from the outside of the shade 3 is not totally reflected. The reflection and refraction at the time of emission are performed and the shape is emitted to the inside of the shade 3. In addition, the cut surface shape of the surface of the crown-shaped prism portion 23 (surface shape formed by a combination of prism surfaces) is also reflected by the light reflected from the inside of the shade 3 without being totally reflected and refracted at the time of emission. 3, the shape is emitted to the outside.

  Therefore, when the cut diamond-shaped polygonal prism body 15 is viewed from the front, any one of the prism surface overlapping portions 25 among the plurality of prism surface overlapping portions 25 has a background portion of the cut diamond-shaped polygonal prism body 15. An image can be visually observed, and a plurality of partial images can be seen in a mosaic arrangement on the front face of the cut diamond-like polyhedral prism body 15.

  That is, the light emitting part 5 and the light emitting part that are not emitting light, and the fragrance diffusing part 7 are surrounded by the shade 3, but each cut diamond-like polygonal prism body 15 has its background. The partial image is a position different from the actual position of the partial image, and the visible partial image has a mosaic arrangement, and the light emitting unit 5 that does not perform the light emitting operation inside the shade 3 The structure around the light emitting part and the fragrance dispersal part 7 do not stand out. In addition, during the daytime when the light emitting part is turned off, a plurality of cut diamond-shaped polygonal prism bodies 15 located on the side opposite to the side viewing the shade 3 (the side opposite to the shade radial direction) Since the cut diamond-like polygonal prism body 15 on the side of the shade 3 that is viewed is visible, a transparent partial image can be seen in a mosaic arrangement, and the shade 3 is given a high-class feeling. It becomes like this. Each of the cut-cut diamond-like polyhedral prism bodies 15 of the shade 3 is arranged so that the prism bodies 15 having the same shape face each other with the same prism body center line 16 (perpendicular to the shade center line 17) in the shade radial direction. Yes.

  Further, when the light emitting unit 5 is turned on, the inner prism surface 19 of the pavilion prism unit 18 is also used in the cut diamond-like multi-faceted prism body 15 on the line of sight when the lighted light emitting unit 5 is viewed through the shade 3. On the other hand, the plurality of prism surface overlapping portions 25 in which the flat prism surface 21 and the outer prism surface 24 of the crown-shaped prism portion 23 overlap with each other are still visible. Then, the state in which the partial image of the light-emitting portion 5 that is lit on any one of the plurality of prism surface overlapping portions 25 is different from the actual position of the partial image. And a plurality of partial images are viewed in a mosaic pattern.

  In addition, each of the partial images of the lit light-emitting portion 5 that can be visually observed at the prism surface overlapping portion 25 is not composed of diffused light, convergent light, or scattered light, but is clearly visible as a sharp partial image of light. Therefore, it is possible to evoke the feeling of candles being present inside the shade 3, and the indoor atmosphere during nighttime indoor use can be relieved.

DESCRIPTION OF SYMBOLS 1 ... Candle light with an aromatic device 2 ... Base 3 ... Shade 5 ... Light emission part 7 ... Fragrance dispersal part 8 ... Electric power supply control part 12 ... Breathing hole 15 ... Cut diamond-like polyhedral prism body 16 ... Prism body centerline 17 ... Shade center line 18 ... Pavilion prism part 19 ... Inner prism face 20 ... Linear ridge line 21 ... Flat head prism face 22 ... Flat head part 23 ... Crown prism part 24 ... Outer prism face 25 ... Prism face overlap part

Claims (2)

A pedestal and a substantially cylindrical shade that is molded from a light-transmitting colorless transparent resin material and is detachably mounted on the upper surface of the pedestal;
On the upper surface of the pedestal, there is provided a light emitting part that is molded from a light-transmitting resin material and projects upward from the center of the upper surface of the pedestal, and at a position near the light emitting part. A fragrance diffusion part is provided by arranging a porous plate into which the fragrance penetrates,
A light source composed of LEDs is located inside the light emitting part, and a heater is located below the fragrance dispersal part,
Inside the pedestal, a power supply control unit that includes a storage battery and controls the discharge of the storage battery is incorporated,
The power supply control unit includes the light source, the heater, a lighting switch that is operably disposed on a side surface of the pedestal, a heater on / off switch that is operably disposed on a side surface of the pedestal, and the pedestal. And a sound sensor located at the top corresponding to the breath blowing hole opened on the top of the
Based on one of the operation of the on / off switch and the detection of the breath blowing sound by the sound sensor, the power supply control unit controls the on / off operation of the light source that receives power supply from the power supply control unit, The power supply control unit based on an operation of the heater on / off switch is a candlelight with an fragrance function that controls the heat generation operation of the heater that receives power supply from the power supply control unit,
The shade is continuously arranged with a plurality of cut diamond-like polyhedral prism bodies each imitating a gem shape of a polyhedral cut diamond across the shade waist direction and the shade height direction,
The prism body center line along the shade diameter direction of each of the cut diamond-like polyhedral prism bodies intersects with the shade center line passing through the position of the light emitting part,
Inside the shade of each of the cut diamond-like polyhedral prism bodies, the shape of the pavilion part in the polyhedral cut diamond is imitated, and the pointed head through which the prism body center line passes is projected toward the shade center line A pavilion prism part is provided,
On the outside of the shade of each of the cut diamond-like polyhedral prism bodies, the shape of a crown portion having a table in the polyhedral cut diamond is imitated, and a flat head composed of a flat head prism surface orthogonal to the prism body center line is shaded. A crown-shaped prism portion protruding outward is provided,
The pavilion prism portion includes an inner prism surface that is a plurality of flat cut surfaces, and the surface of the pavilion prism portion is formed by juxtaposing the plurality of inner prism surfaces via straight ridge lines,
The crown-shaped prism portion includes a flat-head prism surface that is the flat head and an outer prism surface that is a plurality of flat cut surfaces surrounding the flat-head prism surface, and the surface of the crown-shaped prism portion is the flat-head prism. The surface and the outer prism surface are arranged side by side through a linear ridge line, and the plurality of outer prism surfaces around the flat head prism surface are arranged side by side through a linear ridge line,
When the cut diamond-like polyhedral prism body is viewed from the front, a plurality of prism surface overlapping portions are visually observed in a state where the inner prism surface of the pavilion prism portion overlaps the flat head prism surface or outer prism surface of the crown prism portion. And
An aroma device function characterized in that a partial partial image of the background of the cut diamond-like multifaceted prism body viewed from the front is visible on any prism surface overlapping portion of the plurality of prism surface overlapping portions. With candlelight. In the cut diamond-shaped polyhedral prism body that is on the line of sight when the light emitting section that is lit is viewed through the shade, the inner prism surface of the pavilion prism section and the flat-head prism of the crown-shaped prism section in the cut diamond-shaped polyhedral prism body A plurality of prism surface overlapping portions are visually observed with the surface or the outer prism surface overlapping,
The candlelight with an aroma device function according to claim 1, wherein a partial image of the light-emitting portion that is lit is visible in any one of the plurality of prism surface overlapping portions.

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