JP5060806B2 - Electronic incense stick - Google Patents

Description

The present invention relates to electron beam incense.

  An electronic incense stick or an electronic incense burner that is easy to handle without fear of igniting nearby objects even if it falls down instead of an incense stick or incense burner used for Buddhist affairs etc. has been proposed and marketed.

  Patent Document 1 discloses a substrate that can be placed on a commercially available incense stick, a power supply unit disposed on the substrate, and light emission that emits light when a voltage attached to the substrate and output from the power supply unit is applied. An electron that includes a body, a hole that is opened in the base and guides light from the light emitter, and a light incense body that emits light from the light emitter from the distal end in a state where a base end portion is inserted into the hole An incense stick is described, wherein an exposed tip of a transparent plastic rod is covered with a tube that shrinks when heated.

  Patent Document 2 includes a case having a religious body composed of a god or a Buddha, a support body having an LED provided in the case, and an electronic circuit for generating a drive signal for causing the LED to fluctuate and emit light. A driving signal is written in a ROM for writing data for fluctuation light emission created by the CPU, and is obtained based on the data read from the ROM. .

  Patent Document 3 discloses a light guide material that guides light incident from an incident surface, reflects the guided light on a reflective surface, and emits the light from the output surface. The reflection extends on the reflective surface in a direction transverse to the light guide direction. A light guide material in which a plurality of grooves are arranged and a gap 1 is provided between the reflection grooves is described.

JP 2002-272592 A JP 2000-245617 A JP 2005-228536 A

  In the case where the light emitting part is formed by covering the tip of the incense stick with a tube or the like, the form of the incense stick is different from the commercially available incense stick, and the light emission state is also the actual burning of the incense stick. It cannot be said that it is similar. Therefore, safety is ensured by using an electronic incense stick, but it is different from the actual burning form of an incense stick and gives an impression that it is an electronic incense stick. Conventionally, it has been proposed that a candle or an incense-type god Buddha luminaire emits light, but even if an electronic incense stick is only a few millimeters in a pseudo-burning part, the actual incense in It does not reach the red flickering of combustion, and even in this case, it gives the impression that it is an electronic incense stick.

  In view of such points, the present invention enhances the emission of the electronic incense stick in the pseudo-burning part of only a few millimeters, and makes the form of the pseudo-burning part resemble the incense stick as an actual Buddhist instrument. It provides an electronic incense stick that can give the impression that the incense stick is burning, and that it forms not only the electronic incense stick but also the burning state by light emission that resembles the case where the burning part such as an electronic incense burner is small. Objective.

The present invention relates to an incense holder-shaped base, a power source disposed inside the base, a light emitting device that emits light when a voltage output from the power source is applied, and light from the light emitting device at the tip In an electron incense with a light emitting body that emits light and a light emitting body holding portion in which a hole that guides light from the light emitting device is formed,
The surface of the tip of the light emitter is formed as a large number of jagged uneven reflective surfaces,
It has a control unit that controls the voltage output from the power supply unit to be applied with an arbitrary intensity, and reflects the light emitted by the applied voltage with the jagged uneven surface. Fluctuating light emission ,
The light emitter is a light emitter, the light emitter holder is an incense stick holder for holding the light emitter, and the surface of the tip of the light emitter has a number of jagged uneven surfaces. Formed as
The incense stick stand is provided with a plurality of holes, and each of the incense sticks is held, and the plurality of incense sticks are controlled by the controller so that they are at random or have different fluctuation periods. Provide an electronic incense stick.

  According to the present invention, in the case of an electronic incense stick due to the synergistic effect of combining a jagged uneven reflection surface with a fluctuation forming means, the actual incense stick burns by enhancing the emission in the pseudo-burning part of only a few mm As the incense stick itself can be shaped like an actual incense stick, it can give the impression that the incense stick as an actual Buddhist instrument is burning, In the case of not only the electron incense but also other electronic incense tools, when the combustion part is small, a combustion state by light emission can be formed similarly.

  Embodiments of the present invention will be described below with reference to the drawings.

  1 to 5 are diagrams showing a configuration of an electron incense stick according to an embodiment of the present invention. FIG. 1 shows the entirety of an electron incense stick according to the present embodiment, FIG. 2 shows a base of the electron incense stick, FIG. 3 shows an incense stick stand, FIG. 4 shows a pseudo incense stick (incense stick), FIG. 5 is a diagram illustrating a control state by the control unit.

  In FIG. 1, an electronic incense stick 1 as an electronic incense tool includes a base 1 and a incense stick body 2. As shown in FIG. 2, the internal space 3 of the base body 1 includes a power supply unit 4 composed of a battery and a battery box, a light emitting diode (LED) 5 as a light emitting device (light emitting body), and a control unit composed of a control board 6. , A power switch 7, and an incense holder 8 as a flat-shaped fragrance holder integrated with the base 1. The incense holder 8 provided between the incense holder 8 and the light emitting diode is integrated with the light guide path forming portion 9, the holding portion 10 that holds the control board 6 integrally with the incense holder 8, the power switch holding portion 11, and It consists of a hole 12 formed in the central part of the light guide path forming part 9, and an upper concave part 13 is formed above the incense holder 8. Only one hole 12 is shown, but in this example, there are three holes. There may be two or four or more. Each hole is provided with a corresponding light emitting diode 5, and light emitted from the light emitting diode 5 is guided upward from the hole 9. The light emitting diode 5 is held by the control board 6 and a voltage for light emission is controlled and applied.

  The incense stick 2 is stood and held in the hole 12 as shown in FIG. In addition, although it is set as the upright incense stick body 2 in FIG. 1, you may stand inclining.

  FIG. 3 is a view of the incense holder 8 as viewed from above. The incense holder 8 has three holes 12 that open upward. In addition, the surface of the incense holder 8 is provided with a power switch press 7A. As described above, the incense stick body 2 is stood in the hole 12 and is held in the hole 12 so that it can be inserted and removed. It is possible to fix the incense stick body 2 to the hole portion 12, but it is desirable to be able to be inserted and removed for carrying or resembling an actual incense stick.

  FIG. 4 shows the incense stick 2 as a pseudo incense stick. The incense stick 2 is formed by a light guide 21 such as transparent plastic or glass fiber in the actual thickness and length of the incense stick. It is well known that the light guide is made of a transparent resin material such as transparent acrylic resin, polycarbonate resin, and epoxy resin, or glass.

  The incense stick 2 is successively painted in white, a mixed color of white and black (gray), black and green, leaving a few mm at the upper end 22, and the white part 23, the mixed color part 24, the black part 25 and green, respectively. Portions 26 are formed, and the length of each portion is imitated during actual burning of the incense stick.

  The upper surface 22A is not painted, and the light supplied from the light-emitting diode 5 which is a reflective surface on which a large number of (uncounted) jagged-like extremely small irregularities are formed is red. . Some light emitting diodes emit green and blue in addition to red. In this example, a diode emitting red is used. Thereby, the red light transmitted through the light guide 21 is reflected by the jagged reflection surface and emitted. The jagged irregularities are sufficient when they are formed by polishing with sandpaper No. 1000.

  In FIG. 5, a power source 4, a light emitting diode 5, and a power switch 7 are connected to the control unit 31. The control unit 1 includes an arithmetic processing unit 32, a light emission control unit 33, a storage medium such as a RAM 34, a ROM 35, and an output unit 36 that receives a command from the light emission control unit 33 and commands a control signal to the light emitting diode 5. The arithmetic processing unit 32 generates a random or periodic signal by a program stored in the storage medium, transmits the calculation result to the light emission control unit 33, and the light emission control unit 37 generates a control signal based on the calculation result. . A signal for increasing or decreasing the voltage applied as the control signal is generated. As a result, the surface of the tip of the incense stick 2 emits a radiant light. Then, the jagged uneven reflection surface enhances the fluctuation of the light emitted by applying a strong and weak voltage by the efficient and strong reflection, and has a length of only a few millimeters and a thin tip 20. Even if there is red, it will appear as a strong and weak fluctuation of red. Further, the control signal can be a signal generated with the same or different period so that the three incense sticks 2 have different fluctuations.

  As described above, the front surface of the pseudo incense stick 2 is made to have a jagged uneven projection surface, and the control unit 31 is controlled so that the voltage output from the power supply unit 4 is applied with any strength. The light emitted by applying a strong and weak voltage can be made to be a fluctuation-like light emission reflected by a jagged uneven reflection surface.

  FIG. 6 shows the configuration of the second embodiment and corresponds to FIG. 1 of the previous embodiment.

  FIG. 6 shows an electronic incense furnace 51 as an electronic incense tool. The configuration is the same as that of the previous embodiment, and therefore, different parts will be mainly described, and the description of the previous embodiment is used for the similar configuration not described. FIG. 6 shows a pseudo incense block (incense block) 52 instead of the incense stick 2. Details of the incense block 52 are shown in FIG. In FIG. 7, the incense block 52 is a tip portion 53. It has a simulated combustion part, and this part is not painted like the previous example. A white 54, a gray ash portion 55, a burnt-colored burnt portion 56, and an incense-colored incense main body portion 57 are sequentially formed below the pseudo-burning portion. The incense block 52 formed in this way is shaped like a mountain to resemble an actual incense block, and the simulated combustion part 53 is shaped like a small mountain.

  As in the previous example, the front surface 53A of the distal end portion 53 is a reflective surface on which extremely fine irregularities having a jagged shape are formed. The entire incense block 52 is made of a light guide, has three elongated light guides 58 at the lower end, and is inserted and held so that it can be inserted into and removed from the hole as in the previous example.

  Similarly to the previous example, the emitted light is transmitted to the incense block 52 via the light guide 57 and is emitted only at the tip 53. As described above, the control unit 31 for controlling the voltage outputted from the power supply unit 4 to be arbitrarily strong and weak is applied with the surface of the tip of the pseudo block 52 being a jagged uneven reflection surface. The light emitted by applying and applying a strong and weak voltage can be used as a light emission that is reflected by a jagged uneven reflecting surface.

  Thus, the electronic incense tool is an electronic incense burner, the light emitter is a mountain-shaped incense block 52, the tip of the incense block 52 is configured as a mound-shaped simulated combustion portion, and the light emitter holding portion is an incense block. An electronic incense burner is formed which is a holding part and has a surface of the simulated combustion part formed as a large number of jagged uneven reflection surfaces.

The external view which shows the structure of the Example of this invention. The figure which shows the structure arrange | positioned inside a base | substrate. The top view of an incense holder. The figure which shows the detail of an incense stick. The figure which shows the control structure by a control part. The external view which shows the structure of the other Example of this invention. The figure which shows the detail of an incense block.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Electron incense stick, 2 ... Simulated incense stick (incense stick), 3 ... Internal space, 4 ... Power supply part, 5 ... Light emitting diode (LED), 6 ... Control board, 7 ... Power switch, 8 ... Incense holder, 9 ... Light guide path forming part, 10 ... holding body, 12 ... hole part, 22 ... tip part (pseudo combustion part), 22A ... surface, 51 ... electronic incense burner, 52 ... pseudo incense block (scent block), 53 ... tip part (pseudo) Combustion part), 53A ... surface.

Claims (1)

Incense holder-shaped substrate, a power supply unit disposed inside the substrate, a light emitting device that emits light when a voltage output from the power supply unit is applied, and light emitted from the light emitting device is emitted at the tip portion In an electron incense stick equipped with a light emitting body and a light emitting body holding part in which a hole for guiding light from the light emitting device is formed,
The surface of the tip of the light emitter is formed as a large number of jagged uneven reflective surfaces,
It has a control unit that controls the voltage output from the power supply unit to be applied with an arbitrary intensity, and reflects the light emitted by the applied voltage with the jagged uneven surface. Fluctuating light emission ,
The light emitter is a light emitter, the light emitter holder is an incense stick holder for holding the light emitter, and the surface of the tip of the light emitter has a number of jagged uneven surfaces. Formed as
The incense stick stand is provided with a plurality of holes, and each of the incense sticks is held, and the plurality of incense sticks are controlled by the controller so that they are at random or have different fluctuation periods. Electronic incense stick.

Images