JP2014155475A - Led-mounted confectionery food product - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an LED-mounted confectionery food product which can increase the buying inclination of customers by radiating a light beam of an LED element arranged in candies.SOLUTION: A confectionery food product 10 is provided with a confectionery body 11 at the tip of a rod-like body 12 and comprises an LED element 18 in the confectionery body 11, and the LED element 18 is caused to radiate a light beam through the confectionery body 11 while its flickering rate of the LED element 18 changed or controlled. The change and/or control of the flickering rate of the LED element 18 can create a visual interest according to the color(s) of the confectionery body 11 and lighting conditions of the LED element 18.

Description

  The present invention relates to an LED-mounted confectionery food, in particular, a food provided with a translucent food main body at the end of a rod-shaped body, for example, a confectionery food such as jasper, candy, and cotton candy.

  Usually, candy and candy are present as confectionery foods at the tip of the rod-shaped body. Strawberries and candy are solid confectionery foods formed by simmering sugar and chickenpox. Strawberries and candy are formed to be almost transparent by simmering sugar or chickenpox. There is a confectionery food in which an LED element (Light Emitting Diode) is arranged inside the substantially transparent confectionery food. And the LED element inside a confectionery food product is turned on to change the color to a color different from that of a normal candy so that there is something that gets a lot of looks.

  For example, in Patent Document 1, a confectionery is attached to the outer peripheral surface of a bar body, and a light emitter, a power source for causing the light emitter to emit light, There is disclosed a light emitting confectionery characterized in that a switch for controlling on / off is provided, and a translucent confectionery is attached to the outer peripheral surface of the bar body.

  Patent Document 2 also discloses a candy in which light emitting elements are arranged. That is, a taste food having a translucent food and a food holding member provided with a light emitting portion disposed inside the food body is disclosed.

Japanese Patent Laid-Open No. 05-153911 Utility Model Registration No. 3100609

  However, although the light emitting confection described in Patent Document 1 is visually interesting, it does not have any more fun just by lighting. Moreover, although there existed what the light-emitting body and light emitting element blinked, there was no thing about how it blinked.

  In addition, although there are three LED elements, red, green, and blue, there is no LED element that can be lit in combination within the candy body. That is, in the said patent document, the monochromatic LED element is arrange | positioned in the candy main body, and there is no indication about what provided the several LED element, and also what makes it light or blink in combination of several LED element Has never existed before.

  This invention was made in order to solve the said subject, and provides the LED confectionery foodstuff which can increase a customer's willingness to purchase by transmitting the light of the LED element arrange | positioned in a candy or a candy. The purpose is to do.

  The invention according to claim 1 is a confectionery food provided with a confectionery body at the tip of a stick-shaped body, and the confectionery body has an LED element built in, and through the confectionery body while changing or dimming the blinking speed of the LED element It is LED confectionery food characterized by making it transmit light.

  The invention according to claim 2 is the LED-equipped confectionery food according to claim 1, wherein a lighting circuit for blinking or dimming the LED element is disposed at the base end of the rod-shaped body.

  The invention according to claim 3 is characterized in that a plate-like grip portion is provided on the base end side of the rod-shaped body, and a message seal can be attached to the front and back surfaces of the grip portion. 2. The LED-equipped confectionery food according to 2.

  In the invention according to claim 4, the rod-shaped body can be separated into two and can be combined, confectionery food is disposed on one rod-shaped body, and an LED element and a lighting circuit are disposed on the other rod-shaped body. It is LED confectionery foodstuff of any one of Claims 1-3 characterized by the above-mentioned.

  The invention according to claim 5 is characterized in that a soft and transparent confectionery material is interposed between the confectionery main body and the rod-shaped body, and the LED mounting according to any one of claims 1 to 4 It is a confectionery food.

  According to the first aspect of the present invention, the LED element is built in the candy main body, and the light is transmitted through the basket. In the present invention, when the light is transmitted, a visual interest can be brought about by changing the blinking speed of the LED element or adjusting the light intensity depending on the color of the eyelid and the lighting condition of the LED element.

  In addition, by incorporating LED elements of the three primary colors of red, green, and blue in the candy body, it can be lit in all colors by a single color or a combination of these, and increasing the customer's willingness to purchase when arranged in the store. Cheap.

  According to the second aspect of the present invention, the LED element is built in the candy main body, and the lighting circuit for lighting the LED element is arranged in the grip portion, so that the lighting circuit is not provided in the candy main body. Therefore, it has the effect that the said LED element can be arrange | positioned, without forming a candy main body largely.

  According to the third aspect of the present invention, a plate-like gripping portion is provided on the base end side of the rod-like body, and a message sticker can be attached to the front and back surfaces of the gripping portion. Can be used as a bag for

  According to the fourth aspect of the present invention, since the LED element is built in the bag or candy, there is a possibility that the LED element is bitten when eating. Therefore, the rod-shaped body is separated into two, for example, a combined structure when displayed at the storefront, and a structure that separates the first rod-shaped body on the candy side and the second rod-shaped body on the LED element side when eating. . The candy can be eaten while holding the first rod-shaped body, and the LED elements and the like disposed on the second rod-shaped body are discarded or recycled, so that the LED elements are not bitten.

  According to the invention described in claim 5, since the LED element is built in the bag or the candy, there is a possibility that the LED element in the candy is accidentally bitten. Therefore, a soft confectionery material or the like is interposed between the candy or the candy and the rod-shaped body. This soft confectionery material has a role of easily separating the candy from the rod-shaped body on which the LED elements are disposed, and has an effect of easily eating the candy and does not bite the LED elements.

It is explanatory drawing which showed the whole structure of the LED mounting candy in Example 1. FIG. It is the circuit diagram which showed the lighting circuit structure of the LED mounting candy in Example 1. FIG. It is explanatory drawing which showed an example of the lighting state of the LED element of the LED mounting goods in Examples 1-2. It is explanatory drawing which showed the lighting state in various modes of LED candy. It is explanatory drawing which showed the state which interposed the soft and transparent confectionery material between the rod-shaped body front-end | tip and a candy main body. It is explanatory drawing which showed the LED mounting candy which stuck the message sticker. It is explanatory drawing which showed the state which isolate | separated the rod-shaped body into two. It is explanatory drawing which showed the state which incorporated the LED element in cotton candy.

  Below, the LED loading confectionery food in this embodiment is demonstrated in detail.

  The LED-equipped confectionery food in the present embodiment is a confectionery food provided with a confectionery body at the tip of a stick-shaped body, and an LED element is incorporated in the confectionery body.

  More specifically, the LED-equipped confectionery food includes a rod-shaped body that supports the confectionery body at the tip, an LED element that is the distal end of the rod-shaped body and built in the candy body, and a grip portion provided at the base end of the rod-shaped body; And a light emitting part provided in the holding part.

  The confectionery body is, for example, a candy, a candy, a cotton candy, or the like. Strawberries and candy are solid confectionery foods made by simmering sugar and syrup. Cotton confectionery is a confectionery food in which coarse sugar is melted and formed into a thread shape by centrifugal force and wound at the tip of a rod-shaped body.

  An LED-mounted caddy in which a candy or a candy is mounted on the tip of a rod-shaped body transmits light on the outer peripheral surface of the candy main body by irradiating light from an LED element built in the candy main body. The reason why the candy main body is translucent is that the sugar or the like, which is the raw material of the candy main body, is boiled down so that the sugar or the like melts and changes to a translucent one.

  And by increasing the light amount of the LED element, the light transmission amount (illuminance) can be increased, and the light transmission amount (illuminance) can also be increased by reducing the thickness of the candy body. In addition, by coloring the candy main body, the coloring and the light of the LED element can be mixed to transmit light of another light.

  The candy and the candy main body are colored with fruit juice or coloring agents. The fruit juice can be colored to preserve the taste of the fruit juice. In addition, coloring agents and the like can give the candy body a color by adding sugar or the like.

  The rod-shaped body is formed of, for example, a cylindrical member, supports the confectionery food on the tip side, and allows a part of the LED element and the lighting circuit to be disposed in the member. A base end side of the rod-shaped body is used as a gripping portion, and a lighting circuit and a driving power source (battery or the like) can be disposed inside the gripping portion.

  The gripping portion may have the same form as the rod-shaped body, or a rectangular parallelepiped may be disposed at the base end portion of the rod-shaped body so that it can be picked by the index finger and the thumb. You may stick a message seal on the front and back of the holding part which has a rectangular parallelepiped.

  The LED element is composed of three LED elements of red, green, and blue. Each LED element can be lit by a lighting circuit.

  An LED (Light Emitting Diode) element is mounted on the light emitting unit. Red, green, and blue LED elements are mounted on the light emitting section, respectively. The light emitting unit includes a lighting circuit that emits light from each LED element and a power source (battery or the like) that drives the lighting circuit.

  The lighting circuit can give variations in light by using a circuit in which LEDs of three colors are mixed individually or simultaneously. In order to provide such light variations, it is preferable to provide a lighting circuit for each of the three color LED elements.

  That is, the lighting circuit can turn on each of the red, green, and blue LEDs in a single color or can be turned on by combining two or more LEDs. Moreover, the color different from each LED can be lighted by the combination of each LED.

  For example, if a red LED and a green LED are turned on at the same time, they can be turned on yellow by these light adjustments. In addition, a dark color tone can be obtained by increasing the illuminance of lighting, and a light color tone can be obtained by reducing the illuminance of lighting.

  The elements used in the lighting circuit constitute a blinking circuit, etc. Therefore, in addition to the usual resistors and capacitors, using an IC with a transistor on one chip saves space and reduces the circuit weight. Rich.

  In addition, it is preferable to use a lighting circuit having a function of changing the blinking speed of the LED so that the LED can be dimmed. In order to make such a blinking function and dimming function work, it is preferable to use a lighting IC which is an element in which a transistor, a capacitor, and a resistor are arranged on a substrate, or an integrated circuit of these. .

  If the lighting IC uses, for example, a PIC (Peripheral Interface Controller), fewer circuit elements are required. The PIC is called a small one-chip microcomputer. The PIC is an IC that can handle battery driving (3.3 to 5 V driving). The PIC contains a CPU, memory (RAM, ROM), I / O, and the like on one chip. This facilitates the configuration of the lighting circuit, reduces the number of parts, and reduces the cost.

The PIC, which is a lighting IC, has a program built in a ROM or the like, and the program controls how each LED is lit.
For example, the program can turn on each LED individually (individual lighting mode), turn on two or more LED elements simultaneously (multiple lighting mode), or change the blinking speed of LED elements (flashing speed change mode). Each LED is dimmable (dimming mode) and can be controlled.

And the LED confectionery foodstuff in this embodiment can make the shape of a candy main body into shapes, such as a sphere, a rectangular parallelepiped, a heart-shaped cube, a character, for example. The candy main body can be changed into various shapes because it is easy to mold.
Also, the color of the candy main body can be changed from colorless to various colors by adding fruit juice, coloring agents and the like.
Hereinafter, specific examples of LED confectionery food will be described.

[Structure of LED-mounted candy having a heart shape]
The LED-mounted candy 10 having a heart shape in the present embodiment will be described in detail with reference to FIGS.
Fig.1 (a) is a perspective view which shows the whole structure of the LED mounting candy 10 which has a heart shape, FIG.1 (b) is the front view.

  As shown in FIGS. 1A and 1B, an LED-equipped candy 10 according to the present embodiment has a candy main body 11 built in the tip of a rod-shaped body 12, and the candy main body 11 has three full-color LED elements. 18, and a light emitting unit 13 is disposed at the base in the candy main body 11.

  In this embodiment, the candy main body 11 is formed in a heart shape. The candy main body 11 is colored red by simmering sugar or syrup with added strawberry juice or the like. And the candy main body 11 is transparent or translucent, and has translucency.

  As shown in FIGS. 1A and 1B, the rod-shaped body 12 supports the ridges, and is formed of, for example, a plastic resin that is a transparent resin material. The rod-shaped body 12 has a cylindrical shape, and its tip is rounded. This prevents injuries when eating crabs. In addition, a grip portion 14 is provided on the outer peripheral portion on the proximal end side of the rod-shaped body 12. Inside the base end side of the rod-shaped body 12, a light emitting unit 13 including a lighting circuit K and the like is disposed.

  The light emitting unit 13 is provided with a substrate B (not shown) of a lighting circuit K that lights each full-color LED element 18. Further, a battery or the like for driving the lighting circuit K can be provided (not shown). As the battery, for example, a button type battery (silver oxide battery or the like) is used. Further, as shown in FIGS. 1A and 1B, a lighting switch 16 is disposed on the outer peripheral surface of the grip portion 14. The lighting circuit K will be described in detail later.

  And as shown in FIG.1 (b), the front end side of the rod-shaped body 12 is arrange | positioned in the candy main body 11, and the full color LED element 18 is arrange | positioned at the rod-shaped tip. The full-color LED element 18 is formed by sealing three LEDs (pn junctions) of red, green, and blue in one package. That is, the full-color LED element 18 is, for example, a dome-shaped LED element, that is, an upper bulb portion is formed by sealing each PN junction portion with a hemispherical transparent material, and a lower electrode portion is a lead type. Can be used.

  The dome-shaped full color LED element 18 is not limited to the surface mount type LED element. Alternatively, three individual LED elements of red, green, and blue may be provided instead of the full color LED element.

[Circuit configuration of lighting circuit]
Next, the circuit configuration of the lighting circuit K will be described in detail with reference to FIG. FIG. 2 is a circuit diagram of the lighting circuit K provided in the LED-equipped candy 10 of the rod-like body 12.
The lighting circuit K becomes a disposable product after the LED-equipped candy 10 eats the candy main body 11, and needs to be configured with fewer circuit elements for cost reduction.

  As illustrated in FIG. 2, the lighting circuit K includes a power source E, a PIC 24, a resistor R and a capacitor C that generate a clock signal and supply the clock signal to the PIC 24. That is, the lighting circuit K is obtained by mounting a resistor, a capacitor, or a lighting IC for the full color LED element 18 on a printed circuit board, and connecting the lighting switch 16 and the power source E externally thereto.

  In FIG. 2, E is a power source, 19 is an RC oscillation circuit, 13 is a resistor for adjusting current to each full-color LED element 18, and 24 is a PIC 24. C2 and C3 are capacitors for lowering the impedance of the power source E.

  In this embodiment, switching to each lighting mode is performed by program control. That is, a program for switching the lighting mode of the full-color LED element 18 over time is written in the PIC 24. For example, when the lighting switch 16 is turned on, the program instructs to output a signal for lighting the red LED, the green LED, and the blue LED.

  As shown in FIG. 2, the PIC 24 includes, for example, eight I / O pins. Of these, the first and second pins are for power supply and GND, the third pin is for clock signal input, and the fourth, sixth, and eighth pins are ports for output to the three full-color LED elements 18. is there. The fifth pin and the seventh pin are not connected (connected to the GND terminal).

  Further, the lighting circuit K is provided in parallel for each of the three full-color LED elements 18 of red, green, and blue, so that each full-color LED element 18 can be lit in a single color or can be lit in combination. Different colors can be turned on by combining a single color. For example, if red and green are simultaneously lit and dimmed, they can be lit in yellow.

  An oscillation circuit (external RC oscillation mode circuit) composed of a resistor and a capacitor is externally connected to the PIC 24, and the clock signal generated by the oscillation circuit is supplied to the input pin of the PIC 24 so that the PIC 24 can be driven. Yes.

  In the present embodiment, the lighting IC emits an output signal so that each full-color LED element 18 is lit while changing to a single color lighting mode, a blinking change mode, and a dimming mode under program control.

  Normally, the full color LED element 18 can be turned on in the single color lighting mode by changing the output signal from the I / O pin of the PIC 24 from Low (off) to Hi (on).

  In the blinking speed change mode, the lighting cycle of the full-color LED element 18 is changed by changing the on and off periods. The blinking speed of the full color LED element 18 can be increased or decreased.

  For example, as shown in FIG. 3 (a), first, the flashing speed is slowed by increasing the lighting time and the light-off time, and then the flashing speed is increased by shortening the lighting time and the light-off time. The flashing speed is increased by increasing the lighting time and the lighting time.

  In the dimming mode, the apparent brightness is variable by changing the ON / OFF ratio in one pulse period by the PWM method. Further, the dimming can be controlled so as to be moderately dimmed or rapidly dimmed by a program.

  For example, as shown in FIG. 3B, first, the lighting time is shortened compared to the extinguishing time to make it darker, then the lighting time is lengthened to make it brighter, and then the lighting time is shortened. Make it dark. Further, the time until the lighting is changed from a dark state to a bright state (or vice versa) can be made earlier or later.

  In this embodiment, when the lighting switch is turned on and operated, the red LED, the green LED, and the blue LED are lit in a single color (single color mode), and each full color LED element 18 blinks with the passage of time, and further with the passage of time. The blinking speed is increased (flashing mode), and the illumination intensity of each full-color LED element 18 is increased or decreased with time (dimming mode).

  Instead of the full color LED element 18, a self-flashing LED element may be used. The self-flashing LED element is an LED element that incorporates a dedicated IC, and repeats lighting on / off at a constant cycle by supplying a predetermined signal.

[Lighting method of LED element of LED-mounted candy]
Fig.4 (a) is explanatory drawing explaining the state which red LED lighted by the light control mode within the LED mounting candy.

  When the LED-equipped candy 10 configured as described above is used, first, when the lighting switch 16 is turned on, the red LED changes from the lowest luminance to the highest luminance as shown in FIG. Light. Since the candy main body 11 is colored red, the red color is more emphasized. Thereafter, the red LED lights up while changing from the highest luminance to the lowest luminance. The dimming mode is a lighting mode as shown in FIG.

  That is, when the lighting illuminance is dark, the colored red color of the candy main body 11 is strongly emitted, and when the red LED is lit, the lighting color of the red LED is strongly emitted, and these strengths are repeated for a long time. Can bring about visual changes.

FIG. 4B is an explanatory diagram illustrating a state in which the red LED is lit in the blinking mode in the LED-mounted candy.
As shown in FIG. 4B, when a little time elapses, the blinking mode alternately repeats the case where the red LED is lit at the maximum luminance and the case where the red LED is lit at the minimum luminance in a short time. Thereby, a visual change can be brought about by the intensity of light.

  Further, as time elapses, the blinking speed increases or decreases according to the blinking mode shown in FIG. Such a change in blinking speed can bring about a visual change. That is, visual change can be brought about by the blinking of the full-color LED element 18 in the candy main body 11 becoming faster or slower.

FIG.4 (c) is explanatory drawing explaining the state which each LED element turned on by blink mode in the LED mounting candy.
Further, as time passes, as shown in FIG. 4C, the red LED is turned off and turned on, the blue LED is turned off and turned on, and the green LED is turned off and turned on repeatedly. Thereby, a visual change can be brought about by the change of a color. At this time, it is lit while changing the blinking speed.

FIG.4 (d) is explanatory drawing explaining the state which each LED element lighted by normal lighting mode within the LED mounting candy.
Furthermore, when time passes, as shown in FIG.4 (d), it repeats lighting for every LED element to red, blue, and green by a normal lighting mode.

FIG.4 (d) is explanatory drawing explaining the state which each LED element lighted by normal lighting mode within the LED mounting candy.
Further, as time passes, as shown in FIG. 4 (e), a dimming mode based on a combination of two LED elements, for example, the blue LED is lit at the lowest luminance with the red LED lit at the highest luminance. Thereafter, the luminance of the blue LED is increased while decreasing the luminance of the red LED, and then the blue LED is lit at the highest luminance while the red LED is lit at the lowest luminance.
Such a lighting method is performed for a combination of red and blue and a combination of green and red.

  Thereby, in the candy main body 11 which has red, the light of LED lit in red and the light of blue LED lit in blue are mixed and have different colors. Also by this, it is possible to bring about a visual change by changing to a different hue from the conventional candy and changing the further hue.

  The LED-equipped candy 10 manufactured in this way is displayed on the shelf in a substantially upright state on the shelf, and the full-color LED element 18 is turned on, so that the candy is visually interesting and willing to purchase. Can be shown to customers.

  Finally, by turning off the lighting switch 16 of the LED-mounted candy 10, all the full-color LED elements 18 are turned off.

  As described above, the LED-equipped candy 10 according to the first embodiment functions as a candy that is visually interesting due to a change in color of each full-color LED element 18 and a change in light over time. Thereby, purchase willingness can be increased.

  The LED-mounted candy 10 according to the first embodiment can eat the candy main body as usual. The rod-shaped body 12, the LED element, etc. after eating the candy main body 11 can be recycled for each part.

  Further, as shown in FIG. 5, a soft and transparent confectionery food such as a jelly-shaped syrup, gummy candy, soft candy, etc., between the tip of the rod-like body 12 and the candy body 11 so that the candy body 11 can be easily eaten. By interposing, the candy main body 11 can be easily separated from the tip of the rod-shaped body 12. Thereby, it becomes easy to eat the candy main body 11, and there is less possibility that the full-color LED element 18 is bitten by mistake.

  Furthermore, as shown in FIG. 6, the grip 14 at the base end of the rod-shaped body 12 is a rectangular parallelepiped, and a message seal 15 can be attached to the front and back surfaces of the rectangular parallelepiped. On the message seal 15, an advertisement or the like on which a thank-you gift or a store name is written can be printed.

  By printing such advertisements and thank-you texts on the message sticker 15, the LED-equipped candy can be used as a promotional item or a gift.

  Further, in this embodiment, since the LED element is built in the candy main body 11, there is a possibility that the LED element 18 is bitten when an infant or the like eats. Therefore, in this embodiment, the rod-shaped body is separated into two, and the confectionery food is disposed on one side, and the LED element 18 and the lighting circuit K are disposed on the other side.

  Specifically, as shown in FIG. 7, a first rod-like body 12a and a second rod-like body 12b are used, and the second rod-like body 12b has the same structure as the rod-like body 12 described above, and a lighting circuit is provided on the rod-like body. It is set as the structure provided with K. The 1st rod-shaped body 12a is made into the substantially cylindrical shape by which the lower end part was open | released, and is made from transparent plastic trees.

  Further, the first rod-shaped body 12a and the second rod-shaped body 12b can be combined. For example, a female screw 20a is formed on the inner peripheral portion on the lower end side of the first rod-shaped body 12a, and a male screw 20b is also formed on the outer peripheral portion of the second rod-shaped body 12b, so that they can be combined by a screw type.

  Thus, in the state displayed at the shop front, it is set as a combined structure, and when eating, the 1st rod-shaped body 12a and the 2nd rod-shaped body 12b are isolate | separated. And it eats, grasping | ascertains the lower end side of the isolate | separated 1st rod-shaped body 12a, and the 2nd rod-shaped body 12b can be made into a discarded or recycled product. Thereby, there is no possibility that the LED element 18 disposed on the second rod-shaped body 12b is bitten.

[LED cotton candy]
In a present Example, it applies to cotton candy instead of the said candy main body.
FIG. 8 is an explanatory view showing a state in which the LED elements are arranged in the cotton candy.
Cotton candy is made by melting coarse sugar and threading it by centrifugal force with a stick. Then, the thread-like material is collected and wound around the tip of the rod-like body 12 in a cloud shape. In the present embodiment, the full-color LED element 18 is built in the cloud-like cotton candy, so that it is visually interesting.

  Cotton candy manufacturing equipment puts red or white sugar (coarse sugar) into a heated kettle, and melts the sugar out of a small hole provided in the kettle that rotates at high speed, and spouts it into a thread shape. The cotton candy can be manufactured by appropriately winding the roll around a thin stick.

  In this embodiment, as shown in FIG. 8, the cotton candy manufactured by the cotton candy manufacturing apparatus is appropriately wound up with a rod-like body 12 having an LED element disposed at the tip instead of the thin rod, and LED-equipped cotton. The confectionery 30 is configured. Other full-color LED elements 18 and lighting circuits K are the same as those in the first embodiment. Moreover, in a present Example, the LED mounting cotton candy 30 can be manufactured by using a normal cotton candy manufacturing apparatus.

  Thus, by incorporating the full-color LED element 18 in the manufactured cotton candy, the cotton candy is formed like a cloud, so that the light of the full-color LED element 18 is transmitted from the cloud-shaped cotton candy. By doing so, you can give the image of the sun shining out of the clouds seen in the natural phenomenon.

  Coarse sugar, which is a material for cotton candy, has a red or blue color other than white. By using this red coarse sugar, it is possible to form a red cotton candy. By collaborating with the light of the full-color LED element 18, different colors are generated, so that it is visually interesting. Become.

  In addition, the cotton candy is visually interesting by changing the blinking speed of the LED element or adjusting the light intensity.

  Further, as shown in FIG. 8, the LED-equipped cotton candy 30 is sold by packaging a thread-shaped cotton candy around the end of the rod-like body 12 in a transparent vinyl resin bag 31. The resin bag 31 is colored red or yellow. By changing and dimming the blinking speed of the full color LED element 18 from the inside of the cotton candy and the inside of the cotton candy, it can be made different from the usual packaging form of cotton candy.

  As described above, some of the embodiments of the present invention have been described in detail with reference to the drawings. However, these are merely examples, and various embodiments can be made based on the knowledge of those skilled in the art including the aspects described in the section of the disclosure of the invention. The present invention can be implemented in other forms that have been modified or improved.

E power supply K lighting circuit 10 confectionery food with LED 11 candy main body 12 stick-shaped body 13 light emitting part 15 message sticker 18 full color LED element

Claims (5)

A confectionery food having a confectionery body at the end of a rod-shaped body,
An LED-equipped confectionery food characterized in that an LED element is built in the confectionery body, and light is transmitted through the confectionery body while changing or dimming the blinking speed of the LED element.   The LED-equipped confectionery food according to claim 1, wherein a lighting circuit for blinking or dimming the LED element is disposed at a base end portion of the rod-shaped body.   3. The LED-equipped confectionery food according to claim 1, wherein a plate-shaped grip portion is provided on the base end side of the rod-shaped body, and a message seal can be attached to the front and back surfaces of the grip portion.   The rod-shaped body can be separated into two and can be combined, confectionery food is disposed on one rod-shaped body, and an LED element and a lighting circuit are disposed on the other rod-shaped body. The LED-equipped confectionery food according to claim 3.   The LED-mounted confectionery food product according to any one of claims 1 to 4, wherein a soft and transparent confectionery material is interposed between the confectionery main body and the rod-shaped body.

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