JP4924957B2 - Electronic candle - Google Patents

Description

The present invention relates to an electronic candle used at a Buddhist altar.

  Traditionally, candles were used as lamps for Buddhist altars, but there was a risk of fire and burns. For this reason, an electric candle that uses a battery as a power source to light a small light bulb has been proposed, but in order to light a small light bulb for a long period of time, it is necessary to use at least AA batteries. Since the battery is accommodated, the overall size inevitably increases. When such an electric candle is used as a light for a small household Buddhist altar, it is inevitably dissipated due to size discomfort and space restrictions, and there is a risk of fire and burns. Nonetheless, it was common to use a general small-diameter candle (φ6-8 mm) standing on a candlestick and igniting. Recently, various electronic candles using LEDs that are smaller and can be handled easily have been proposed.

  The “Shinki Buddhist luminaire” disclosed in Japanese Utility Model Publication No. 63-19369 (Patent Document 1) is formed by separately forming a lamp simulating a candle and a base simulating a candlestick. A low-voltage micro light bulb or LED lamp was used, and a battery was built in the base, and the lamp was erected in a standing position with respect to the base, whereby the light emitter of the lamp was configured to energize the base battery. As a result, the lamp is turned on to provide a lamp to the Buddhist altar as if the candle was placed on a candlestick.

  “Electronic candle” disclosed in Japanese Patent Application Laid-Open No. 2002-170410 (Patent Document 2) is a flame shape in which a hollow candle body is provided in a standing state on a candlestick and is formed of a translucent material at the upper end of the candle body. A case is provided, and a light emitter is provided in the flame case, and the light emitter is turned on / off by turning on / off the switch mechanism using a dry battery as a power source. The dry battery and the switch mechanism were provided in a candlestick, and a lead wire for connecting the switch mechanism and the light emitter was disposed in the hollow portion of the candle body. As a result, the size of the candle body may be small enough to allow the lead wire to be placed in the hollow portion thereof, so that it can be formed with a smaller diameter and shorter than those in which a dry battery is placed in the candle body as in the conventional example, and the entire electronic candle can be formed. It can be formed small.

  In the “electronic candle” disclosed in Japanese Patent No. 4210617 (Patent Document 3), a candle body and the candlestick form a vertically connected vacant chamber portion, and a dry battery extends across the candle body and the candlestick in the vacant chamber portion. The switch mechanism is configured so that the switch mechanism can be switched on and off by pressing the flame case, and is provided at an upper part of the upper and lower connected vacant chambers. The lower end has an outer hook-like locking projection, and the locking projection is locked to a stepped portion formed on the inner surface of the candlestick so as to prevent the candle body from coming out of the candlestick. The candlestick has a bottom lid that can be freely opened and closed at the lower end, and in the closed state of the bottom lid, the dry battery can be stored and held in the upper and lower connected vacant chambers, and in the open state of the bottom lid. Battery can be taken in and out And the bottom cover is elastically formed on the other of the pair of opposed holes, and a locking projection piece that can be locked in one of the pair of opposed holes provided at the lower end of the candlestick. It has a lockable bullet locking part. As a result, the dry batteries can be accommodated across the candle body and the candlestick, so that a dry battery of a size larger by one rank can be accommodated with the same external dimensions as before, and lighting and compactness can be achieved for a long time. Further, since the switch mechanism is provided above the upper and lower connected vacant chambers, that is, directly below the flame case, the distance is short and the pressing force is easily transmitted, so that the light emitter can be turned on / off reliably.

  "Electronic candle" disclosed in Utility Model Registration No. 3136358 (Patent Document 4) is a small light emitting body with little heat generation and no broken bulb, and a small and thin button battery is housed in the bottom of the candlestick. In addition, a bottom lid was provided at the bottom of the candlestick, and lighting was turned on / off by pressing the flame case. This facilitates downsizing of the main body, battery replacement, and maintenance by using a button battery in particular.

  Japanese Utility Model Publication No. 63-19369   JP 2002-170410 A   Japanese Patent No. 4210617   Utility Model Registration No. 3136358

  A major feature of the “light Buddhist luminaire” of Patent Document 1 is that a candle and a base (candlestick) are formed separately. However, the base (candle stand) part can be always united, but the place where the separate fixture (candle) is stored may be forgotten, especially for elderly people. .

  Since the "electronic candle" of Patent Document 2 includes a dry battery and a switch mechanism in a candlestick, and a lead wire for connecting the switch mechanism and the light emitter is disposed in the hollow portion of the candle body, Compared with the case where a dry battery is arranged in the candle body as in the example, it can be formed with a small diameter and short, and the entire electronic candle can be formed in a small size. However, since the batteries provided in the candlestick are arranged sideways, the diameter of the portion of the candlestick that accommodates the battery becomes thick according to the length of the battery to be used, and the balance with respect to the height is lost. Occurs. In particular, when it is provided on a small Buddhist altar, the placement space for other offerings will be affected due to the small placement space. For example, since the length of a AAA battery that can be obtained very easily is 44.5 mm, the diameter of the candlestick becomes unnecessarily thick, the shape balance is lost, and the mounting space is unnecessarily large. Inconvenience occurs. Moreover, in order to eliminate this inconvenience, when using a 30.2 mm long AAA battery, the shape balance and the mounting space are within the usable range, but since the battery capacity is small, the lighting time is correspondingly shortened. Inconvenience will occur. In addition, it is difficult to obtain a lot even if it is not in stores because of low demand. In addition, there is no inconvenience in shape balance and placement space even if the lithium battery CR123A for cameras with a short length and button-type batteries are stacked in series, but the batteries for daily use are not in stores like AA batteries. It is not realistic because there are many and high prices. The light emitter and the switch mechanism are connected using a lead wire, and the switch mechanism is turned on / off by pushing down the candle body. The lead wire is flexible to interlock with the up / down movement of the switch mechanism, and the length is set with some play. However, since the lead wire also moves up and down as the switch mechanism is repeatedly turned on and off every day, the lead wire and the soldered part that connects the light emitter and the lead wire as well as the lead wire and board connection part The possibility of disconnection and disconnection is extremely high.

  The "electronic candle" of Patent Document 3 forms a vertically connected vacant chamber portion with a candle body and the above-mentioned candlestick, and stores a dry battery over the above-mentioned candle body and the above-mentioned candlestick in the vacant space portion, and has the same external appearance as before. It can store dry batteries that are one rank larger in size, enabling long-time lighting and compactness. In addition, referring to the drawings as to what the size of the dry battery is one rank larger, it is easily assumed that the batteries are AA batteries (diameter 14.5 mm) and AAA batteries (diameter 10.5 mm). These batteries are most suitable as readily available batteries. It is most desirable to use an AAA battery having a diameter of 10.5 mm in order to make the AA battery and the AAA battery more compact compared to each other. However, if the diameter of the AAA battery is 10.5 mm, the molding thickness of the candle body is 1 mm, and the lead wire is 1 mm, the diameter of the candle body is 13.5 mm. A so-called general small-sized candle has a diameter of 6 to 8 mm, and a candle having a diameter of 13.5 mm has a thickness of the upper stage. Therefore, even if the AAA battery is used, it is a very compact candle. Is hard to say.

  The “electronic candle” of Patent Document 4 uses a button battery to facilitate downsizing of the main body and battery replacement and maintenance. Although downsizing can be realized with certainty, the button battery has a smaller capacity than the AAA battery, so that it is not suitable for lighting for a long time and the battery life is short.

  Therefore, the present invention eliminates the above-described problems, uses a battery that is easily available, is a compact size suitable for serving on a small Buddhist altar, and is highly durable and free from disconnection due to fatigue and aging of internal wiring. An object is to provide an excellent electronic candle.

According to the present invention, there is provided a battery storage portion having a battery lid on the bottom surface and storing a cylindrical battery in the vertical direction, a light emitting body extending from the top surface of the battery storage portion and having a light emitter at the tip. A light-emitting unit comprising: a light-emitting body support rod provided; a control board provided with a switch and a light-emission control circuit provided on the outside of the battery housing portion so as to be able to be pushed down from above ;
The light emitting unit is fitted and fitted from the tip of the light emitting unit, and has a cylindrical shape with a lower end opened and a flange portion and a stopper portion, and a flame portion made of a translucent material at the upper end. The candle portion is formed with a lower portion of the candle portion as a large diameter portion and an upper portion as a small diameter portion corresponding to the thickness (diameter) of the battery housing portion of the light emitting unit and the light emitter support rod. A candle-shaped cover formed with a step at the boundary between the large diameter portion and the small diameter portion,
The light emitting unit, the battery storage unit, the control board, and a cylindrical shape that covers the stepped portion of the candle-shaped cover so as to protrude from the upper end, the upper end and the lower end are opened through , and the large-diameter portion of the candle-shaped cover is Outer cover with a stenosis that can be inserted in the middle in the vertical direction
And consist of
The light emitting unit and the candle-shaped cover are formed by fitting a coiled spring between the periphery of the battery housing of the light-emitting unit and the step on the inner peripheral surface inside the flange of the candle-shaped cover. The switch provided on the control board of the light emitting unit so as to be elastically slidable and slidable is pushed down on the bottom surface of the flange portion provided at the lower end of the candle cover. Made possible
The candle-shaped cover and the outer cover have a narrowed portion provided in the middle of the outer cover and a large-diameter portion of the candle-shaped cover having substantially the same diameter, and a large-diameter portion of the candle-shaped cover. And the narrowed portion are loosely fitted with a gap that can slide up and down, and the stopper portion of the candle-shaped cover comes into contact with the lower end of the narrowed portion of the outer cover to prevent the candle-shaped cover from being pulled upward. It is solved by preventing it .

According to the present invention, a battery housing portion having a battery lid on the bottom surface and housing a cylindrical battery in the vertical direction, and a light emitting body that extends upward from the top surface of the battery housing portion and has a light emitting body at the tip. A light emitting unit comprising a support rod, and a control board provided with a switch and a light emission control circuit provided on the outside of the battery housing portion so as to be able to be pushed down from above ;
The light emitting unit is fitted and fitted from the tip of the light emitting unit, and has a cylindrical shape with a lower end opened and a flange portion and a stopper portion, and a flame portion made of a translucent material at the upper end. The candle portion is formed with a lower portion of the candle portion as a large diameter portion and an upper portion as a small diameter portion corresponding to the thickness (diameter) of the battery housing portion of the light emitting unit and the light emitter support rod. A candle-shaped cover formed with a step at the boundary between the large diameter portion and the small diameter portion,
The light emitting unit, the battery storage unit, the control board, and a cylindrical shape that covers the stepped portion of the candle-shaped cover so as to protrude from the upper end, the upper end and the lower end are opened through , and the large-diameter portion of the candle-shaped cover is Outer cover with a stenosis that can be inserted in the middle in the vertical direction
And consist of
The light emitting unit and the candle-shaped cover are formed by fitting a coiled spring between the periphery of the battery housing of the light-emitting unit and the step on the inner peripheral surface inside the flange of the candle-shaped cover. The switch provided on the control board of the light emitting unit so as to be elastically slidable and slidable is pushed down on the bottom surface of the flange portion provided at the lower end of the candle cover. Made possible
The candle-shaped cover and the outer cover have a narrowed portion provided in the middle of the outer cover and a large-diameter portion of the candle-shaped cover having substantially the same diameter, and a large-diameter portion of the candle-shaped cover. And the narrowed portion are loosely fitted with a gap that can slide up and down, and the stopper portion of the candle-shaped cover comes into contact with the lower end of the narrowed portion of the outer cover to prevent the candle-shaped cover from being pulled upward. Since it is configured as an electronic candle, it is a compact size suitable for serving on a small Buddhist altar using an easily available battery, high durability without disconnection due to fatigue and aging of internal wiring, and excellent usability It was possible to provide an electronic candle.

It is an external view of the electronic candle of this invention. It is the sectional view on the AA line in FIG. It is a left view of a light emission unit. It is a left view of a candle-shaped cover. It is a figure which shows the state which fitted the candle-shaped cover in the light emission unit. It is the BB sectional view taken on the line of FIG. It is a figure which shows an assembly state. It is a block diagram of the circuit of a light emission unit. It is a block diagram of a 3rd example. It is a block diagram of a 4th example. It is a block diagram of a 4th example.

BEST MODE FOR CARRYING OUT THE INVENTION

A first embodiment of the electronic candle of the present invention will be described in detail with reference to the drawings.
1A and 1B are external views of an electronic candle according to a first embodiment of the present invention, where FIG. 1A is a front view and FIG. 1B is a bottom view. FIG. 2 is a cross-sectional view taken along the line AA in FIG. As shown in FIGS. 1 and 2, the electronic candle main body (1) includes a light emitting unit (2), a candle-like cover (3), and an outer cover (4).

  FIG. 3 is a left side view of the light emitting unit (2). The light emitting unit (2) is formed of a resin material such as ABS resin, and has a battery cover (2e) detachably attached to the bottom surface, and the cylindrical battery (5) in the vertical direction. A battery housing part (2a) to be housed, and a light emitting device that extends upward from the upper surface of the battery housing part (2) and has a light emitter (2c) at the tip that is narrower than the diameter of the battery housing part (2) A body support rod (2b) is provided, and a control board (2d) having a switch (2d-1) and a light emission control circuit (2d-2) is provided outside the battery housing part (2a). In addition, the space between the cylindrical battery (5), the battery housing (2a), the battery lid (2e), the light emitter (2c), and the control board (2d) is as shown in FIG. The lead frame (2c-1) and the conductive plate (2g), which are the electrodes of), are used for electrical connection, so there is no disconnection compared to the vinyl-coated lead wire, and the electrical connection is stable over a long period of time. It is possible to maintain durability.

  The illuminant (2c) is a low current consumption bullet-type LED that can be lit for a long time, and uses yellow or orange, which is an approximate color of an actual candle flame. The cylindrical battery (5) is the most easily available and has a sufficient capacity to light the light emitter (2c) for a long time, and is suitable for downsizing the electronic candle body (1). One 4 battery is used. In addition, since the cylindrical battery (5) is stored in the battery storage section (2a) in the vertical direction, the diameter around the light emitting unit (2) is unnecessarily increased as in the case of storing the battery horizontally. It contributes to making the electronic candle main body (1) compact. The control board (2d) includes a switch (2d-1) and a light emission control circuit (2d-2) in the upper part. The switch (2d-1) is provided with a push button for turning on / off on the upper part of the control board (2d) so that it can be pushed down from above, and the light emission control circuit (2d-2) is a cylindrical type that is a power source. In order to control the voltage of the battery (5) to light the light emitter (2c) stably for a long time, control is performed so as to supply the most efficient voltage. FIG. 8 is a block diagram of a circuit of the light emitting unit (2). The power supply voltage of the cylindrical battery (5) is input to the light emission control circuit (2d-2) when the switch (2d-1) of the control board (2d) is turned on, and is controlled to a constant, stable and efficient voltage. Then, the light emitter (2) is driven.

  4A is a left side view of the candle-shaped cover 3 and FIG. 4B is a bottom view. As with the light emitting unit (2), a candle portion (3b) formed in white from a resin material such as ABS resin and having a cylindrical shape with an opening at the lower end, and a flame portion (3a) made of a translucent material at the upper end are provided. Configured. Moreover, it has a step part (3b-3) in the middle of the longitudinal direction of this cylindrical candle part (3b). The candle-shaped cover (3) configured as described above is fitted on the light-emitting unit (2) with the light-emitting body (2c) provided at the front end from the lower end opening. When the candle cover (3) is fitted to the light emitting unit (2) as shown in the cross-sectional view of FIG. 2, the battery housing (2a) of the light emitting unit (2) and the light emitter support rod (2b) According to each thickness (diameter), the lower part of the candle part (3b) is formed as a large diameter part (3b-1), and the upper part is formed as a small diameter part (3b-2), and a step is formed at the boundary. A part (3b-3) was formed and provided, and a flange part (3b-5) was provided at the lower end, and a stopper part (3b-4) was provided above it. Thereby, it becomes possible easily to make the narrow diameter part (3b-2) of the upper part of a candle part (3b) into the diameter of 6-8 mm which is the general thickness of a small diameter candle. The candle-like cover (3) serves as an operation unit for turning on / off the switch (2d-1), as will be described later. At that time, the step portion (3b-3) formed at the boundary between the large diameter portion (3b-1) and the small diameter portion (3b-2) can be used as a finger hook, and the electronic candle main body (1 ), It is possible to perform a reliable switch operation without burden. Further, the flame part (3a) is hollow so that the light emitter (2c) is fitted therein, and when the light emitter (2c) is turned on in combination with the light-transmitting material, The light turns around and emits light like a flame. Furthermore, since the flame part (3a) is the tip part of the electronic candle main body (1), it is desirable that the flame part (3a) is made of a material such as a flexible elastomer in consideration of safety to the human body.

  FIG. 5 is a view showing a state in which a candle-like cover (3) is fitted to the light emitting unit (2). The light emitting unit (2) and the candle-like cover (3) are elastically fitted via a spring (2h) provided in the light emitting unit (2). The flange portion (3b-5) provided at the lower end of the candle-shaped cover (3) is in contact with the switch (2d-1) provided on the control board (2d), and the candle-shaped cover (3) is pushed down. Then, the switch (2d-1) is depressed and turned on, and the light emitter (2c) is lit. Further, the light emitter (2c) is turned off by being pushed down again to turn off.

  FIG. 6 is a cross-sectional view taken along the line BB of FIG. 1 and shows only the outer cover (4) in cross section. The outer cover (4) is formed of a resin material such as ABS resin, and surrounds the battery housing (2a) and the control board (2d) of the light emitting unit (2) and the lower periphery of the candle-shaped cover (3). In order to cover it, it was formed in a cylindrical shape that penetrated and opened at the upper and lower ends, and the appearance design was conscious of the candlestick as a light of the Buddhist altar.

  FIG. 7 shows an electronic candle main body (1) in which the outer cover (4) shown in FIG. 6 is fitted to the light emitting unit (2) shown in FIG. It is a figure which shows the state assembled as. The outer cover (4) is fitted so as to cover the upper end of the candle-shaped cover (3). A narrowed portion (4a) is provided in the middle of the outer cover (4), and the large-diameter portion (3b-1) of the candle-shaped cover (3) is loosely fitted so as to be slidable up and down. The overlap in the longitudinal direction of the diameter portion (3b-1) prevents rattling from the left and right due to the pressing operation of the candle-shaped cover (3), and enables reliable switch operation. The candle-like cover (3) is always elastically biased upward by the spring (2h), but the stopper (3b-4) has a stepped portion (4a) of the outer case (4). The candle cover (3) is prevented from coming off upward. Further, a boss (2f) is erected on the light emitting unit (2), and a boss (4b) is also suspended on the outer cover (4) at a position facing the boss (2f). Then, the light emitting unit (2) is fixed to the boss (4b) through the boss (2f) from the bottom surface and assembled as an electronic candle main body (1). In addition, the flange part and stopper figure (3b-4) of the candle-shaped cover (3) were equipped with the notch part (3b-6) for escaping a boss | hub (4b).

  As shown in FIG. 1, the assembled electronic candle main body (1) is an outer cover (4) that covers most of the large-diameter portion (3 b-1) of the candle-shaped cover (3). Therefore, the narrow diameter portion (3b-2) is mainly visually recognized as a candle portion, and in addition to the fact that the electronic candle main body (1) is actually compact, there is an effect of further enhancing the compactness. And since the step part (3b-3) of the candle-like cover (3) is located slightly above the upper end part of the outer cover (4), it does not impair the compact feeling, and it is a finger hook when operating the switch. As a result, improved usability. In addition, the exterior design of the outer cover (4) is easy to create a sense of luxury, dignity and solemnity as an electronic candle for a small Buddhist altar by making the molding color black or applying a metallic finish on the surface. It is possible to present. Furthermore, if the outer appearance design of the outer cover (4) is an outer appearance design that covers the periphery of the light emitting unit (2) and the candle-like cover (3) in a compact manner, the outer appearance design shown in the drawings of the present invention, Without being conscious of the exterior design of the candlestick, it is also possible to find a new direction of the exterior design that goes beyond the territory as a lamp for small Buddhist altars by making it a modern exterior design.

  The electronic candle main body (1) configured as described above is provided in an appropriate space of a small Buddhist altar, and is pushed downward by holding the step (3b-3) of the candle-shaped cover (3) as a finger hook. The switch (2d-1) provided on the control board (2d) is turned on, and the light emitter (2c) is turned on.

  From the above, in the first embodiment, a compact and slim AAA battery that can be easily obtained can be used for a long time with a compact size suitable for serving on a small Buddhist altar. This made it possible to provide an electronic candle that is highly durable and free from disconnection due to aging.

  The outer cover (4) is formed of a resin material such as ABS resin, but may be formed of metal. In that case, the electronic candle main body (1) is compared with the case of being formed of resin. The center of gravity is low, and it is hard to fall down even when touching carelessly when offering incense sticks and offerings in a small Buddhist altar with little space, and it can be placed on the Buddhist altar more stably. It is possible to have a profound and luxurious appearance. In addition, there is no limitation on the specific type of metal. For example, if a precious metal such as gold, silver, or platinum is used, the material can be used for mirror finishing or sand blasting to create a genuine lamp for Buddhist altars. It can give a sense of luxury, profoundness, and solemnity. By using a base metal such as iron, aluminum, or zinc, it can be cast, plated, painted, or post-finished to create a wide variety of luxury feelings. It is possible to easily create a profound feeling and solemnity. Further, if the outer design of the outer cover (4) is an outer design that covers the periphery of the light emitting unit (2) and the candle-shaped cover (3) in a compact manner, the outer design shown in the drawings of the present invention, and the conventional candlestick, in particular, It is possible to find a new direction of appearance design that goes beyond the area as a lamp for small Buddhist altars by making it a modern appearance design without being conscious of the appearance design.

  Further, a timer circuit (2d-3) may be added to the control board (2d) that controls the lighting of the light emitter (2c). FIG. 9 is a block diagram of an operation in which a timer circuit (2d-3) is added to the control board (2d). A known circuit was used as the timer circuit (2d-3). As a result, since the switch (2d-1) provided on the control board (2d) is turned on and turned on, it can be turned off after a certain period of time, thus preventing unnecessary battery consumption due to forgetting to turn off and turning off the switch. It was possible to eliminate the trouble of making. The time until the light is turned off may be set in advance by a timer circuit or may be set on a control board (2d) so that it can be adjusted later. Even if it is 40 minutes according to the burning time, it may be turned off in 10 minutes after the lighting and incense.

  Further, a light emission fluctuation circuit (2d-4) may be additionally provided in the control board (2d) that controls the lighting of the light emitter (2c). FIG. 10 is a block diagram of an operation in which the light emission fluctuation circuit (2d-4) is added to the control board (2d). As the light emission fluctuation circuit (2d-4), a known circuit for generating a random period was used. As a result, after the switch (2d-1) provided on the control board (2d) is turned on and turned on, the supply voltage to the light emitter (2c) is changed in a random cycle, as if the flame is shaking. It can be lit like this, making it possible to bring out a solemn feeling when offered to a small Buddhist altar. FIG. 11 is a block diagram in which a light emission fluctuation circuit (2d-4) and a timer circuit (2d-3) are added to the control board (2d). Thus, it is possible to provide an electronic candle main body (1) that can be turned on as if the flame is shaking and at the same time prevent unnecessary battery consumption due to forgetting to turn it off and eliminate the trouble of turning off the switch. Can do.

DESCRIPTION OF SYMBOLS 1 Electronic candle main body 2 Light emission unit 2a Battery storage part 2b Light emitter support rod 2c Light emitter 2c-1 Lead frame 2d Control board 2d-1 Switch 2d-2 Light emission control circuit 2d-3 Timer circuit 2d-4 Light emission fluctuation circuit 2e Battery Lid 2f Boss 2g Conductive plate 2h Spring 3 Candle-shaped cover 3a Flame part 3b Candle part 3b-1 Large diameter part 3b-2 Small diameter part 3b-3 Step part 3b-4 Stopper part 3b-5 Flange part 3b-6 Notch Part 4 outer cover 4a constricted part 4b boss 5 cylindrical battery

Claims (1)

A battery housing portion having a battery lid on the bottom and storing a cylindrical battery in the vertical direction; a light emitter support rod extending upward from the top surface of the battery housing portion and having a light emitter at the tip; and the battery A light emitting unit comprising a control board provided with a switch and a light emission control circuit that can be pushed down from the top to the outside of the storage unit,
The light emitting unit is fitted and fitted from the tip of the light emitting unit, and has a cylindrical shape with a lower end opened and a flange portion and a stopper portion, and a flame portion made of a translucent material at the upper end. The candle portion is formed with a lower portion of the candle portion as a large diameter portion and an upper portion as a small diameter portion corresponding to the thickness (diameter) of the battery housing portion of the light emitting unit and the light emitter support rod. A candle-shaped cover formed with a step at the boundary between the large diameter portion and the small diameter portion,
The light emitting unit, the battery storage unit, the control board, and a cylindrical shape that covers the stepped portion of the candle-shaped cover so as to protrude from the upper end, the upper end and the lower end are opened through , and the large-diameter portion of the candle-shaped cover is Outer cover with a stenosis that can be inserted in the middle in the vertical direction
And consist of
The light emitting unit and the candle-shaped cover are formed by fitting a coiled spring between the periphery of the battery housing of the light-emitting unit and the step on the inner peripheral surface inside the flange of the candle-shaped cover. The switch provided on the control board of the light emitting unit so as to be elastically slidable and slidable is pushed down on the bottom surface of the flange portion provided at the lower end of the candle cover. Made possible
The candle-shaped cover and the outer cover have a narrowed portion provided in the middle of the outer cover and a large-diameter portion of the candle-shaped cover having substantially the same diameter, and a large-diameter portion of the candle-shaped cover. And the narrowed portion are loosely fitted with a gap that can slide up and down, and the stopper portion of the candle-shaped cover comes into contact with the lower end of the narrowed portion of the outer cover to prevent the candle-shaped cover from being pulled upward. An electronic candle characterized by prevention.

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