JP2010264216A - Member storing box with luminaire - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a member storing box with a luminaire, which has improved visibility for the night, hardly causes breakage of a luminaire, attains high power efficiency, and is reusable. <P>SOLUTION: The storing box includes: a lighting part, in which a surface mounting LED (light emitting diode) is included in a partition plate of a storing container storing small parts and both the light emitted from the front and the light emitted from the rear face are utilized, and the emitted light is accumulated in a light accumulation material; and a lighting part, in which a LED board or a cold-cathode tube is inserted in the interior of a translucent pipe integrated with a container for lighting the interior of the storing container at the lower part of the box and the emitted light is accumulated in a light accumulation material. The luminaire is protected, and light emission of electric energy and light emission of accumulated light energy are time-shared controlled to heighten the power efficiency. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a lighted part and a material storage box for improving night vision in a prop storage box and a fishing tool storage box.

  Known illumination methods for the inside of the member storage box include illumination by a light bulb, illumination by luminous material emission, illumination by chemilight emission, and the like. And the lighting technique by the luminous box by chemiluminescent light emission and chemilight light emission is devised.

  Illumination with a light bulb includes a method of using a conventional flashlight as a headlight, a method of attaching a lighting unit by dividing a lighting unit and a power supply unit of the flashlight, and the like. This method is superior in that it uses a conventional flashlight, but has a problem that the filament is vulnerable to impact, the bulb is easily broken, and the power efficiency is low.

  Patent Document 1 includes a light source that emits light of an appropriate wavelength at a lid portion of a box that stores a material containing a phosphorescent material, so that the energy of the light source is stored in the phosphorescent material during storage. A box has been devised. Although this method is not a thing using luminous material light emission for illumination, luminous material light emission is excellent in terms of energy saving.

  Patent Document 2 discloses that a chemilite 13 can be attached to the partition used in the storage box / tuckle box 1 for storing fishing gear and props. Etc. can be taken out from the storage box / tackle box 1, and an illuminated accessory storage box having improved safety and convenience has been devised. This method is superior in that it does not consume power because chemilite emits light by a chemical reaction, but has a problem of being disposable.

  Registered Utility Model No. 3014364   Registered Utility Model No. 3131828

  Therefore, the present invention has been invented in view of the above problems, and an object of the present invention is to provide lighting that is not easily broken, has high power efficiency, and can be reused.

  In order to achieve the above object, the illuminated member storage box according to claim 1 forms an upper and lower divided box connected by a hinge, and a plurality of storage containers for storing small parts are connected when the box is opened and closed. In a prop storage box or fishing equipment storage box that moves parallel to the vertical movement by a stick, the surface mount LED is included in the partition plate of the storage container that stores the accessory parts, and the interior of the storage container that stores the accessory parts partitioned by the partition plate is contained. A storage container for storing small parts by a lighting apparatus arranged on the front bottom surface of a lowermost storage container for storing small lighting parts that move individually when moving up and down when the box divided into two parts is opened. It is characterized by comprising a lighting device that individually illuminates the interior, and a lighting device that illuminates the inside of the storage container at the bottom of the box while changing the lighting position by opening the box.

  In this invention, the difference in illuminance is set for the lighting fixtures that illuminate the storage part for small parts and the storage part at the bottom of the box. The inside of the storage container for storing small parts is a proximity lighting that includes a surface-mounted LED in the partition plate so that the parts can be easily identified, and individually illuminates the inside of the storage container for storing small parts partitioned by the partition plate. The lighting method is used.

  In addition, inside the storage container at the bottom of the box, which stores medium and long tools and fishing tools such as reels and rods, the lighting position can be varied by opening the box using a single, long lighting fixture. An illumination method for illuminating the entire interior of the storage container is used.

  According to a second aspect of the present invention, there is provided an illuminated member storage box that forms a box body divided into two parts, which is connected by a hinge, and a plurality of storage containers for storing small parts when the box is opened and closed are moved in parallel with the lifting and lowering. In the prop storage box and the fishing gear storage box, a lighting device that individually illuminates the interior of the storage container that contains the surface-mounted LED in the partition plate of the storage container that stores the accessory parts and stores the accessory parts partitioned by the partition plate And a lighting fixture fixed to the upper part of the inner wall of the storage container at the lower part of the box for illuminating the inside of the storage container at the lower part of the box.

  In this invention, the illumination method for individually illuminating the interior of the storage container for storing small parts is the same as that of claim 1, but the lower part of the box for storing fishing tools such as medium and long tools, reels and rods. The inside of the storage container is different in that an illumination method is used in which the entire interior of the storage container is illuminated by a lighting fixture fixed to the upper part of the inner wall surface of the storage container at the bottom of the box.

  The illumination member storage box according to claim 3 uses an LED or a cold cathode tube as a light source of a lighting fixture that illuminates the inside of the storage container at the lower part of the box while changing the illumination position by opening the box. The front bottom surface of the storage container for storing small parts having a structure for protecting the light source parts and the translucent pipe are integrally formed to protect the LED substrate or the cold cathode tube inserted in the translucent pipe. It is characterized by that.

  In this invention, since the usage situation of the member storage box tends to become complicated, and the LED substrate and cold cathode tube used for the light source are fragile, the translucent light is an integral structure of the front surface of the storage container and the translucent pipe. The structure which accommodates in the inside of a property pipe and protects an LED board and a cold cathode tube is employ | adopted.

  The lighting fixture fixed to the upper part of the inner wall of the storage container at the lower part of the box for illuminating the inner part of the lower container of the illuminated member storage box according to claim 4 is a front spherical R radius of the bullet-type LED. The light emission area of the container having the R radius configured to satisfy the following magnification relationship is made to coincide with the focal point and the light emission area is enlarged.

  In this invention, the inside of the storage container at the lower part of the box for storing medium-sized and long tools, reels and rod fishing tools is enlarged in the light emitting area fixed to the upper part of the inner wall of the storage container at the lower part of the box. Since the lighting apparatus is used, the number of bullet-type LEDs can be reduced and energy saving can be achieved.

  The lighting fixture that individually illuminates the interior of the storage container including the surface-mounted LED in the partition plate of the illuminated member storage box according to claim 5 includes the surface-mounted LED on the front surface and the rear surface, and emits from the front surface. The light emitted from both sides of the emitted light and the light emitted from the rear surface is used.

  In the present invention, since light emitted from a rear surface that is not normally used is used, LEDs that are surface-mounted are mounted on both sides of the printed circuit board, and light emitted from the rear surface of the partition plate can also be used.

  The lighting fixture that individually illuminates the inside of the storage container in which the surface mount LED is included in the partition plate of the illuminated member storage box according to claim 6 is formed by mixing a phosphorescent material on the outer wall surface of the partition plate to form a phosphorescent layer. The illumination efficiency is improved by reflecting light emitted from other LEDs in a relative relationship on the surface of the phosphorescent layer.

  In this invention, since it is possible to use both the light emitted from the front surface and the light emitted from the rear surface, the phosphorescent material is mixed on the outer wall surface of the partition plate to form a luminous layer. The light emitted from the other LED in the light is reflected on the surface of the phosphorescent layer, serves as a reflecting mirror, and is used as reflected indirect light.

  The lighting fixture that individually illuminates the inside of the storage container in which the surface-mounted LED is included in the partition plate of the member storage box with illumination according to claim 7 is in a relative relationship with the direct light emitted from the LED. Efficient light emission with the light reflected from the surface of the phosphorescent layer and the light emission by the phosphorescent energy stored in the phosphorescent material on the outer wall of the partition plate is provided with an energy saving mode that executes at intervals of 5 to 30 seconds. It is characterized by having.

  In the present invention, the energization time and the non-energization time of 5 to 30 seconds are set in the normal operation state, and the light energy emitted from other LEDs having a relative relationship with the direct light emitted from the LEDs within the energization time. Efficient light emission with reflected indirect light is used, and light emission by light storage energy stored in the light storage material on the outer wall surface of the partition plate is used during the non-energization time.

  The illuminated member storage box according to claim 8, wherein a light storage layer in which a light storage material is mixed is formed in a strip shape on the upper wall surface of the storage container at the lower part of the box, and illuminates the interior of the storage container at the lower part of the box Efficient light emission of the direct light emitted from the light and the light reflected by the surface of the phosphorescent layer, and the light emission by the phosphorescent energy stored in the band-shaped phosphorescent material are provided with an energy saving mode that executes at intervals of 5 to 30 seconds. It is characterized by being.

  In this invention, the energization time and the non-energization time of 5 to 30 seconds are set in the normal operation state, and the direct light emitted from the LED or the cold cathode tube and the phosphorescent material are mixed in the energization time to form a belt shape. Efficient light emission from the reflected indirect light emitted from the light storage layer is used, and light emission by the light storage energy stored in the light storage layer formed in a band shape is used during the non-energization time.

  The illuminated member storage box according to claim 9 is formed by mixing a phosphorescent material with an edge of the upper opening of the box forming each of the storage containers to form a phosphorescent layer, and emitting light emitted from each lighting fixture. It is stored in a phosphorescent material and is characterized in that the outline of the box can be recognized even when all lighting fixtures are extinguished.

  In this invention, while the lighting fixture is lit, the edge of the upper opening of the box emits light by the stored energy stored in the phosphorescent material of the phosphorescent layer formed at the edge of the upper opening of the box, It becomes possible to recognize the outline of the box.

  As described above, according to the first aspect of the present invention, since an appropriate illumination method for a portion illuminated by electric energy is used, the problem of low power efficiency and the problem of single use can be solved.

  According to the second aspect of the present invention, as in the first aspect, since an appropriate illumination method for the portion illuminated by electric energy is used, the problem of low power efficiency and the problem of single use can be solved.

  According to the invention of claim 3, since a protective structure is employed in which the LED substrate used for the light source or the cold cathode tube is inserted into the translucent pipe integrated with the front bottom surface of the storage container and the translucent pipe. Can solve problems caused by impacts and cracks.

  According to the invention of claim 4, the light emitting area is enlarged by making the focal point coincide with the light emitting portion of the container having the R radius configured to have a magnification relationship of the front spherical R radius of the bullet type LED. Therefore, the number of LEDs can be reduced, the power efficiency added to the invention of claim 2 can be improved, and the problem of low power efficiency can be solved.

  According to the invention of claim 5, since both the light emitted from the front surface and the light emitted from the rear surface are utilized by the surface-mounted LED, the power efficiency added to the invention of claim 1 or claim 2 is added. The problem of low power efficiency can be solved.

  According to the invention of claim 6, since it is possible to use both the light emitted from the front surface and the light emitted from the rear surface by the surface-mounted LED, the phosphorescent material is mixed on the outer wall surface of the partition plate to store the light. By forming the layer, the reflected indirect light emitted from the phosphorescent layer by the light emitted from the other LEDs in the relative relationship is also used. Therefore, the invention of claim 5 is added to claim 1 or claim 2. In addition, it is possible to further improve the power efficiency, and to solve the problem of low power efficiency.

  According to the seventh aspect of the present invention, the energization time and the non-energization time of 5 to 30 seconds are set in the normal operation state, and the emission from the other LEDs having a relative relationship with the direct light emitted from the LED within the energization time. Efficient light emission with reflected indirect light due to the light energy used, light emission due to the light storage energy stored in the light storage material on the outer wall of the partition plate is used within the non-energization time, so that the power consumption is zero during the non-energization time The problem of low power efficiency can be solved by utilizing the energy-saving property of material emission.

  According to the invention of claim 8, the energization time and the non-energization time of 5 to 30 seconds are set in the normal operation state, and the direct light emitted from the LED or the cold cathode tube and the phosphorescent material are mixed within the energization time. In the non-energization time, power is consumed during the non-energization time because light emission from the stored energy is stored in the storage layer formed in the band shape. The problem of low power efficiency can be solved by making use of the energy-saving property of the luminous material light emission that becomes zero.

  According to the ninth aspect of the present invention, the edge of the upper opening of the box is stored by the phosphorescent energy stored in the phosphorescent material of the luminous layer formed at the edge of the upper opening of the box while the lighting fixture is lit. Emits light, it becomes possible to recognize the outline of the box, and the energy saving effect of the luminous material light emission can be exhibited.

  Hereinafter, embodiments of the present invention will be described in detail with reference to FIGS. FIG. 1 is a perspective view showing a state in which the illuminated member storage box of the present invention is opened, FIG. 2 is an internal cross-sectional view of the illuminated member storage box viewed from the front, and FIG. FIG. 4 is an explanatory view of the structure of the partition plate, FIG. 5 is an explanatory view of the lighting fixture fixed to the upper part of the inner wall of the storage container at the lower part of the box, and FIG. FIG. 6 is a time chart showing energization time and non-energization time.

  FIG. 1 is a perspective view of the illuminated member storage box according to claim 1 or 2 of the present invention in an opened state, and is taken at the center of the top surface of the upper box 2 divided into upper and lower parts connected by a hinge 1. The first storage container 6 and the second storage container 7 for storing small parts when the box is opened and closed are connected to the lower box 4. 8 moves up and down and translates.

  A partition plate 9 is arranged in the first storage container 6 and the second storage container 7 for storing small parts, so that the small parts can be easily arranged and the night vision can be improved. The LED storage space 10 is provided and functions as a lighting fixture that individually illuminates the interior of the storage container that stores small parts.

  FIG. 2 is an internal cross-sectional view of the illuminated member storage box according to claim 1 of the present invention when viewed from the front, with the upper box 2 and the lower box 4 divided into upper and lower parts connected by a hinge 1. When opening, the LED substrate and the cold cathode tube integrated with the second storage container 7 and the translucent pipe 11 are protected on the front bottom surface of the second storage container 7 that stores small parts that move in parallel with raising and lowering. The light pipe 11 is disposed, and the illumination position is changed by opening the box to make it function as a lighting device for illuminating the inside of the third storage container 12 of the lower box 4 and the third storage of the lower box 4 Forming a phosphorescent layer 13 in which a phosphorescent material is mixed on the rear upper part of the inner wall surface of the container 12 in a strip shape, and emitting reflected indirect light from the phosphorescent layer 13 by light energy emitted from a light source provided in the translucent pipe 11; Become.

  FIG. 3 is an internal cross-sectional view of another method as seen from the front in a state in which the illuminated member storage box according to claim 2 of the present invention is closed, and the illumination for individually illuminating the interior of the storage container for storing small parts is shown. The method is the same as that of claim 1, but the lighting fixture 14 for illuminating the inside of the third storage container 12 of the lower box 4 is mixed with a phosphorescent material on the rear upper part of the inner wall surface of the third storage container 12 of the lower box 4 to form a strip shape. The point which uses the illumination method which illuminates the 3rd storage container 12 whole of the lower box 4 with the lighting fixture 14 fixed on the formed luminous layer 13 differs.

  FIG. 4 is an explanatory view of the structure of a lighting fixture using the partition plate 9 according to claim 5 or 6 of the present invention, and an LED storage space 10 is provided at the center of the printed circuit board 15 which is the core of the partition plate 9. The surface-mounted LED 16 is mounted in a pair on the front and back, and the surface-mounted LED 16 is housed so that both the light emitted from the front surface and the light emitted from the rear surface can be used, and connected to the conductive circuit 17. The printed circuit board 15 is configured, and a translucent film 18 mixed with a phosphorescent material is attached to both surfaces of the printed circuit board 15.

  Because of the structure of the partition plate 9, it is possible to use both the light emitted from the front surface of the surface-mounted LED and the light emitted from the rear surface. Therefore, the translucent film 18 mixed with the phosphorescent material is relatively Reflected indirect light is emitted by the light emitted from the other surface-mounted LEDs 16 in the relationship.

  FIG. 5 is an illustration of a lighting fixture 14 fixed on a luminous layer 13 formed by mixing a luminous material on the inner wall rear upper part of the third storage container 12 of the lower box 4 shown in claim 4 of the present invention. In the figure, a groove 21 is provided in the rear part of the container 20 having an R radius configured to have a magnification relationship with the front spherical R radius of the bullet-type LED 19, and the front spherical surface R of the bullet-type LED 19 inserted into the groove 21. The light emitting area is enlarged by matching the radius with the light emitting part of the container 20, the secondary emission light 22 is emitted from the light emitting part of the container 20, and the light emitting area is enlarged for effective illumination with a small number of LEDs. Has been given.

  FIG. 6 is a time chart showing the energization time and the non-energization time shown in claim 7 or claim 8 of the present invention. According to the time chart of FIG. 6A, the energization time T1 is not energized with a minimum value of 5 seconds. Since the maximum time T2 is 30 seconds, the joint light emission of the direct light emitted from the light source and the reflected indirect light from the light storage material surface is 5 seconds, and the light emission by the light storage energy stored in the light storage material is 30 seconds. According to the time chart of (B), since the energization time T1 is 15 seconds and the non-energization time T2 is also 15 seconds, the joint light emission of the direct light emitted from the light source and the reflected indirect light from the phosphorescent material surface is 15 seconds. Thus, the light emission by the phosphorescent energy stored in the phosphorescent material is 15 seconds.

  Illumination of the illuminated member storage box according to the present invention includes the first storage container 6 and the second storage container 7 for storing small parts, and the lower box 4 for storing medium and long tools, fishing tools for reels and rods. It is comprised by two circuits so that it may become appropriate illumination intensity by the difference in the magnitude | size of components with the 3rd storage container 12, and it enables it to set the difference of illumination intensity corresponding to each.

  The lighting operation of the first storage container 6 and the second storage container 7 for storing small parts is energized in conjunction with the opening of the fastener 5 provided in the lower box 4 by the activation switch A23 incorporated in the main body of the fastener 5. The normal operation is performed in an arbitrarily set energy saving mode such as the time chart of (A) or the time chart of (B), but the energy saving mode release switch A24 provided in the first storage container 6 is operated. By doing so, the non-energized time can be stopped and 100% illuminance can be temporarily obtained.

  In addition, the lighting operation of the third storage container 12 of the lower box 4 for storing medium-sized and long tools, reels and rod fishing tools, the second storage container 7 has an open area of 1/3 or more of the third storage container 12 Is started by the start switch B25 that operates at the time of securing, and normal operation is performed in an arbitrarily set energy saving mode such as the time chart of (A) or the time chart of (B). Further, by operating the energy saving mode release switch B26, the non-energization time can be stopped to obtain 100% illuminance temporarily.

  The lighting operation described above uses efficient light emission of direct light and reflected indirect light emitted from the light source during the energization time T1 or T3, and light emission due to the light storage energy stored in the phosphorescent material during the non-energization time T2 or T4. Thus, it is possible to utilize the energy saving property of the luminous material light emission in which the power consumption is 0 at the non-energized time T2 or T4.

  And when all the lighting fixtures are not energized, the box body by the phosphorescent energy stored in the phosphorescent material of the phosphorescent layer 27 formed at the edge of the upper opening of the box while the lighting fixtures are lit. The edge of the upper opening of the lamp emits light so that the outline of the box can be recognized, and the energy saving effect of the luminous material emission can be exhibited.

It is a perspective view which shows the state which opened the member storage box with illumination of this invention. It is the internal sectional view seen from the front of the state where the member storage box with illumination of the present invention was closed. It is internal sectional drawing of the other method seen from the front of the state which closed the member storage box with illumination of this invention. It is structure explanatory drawing of the partition plate of this invention. It is explanatory drawing of the lighting fixture fixed to the storage container inner wall upper surface of the box lower part of this invention. It is a time chart figure showing energization time and non-energization time of the present invention.

DESCRIPTION OF SYMBOLS 1 Hinge 2 Upper box 3 Taking 4 Lower box 5 Fastener 6 First storage container 7 Second storage container 8 Connecting rod 9 Partition plate 10 LED storage space 11 Translucent pipe 12 Third storage container 13 Luminous layer 14 Lighting fixture 15 Printed circuit board 16 Surface mount LED
17 Conductive circuit 18 Translucent film 19 Cannonball type LED
20 Container 21 Groove 22 Secondary emission light 23 Start switch A
24 Release switch A
25 Start switch B
26 Release switch B
27 Phosphorescent layer formed at the edge of the upper opening of the box

Claims (9)

  In a prop storage box and a fishing tackle storage box that form a bifurcated box connected by a hinge, and a plurality of storage containers that store accessory parts move up and down by connecting rods when the box is opened and closed. The surface mount LED is contained in the partition plate of the storage container to be stored, and the lighting fixture that individually illuminates the interior of the storage container that stores the small parts partitioned by the partition plate, and parallel to the vertical movement when opening the upper and lower divided box The lighting position is set by the lighting fixtures that individually illuminate the interior of the storage container that stores the accessory parts, and the opening angle that opens the box by the lighting fixtures arranged on the front bottom surface of the lowermost storage container that stores the moving accessory parts. An illumination-equipped member storage box comprising: a lighting device that illuminates the inside of the storage container at the lower part of the box while being variable.   In a prop storage box and a fishing tackle storage box that form a bifurcated box connected by a hinge, and a plurality of storage containers that store accessory parts move up and down by connecting rods when the box is opened and closed. A lighting fixture that individually illuminates the interior of the storage container that contains the small components that contain the surface-mounted LEDs in the partition plate of the storage container and that is partitioned by the partition plate, and a box that illuminates the interior of the storage container at the bottom of the box A lighting-equipped member storage box comprising: a lighting fixture fixed to an upper wall surface of the lower storage container.   Using a LED or a cold-cathode tube as the light source of the lighting fixture that illuminates the inside of the storage container at the bottom of the box while changing the illumination position by opening the box, a small component having a structure that protects the light source component 2. The illumination member according to claim 1, wherein the front bottom surface of the storage container and the translucent pipe are integrally formed to protect the LED substrate or the cold cathode tube inserted into the translucent pipe. Storage box.   The luminaire fixed to the upper part of the inner wall of the lower container that illuminates the inner part of the lower container of the box has an R radius configured to have a magnification relationship with the front spherical R radius of the bullet-type LED. 3. The illuminated member storage box according to claim 2, wherein the light emitting part of the container having the same focal point is made coincident and the light emitting area is enlarged.   The luminaire that individually illuminates the inside of the storage container including the surface-mounted LED in the partition plate includes the surface-mounted LED in the front surface and the rear surface, and both the light emitted from the front surface and the light emitted from the rear surface. 3. The illuminated member storage box according to claim 1 or 2, wherein the emitted light is utilized.   The luminaire that individually illuminates the inside of the storage container containing the surface-mounted LED in the partition plate forms a phosphorescent layer by mixing the phosphorescent material on the outer wall surface of the partition plate, and is emitted from other LEDs in a relative relationship. 3. The illuminated member storage box according to claim 1, wherein light is reflected by the surface of the phosphorescent layer to improve illumination efficiency.   The luminaire that individually illuminates the inside of the storage container containing the surface-mounted LEDs in the partition plate is light obtained by reflecting light emitted from other LEDs in a relative relationship with the direct light emitted from the LEDs on the surface of the phosphorescent layer. 3. An energy saving mode is provided in which efficient light emission and light emission by the phosphorescent energy stored in the phosphorescent material on the outer wall surface of the partition plate are executed at intervals of 5 seconds to 30 seconds. Illuminated member storage box.   A light storage layer in which a phosphorescent material is mixed is formed in a band shape on the inner wall surface of the storage container at the bottom of the box, and the light reflected from the light storage layer surface is emitted directly from the lighting fixture that illuminates the interior of the storage container at the bottom of the box The energy saving mode which performs the light emission by said efficient light emission and the light emission by the luminous energy stored in the luminous material formed in a strip shape at intervals of 5 to 30 seconds is provided. Illuminated member storage box.   A phosphorescent material is formed on the edge of the upper opening of the box forming each storage container to form a phosphorescent layer, and the light emitted from each lighting fixture is stored in the luminous material, and all the lighting fixtures are turned off. 3. The illuminated member storage box according to claim 1, wherein an outline of the box is recognizable.

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