JP2006262939A - Block toy with decoration property - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a block toy with full of amusement and with more variability and unexpectedness by using light-emitting block bodies. <P>SOLUTION: The block body is made of a translucent material and is formed in a prescribed shape such as a cube, a rectangular parallelepiped or a cylinder. A projection part 2 is disposed on one face and a set-in part 3 is disposed on another face for setting in the projection part 2. The block bodies can be jointed with each other by detachably engaging the projection part of one block body with the set-in part 3 of the other block body. The block bodies are composed of a light emitting block body 1A with a built-in light emitter 4, a projecting block body 1B with a mask part 6 for holding a film member Q in which a projection pattern is displayed, a reflection block body 1C with a built-in reflection mirror 8, a kaleidoscope block body 1D with a built-in kaleidoscope 11, a translucent block body 1E with a built-in translucent body 12 with a translucent reflection surface, and an aromatic block body 1F with a built-in aromatic substance 13. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a block toy having a fitting assembly structure that can be detachably joined to each other and can be combined and shaped in various ways. In particular, the block toy emits light by itself, and various kinds of blocks by combining these block toys having various light emitting functions. It is related with the block toy provided with the decoration property which can be used as a decoration apparatus by projecting a pattern.

  Conventionally, as a block toy that can be detachably combined, a block is provided on one side of the block body, and an insertion part is provided on the other side for inserting a projection provided on the other block body. There is an assembly block toy that increases the bonding force between them so that a more complicated shape can be shaped as a stable form.

However, since the conventional block toy does not emit light by itself, it is not interesting. In order to solve this problem, the present applicant can emit light from the block body itself, and as an indoor decoration device. A block toy that can be used is also proposed separately.
Japanese Patent Application No. 2003-378052

  In addition, the separately proposed block toy has a predetermined shape that resembles a well-known building, etc., and can emit light, so it should be extremely interesting. However, since it consists of a block body with a single shape, the development of this block awaits the emergence of a block toy with more variability and unexpectedness.

  Therefore, the present invention was created in view of the conventional circumstances as described above, and can be made very interesting by using a light emitting block body capable of emitting light. It can be used as a decoration device by projecting a pattern by combining a projection block body provided with a film member on which a projection pattern is displayed, and a kaleidoscope against the light emission block body. By combining a kaleidoscope block body equipped with a light, various colors can be brilliantly changed, and for a light-transmitting body provided with a light-transmitting surface having a light-transmissive reflecting surface for the light-emitting block body By combining the block body, it is possible to further enhance the decorative effect by further increasing the light emission effect like a sparkling shine Further variability Ri, and an object thereof is to provide a block toy having a decorative which can be made rich in unexpectedness.

In order to solve the above-described problems, in the present invention, a translucent material is used to form a predetermined three-dimensional shape such as a cube, a rectangular parallelepiped, or a cylinder, and the protrusion 2 is provided on one surface, and the protrusion is provided on the other surface. 2 is a block toy comprising a block body that can be joined to each other by detachable fitting of the protrusion 2 and the insertion part 3, and the block body is a built-in light-emitting body. 4 and a light-emitting block body 1A having a lens body 5 provided on one surface so as to guide the light of the light-emitting body 4 to the outside of the block body.
The block body is a projection block body 1B having a mask portion 6 provided on one surface so as to hold a film member Q on which a projection pattern is displayed by a developing film, for example, and a lens body 5 provided on the other surface. In addition, the light emitting block body 1A may be bonded to the lens body 5 side so that the mask portion 6 side of the projection block body 1B is opposed to the light emitting block body 1A.
The block body is a reflection block body 1C having an opening 7 provided on one surface and a reflecting mirror 8 arranged obliquely inside, and the reflection block is provided on the mask section 6 side of the projection block body 1B. The block body 1 </ b> C may be joined so that the openings 7 face each other.
The block body includes a window portion 9 provided on one surface, a lens body 5 provided on the other surface, and a plurality of mirrors or half mirrors 10 arranged in a rectangular tube shape extending from the window portion 9 to the lens body 5. The kaleidoscope block body 1D having the kaleidoscope 11 formed as described above is joined to the lens body 5 side of the light-emitting block body 1A so that the window 9 side of the kaleidoscope block body 1D faces. can do.
The block body includes an opening 7 provided on one surface, and a three-dimensional translucent body 12 having a translucent reflecting surface such as a diamond cut surface disposed through the opening 7. The body block body 1E is joined so that the opening 7 side of the translucent block body 1E faces the lens body 5 side of the light emission block body 1A or the lens body 5 side of the projection block body 1B. Can be made up of.
The block body is a fragrance block body 1F having a built-in fragrance 13, a plurality of ventilation windows 14 formed on the side surface, and a lens body 5 provided on one surface, and the fragrance block body. The opening 7 formed on the light emitting body 4 side of the light emitting block body 1A may be joined to the lens body 5 side of 1F so as to be opposed.
Then, the light emitter block 1A, the projection block 1B, the reflection block 1C, the kaleidoscope block 1D, the translucent block 1E, the fragrance block 1F, etc. Various combinations can be made by the part 3 to form various three-dimensional assembly blocks.
Moreover, the light emitter 4 can be composed of LED elements that can be controlled to be lit according to continuous lighting, intermittent lighting, or a predetermined order.

In the toy block toy according to the present invention configured as described above, the light-emitting block body 1A transmits the light of the built-in light-emitting body 4 to the outside of the block body by the lens body 5 provided on one surface. To guide.
The projection block body 1B is disposed so that the mask portion 6 side is opposed to the lens body 5 side of the light emission block body 1A, so that the light of the light emitting body 4 that is lit is emitted from the light emission block body 1A. Light that has passed through the lens body 5 to the back of the mask portion 6 of the projection block body 1B and passed through the film member Q disposed on the mask section 6 is projected, for example, upward via the lens body 5 of the projection block body 1B. By projecting to the position, the projection pattern displayed on the film member Q in various colors is projected.
The reflection block 1C projects the light that has passed through the film member Q disposed on the mask 6 by arranging the opening 7 so as to face the mask 6 on the projection block 1B. The film member Q is displayed in various colors by projecting it onto the projection position in the side direction of the reflecting block body 1C via the lens body 5 of the blocking block body 1B and the reflecting mirror 8 of the reflecting block body 1C. The projected pattern is projected in a right angle direction.
The kaleidoscope block body 1D is joined and disposed so that the window portion 9 side faces the lens body 5 side of the light emission block body 1A, whereby various types of the light emitting body 4 through the lens body 5 of the kaleidoscope block body 1D. The kaleidoscope's decoration pattern changed.
The translucent block body 1E emits light by being arranged so that the opening 7 faces the lens body 5 side of the light emitting block body 1A or the lens body 5 side of the projection block body 1B. The light from the body 4 is irradiated to the light-transmitting reflection surface of the light-transmitting body 12 through the opening 7, and the light-transmitting body 12 itself emits glittering light from the light-transmitting reflecting surface.
The fragrance block body 1 </ b> F generates fragrance from the fragrance 13 inside through the plurality of ventilation windows 14. Further, the light emitting block body 1A emits light by being disposed below the light emitting block body 1A so as to face the opening 7 formed on the light emitting body 4 side of the light emitting block body 1A. The fragrance 13 is irradiated with light from the body 4 through the lens body 5 of the fragrance block body 1F.

  According to the present invention, the light emitting block body 1A capable of emitting light can be used to make the film very interesting, and the projection pattern is displayed on the light emitting block body 1A. It can be used as a decoration device by projecting a picture by combining the projection block 1B provided with the member Q. Further, by combining the kaleidoscope block body 1D provided with the kaleidoscope 11 with the light emitting block body 1A, various colors can be shined and changed as a kaleidoscope pattern. Furthermore, by combining the light emitting block body 1A with the light transmitting body block body 1E having the light transmitting body 12 having a light transmitting and reflecting surface, the light emitting effect is further enhanced and the decorativeness is enhanced like a sparkle. It can be made more rich in variability and unexpectedness.

  That is, this is because the present invention has a predetermined three-dimensional shape such as a cube, a rectangular parallelepiped, a cylindrical body or the like made of a translucent material, and has a projection portion 2 on one surface and a fitting portion 3 that fits the projection portion 2 on the other surface. A block toy comprising a block body that can be joined to each other by detachable fitting of the projection part 2 and the insertion part 3, wherein the block body includes a built-in light-emitting body 4 and light of the light-emitting body 4. This is because the light-emitting block body 1A has the lens body 5 provided on one side so as to guide the light to the outside of the block body, and as a result, light emission having a variety of interesting and unexpected interests appears as a whole. Also, it can be excellent as a block toy and also as a decoration device.

  The block body is a projection block body 1B having a mask portion 6 provided on one surface so as to hold the film member Q on which a projected pattern is displayed and a lens body 5 provided on the other surface, and the light emission Since the mask body 6 side of the projection block body 1B is joined to the lens body 5 side of the block body 1A so as to oppose, it can be used as a decoration device for projecting a picture at a predetermined projection position. That is, the light that has passed through the film member Q disposed on the mask unit 6 is projected onto the upper projection position via the lens body 5 of the projection block 1B, so that the film member Q is displayed in various colors. The projected pattern can be easily projected as a clear silhouette.

  The block body is a reflection block body 1C having an opening 7 provided on one surface and a reflecting mirror 8 arranged obliquely inside, and the reflection block is provided on the mask section 6 side of the projection block body 1B. Since the opening 7 side of the block body 1C is joined so as to face each other, the light that has passed through the film member Q disposed on the mask section 6 is reflected by the lens body 5 of the projection block body 1B and the reflection block body 1C. Projecting pattern patterns displayed in various colors on the film member Q can be projected in the right-angle direction by projecting to the side surface direction projection position of the reflecting block body 1C via the reflecting mirror 8.

  The block body includes a window portion 9 provided on one surface, a lens body 5 provided on the other surface, and a plurality of mirrors or half mirrors 10 arranged in a rectangular tube shape extending from the window portion 9 to the lens body 5. The kaleidoscope block body 1D having the kaleidoscope 11 thus formed is joined to the lens body 5 side of the light emission block body 1A so that the window 9 side of the kaleidoscope block body 1D is opposed to the lens body 5D. Through the lens body 5 of the kaleidoscope block body 1D, various decoration patterns with various kaleidoscope patterns due to the light emitter 4 can be made to appear.

  The block body is a translucent body block body 1E having an opening 7 provided on one surface and a three-dimensional translucent body 12 having a translucent reflecting surface disposed through the opening 7. Since the light blocking body 1A is joined to the lens body 5 side or the projection block body 1B to the lens body 5 side so that the opening 7 side of the light transmitting body block body 1E faces, The decorative effect can be further enhanced by further increasing the diffused light emitting effect to the surroundings like a sparkling shine.

  The block body is a fragrance block body 1F having a built-in fragrance 13, a plurality of ventilation windows 14 formed on the side surface, and a lens body 5 provided on one surface, and the fragrance block body. Since the opening 7 formed on the light emitting body 4 side of the light emitting block body 1A is joined to the lens body 5 side of 1F so as to face each other, the internal fragrance is passed through the plurality of ventilation windows 14. The fragrance by the agent 13 can be generated outside.

  Further, the light emitting block body 1A emits light by being disposed below the light emitting block body 1A so as to face the opening 7 formed on the light emitting body 4 side of the light emitting block body 1A. The fragrance 13 is irradiated with the light from the body 4 through the lens body 5 of the fragrance block body 1F, whereby the fragrance 13 can be sterilized and deodorized by ultraviolet rays.

  Since the light emitter 4 is composed of LED elements that can be continuously lit, intermittently lit, or controlled to light according to a predetermined order, the power consumption can be reduced and the life of the light emitter 4 can be extended. it can. Moreover, since the light-emitting body 4 is controlled to be lit continuously, intermittently lit, or in a predetermined order, light emission that is rich in variability and unexpectedness can appear by lighting control, and the decorativeness can be further improved.

  Note that the reference numerals added in the means for solving the above-described problems and the effects of the invention are given for easy reference to the parts showing the components shown in the drawings. The present invention is not limited to the structure / shape indicated by the reference numeral.

  The best mode for carrying out the present invention will be described below with reference to the drawings. Reference numerals 1A, 1B, 1C, 1D, 1E, and 1F shown in the drawings are hollow block bodies having a substantially cubic shape. It is made of a predetermined translucent material such as colorless and transparent or colored and transparent, or so-called translucent made of synthetic resin. Protrusions 2 are provided on one surface of the block body, for example, at four corners. Preferably, a cylindrical projecting fitting portion 3 for fitting the projecting portions 2 is provided on the other surface facing the one surface. It is provided so that it can be assembled and assembled with each other by detachable fitting of the projection 2 and the fitting 3 respectively.

  The block bodies 1A, 1B, 1C, 1D, 1E, and 1F are joined in such a manner that the block bodies 1A, 1B, 1C, 1D, 1E, and 1F are sequentially stacked from below along the straight line. Or two or four blocks 1A, 1B, 1C, 1D, 1E, 1F so that one block body is joined so as to overlap, or even such a joined state Are arranged in such a manner that arbitrary shaped forms are assembled and formed by appropriately combining and joining them.

  As shown in FIG. 1, the block bodies 1A, 1B, 1C, 1D, 1E, and 1F are a light emitting block body 1A (see FIG. 1 (a)) incorporating a light emitting body 4, and a film member on which a projected pattern is displayed. Projection block 1B (see FIG. 1 (b)) having a mask portion 6 for holding Q, a reflection block 1C (see FIG. 1 (c)) incorporating a reflecting mirror 8, and a kaleidoscope incorporating a kaleidoscope 11. Block body 1D (see FIG. 1 (d)), translucent body block body 1E (see FIG. 1 (e)) incorporating a translucent body 12 having a translucent reflecting surface, and a fragrance body incorporating a fragrance 13 There are roughly six types of block bodies 1F (see FIG. 1 (f)).

  For example, the projection block body 1B is combined with the light emission block body 1A to be used as a decoration device for projecting a pattern (see FIG. 2), or the kaleidoscope block body 1D is used with respect to the light emission block body 1A. By combining them, various colors can be brilliantly changed (see FIG. 4), and further, a block body for translucent body that incorporates a translucent body 12 having a translucent reflecting surface with respect to the light emitting block body 1A. Each block body can be appropriately combined with each other, for example, by combining 1E so that a light emission effect appears as if it is a glittering shine (see FIG. 5).

  The light-emitting block body 1A includes a built-in light-emitting body 4 and a lens body 5 provided on one surface so as to guide light from the light-emitting body 4 to the outside of the block body. That is, as shown in FIG. 2, an LED element that can emit predetermined colored light such as red, blue, or yellow corresponding to the light emitter 4 is attached to the center of the bottom wall surface of the light emitting block 1A. A frame-shaped mounting portion 15 is provided, and a pressing piece 16 is mounted on the upper surface of the mounting portion 15 to firmly fix the light emitting body 4 such as an LED element.

  A battery housing portion 18 for housing the button-type battery 17 is formed on the lower surface of the mounting portion 15, and the battery 17 housed in the battery housing portion 18 is held by a lid 19 that is detachably provided. It is configured to be. Therefore, the battery 17 can be replaced by removing the lid 19.

  The switch 21 is inserted into a switch mounting portion 20 provided on the side surface of the mounting portion 15 so that an on / off operation can be performed from the outside. In addition to continuously lighting the light emitter 4, the switch 21 can operate, for example, a control mechanism (not shown) that controls the light emitter 4 to be intermittently turned on or controlled according to a predetermined order.

  On the other hand, at the center of the upper wall surface of the light-emitting block body 1A, a lens barrel portion 5A is formed by disposing the lens body 5 on the end opening side of the cylindrical frame body. It is designed to lead out of the body 1A.

  In addition, although the LED element is used here as the light-emitting body 4, it is good also as other light-emitting bodies 4, such as a miniature light bulb. However, when an LED element is used as the light emitter 4, the consumption output is small, the life can be extended, and heat generation can be further suppressed.

  The projection block 1B is provided on one side with a mask part 6 provided on one side so as to hold a film member Q on which various characters, landscapes, patterns and other appropriate projection patterns are displayed, for example, on a developing film. The light emitting block body 1A is joined to the lens body 5 side so that the mask section 6 side of the projection block body 1B faces the lens body 5 side.

  That is, as shown in FIG. 2, the mask portion 6 is formed with a light-transmitting opening 7 at the center of an annular fitting protrusion 22 provided at the center of the bottom wall surface of the projection block 1B. For example, a circular film member Q is accommodated inside the fitting protrusion 22 and then fitted into the fitting protrusion 22 from above by a circular cover body 23 having a cylindrical opening 7 protruding in the center. Thus, the film member Q is held between the openings 7.

  On the other hand, at the center of the upper wall surface of the projection block 1B, a lens barrel portion 5A is formed by disposing the lens body 5 on the end opening side of the cylindrical frame, and the projection of the light emitter 4 by the film member Q is formed. The light is guided outside the projection block 1B.

  The film member Q is formed in a substantially circular thin film shape by a member made of heat-resistant synthetic resin material. In the center of the film member Q, for example, an inner pattern such as rabbit ears, eyes, nose, etc. is developed and baked film with various colors. A black edge type pattern formed by providing a black printed portion so as to surround the inner pattern in a circular shape is formed on the film member Q.

  The reflecting block body 1C includes an opening 7 provided on one surface and a reflecting mirror 8 disposed obliquely therein, and the reflecting block body 1C is disposed on the mask section 6 side of the projection block body 1B. Are joined so that the opening 7 sides thereof face each other. That is, as shown in FIG. 3, an opening 7 slightly smaller than the outer diameter of the lens body 5 in the projection block 1B or the light emission block 1A is formed at the center of the bottom wall surface of the reflection block 1C. The reflecting mirror 8 is disposed obliquely inside the reflecting block body 1C so as to face the opening 7. By doing so, the projection light of the light emitting body 4 by the film member Q is guided outward from the side surface of the reflecting block body 1C via the reflecting mirror 8.

  The kaleidoscope block body 1D includes a window portion 9 provided on one surface, a lens body 5 provided on the other surface, and a plurality of mirrors or half mirrors 10 extending from the window portion 9 to the lens body 5 in a rectangular tube shape. And a kaleidoscope 11 in which sections exhibiting various shapes, colors, patterns, and the like are enclosed, and on the lens body 5 side of the light-emitting block body 1A, the window portion of the kaleidoscope block body 1D It is joined so that 9 side opposes.

  That is, as shown in FIG. 4, a circular support plate 25 made of a translucent member is provided above the depression 24 so as to cover the annular depression 24 provided at the center of the bottom wall surface of the kaleidoscope block 1D. A lens barrel is formed by forming a circular window portion 9 by being fixed, and a lens body 5 disposed on the end opening side of the cylindrical frame body at the center of the upper wall surface facing the window portion 9. Part 5A is formed. Then, a square frame-shaped support frame portion 26 is provided on the upper surface of the support plate 25, and a narrow end of each of the plurality of substantially elongated trapezoidal mirrors or the half mirror 10 is fitted to the support frame portion 26. The kaleidoscope 11 that gradually spreads toward the lens body 5 side is formed by fitting the other wide end of the mirror or half mirror 10 into the cylindrical frame body of the lens barrel portion 5A so as to form a rectangular tube shape, The lens body 5 guides the light of the kaleidoscope 11 to the upper outside of the kaleidoscope block body 1D.

  The plurality of substantially elongated trapezoidal mirrors or half mirrors 10 have one wide end of the mirror or half mirror 10 fitted into the support frame 26 and the other narrow end of the mirror or half mirror 10 The kaleidoscope 11 which is gradually contracted toward the lens body 5 side may be formed by being fitted into the cylindrical frame body of the lens barrel portion 5A so as to have a rectangular tube shape.

  The translucent block 1E includes a three-dimensional translucent body having an opening 7 provided on one surface and a multi-surface translucent reflecting surface such as a diamond cut surface disposed through the opening 7. 12 and is joined so that the opening 7 side of the translucent block body 1E faces the lens body 5 side of the light emitting block body 1A or the lens body 5 side of the projection block body 1B. Is done.

  That is, as shown in FIG. 5, an opening 7 slightly smaller than the outer diameter of the lens body 5 in the projection block body 1B or the light emission block body 1A is formed at the center of the bottom wall surface of the light transmission block body 1E. The pointed surface side of the three-dimensional translucent body 12 having a translucent reflecting surface is disposed in the opening 7. Then, the projection block body 1B is joined on the light emission block body 1A, and the translucent body block body 1E is joined on the projection block body 1B, whereby the film member Q of the projection block body 1B. The light projected from the light emitter 4 is guided radially outward from the periphery of the light transmitting block 1E through the light transmitting body 12 in a diffusely reflected state.

  In addition, by directly joining the light transmitting block body 1E on the light emitting block body 1A, the light of the light emitting body 4 is transmitted outward from the periphery of the light transmitting body block body 1E via the light transmitting body 12. It may be guided radially.

  The fragrance block body 1F includes a built-in fragrance 13, a plurality of ventilation windows 14 formed on the side surface, and a lens body 5 provided on one surface, and the lens of the fragrance block body 1F. The opening 7 formed on the light emitting body 4 side surface of the light emitting block body 1A is joined to the body 5 side so as to face each other. That is, as shown in FIG. 6, the fragrance 13 encapsulated in the bag is placed on the bottom wall surface of the fragrance block body 1F, and the odor of the fragrance 13 is guided outside the fragrance block body 1F. A plurality of longitudinally slit-shaped ventilation windows 14 are formed on the entire side surface of the fragrance block body 1F.

  On the other hand, a lens barrel portion 5A formed by arranging a convex lens on the end opening side of the cylindrical frame body is formed at the center of the upper wall surface of the fragrance block body 1F, and is joined to the upper side of the fragrance block body 1F. The fragrance 13 in the fragrance block body 1F is irradiated with light from the luminescent body 4 through an opening 7 formed on the light emitting body 4 side of the light emitting block body 1A. The lens barrel portion 5A may not be formed on the fragrance block body 1F.

  FIG. 7 shows another example of the fragrance block body 1F. That is, a hollow columnar casing 27 having a plurality of openings 7 is provided around the center of the bottom wall surface of the fragrance block body 1F, and the fragrance 13 enclosed in a bag is contained in the casing 27. It is supposed to be contained.

  Next, an example of use, assembly, and operation of the best mode configured as described above will be described. A plurality of light emitting block bodies 1A are joined, for example, sequentially stacked from below along a straight line. Or a state where one light emitting block body 1A is joined so as to straddle over a plurality of light emitting block bodies 1A such as two or four, and further such a joined state is appropriately selected. Arbitrary modeling forms are formed by assembling by combining or joining them.

  At this time, when the switch 21 is turned on, the light emitting block body 1A itself is turned on, and the light of the built-in light emitting body 4 is led out of the light emitting block body 1A by the lens body 5 provided on one surface. In this way, any stereolithography appears.

  When used as a projection device, the projection block 1B is joined and disposed so that the mask portion 6 of the projection block 1B faces the lens body 5 side of the light emission block 1A. The light of the illuminating body 4 that has been lit is applied to the rear of the mask portion 6 of the projection block 1B through the lens body 5 of the light emission block 1A, and the light that has passed through the film member Q disposed on the mask 6 is used for projection. Projection is performed on the projection position on the upper side via the lens body 5 of the block body 1B, whereby projection patterns displayed in various colors are projected onto the film member Q.

  At this time, when the pattern of the projection pattern of the film member Q is projected in a right angle direction, the reflection block body 1C is placed on the mask portion 6 side of the projection block body 1B and the opening 7 side of the reflection block body 1C is on the side. By being arranged so as to oppose each other, the light that has passed through the film member Q disposed on the mask portion 6 is reflected by the lens body 5 of the projection block 1B and the reflection mirror 8 of the reflection block 1C. Projection is performed on the side surface direction projection position of the block body 1C.

  When used as the kaleidoscope 11, the kaleidoscope block 1D is joined and arranged so that the window 9 side of the kaleidoscope block 1D faces the lens body 5 side of the light-emitting block 1A. The decorativeness by the kaleidoscope 11 is revealed through the lens body 5 of the kaleidoscope block body 1D.

  Furthermore, when using the translucent block body 1E incorporating the translucent body 12 having the translucent reflecting surface, the translucent block body 1E is placed on the lens body 5 side of the projection block 1B. The light radiating body 4 irradiates the mask part 6 with the light emitting body 4 through the opening 7 so that the opening 7 on the lower side of the light transmitting block 1E is opposed to the light transmitting reflection surface of the light transmitting body 12. The projection light of the light emitting body 4 by the film member Q of the projection block 1B is guided radially outward from the periphery of the translucent block 1E via the translucent body 12, and the translucent body 12 itself emits shining projection light from its translucent reflecting surface.

  When using the fragrance block body 1F for generating the fragrance by the fragrance 13 inside through the plurality of ventilation windows 14, the opening formed on the light emitter 4 side of the light emission block body 1A 7 is joined so as to face the lens body 5 side of the fragrance block body 1F, the light from the light emitter 4 of the light emission block body 1A is irradiated to the fragrance 13 through the lens body 5 of the fragrance block body 1F. Thus, the fragrance 13 is allowed to exhibit a sterilizing / deodorizing action by ultraviolet rays. The light emitting block body 1A may be joined and disposed on the fragrance block body 1F.

  Also, the light emitter block 1A, the projection block 1B, the reflection block 1C, the kaleidoscope block 1D, the translucent block 1E, the fragrance block 1F, etc. It is good also as an assembly block thing of various solid shapes by combining variously by the insertion part 3. FIG. At this time, the light-emitting action of the light-emitting block 1A is appropriately emitted through the other block bodies 1B, 1C, 1D, 1E, and 1F to the other block bodies 1B, 1C, 1D, 1E, and 1F connected thereto. What is necessary is just to consider and assemble a combination so that various interesting things are expressed by the change of the light path by the combination and the glitter effect on each surface of the block body.

The block body in the best form for implementing this invention is shown, (a) is a perspective view of the block body for light emission, (b) is a perspective view of the block body for projection, (c) is a block body for reflection. (D) is a perspective view of the block body for kaleidoscopes, (e) is a perspective view of the block body for translucent bodies, (f) is a perspective view of the block body for fragrances. It is a partially cutaway perspective view of a state in which the projection block is joined on the light emission block. FIG. 5 is a partially cutaway perspective view of a state in which a projection block is joined on the light emission block and a reflection block is joined on the projection block. It is a partially-cutaway perspective view of the state which joined the block body for kaleidoscopes on the block body for light emission similarly. FIG. 5 is a partially cutaway perspective view of a state in which a projection block body is joined on the light emission block body and a translucent block body is joined on the projection block body. It is a partially cutaway perspective view of the state which joined the block body for fragrance under the block body for light emission similarly. It is a partially cutaway perspective view of the state which joined the fragrance block body of the structure by another example similarly under the block body for light emission.

Explanation of symbols

Q ... Film member 1A ... Light emission block 1B ... Projection block 1C ... Reflection block 1D ... Kaleidoscope block 1E ... Translucent block 1F ... Fragrance block 2 ... Projection 3 ... Insertion DESCRIPTION OF SYMBOLS 4 ... Luminescent body 5 ... Lens body 5A ... Lens barrel part 6 ... Mask part 7 ... Opening part 8 ... Reflective mirror 9 ... Window part 10 ... Mirror or half mirror 11 ... Kaleidoscope 12 ... Translucent body 13 ... Fragrance | flavor 14 ... Ventilation window 15 ... Mounting part 16 ... Presser piece 17 ... Battery 18 ... Battery storage part 19 ... Cover body 20 ... Switch mounting part 21 ... Switch 22 ... Fitting projection 23 ... Circular cover body 24 ... Depression part 25 ... Support Plate 26 ... support frame 27 ... casing

Claims (7)

  It is configured in a predetermined three-dimensional shape such as a cube, a rectangular parallelepiped, a cylindrical body, etc. by a translucent material, provided with a protruding portion on one surface, and provided with an insertion portion that fits the protruding portion on the other surface. A block toy comprising block bodies that can be joined to each other by a detachable fitting, the block body including a built-in light emitter, and a lens body provided on one side so as to guide light from the light emitter to the outside of the block body A toy block toy with a decorative feature characterized by having a light emitting block body.   The block body is a projection block body having a mask portion provided on one surface so as to hold a film member on which a projected pattern is displayed and a lens body provided on the other surface, and the block body for light emission The block toy having decorativeness according to claim 1, wherein the block toy is joined so that the mask portion side of the projection block body faces the lens body side.   The block body is a reflection block body having an opening provided on one surface and a reflecting mirror disposed obliquely therein, and the opening of the reflection block body on the mask portion side of the projection block body The block toy with a decorative property according to claim 1 or 2, wherein the blocks are joined so that the sides face each other.   The block body includes a window portion provided on one surface, a lens body provided on the other surface, and a kaleidoscope formed by arranging a plurality of mirrors or half mirrors in a square tube shape from the window portion to the lens body. The decorative body according to any one of claims 1 to 3, wherein the block body for a kaleidoscope has a surface, and is joined to the lens body side of the light emitting block body so that the window side of the block body for the kaleidoscope is opposed. Block toys.   The block body is a translucent block body having an opening provided on one surface and a three-dimensional translucent body having a translucent reflecting surface disposed through the opening, The decorative property according to any one of claims 1 to 4, wherein the block body is joined such that the opening side of the light transmitting block body faces the lens body side of the block body or the lens body side of the projection block body. Block toys.   The block body is a fragrance block body having a built-in fragrance, a plurality of ventilation window portions formed on the side surface, and a lens body provided on one surface, and on the lens body side of the fragrance block body, The block toy having a decorative property according to any one of claims 1 to 5, wherein an opening formed on one surface of the light emitting block of the light emitting block is joined so as to face each other. The block toy with a decorative property according to any one of claims 1 to 6, wherein the illuminant is composed of an LED element that can be lit continuously, intermittently lit, or controlled to light according to a predetermined order.

Images