CN2464408Y

CN2464408Y - Jig-saw block of building model

Info

Publication number: CN2464408Y
Application number: CN 00205766
Authority: CN
Inventors: 郑熙春
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-02-22
Filing date: 2000-02-22
Publication date: 2001-12-12
Anticipated expiration: 2010-02-22

Abstract

The utility model relates to a splicing-inserting module of a building model, which is composed of beam cylinders and wall face bodies, wherein each beam cylinder is a prism whose four vertical faces are provided with slots, and the wall face bodies are composed of a straight face rectangular wall face body, a straight face triangular wall face body, a straight face sector wall face body, an inclined face wall face body, an arc face wall face body, a stairway, two inclined face outer turning wall face bodies and three inclined face wall bodies, etc. One wall face body can be provided with a plurality of inserting rails, one beam cylinder can be provided with a plurality of slots, and therefore, one wall face body can be simultaneously spliced and connected with a plurality of beam cylinders, and one beam cylinder can be simultaneously spliced and connected with a plurality of wall face bodies. The connecting mode can be flexibly changed, and various building models in complicated structure with abundant model can be spliced and inserted.

Description

BUILDINGS MODELS is pieced together slotting module

The utility model relates to a kind of modular construction type toy, refers to a kind of building block type toy of being inserted the various building internal structure external structure of acquisition by the different shape module by assembly especially.

Toy always is exploitation children's intelligence imagination and the various strong instrument that enriches artistic emotion, and the building blocks type toy is apparent especially in this respect outstanding.But existing building blocks type toy has many weak points, be mainly reflected in simple, single, the versatility difference of mode of connection and pieces together the existence of object entity than big-difference with institute mutually of building block module form, these have all greatly limited the diversity and the creation interest of children thought.

The utility model purpose just provides a kind of BUILDINGS MODELS that can be used as the building blocks type toy and pieces together slotting module, these defectives at existing building blocks type toy, the utility model decomposes some unit modules with suitable composition general character with the building of various multi-form styles, and the process of simulating actual building design and construction according to own understanding and the imagination by children is finished the recreation of combination then.The utility model not only can be pieced together the booth of inserting out Chinese Style, platform, the building, pavilion, temple, Chinese courtyard house, and can piece together the castle of inserting out the West, villa, can also piece together to insert and occur for Building Building, multiple model such as bridge, even can piece together and insert out similar abstract sculpture furniture vehicle, non-BUILDINGS MODELS such as boats and ships, what deserves to be mentioned is that these models can have external styling can have internal structure again, proximity based on it and target entity, architectural design person can significantly improve children and student's space imagining ability with this Jig-saw-puzzle toy as architectural design aid or classroom teaching aid fully.

But the utility model is made up of beam column body and metope body that multi-angle links mutually, and concrete structure is provided by accompanying drawing.

Fig. 1 is the three-dimensional view of beam column body.Beam column body (1) is a prism-shaped object, and four facades all have slot (1.1), and the top view (also can regard cross-sectional view as) of Fig. 1-1 beam column body, left view and front view omit.The height of beam column body can be made into its cross section length of side several times, makes the beam column body of different sizes.

Fig. 2 to Figure 13 is the three-dimensional view of 12 modules of metope body.

Fig. 2 is a three-dimensional view of facing rectangle metope body directly.Facing rectangle metope body (2) directly is square shape metope body, all studs with slotting rail (2.1) at four edge faces, and its thickness is the length of side of beam column body section.Fig. 2-1, Fig. 2-2, Fig. 2-3 are respectively top view, left view, the front view of facing rectangle metope body directly.Face the length and the wide several times that can make its thickness respectively of rectangle metope body directly, that makes different sizes faces rectangle metope body directly, also can be at last door or the window left, and what constitute door or window faces rectangle metope body directly.

Fig. 3 is a three-dimensional view of facing triangle metope body directly.Facing triangle metope body (3) directly is the right angle trigonometry shape metope body that two faces on the right-angle side edge stud with slotting rail (3.1), and its thickness is the length of side of beam column body section.Fig. 3-1, figure, 3-2, Fig. 3-3 is respectively top view, left view, the front view of facing triangle metope body directly.Two right-angle side length of sides facing triangle metope body directly can be made the several times of its thickness respectively, and that makes different sizes faces triangle metope body directly.

Fig. 4 is a three-dimensional view of facing fan-shaped metope body directly.Facing fan-shaped metope body (10) directly is a fan-shaped metope body, studs with slotting rail (10.1) on two edge faces of formation radius, and its thickness is the length of side of beam column body section.Fig. 4-1, Fig. 3-2, Fig. 3-3 are respectively top view, left view, the front view of facing fan-shaped metope body directly.The radius of facing fan-shaped metope body directly can be made into the several times of its thickness, makes the fan-shaped metope body of facing directly of different sizes.

Fig. 5 is a three-dimensional view of facing class triangle metope body directly.Face the metope body that class triangle metope body (11) is a similar right angle trigonometry shape directly, stud with slotting rail (11.1) on two faces on two right-angle side edges, its thickness is the length of side of beam column body section.Fig. 5-1, Fig. 5-2, Fig. 5-3 are respectively top view, left view, the front view of facing class triangle metope body directly.Two right-angle side length of sides facing class triangle metope body directly can be made into the several times of its thickness, and that makes different sizes faces class triangle metope body directly.

Fig. 6 is a three-dimensional view of facing class triangle metope body for a short time directly.For a short time face the metope body that class triangle metope body (12) is a similar right angle trigonometry shape directly, stud with slotting rail (12.1) on two faces on two right-angle side edges, its thickness is the length of side of beam column body section.Fig. 6-1, Fig. 6-2, Fig. 6-3 are respectively top view, left view, the front view of facing class triangle metope body for a short time directly.

Fig. 7 is the three-dimensional view of inclined-plane metope body.Inclined-plane metope body (4) is a plane inclined metope body, studs with slotting rail (4.1) on two end faces.Fig. 7-1, Fig. 7-2, Fig. 7-3 are respectively top view, left view, the front view of inclined-plane metope body.The wide, long of inclined-plane metope body can be made into different numerical value, and the angle of inclination also can be made into the different number of degrees, makes the inclined-plane metope body of different sizes.

The three-dimensional view of Fig. 8 cambered surface metope body.Cambered surface metope body (13) is one to be the metope body of 90 ° of cambered surfaces, studs with slotting rail (13.1) on two faces in two ends.Fig. 7-1, Fig. 7-2, Fig. 8-1 are respectively top view, left view, the front view of inclined-plane metope body.Wide, the cambered surface radius of cambered surface metope body can be made into different numerical value, make the cambered surface metope body of different sizes.

Fig. 9 is the three-dimensional view of stair.Stair (5) are the inclined-plane metope body that an inclined-plane has step, stud with slotting rail (5.1) on two faces in two ends.Fig. 9-1, Fig. 9-2, Fig. 9-3 are respectively top view, left view, the front view of stair.The stairway step number can be made into different rank, and the angle of inclination also can be made into the different number of degrees, makes the stair of different sizes.

Figure 10 is the three-dimensional view that blocks bar.Blocking bar (9) is a column metope body, studs with slotting rail (9.1) on two faces in two ends.Figure 10-1, Figure 10-2, Figure 10-3 are respectively top view, left view, the front view of stair.The length of blocking bar can be made into different numerical value, makes the bar that blocks of different sizes.

Figure 11 is the three-dimensional view that changes the metope body outside two inclined-planes.Changeing metope body (6) outside two inclined-planes is two metope bodies that inclined-plane metope body is composited in outside corner mode, studs with slotting rail (6.1) on some edge faces.Figure 11-1, Figure 11-2, Figure 11-3 are respectively top view, left view, the front view of stair.

Figure 12 is the three-dimensional view that changes the metope body in two inclined-planes.Changeing metope body (8) in two inclined-planes is the metope bodies of two inclined-plane metope bodies to be composited to the inside lock mode, studs with slotting rail (8.1) on some edge faces.Figure 12-1, Figure 12-2, Figure 12-3 are respectively top view, left view, the front view of stair.

Figure 13 is the three-dimensional view of three inclined-plane metope bodies.Three inclined-plane metope bodies (7) are three metope bodies that inclined-plane metope body is composited in outside corner mode, stud with slotting rail (7.1) on some edge faces.Figure 13-1, Figure 13-2, Figure 13-3 are respectively top view, left view, the front view of stair.

Each metope body all has the different slotting rail of quantity, and the slot of its slotting rail and beam column body matches, and the slotting rail of metope body slidably inserts in the slot of beam column body, reaches the purpose of two kinds of modules of firm connection.

Any two beam column bodies all can link by a metope body, and any two metope bodies also can link by a beam column body, and they can constitute different angles.For example, facing rectangle metope body or two inclined-plane metope bodies directly for two can form right angle by a beam column body, and an angle of facing a rectangle metope body and an inclined-plane metope body formation directly can be 45 ° or 135 °, simultaneously, because a metope body has a plurality of slotting rails, a beam column body also has a plurality of slots, therefore, a plurality of can directly a binding of metope body with two to four beam column bodies, a beam column body also can directly link with four metope bodies, a metope body like this by the beam column body once can with nearly surplus in the of ten a metope body with multi-form binding, mode of connection is very flexible, link kind and be the geometric progression increase, insert out various complex structures so can piece together, the BUILDINGS MODELS that moulding is abundant with increasing of module number.

Figure 14 is exactly by some different length beam column bodies 1 (some of them beam column body can block bar 9 by different length as required and substitute), (wherein some leaves door or window thereon) of different sizes face rectangle metope body 2 directly, face triangle metope body 3 directly, different in width inclined-plane metope body 4 (some wherein narrow inclined-plane metope bodies can substitute by facing class triangle metope body 3 directly as required), stair 5, change metope body 6 outside two inclined-planes, three inclined-plane metope bodies 7, change metope body 8 in two inclined-planes and piece together a BUILDINGS MODELS (figure of the various assemblies on Figure 14 is scaled the forming of various modules on Fig. 1 to Figure 13) of inserting out.

This building block type toy can be made plastic toy.Because it is simple relatively to constitute the various modular structures of this building block type toy, the method of mould with various module injection mo(u)ldings made in employing, not only can manufacture on a large scale to reduce cost, and it is lower to manufacturing requirements, be convenient to various technical merit plant produced, be beneficial to popularization of the present utility model.

Claims

1) a kind of BUILDINGS MODELS is pieced together slotting module, it is characterized in that its assembly beam column body is that four facades have the slot prism, its assembly metope body is faced directly rectangle metope body, faces triangle metope body directly, is faced directly fan-shaped metope body by assembly, face class triangle metope body directly, for a short time face class triangle metope body directly, inclined-plane metope body, cambered surface metope body, blocks and changes in metope body, two inclined-planes compositions such as changeing metope body, three inclined-plane metope bodies outside bar, two inclined-planes stair.Every kind of metope body all has a plurality of slotting rails, and the slotting rail of metope body can insert in the slot of beam column body, finishes the binding of beam column body and metope body.Any two beam column bodies all can link by a metope body, and any two metope bodies also can link by a beam column body, and they can constitute different angles.Simultaneously, because a metope body has a plurality of slotting rails, a beam column body also has a plurality of slots, therefore, a plurality of can directly a binding of metope body with two to four beam column bodies, beam column body also can directly link with four metope bodies, a metope body like this by the beam column body once can be surplus reaching ten a metope body with multi-form binding.

2) BUILDINGS MODELS according to claim 1 is pieced together slotting module, it is characterized in that the binding of its assembly beam column body and metope body can be taked the press-button type structure, and promptly the position of the former slotting rail of metope body is provided with protrusion, and recessed on the beam column body slot correspondence position.

3) BUILDINGS MODELS according to claim 1 is pieced together slotting module, it is characterized in that the slot of its assembly beam column body and metope body and the shape of cross section of slotting rail can be designed to diamond pattern.

4) BUILDINGS MODELS according to claim 1 is pieced together slotting module, it is characterized in that the slot of its assembly beam column body and metope body and the shape of cross section of slotting rail can be designed to circular arc type.

5) BUILDINGS MODELS according to claim 1 is pieced together slotting module, it is characterized in that the length of each assembly of its assembly beam column body and metope body, and wide, each high index all can change size separately.

6) BUILDINGS MODELS according to claim 1 is pieced together and is inserted module, it is characterized in that its assembly metope body can simplify processing when making, and comprises one of them that remove the about two sides of metope body, changes the thickness of metope body.