CN218652943U - Intelligence-developing splice plate - Google Patents

Abstract

The utility model belongs to the picture arragement field, concretely relates to concatenation board benefits intelligence. The jigsaw puzzle is composed of a plurality of spliced sub-blocks with irregular shapes, each spliced sub-block is designed with a specific arc-shaped outline edge and is spliced along the specific arc-shaped outline edge of the spliced sub-block, one side of the spliced block group can form an animal shape, and after the spliced block group is turned over, the other side of the spliced block group can form other types of animals, namely, the spliced sub-blocks in the same group can be used for simultaneously splicing various different animals; the utility model discloses simple structure, the design is exquisite, and is interesting strong.

Description

Intelligence-promoting splice plate

Technical Field

The utility model relates to a puzzle recreation field of benefiting intelligence, concretely relates to concatenation board of benefiting intelligence.

Background

Existing puzzle game pieces are usually composed of pieces, and the difficulty of putting the pieces in a particular position is mainly determined by the number, shape and texture of the pieces. The intelligence-developing game jigsaw can improve the identification ability, logic analysis ability, imagination ability and patience of people to the patterns.

There are two disadvantages to current puzzle games: firstly, the shapes and the textures of the jigsaw are monotonous, so that children are difficult to keep long-term interest and concentration; secondly, the puzzle contains insufficient intellectual elements and has limited intellectual ability; thirdly, the design level of the image of the jigsaw pattern is not enough, and the aesthetic appeal in art needs to be improved.

A jigsaw puzzle with different geometric shapes is formed by a group of jigsaw puzzle blocks, such as a jigsaw puzzle, typically a jigsaw puzzle, the jigsaw puzzle with the shape similar to other objects is formed by using some abstract geometric blocks without considering the textures of the jigsaw puzzle, and the jigsaw puzzle has simple structure and design and poor interestingness.

Chinese patent CN200920060703.8 discloses a puzzle which can be used to put together various shapes, but its base plate and a plurality of shape particles are not suitable for small children, and have certain harmfulness and possibility of eating by mistake, and the structure is relatively complicated, so it is not easy to produce and use, and it is not easy to attract the attention of children.

Therefore, how to provide a toy splice plate with simple structure and convenient use, which is convenient for children to splice different shapes, is a problem that needs to be solved urgently by the technical personnel in the field.

SUMMERY OF THE UTILITY MODEL

In view of this, the utility model provides a splice plate benefits intelligence, simple structure, it is interesting high.

In order to achieve the above purpose, the utility model adopts the following technical scheme: the utility model provides a splicing plate benefits intelligence which characterized in that, includes the piece group that a plurality of irregularly shaped concatenation subblocks are constituteed, piece group has a plurality ofly, and is a plurality of in same piece group different specific shape figure can be spliced into to the positive and negative of concatenation subblock, and is a plurality of in same piece group all be equipped with specific shape arc profile limit on the concatenation subblock, and is a plurality of in the same piece group the specific shape arc profile limit of concatenation subblock can splice each other.

The utility model has the advantages that: the spliced subblocks in each splicing block group can splice different patterns, the specific animal patterns on the top surface and the bottom surface of each splicing block group are matched, the spliced patterns are more vivid, the splicing interestingness is stronger, children can be attracted to play, and the intelligence development of the splicing blocks is promoted.

Preferably, when the spliced blocks are spliced to form a specific shape of a sea horse or an elephant, the spliced blocks are respectively a first sea horse/elephant spliced block, a second sea horse/elephant spliced block and a third sea horse/elephant spliced block, the top surface of the first sea horse/elephant spliced block is correspondingly in the shape of the head and the front leg of the elephant, the top surface of the second sea horse/elephant spliced block is correspondingly in the shape of the belly and the tail of the elephant, the top surface of the third sea horse/elephant spliced block is correspondingly in the shape of the rear leg of the elephant, a first concave spliced edge is arranged on one side of the first sea horse/elephant spliced block, a first convex spliced edge matched with the first concave spliced edge is arranged on one side of the second sea horse/elephant spliced block, a second concave spliced edge is arranged on the bottom of the other side of the second sea horse/elephant spliced block, and a second convex spliced edge matched with the second concave spliced edge is arranged on the top of the third sea horse/elephant spliced block, and the first sea horse/elephant spliced block, the first concave spliced block, the second concave spliced edge and the elephant spliced block are sequentially matched with the contour of the second concave spliced block.

Preferably, a first concave type splicing edge of the first hippocampus/elephant splicing sub-block is spliced with a second convex type splicing edge of a third hippocampus/elephant splicing sub-block, the bottom edge of the third hippocampus/elephant splicing sub-block is a first splicing straight edge, a second splicing straight edge matched with the first splicing straight edge is arranged on the second hippocampus/elephant splicing sub-block, the third hippocampus/elephant splicing sub-block and the first hippocampus/elephant splicing sub-block are sequentially and correspondingly spliced from top to bottom to form a hippocampus contour shape, the bottom surface of the first hippocampus/elephant splicing sub-block corresponds to a hippocampus tail shape, the bottom surface of the second hippocampus/elephant splicing sub-block corresponds to a hippocampus head shape, and the bottom surface of the third hippocampus/elephant splicing sub-block corresponds to a body shape of a hippocampus.

The technical effect produced by the method is as follows: the figure conversion of the elephant and the sea horse can be completed through the three splicing sub-boards, and the spliced elephant or sea horse figure is vivid in effect and strong in interestingness when matched with the patterns on the corresponding surface of the elephant or sea horse figure.

Preferably, piece together the piece group and splice when forming specific shape for cat or fish, it is a plurality of the concatenation subblock is first cat/fish concatenation subblock and second cat/fish concatenation subblock respectively, one side of first cat/fish concatenation subblock is equipped with first concatenation arc limit, one side of second cat/fish concatenation subblock is equipped with second concatenation arc limit, first concatenation arc limit and the concatenation of second concatenation arc limit form the profile figure of cat, the top surface correspondence of first cat/fish concatenation subblock is the head and the foreleg shape of cat, the top surface correspondence of second cat/fish concatenation subblock is cat tail and back leg shape.

Preferably, the foreleg that first cat/fish concatenation subblock corresponds the cat shape is first connecting portion, the hind leg that second cat/fish concatenation subblock corresponds the cat shape is the second connecting portion, first connecting portion and second connecting portion adaptation are connected and are formed the profile figure of fish, the bottom surface correspondence of first cat/fish concatenation subblock is dorsal fin and fish tail shape, the bottom surface correspondence of second cat/fish concatenation subblock is fish head and ventral fin shape.

The technical effect produced by the method is as follows: the splicing conversion of the patterns of the cat and the fish can be finished through the two splicing sub-blocks, the effect is vivid and the artistry is strong by matching the patterns of the cat and the fish.

Preferably, when the specific shape formed by splicing the splicing blocks is a dolphin, the splicing sub-blocks are four, the top surfaces of the four splicing sub-blocks are spliced to form a first dolphin-shaped pattern, and the bottom surfaces of the four splicing sub-blocks are spliced to form a second dolphin-shaped pattern.

The technical effect produced by the method is as follows: the dolphin shape that can splice into different states through four concatenation subblocks can be the form of dolphin mother, also can be the form of dolphin baby, can also be the dolphin under the different gesture, relies on the pendulum position of concatenation subblock to accomplish the concatenation conversion of dolphin gesture, cooperates the pattern that its two sides were equipped with, and the image is lifelike, the effect that intentionally never thinks, more has the attractiveness.

Preferably, when piece group piecing together into specific shape and being chicken or egg, it is a plurality of the concatenation subblock is first chicken/egg concatenation subblock, second chicken/egg concatenation subblock, third chicken/egg concatenation subblock, fourth chicken/egg concatenation subblock and fifth chicken/egg concatenation subblock respectively, first chicken/egg concatenation subblock is the birds of the chicken body form, second chicken/egg concatenation subblock is the birds of the chicken tail form, third chicken/egg concatenation subblock is the birds of the chicken leg form, fourth chicken/egg concatenation subblock is the birds of the chicken head form, fifth chicken/egg concatenation subblock is the flesh and beard form, first chicken/egg concatenation subblock, second chicken/egg concatenation subblock, third chicken/egg concatenation subblock, fourth chicken/egg concatenation subblock and fifth chicken/egg concatenation subblock splice the outline shape of chicken in proper order.

Preferably, the top of first chicken/egg concatenation subblock is equipped with arc groove limit, third chicken/egg concatenation subblock, fourth chicken/egg concatenation subblock and fifth chicken/egg concatenation subblock are located the arc groove limit, first chicken/egg concatenation subblock, second chicken/egg concatenation subblock, third chicken/egg concatenation subblock, fourth chicken/egg concatenation subblock and fifth chicken/egg concatenation subblock correspond the outline shape of piecing together the egg.

The technical effect produced by the method is as follows: the change of the shape of the chicken and the shape of the egg is realized through the special arc-shaped outline edge of the five spliced subblocks of the chicken/egg, and the chicken/egg spliced subblock is wonderful, has strong interest, is relatively beautiful and has artistic sense.

Drawings

Fig. 1 is a schematic view of an elephant according to an embodiment 1 of the intelligent splice plate of the present invention;

fig. 2 is a schematic view of a hippocampus of an embodiment 1 of the intelligence-promoting splice plate of the present invention;

fig. 3 is a schematic view of a cat according to an embodiment 2 of the intelligence-promoting splice plate of the present invention;

FIG. 4 is a schematic view of a fish of example 2 of an intelligence-promoting splice plate of the present invention;

fig. 5 is a schematic view of a first dolphin posture of an embodiment 3 of the intelligence-promoting splice plate of the present invention;

fig. 6 is a schematic diagram of a second dolphin posture in an embodiment 3 of the intelligence-promoting splice plate of the present invention;

FIG. 7 is a schematic view of a chicken in accordance with an embodiment 4 of the present invention;

fig. 8 is a schematic view of an egg according to embodiment 4 of the intelligence-promoting splice plate of the present invention.

9. 1 a first female splicing side, 2 a first male splicing side, 3 a second female splicing side, 4 a second male splicing side, 5 a first splicing straight side, 6 a second splicing straight side, 7 a first splicing arc side, 8 a second splicing arc side, 101 a first hippocampus/elephant splicing subblock, 102 a second hippocampus/elephant splicing subblock, 103 a third hippocampus/elephant splicing subblock, 201 a first cat/fish splicing subblock, 202 a second cat/fish splicing subblock, 301 a first dolphin splicing subblock, 302 a second dolphin splicing subblock, 303 a third dolphin splicing subblock, 304 a fourth dolphin splicing subblock, 401 a first chicken/egg splicing subblock, 402 a second chicken/egg splicing subblock, 403 a third chicken/egg splicing subblock, 404 a fourth chicken/egg splicing subblock, 405 a fifth chicken/egg splicing subblock.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention, and the front and back sides described below correspond to the description of the top surface and the bottom surface.

Example 1

Referring to fig. 1-2 of the present invention, the splicing block is a hippocampus or elephant splicing block set, the splicing block set includes three splicing sub-blocks, namely a first hippocampus/elephant splicing sub-block 101, a second hippocampus/elephant splicing sub-block 102 and a third hippocampus/elephant splicing sub-block 103, each splicing sub-block is in an irregular shape, the first hippocampus/elephant splicing sub-block 101 is in the shape of the head and the front leg of the elephant when viewed from the front, and is provided with an elephant nose, the front side is coated with the head of the elephant, the nose and the front leg of the elephant are provided with patterns, the back side is vertically placed in the shapes of the lower half and the tail of the hippocampus, and the back side is coated with the tail and the lower half of the hippocampus, that is, the front side and the back side of the first hippocampus/elephant splicing sub-block 101 are matched with the body position shapes of different animals through different positions;

the front visual shape of the second split sub-block 102 is the shape of the belly and tail of the elephant, the front side is coated with the patterns of the belly and tail of the elephant, the image is vivid, when the second split sub-block 102 is reversed, the second split sub-block becomes the shape of the head and nose of the hippocampus, the front and back sides of the tail of the elephant are the shapes of parts of two different animals, the front side of the third split sub-block 103 is the shape of the legs of the elephant and is coated with the patterns of the legs of the elephant, the back side is turned to become the shape of the neck and upper half of the body of the hippocampus, and the patterns of the half of the body of the hippocampus are coated;

when the elephant is spliced in a matched mode, the first hippocampus/elephant splicing sub-block 101, the second hippocampus/elephant splicing sub-block 102 and the third hippocampus/elephant splicing sub-block 103 are spliced on the basis of the front faces, a first concave splicing edge 1 is arranged on one side of the first hippocampus/elephant splicing sub-block 101 and is spliced with a first convex splicing edge 2 on one side of the second hippocampus/elephant splicing sub-block 102, and a second concave splicing edge 3 of the second hippocampus/elephant splicing sub-block 102 is spliced with a second convex splicing edge 4 of the third hippocampus/elephant splicing sub-block 103 to form an elephant figure;

when the splicing hippocampus is matched, the first hippocampus/elephant splicing sub-block 101, the second hippocampus/elephant splicing sub-block 102 and the third hippocampus/elephant splicing sub-block 103 are spliced on the basis of the reverse sides, the second hippocampus/elephant splicing sub-block 102, the third hippocampus/elephant splicing sub-block 103 and the first hippocampus/elephant splicing sub-block 101 are sequentially arranged from top to bottom, at the moment, the first concave splicing side 1 is matched with the second concave splicing side 3, the arrangement positions are reasonably adjusted, the shape of the hippocampus is restored as much as possible, and the first splicing straight side 5 on the third hippocampus/elephant splicing sub-block 103 is spliced and matched with the second splicing straight side 6 on the second hippocampus/elephant splicing sub-block 102 to form a life-like hippocampus shape.

Example 2

Referring to fig. 3-4, the cat or fish splice group comprises two splice sub-blocks, namely a first cat/fish splice sub-block 201 and a second cat/fish splice sub-block 202, wherein the first cat/fish splice sub-block 201 and the second cat/fish splice sub-block 202 are both irregular in shape, and can be matched with each other to splice into a cat shape or a fish shape, and the cat pattern and the fish pattern are very vivid and artistic in cooperation with the patterns on the front and back sides.

When the cooperation concatenation becomes the cat, the front of using first cat/fish concatenation subblock 201 and second cat/fish concatenation subblock 202 is the concatenation basis, the front scribbles the pattern of cat, the front of first cat/fish concatenation subblock 201 is the head of cat and the two foreleg shapes of cat, the front of second cat/fish concatenation subblock 202 is the back leg and the afterbody shape of cat, the contour shape of a cat is formed through the concatenation cooperation of first concatenation arc limit 7 and second concatenation arc limit 8, the pattern of deuterogamying the cat, the image is lifelike.

When the split type cat/fish split sub-block is matched and spliced into a fish, the reverse sides of the first cat/fish split sub-block 201 and the second cat/fish split sub-block 202 are used as a splicing basis, the reverse sides are coated with fish patterns, the front leg of the first cat/fish split sub-block 201 corresponding to the cat shape is a first connecting part, the rear leg of the second cat/fish split sub-block 202 corresponding to the cat shape is a second connecting part, the first connecting part and the second connecting part are connected in an adaptive mode to form a fish outline pattern, the fish pattern is matched to be vivid in image and strong in artistic sense, the practical ability of children is promoted in the splicing process, and the intelligence development of the children is promoted.

Example 3

Referring to fig. 5-6, the dolphin patch is a dolphin patch group, wherein four patches with different sizes and shapes are arranged in the patch group, namely a first dolphin patch sub-block 301, a second dolphin patch sub-block 302, a third dolphin patch sub-block 303 and a fourth dolphin patch sub-block 304, each patch sub-block is provided with an occlusion edge which is also irregular in shape, two dolphins with different shapes can be spliced out through different positions, and the dolphins are rich in artistic sense and more attractive in appearance by matching with patterns on the dolphin patch sub-blocks, and the patch sub-blocks can respectively represent the head, dorsal fins, ventral fins and tail of the dolphins, and can be converted to ventral fins through different positions, so that different dolphin postures are formed.

Example 4

Referring to the attached figures 7-8, the split block group of chicken and egg is divided into five split sub-blocks with different shapes, and the change of the outer contour shape of chicken and the outer contour shape of egg is realized by the arrangement and the coordination of different positions, which can promote the practical ability and thinking ability of children.

The puzzle design uses the same set of puzzle blocks, two different objects can be spliced on the front side and the back side, the puzzle design is exquisite, the texture is natural, harmonious and graceful, the interest and artistic beauty are both considered, and the puzzle has good attraction to children and adults. The design of the jigsaw puzzle inspires the imagination of people, exercises the observation power and the concentration power of people, meets the curiosity of people, has positive effects on intelligence inspiration, sentiment cultivation, aesthetic fumigation, color texture and geometric shape perception, and can be used for researching and developing various jigsaw puzzle intelligence-benefiting toys and games.

Note that after any one of the puzzles of the present invention is split into more sub-blocks, two different patterns can be spliced on the front and back surfaces.

As can be seen from the above examples, the puzzle of the present invention has the smaller number of tiles, the greater difficulty in design, and the higher requirements for the imagination and the manipulation and control capability of the pattern handle of the designer. In all designs disclosed in this patent, the number of puzzle pieces is minimal.

For the device and the using method disclosed by the embodiment, the description is simple because the device and the using method correspond to the method disclosed by the embodiment, and the relevant points can be referred to the description of the method part.

The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims (8)

1. The utility model provides a splicing plate benefits intelligence which characterized in that, includes the piece group that a plurality of irregularly shaped concatenation subblocks are constituteed, piece group has a plurality ofly, and is a plurality of in same piece group different specific shape figure can be spliced into to the positive and negative of concatenation subblock, and is a plurality of in same piece group all be equipped with specific shape arc profile limit on the concatenation subblock, and is a plurality of in the same piece group the specific shape arc profile limit of concatenation subblock can splice each other.

2. The intelligence-promoting splicing plate of claim 1, wherein when the splicing blocks are spliced to form a specific shape of a hippocampus or an elephant, the spliced subblocks are a first hippocampal/elephant spliced subblock (101), a second hippocampal/elephant spliced subblock (102) and a third hippocampal/elephant spliced subblock (103) respectively, one side of the first hippocampus/elephant splicing sub-block (101) is provided with a first concave splicing edge (1), one side of the second hippocampus/elephant splicing sub-block (102) is provided with a first convex splicing edge (2) matched with the first concave splicing edge (1), the bottom of the other side of the second hippocampus/elephant splicing sub-block (102) is provided with a second concave splicing edge (3), the top of the third sea horse/elephant splicing sub-block (103) is provided with a second convex splicing edge (4) matched with the second concave splicing edge (3), the first hippocampus/elephant spliced subblock (101), the second hippocampus/elephant spliced subblock (102) and the third hippocampus/elephant spliced subblock (103) are sequentially and correspondingly spliced into an elephant contour shape, the top surface of the first hippocampus/elephant spliced sub-block (101) is correspondingly shaped like the head and the forelegs of an elephant, the top surface of the second hippocampus/elephant spliced sub-block (102) is in the shape of an elephant belly and tail, the top surface of the third hippocampus/elephant spliced sub-block (103) is correspondingly shaped like the hind leg of the elephant.

3. The intelligence-benefiting splicing plate according to claim 2, wherein a first concave type splicing edge (1) of the first hippocampus/elephant splicing sub-block (101) is spliced with a second convex type splicing edge (4) of a third hippocampus/elephant splicing sub-block (103), the bottom edge of the third hippocampus/elephant splicing sub-block (103) is a first splicing straight edge (5), a second splicing straight edge (6) matched with the first splicing straight edge (5) is arranged on the second hippocampus/elephant splicing sub-block (102), the third hippocampus/elephant splicing straight edge (103) and the first hippocampus/elephant splicing sub-block (101) are sequentially spliced from top to bottom to form a hippocampal contour shape, the bottom surface of the first hippocampus/elephant splicing sub-block (101) corresponds to a hippocampal tail shape, the bottom surface of the second hippocampus/elephant splicing sub-block (102) corresponds to a hippocampal head shape, and the bottom surface of the third hippocampus/elephant splicing sub-block (103) corresponds to a body shape of a hippocampus.

4. An intelligence-developing splice plate as claimed in claim 1, wherein when said splice group is spliced to form a specific shape of cat or fish, said splice sub-blocks are respectively a first cat/fish splice sub-block (201) and a second cat/fish splice sub-block (202), one side of said first cat/fish splice sub-block (201) is provided with a first splice arc edge (7), one side of said second cat/fish splice sub-block (202) is provided with a second splice arc edge (8), said first splice arc edge (7) and said second splice arc edge (8) are spliced to form a contour figure of cat, said top surface of said first cat/fish splice sub-block (201) is corresponding to the shape of head and front leg of cat, said top surface of said second cat/fish splice sub-block (202) is corresponding to the shape of cat tail and back leg.

5. A smart splice plate as claimed in claim 4, wherein the first cat/fish splice sub-block (201) is a first connecting portion corresponding to the front leg of cat shape, the second cat/fish splice sub-block (202) is a second connecting portion corresponding to the rear leg of cat shape, the first connecting portion and the second connecting portion are adapted to form the contour of fish, the bottom surface of the first cat/fish splice sub-block (201) is shaped as dorsal fin and fishtail, and the bottom surface of the second cat/fish splice sub-block (202) is shaped as head and ventral fin.

6. The intelligence promoting tile of claim 1, wherein when the tile group is formed into a specific shape of a dolphin, the tile group has four tiles, the top surface of the four tiles forms a first dolphin-shaped pattern, and the bottom surface of the four tiles forms a second dolphin-shaped pattern.

7. The intelligence-improving splicing plate according to claim 1, wherein when the splicing block is spliced into a specific shape of a chicken or an egg, the splicing sub-blocks are respectively a first chicken/egg splicing sub-block (401), a second chicken/egg splicing sub-block (402), a third chicken/egg splicing sub-block (403), a fourth chicken/egg splicing sub-block (404) and a fifth chicken/egg splicing sub-block (405), the first chicken/egg splicing sub-block (401) is in a shape of a chicken body, the second chicken/egg splicing sub-block (402) is in a shape of a chicken tail, the third chicken/egg splicing sub-block (403) is in a shape of a chicken leg, the fourth chicken/egg splicing sub-block (404) is in a shape of a chicken head, the fifth chicken/egg splicing sub-block (405) is in a shape of a meat beard, and the first chicken/egg splicing sub-block (401), the second chicken/egg splicing sub-block (402), the third chicken/egg splicing sub-block (403), the fourth chicken/egg splicing sub-block (404) and the fifth chicken/egg splicing sub-block (405) are spliced into a shape of a chicken leg.

8. An intelligence-improving splicing plate according to claim 7, wherein the top of the first egg/chicken splicing sub-block (401) is provided with an arc-shaped groove edge, the third egg/chicken splicing sub-block (403), the fourth egg/chicken splicing sub-block (404) and the fifth egg/chicken splicing sub-block (405) are located in the arc-shaped groove edge, and the first egg/chicken splicing sub-block (401), the second egg splicing sub-block (402), the third egg/chicken splicing sub-block (403), the fourth egg splicing sub-block (404) and the fifth egg splicing sub-block (405) are adapted to the outer contour shape of the spliced egg.

Images