CN111311970B

CN111311970B - Assembly for assembling Chinese characters

Info

Publication number: CN111311970B
Application number: CN202010031219.3A
Authority: CN
Inventors: 梁栋; 李川
Original assignee: Fourth Branch Culture Technology Hangzhou Co ltd
Current assignee: Fourth Branch Culture Technology Hangzhou Co ltd
Priority date: 2020-01-13
Filing date: 2020-01-13
Publication date: 2022-08-12
Anticipated expiration: 2040-01-13
Also published as: CN111311970A

Abstract

The invention relates to the field of toys or teaching aids, and discloses a component for splicing Chinese characters, wherein a spelling module comprises an L-shaped spelling module (100) and a V-shaped spelling module (200) which have two extending directions; a T-shaped spelling module (300), a halberd-shaped spelling module (400) and a man-shaped spelling module (500) with three extending directions; the Chinese character spelling system comprises an X-shaped spelling module (600) with four extension directions, a talent-shaped spelling module (700) with five extension directions and a big spelling module (800); a "wood" type spelling module (900) with six directions of extension. The spelling module and the extension piece can be combined to form basically all Chinese characters, and the spliced Chinese characters do not need to be fixed by using a connecting piece. Meanwhile, each spelling module can be used as an independent toy and can also be used as a connection point of the spelling to be used with other spelling modules and extension pieces to spell a font.

Description

Assembly for assembling Chinese characters

Technical Field

The invention relates to the field of toys or teaching aids, in particular to a component for splicing Chinese characters.

Background

The existing spelling toys are basically used for spelling by using radicals, but the Chinese radicals are numerous, which causes numerous toy components and brings great difficulty to people playing the toys. For example, the patent publication No. CN201423173Y discloses a Chinese character spelling toy, which uses radicals of Chinese characters to compose Chinese characters, and it is necessary to use hundreds of different parts to compose some Chinese characters which are often used.

Chinese patent CN201621352331.2 discloses a spelling toy, which comprises simple square members, connecting members and intersecting members, and also comprises magnetic components and rotating shaft components contained therein, and is characterized in that: the straight stroke formed by the square modules comprises a point horizontal stroke, a vertical stroke, a left-falling right-falling hook, a connecting component for connecting the connected parts of the stroke and an intersecting component for forming the intersecting part, so that the spelling is very convenient. But each part of the spelling toy can not be spliced, and is too simple and low in interest, meanwhile, the stability of the spliced characters is poor, and the magnetic parts are used as part of parts, so that the cost is high.

Disclosure of Invention

Aiming at the defects of low interest, poor connection reliability and the like of the spelling toy in the prior art, the invention provides a component for splicing Chinese characters.

In order to solve the technical problem, the invention is solved by the following technical scheme:

a subassembly for assembling chinese character which characterized in that: the spelling component comprises an L-shaped spelling module and a V-shaped spelling module which have two extending directions; a T-shaped spelling module, a Bu-shaped spelling module and a man-shaped spelling module which have three extending directions;

the L-shaped spelling module comprises a first extension part and a second extension part, one end of the first extension part is fixedly connected with one end of the second extension part, the other ends of the first extension part and the second extension part are extension ends, and an included angle between a center line of the first extension part and a center line of the second extension part is a right angle;

the V-shaped spelling module comprises a fifth extension part and a sixth extension part, one end of the fifth extension part is connected with one end of the sixth extension part, the other end of the fifth extension part and the other end of the sixth extension part are extension ends, and an included angle between a center line of the fifth extension part and a center line of the sixth extension part is an acute angle or an obtuse angle;

the T-shaped spelling module comprises a third extension part and a fourth extension part arranged in the middle of the third extension part, the third extension part and the fourth extension part are mutually vertical, two ends of the third extension part are extension ends, one end of the fourth extension part is connected with the middle of the third extension part, and the other end of the fourth extension part is an extension end;

the character spelling module comprises a first ninth extension part and a tenth extension part, the cross sections of the first ninth extension part and the tenth extension part are square, the side lengths of the cross sections of the first ninth extension part and the tenth extension part are all a, two ends of the first ninth extension part are extension ends, one end of the tenth extension part is connected with the first ninth extension part, the other end of the tenth extension part is an extension end, and the included angle between the center line of the tenth extension part and the center line of the first ninth extension part is an acute angle;

the human-shaped spelling module comprises a second extension part, a third extension part and a fourth extension part which are connected into an integral structure, wherein one ends of the second extension part, the third extension part and the fourth extension part are fixedly connected to form a human-shaped spelling module, the other ends of the second extension part, the third extension part and the fourth extension part are extension ends, and the center lines of the third extension part and the fourth extension part are distributed on two sides of the center line of the second extension part;

the extending end faces of the L-shaped spelling module, the V-shaped spelling module, the T-shaped spelling module, the halberd-shaped spelling module and the human-shaped spelling module are all rectangular, and are provided with bumps and grooves, and the bumps and the grooves are matched in shape; the extension piece is further included, and the end faces at two ends of the extension piece are provided with structures matched with the shapes of the convex blocks and the grooves in the end faces of the extension piece.

Preferably, the character spelling module also comprises an X-shaped character spelling module with four extending directions, wherein the X-shaped character spelling module comprises a seventh extending part and an eighth extending part, the intersection point of the seventh extending part and the eighth extending part is positioned in the middle of the seventh extending part and the eighth extending part, the seventh extending part and the eighth extending part are both cylinders with square cross-sectional profiles, the side length of the cross section of the seventh extending part is equal to that of the cross section of the eighth extending part, both ends of the seventh extending part and both ends of the eighth extending part are extending ends, and the included angle between the center line of the seventh extending part and the center line of the eighth extending part is an acute angle or a right angle.

Preferably, the spelling module also comprises a 'talent' type spelling module and a 'big' type spelling module with five extension directions; the wooden spelling module has six extending directions;

the 'talent' type spelling module comprises an eleventh extension part, a twelfth extension part and a thirteenth extension part, wherein the center lines of the eleventh extension part, the twelfth extension part and the thirteenth extension part are connected with a point; the eleventh extension part and the twelfth extension part are connected in a crossed manner, two ends of the eleventh extension part and two ends of the twelfth extension part are extension ends, one end of the thirteenth extension part is connected with a crossed point of the eleventh extension part and the twelfth extension part, and the other end of the thirteenth extension part is an extension end;

the large-shaped spelling module comprises a fourteenth extending part, a fifteenth extending part, a sixteenth extending part and a seventeenth extending part, wherein the center lines of the fourteenth extending part, the fifteenth extending part, the sixteenth extending part and the seventeenth extending part are intersected at one point; the central line of the fourteenth extending part is a straight line, two ends of the fourteenth extending part are both extending ends, the fifteenth extending part is positioned at the upper side of the fourteenth extending part, the lower end of the fifteenth extending part is connected with the fourteenth extending part, and the upper end of the fifteenth extending part is an extending end; the sixteenth extension part and the seventeenth extension part are positioned at the lower side of the fourteenth extension part, the upper ends of the sixteenth extension part and the seventeenth extension part are connected with the fourteenth extension part, and the lower ends of the sixteenth extension part and the seventeenth extension part are extension ends; the sixteenth extension part and the seventeenth extension part are positioned on two sides of the central line of the fifteenth extension part;

the wooden spelling module comprises an eighteenth extension part, a nineteenth extension part, a twentieth extension part and a twenty-first extension part which are connected into an integral structure, wherein the eighteenth extension part and the nineteenth extension part are of a cross structure, two ends of the eighteenth extension part are extension ends, two ends of the nineteenth extension part are extension ends, and the twentieth extension part and the twenty-first extension part are positioned on two sides of the nineteenth extension part and are positioned on the same side of the eighteenth extension part; one end of the twentieth extension part is connected with the eighteenth extension part or/and the nineteenth extension part, one end of the twenty-first extension part is connected with the eighteenth extension part or/and the nineteenth extension part, and the other ends of the twentieth extension part and the twenty-first extension part are extension ends.

Preferably, the tail piece is further included, and one end of the tail piece is a structure matched with the shape of the extending end or the protruding block and the groove of the extending piece.

Preferably, at least one of the L-shaped spelling module, the V-shaped spelling module, the T-shaped spelling module, the halter-shaped spelling module, the human-shaped spelling module, the X-shaped spelling module, the talent-shaped spelling module, the big spelling module and the wooden spelling module is of an integrally formed structure.

Preferably, the L-shaped spelling module, the V-shaped spelling module, the T-shaped spelling module, the halter-shaped spelling module, the human-shaped spelling module, the X-shaped spelling module, the talent-shaped spelling module, the big-shaped spelling module and the wooden-shaped spelling module are formed by joggling two or more components.

Preferably, the extending end faces of the L-shaped spelling module, the V-shaped spelling module, the T-shaped spelling module, the halter-shaped spelling module, the human-shaped spelling module, the X-shaped spelling module, the talent-shaped spelling module, the big spelling module and the wood-shaped spelling module are squares with side length of a, each extending end face is provided with a convex block and a groove with the same structure, the shapes of the convex blocks and the grooves are matched, and the end faces of the two ends of the extending piece are provided with structures matched with the shapes of the convex blocks and the grooves on the extending end faces; the number of the convex blocks and the number of the grooves are two, the convex blocks and the grooves are respectively arranged at four corners of the end face of the extension end, the grooves are formed between the convex blocks, so that the convex blocks and the grooves are arranged diagonally, the bottom surfaces of the grooves are the end face of the extension end, the shapes of the convex blocks and the grooves are matched, the cross-sectional shapes of the convex blocks and the bottom surfaces of the grooves are squares, and the area of the cross-sectional shapes of the convex blocks and the bottom surfaces of the grooves is one fourth of the area of the end face of the extension end.

Preferably, the extending parts of the L-shaped spelling module, the V-shaped spelling module, the T-shaped spelling module, the halter-shaped spelling module, the human-shaped spelling module, the X-shaped spelling module, the talent-shaped spelling module, the big spelling module and the wooden spelling module are all squares with a section of a.

Preferably, the outer side surface of the joint of the two extending parts of the L-shaped spelling module and the outer side surface of the joint of the two extending parts of the V-shaped spelling module are both cambered surfaces.

Preferably, the 'talent' type spelling module with five extension directions is formed by splicing an 'X' type spelling module and a 'halter' type spelling module, and the 'big' type spelling module is formed by splicing the 'X' type spelling module and the 'man' type spelling module; the wooden spelling module with six extending directions is formed by splicing an X spelling module and two halberd spelling modules.

Preferably, the extension central lines of the L-shaped spelling module are coplanar and intersected at a point, the extension central lines of the V-shaped spelling module are coplanar and intersected at a point, the extension central lines of the T-shaped spelling module are coplanar and intersected at a point, the extension central lines of the Bu-shaped spelling module are coplanar and intersected at a point, the extension central lines of the human-shaped spelling module are coplanar and intersected at a point, the extension central lines of the X-shaped spelling module are coplanar and intersected at a point, the extension central lines of the Only-shaped spelling module are coplanar and intersected at a point, the extension central lines of the big-shaped spelling module are coplanar and intersected at a point and the extension central lines of the Wood-shaped spelling module are coplanar and intersected at a point.

Preferably, the first extension part and the second extension part of the L-shaped spelling module are formed by mutually joggling the first assembly, the second assembly and the third assembly, or the first extension part and the second extension part are formed by joggling the fourth assembly and the fifth assembly;

or/and a third extension part and a fourth extension part of the T-shaped spelling module are formed by mutually joggling a sixth assembly, a seventh assembly and an eighth assembly, or the third extension part and the fourth extension part are formed by joggling the eighth assembly and a ninth assembly;

or/and the fifth extension part and the sixth extension part of the V-shaped spelling module are formed by mutually joggling the first component and the second component; or the fifth extension part and the sixth extension part are formed by mutually joggling a thirteenth component, a fourteenth component and a fifteenth component;

or/and the X-shaped spelling module formed by the seventh extension part and the eighth extension part is formed by mutually joggling the sixteenth component, the seventeenth component, the eighteenth component and the twentieth component; or the X-shaped spelling module formed by the seventh extension part and the eighth extension part is formed by joggling the twenty-first component and the twenty-second component; or the X-shaped spelling module formed by the seventh extension part and the eighth extension part is formed by joggling the seventh component, the eighth component and the ninth component;

or/and the first ninth extension part and the tenth extension part of the Chinese character spelling module are formed by spelling and combining twenty-third, twenty-fourth and twenty-fifth components; one end of the twenty-third component is an extending end of the first ninth extending part, one end of the twenty-fourth component is another extending end of the first ninth extending part, and one end of the twenty-fifth component is an extending end of the tenth extending part; the other ends of the twenty-third component, the twenty-fourth component and the twenty-fifth component are fixedly connected in a joggle mode;

the eleventh extension, the twelfth extension and the thirteenth extension of the just-shaped spelling module are formed by mutually joggling a twenty-sixth assembly, a twenty-seventh assembly and a twenty-eighth assembly;

or/and the first extension part, the second extension part and the third extension part of the large-sized spelling module are formed by mutually joggling a twenty-ninth component, a thirtieth component and a thirty-first component;

or/and the eighteenth extension part, the nineteenth extension part, the twentieth extension part and the twenty-first extension part of the wood-type spelling module are formed by mutually joggling a thirty-second assembly, a thirty-third assembly, a thirty-fourth assembly, a thirty-fifth assembly and a lock cylinder;

and the 'human' type spelling module is formed by mutually joggling a twenty-second extension part, a twenty-third extension part and a twenty-fourth extension part through a thirty-sixth component and a thirty-seventh component.

Due to the adoption of the technical scheme, the invention has the remarkable technical effects that: the applicant starts from the traditional analysis of the strokes of the components and changes the composition of the Chinese characters into the number of extending directions of each connecting point in the Chinese characters and the angle between the extending directions. Therefore, the spelling modules with different digital directions are designed, and then the spelling modules are connected together by using the functional parts to form the Chinese characters.

Simultaneously each spelling module passes through the mortise and tenon joint structure concatenation to be constituteed, and the mortise and tenon joint structure does not need to make reciprocal anchorage between the connecting piece immediately with the help of external force and screw in connection to the characters stability that the combination formed is higher, and the roughness is higher, the phenomenon of dropping can not appear, and single spelling module also can regard as toy to supply children and adult to use in addition, and is interesting high.

The Chinese characters assembled by the assembling components do not start from strokes or independent sticks of the traditional Chinese characters, but start from cross points in the Chinese characters, and because cross points or inflection points are formed among most Chinese characters, no matter the Chinese characters are strokes or strokes, the inventor designs some standard character assembling modules by inducing the types of the cross points of the Chinese characters to realize character assembling. The character spelling method has the advantages of uniform and stable splicing mode and various and interesting splicing combinations, and simultaneously increases the advantage of exercising the spatial imagination of users due to the splicing characteristic.

The technical scheme of the invention can be used for splicing Chinese characters and other characters and graphs, such as English letters and simple graphs, and also belongs to the protection range of the application when being applied to the field.

Drawings

FIG. 1 is a schematic structural diagram of an "L" -shaped spelling component according to embodiment 3.

Fig. 2 is an exploded view of fig. 1.

Fig. 3 is an exploded view of fig. 1.

FIG. 4 is a schematic structural diagram of an "L" -shaped spelling component of embodiment 4.

Fig. 5 is an exploded view of fig. 4.

FIG. 6 is a schematic diagram of a completed assembly structure of the "T" -shaped spelling component in embodiment 5.

Fig. 7 is a rear view of fig. 6.

FIG. 8 is an exploded view of the "T" shaped spelling block of FIG. 6, to which the top, bottom, left, right, front and back orientation of this embodiment shall be applied.

FIG. 9 is a schematic structural diagram of the "T" type spelling block of FIG. 6.

FIG. 10 is a schematic view showing a completed assembly structure of the "T" -shaped spelling component of the embodiment 6, and the top, bottom, left, right, front and rear directions of the embodiment are based on the figure.

Fig. 11 is an exploded view of fig. 10.

FIG. 12 is a schematic diagram of a completed assembly structure of the "V" -shaped spelling component of embodiment 7. The top, bottom, left, right, front and rear orientations of the embodiments are based on the figure.

Fig. 13 is an exploded schematic view of fig. 12.

Fig. 14 is a rear perspective view of fig. 13.

FIG. 15 is a schematic diagram showing a completed assembly structure of the "V" -shaped spelling component according to embodiment 12. The top, bottom, left, right, front and rear orientations of the embodiments are based on the figure.

Fig. 16 is an exploded schematic view of fig. 15.

Fig. 17 is an internal structural view of fig. 15.

FIG. 18 is a schematic diagram showing a completed assembly of the "X" -shaped spelling component according to embodiment 13. The top, bottom, left, right, front and rear orientations of the embodiments are based on the figure.

Fig. 19 is an exploded schematic view of fig. 18.

FIG. 20 is a diagram illustrating the spelling process of the "X" type spelling component.

FIG. 21 is a schematic view showing the structure of the "X" -shaped spelling block of embodiment 14, wherein the top, bottom, left, right, front and rear directions in this embodiment are based on this figure.

Fig. 22 is an exploded view of fig. 21.

FIG. 23 is a schematic structural view of the "X" shaped spelling block of the embodiment 15, wherein the top, bottom, left, right, front and back directions in the embodiment are based on the figure.

Fig. 24 is an exploded view of fig. 23.

FIG. 25 is a schematic view of a completed assembly structure of the "bo" type spelling module of embodiment 16. Wherein the top, bottom, left, right, front and back orientations in this embodiment are referenced to this figure.

Fig. 26 is an exploded schematic view of fig. 25.

FIG. 27 is a diagram illustrating the spelling process of the "Bu" spelling module. Wherein the top, bottom, left, right, front and back orientations in this embodiment are referenced to this figure.

FIG. 28 is a block diagram showing a "large" spelling block according to example 18.

FIG. 29 is an exploded view of a "big" spelling module.

Fig. 30 is an exploded view of fig. 28.

FIG. 31 is an exploded view of the "talent" spelling module of example 17. Wherein the top, bottom, left, right, front and back orientations in this embodiment are referenced to this figure.

FIG. 32 is an assembly view of the talent-type spelling module.

Fig. 33 is a rear view of fig. 31.

FIG. 34 is a diagram of the completed assembly of the "talent" type spelling module.

FIG. 35 is a schematic structural diagram of a "wood" type spelling module according to example 19. Wherein the top, bottom, left, right, front and back orientations in this embodiment are referenced to this figure.

Fig. 36 is an exploded view of the first and second assemblies and the third assembly.

Fig. 37 is an exploded view of fig. 35.

FIG. 38 is a diagram showing first and second components of the "human" spelling module according to example 20.

FIG. 39 is a fully exploded view of the components of the "people" type spelling module.

Fig. 40 is an assembly view of a "man" type module.

FIG. 41 is a diagram of Chinese characters formed by spelling.

FIG. 42 is a diagram of Chinese characters formed by spelling.

FIG. 43 is a schematic diagram of Chinese characters formed by spelling.

FIG. 44 is a schematic diagram of Chinese characters formed by spelling.

FIG. 45 is a diagram of Chinese characters formed by spelling.

FIG. 46 is a schematic view of the structure of the extension.

Figure 47 is another configuration of the extension.

FIG. 48 is a schematic view of the configuration of the closeout.

FIG. 49 is a schematic diagram of an "L" type spelling module.

FIG. 50 is a schematic diagram of a "V" type spelling module.

FIG. 51 is a schematic diagram of a "T" type spelling module.

FIG. 52 is a diagram of a "halberd" type spelling module.

FIG. 53 is a diagram of a "people" type spelling module.

FIG. 54 is a schematic diagram of an "X" type spelling module.

FIG. 55 is a schematic diagram of a "talent" type spelling module.

FIG. 56 is a schematic diagram of a "wood" type spelling module.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and examples.

The invention provides a component for splicing Chinese characters, which starts from strokes or extension rods of traditional Chinese characters but starts from cross points in the Chinese characters, and because cross points or inflection points are formed between most Chinese characters no matter the strokes or the strokes, an inventor designs some basic character splicing modules by inducing the types of the cross points of the Chinese characters to realize character splicing. The forming mode of the spelling module is not the key point of the invention, the key point of the invention is the scheme of the spelling, and the spelling module can be an integrally formed structure and can also be an assembled splicing structure.

To facilitate an understanding of the present invention, the following examples are provided to illustrate the present solution.

Example 1

As shown in fig. 41 to 56, a method for assembling chinese characters, using the spelling assembly of the present invention, the method for assembling chinese characters comprises the steps of,

step one, determining the number of connection points of Chinese characters to be assembled, the number of extension directions of each connection point and the position relation of each extension direction of each connection point; the connection points comprise intersection points formed by crossing basic strokes, such as intersection points formed by crossing strokes 'horizontal' and strokes 'vertical' to form Chinese characters, and the like; the inflection point formed by the single stroke is also included, and the inflection point comprises turning points of 'transverse turning', 'left falling and right falling' in the strokes of the Chinese characters and the like;

and step two, selecting a needed spelling module to replace each connection point in the Chinese characters according to the number of the extension directions of each connection point and the relation between the extension directions, wherein one connection point in the Chinese characters approximately has 2 extension directions or 3 extension directions or 4 extension directions or 5 extension directions or 6 extension directions.

The spelling module in this embodiment includes an "L" type spelling module 100 and a "V" type spelling module 200 having two extending directions; a T-shaped spelling module 300, a Bu-shaped spelling module 400 and a man-shaped spelling module 500 with three extending directions; an X-shaped spelling module 600 with four extending directions, a talent-shaped spelling module 700 with five extending directions, and a big spelling module 800; a "wood" type spelling module 900 having six extension directions;

the L-shaped spelling module 100 comprises a first extension part 101 and a second extension part 102, wherein one end of the first extension part 101 is fixedly connected with one end of the second extension part 102, the other ends of the first extension part 101 and the second extension part 102 are extension ends 103, and an included angle between a center line of the first extension part 101 and a center line of the second extension part 102 is a right angle; the center line of the first extension 101 is coplanar with the center line of the second extension 102, the center line of the first extension is a line passing through the center of each section of the first extension, and the center line of the second extension is a line passing through the center of each section of the second extension.

The V-shaped spelling module 200 comprises a fifth extension part 301 and a sixth extension part 302, wherein one end of the fifth extension part 301 is connected with one end of the sixth extension part 302, the other end of the fifth extension part 301 and the other end of the sixth extension part 302 are extension ends 103, and an included angle between a center line of the fifth extension part 301 and a center line of the sixth extension part 302 is an acute angle or an obtuse angle;

the T-shaped spelling module 300 comprises a third extension part 201 and a fourth extension part 202 arranged in the middle of the third extension part 201, wherein the third extension part 201 and the fourth extension part 202 are perpendicular to each other, both ends of the third extension part 201 are extension ends 103, one end of the fourth extension part 202 is connected with the middle of the third extension part 201, and the other end of the fourth extension part 202 is an extension end 103;

the 'halter' type spelling module 400 comprises a ninth extension part 501 and a tenth extension part 502 which are square in cross section, the length of the cross section sides of the ninth extension part 501 and the tenth extension part 502 is a, the two ends of the ninth extension part 501 are extension ends 103, one end of the tenth extension part 502 is connected with the ninth extension part 501, the other end of the tenth extension part 502 is an extension end 103, and the included angle between the center line of the tenth extension part 502 and the center line of the ninth extension part 501 is an acute angle;

the 'human' type spelling module 500 comprises a second extension 901, a third extension 902 and a fourth extension 916 which are connected into a whole structure, wherein one ends of the second extension 901, the third extension 902 and the fourth extension 916 are fixedly connected to form a 'human' shape, the other ends of the second extension 901, the third extension 902 and the fourth extension 916 are extension ends 103, and the center lines of the third extension 902 and the fourth extension 916 are distributed on two sides of the center line of the second extension 901;

the X-shaped spelling module 600 comprises a seventh extension part 401 and an eighth extension part 402, wherein the intersection point of the seventh extension part 401 and the eighth extension part 402 is located in the middle of the seventh extension part 401 and the eighth extension part 402, the seventh extension part 401 and the eighth extension part 402 are both column-shaped parts with square cross-sectional profiles, the side length of the cross section of the seventh extension part 401 is equal to that of the cross section of the eighth extension part 402, both ends of the seventh extension part 401 and both ends of the eighth extension part 402 are extension ends 103, and the included angle between the center line of the seventh extension part 401 and the center line of the eighth extension part 402 is an acute angle or a right angle;

the 'talent' type spelling module 700, including eleventh extension 601, twelfth extension 602 and thirteenth extension 616 whose central lines are connected to a point; the eleventh extension 601 and the twelfth extension 602 are connected in a crossing manner, both ends of the eleventh extension 601 and both ends of the twelfth extension 602 are extension ends 103, one end of the thirteenth extension 616 is connected with a crossing point of the eleventh extension 601 and the twelfth extension 602, and the other end of the thirteenth extension 616 is an extension end 103; the 'talent' type spelling does not include 'lift' in 'talent' stroke 'vertical lift';

the large spelling module 800 comprises a fourteenth extension 701, a fifteenth extension 702, a sixteenth extension 716 and a seventeenth extension 730, wherein the center lines of the fourteenth extension 701, the fifteenth extension 702, the sixteenth extension 716 and the seventeenth extension 730 intersect at a point; the central line of the fourteenth extending portion 701 is a straight line, both ends of the fourteenth extending portion 701 are extending ends 103, the fifteenth extending portion 702 is located on the upper side of the fourteenth extending portion 701, the lower end of the fifteenth extending portion 702 is connected with the fourteenth extending portion 701, and the upper end of the fifteenth extending portion 702 is an extending end 103; the sixteenth extension 716 and the seventeenth extension 730 are located at the lower side of the fourteenth extension 701, the upper ends of the sixteenth extension 716 and the seventeenth extension 730 are connected to the fourteenth extension 701, and the lower ends of the sixteenth extension 716 and the seventeenth extension 730 are the extension ends 103; the sixteenth extension 716 and the seventeenth extension 730 are located on two sides of the centerline of the fifteenth extension 702;

the wooden spelling module 900 comprises an eighteenth extension part 801, a nineteenth extension part 802, a twentieth extension part 816 and a twenty-first extension part 830 which are connected into an integral structure, wherein the eighteenth extension part 801 and the nineteenth extension part 802 are in a crossed structure, two ends of the eighteenth extension part 801 are both extension ends 103, two ends of the nineteenth extension part 802 are both extension ends 103, and the twentieth extension part 816 and the twenty-first extension part 830 are positioned on two sides of the nineteenth extension part 802 and on the same side of the eighteenth extension part 801; one end of the twentieth extending part 816 is connected with the eighteenth extending part 801 or/and the nineteenth extending part 802, one end of the twenty-first extending part 830 is connected with the eighteenth extending part 801 or/and the nineteenth extending part 802, and the other ends of the twentieth extending part 816 and the twenty-first extending part 830 are extending ends 103;

thirdly, correspondingly connecting the extension ends of the selected spelling modules through extension pieces according to the typefaces of the Chinese characters; spelling out the typeface of the Chinese characters.

And step four, connecting the tail ends of the strokes of the Chinese characters through a closing piece 1000, wherein the closing piece 1000 is connected with the extension end of the spelling module or connected with the extension piece.

In this embodiment, the cross sections of the extending ends of the extending portions of all the spelling modules are squares with a side length of a, and the central lines of all the extending portions of each spelling module are coplanar and intersect at a point. The "L" type spelling module 100, "V" type spelling module 200, "T" type spelling module 300, "halberd" type spelling module 400, "people" type spelling module 500, "X" type spelling module 600, "talent" type spelling module 700, "big" type spelling module 800 and "wood" type spelling module 900 extend the end face and be the square of length of side a and every extends the end face and all be provided with lug 104 and the recess 105 of the same structure, the shape phase-match of lug 104 and recess 105, all be provided with on the both ends terminal surface of extension 1003 with extend the end terminal surface on lug 104 and the structure that the recess 105 shape matches. The number of the convex blocks 104 and the number of the grooves 105 are two, the convex blocks 104 and the grooves 105 are respectively arranged at four corners of the end face of the extension end 103, the grooves 105 are formed between the convex blocks 104, so that the convex blocks 104 and the grooves 105 are arranged diagonally, the bottom face of the groove 105 is the end face of the extension end 103, the shapes of the convex blocks 104 and the grooves 105 are matched, the cross section shape of the convex blocks 104 and the bottom face of the grooves 105 are square, and the area of the cross section shape of the convex blocks 104 and the area of the bottom face of the grooves 105 are one fourth of the area of the end face of the extension end 103. It can be ensured that the extension ends of the respective spelling modules can be connected through the extension 1003. The extension piece is of a central symmetry structure, so that the L-shaped spelling module 100 can achieve the same assembly effect when the front face faces outwards and the rear face faces outwards.

In order to more intuitively represent the present invention, the following figures describe the present invention in terms of the concatenation steps of the Chinese characters "east".

Firstly, the Chinese character east has 4 connecting points, two connecting points have 4 extending directions, and two connecting points have 2 extending directions; then determining the relation among all the extension directions; because the scheme is convenient to show, the vertical lift in the east of the Chinese characters is replaced by the L-shaped piece,

then selecting three spelling modules from the 9 spelling modules, namely two X-shaped modules, wherein the included angle between two extending parts of one X-shaped module is an acute angle and is used for realizing the intersection formed by the strokes of left-falling and folding and the strokes of horizontal stroke, and the included angle between two extending parts of one X-shaped module is a right angle and is used for realizing the intersection formed by the strokes of left-falling and folding and the strokes of vertical stroke; then a V-shaped spelling is used for forming an inflection point of the stroke of left-handed letter, and an L-shaped spelling module 100 is used for realizing the inflection point of the stroke of vertical letter;

then the 4 spelling modules are connected together by using the extension 1003;

finally, the epilogue 1000 is connected to each end of the Chinese character. The left-falling and right-falling strokes of east are designed separately in the embodiment and are horizontal rod members spliced by an extension member and a tail member 1000.

The spelling module selected by each Chinese character spelling group is not unique and fixed, and can also realize a loaded spelling module according to a plurality of simple spelling modules and functional components, for example, the 'talent' type spelling module 700 with five extending directions is formed by splicing an 'X' type spelling module 600 and a 'halter' type spelling module 400, and the 'big' type spelling module 800 is formed by splicing 1 'X' type spelling module 600 and 1 'man' type spelling module 500; the "wood" type spelling module 900 having six extending directions is formed by splicing one "X" type spelling module 600 and two "bo" type spelling modules 400.

Example 2

Unlike embodiment 1, in this embodiment, the "L" -shaped spelling module 100, the "V" -shaped spelling module 200, the "T" -shaped spelling module 300, the "halter" -shaped spelling module 400, the "man" -shaped spelling module 500, the "X" -shaped spelling module 600, the "talent" -shaped spelling module 700, the "big" -shaped spelling module 800, and the "wood" -shaped spelling module 900 are all integrally formed.

Example 3

On the basis of embodiment 1, the present application further provides a spliced type "L" shaped spelling module 100, which can form a connection point inflection point having two extending directions in a chinese character, such as a transverse fold, a transverse skimming, and the like. The spelling module comprises a first extension part 101 and a second extension part 102, one end of the first extension part 101 is fixedly connected with one end of the second extension part 102, the other end of the first extension part 101 and the other end of the second extension part 102 are extension ends 103, and an included angle between a central line of the first extension part 101 and a central line of the second extension part 102 is an acute angle, a right angle or an obtuse angle; the center lines of the first extension 101 and the second extension 102 are perpendicular to each other in this embodiment. The first extension 101 and the second extension 103 can be assembled with the extension 1003 having different lengths to extend the lengths of the first extension 101 and the second extension 102 by a desired length.

The difference from the embodiment 1 is that the "L" -shaped spelling module 100 in this embodiment is a mortise and tenon joint, and the first extension 101 and the second extension 102 of the "L" -shaped spelling module 100 are formed by splicing a plurality of components. The first extension 101 and the second extension 102 of the present embodiment are formed by joggling three components, which are specifically as follows:

one end of the first component 106 is an extending end 103 of the first extending part 101, and the other end is provided with a first tenon 109; one end of the second assembly 107 is an extending end 103 of the second extending portion 102, the other end of the second assembly 107 is a first mounting surface 110, a perpendicular line of the first mounting surface 110 is perpendicular to a perpendicular line of the extending end 103 of the second assembly 107, the perpendicular line of the first mounting surface 110 is parallel to a perpendicular line of the extending end 103 of the first assembly 106, a first assembling hole 111 for being matched with the first tenon 109 is formed in the first mounting surface 110, a first mounting cavity 112 is formed in a back end face of the first mounting surface 110, the first tenon 109 is inserted into the first mounting cavity 112 through the first assembling hole 111 to enable the first assembly 106 to be attached to the first mounting surface 110, and the third assembly 108 is inserted into the first assembling hole 111 and the first mounting cavity 112 and seals an opening formed by the first mounting cavity 112. The third component 108 in this embodiment is used to mate the first component 106 and the second component 107 and to fill the remaining first gap 118 of the first mounting cavity 112, at least with the outer end face of the second component 107 being flush and free of gaps.

In order to ensure the reliable connection of the first component 106 and the second component 107, the first tenon 109 is L-shaped and comprises a first plug connector 113 and a locking component 116, the third component 108 comprises a second plug connector 115 and a first blocking pillar 117 for blocking the opening of the first mounting cavity 112, the first tenon 109 passes through the first mounting hole 111 to enable the locking component 116 to be locked at the right front side of the first mounting hole 111, the front end surface of the locking component 116 is flush with the front end surface of the second component 107, the second plug connector 115 is inserted into the first mounting hole 111, and the first blocking pillar 117 is matched with the residual space of the first mounting cavity 112 to enable the front end surface, the rear end surface and the rear side surface of the second component 107 to be flush. In the present embodiment, the volumes of the first tenon 109 and the third component 108 are equal to the volumes of the first mounting cavity 112 and the first fitting hole 111.

During assembly, the first tenon 109 is firstly inserted into the assembly opening and penetrates out of the assembly opening, then the first component 106 is moved towards the front side, so that the front end surface of the first plug connector 113 is abutted against the front side surface of the assembly opening, at the moment, the front end surface of the first component 106 is flush with the front end surface of the second component 107, the right end surface of the first component 106 is attached to the first mounting surface 110, and then the locking piece 116 is buckled on the back surface of the first assembly hole 111 so that the front end surface of the locking piece 116 is flush with the front end surface of the second component 107. Then, the third component 108 is inserted into the first mounting cavity 112 from the end of the first mounting cavity 112, the second plug connector 115 is plugged into the mounting port, the second plug connector 115 abuts against the first plug connector 113, the right end of the first tenon 109 abuts against the left side surface of the first stop pillar 117, and the right side surface of the first stop pillar 117 is flush with the right side surface of the second component 107.

In order to increase the interest of the toy and the reliability of connection, second plug connector 115 and first bumping post 117 are "T" style of calligraphy setting, the right-hand member face of first tenon 109 is contradicted with first half of first bumping post 117, the rear side right-hand member of first installation cavity 112 is provided with first breach 118, the latter half of first bumping post 117 cooperates with first breach 118, the downside of first installation face 110 is formed with first step 119, second plug connector 115 with first plug connector 113 mutually laminate the cooperation in the mounting hole and fill the mounting hole completely, the left end face of second plug connector 115 flushes with first installation face 110.

In the present embodiment, the cross-sections of the first assembling hole 111, the first plug 113, the second plug 115, the locking member 116, and the first blocking post 117 are all rectangular.

For the safety of children and adults, the junction of the first extension 101 and the second extension 102 is a circular arc transition, which is the upper corner of the second component 107 in this embodiment.

The first tenon 109 is a rod with a rectangular cross section, the first tenon 109 is inserted into the first assembling hole 111, the third component 108 is inserted into the remaining space of the first assembling hole 111, and the third component 108 fills the remaining space of the first mounting cavity 112, so that the outer side surface of the second component 107 has no gap.

Example 4

The present embodiment is different from embodiment 3 in that: the "L" shaped spelling module 100 is formed by joggling the fourth component 134 and the fifth component 135. A first socket 137 is formed in the right end and the left end of the fourth component 134, a second front panel 138 is formed on the front side of the first socket 137, a second rear panel 139 is formed on the rear side of the first socket 137, and a first notch 144 is formed in the second rear panel 139; the rear side of the fifth component 135 is formed with a second socket 140, the front side of the second socket 140 is formed with a third front panel 141, the rear side of the second socket 140 is formed with a third rear panel 142, the third front panel 141 is provided with a second notch 143, the shape of the second front panel 138 is matched with that of the second notch 143, the shape of the third rear panel 142 is matched with that of the first notch 144, the first notch 144 is used for joggling with the third front panel 141, and the second notch 143 is used for assembling with the second rear panel 139; the left end of the fourth component 134 is the extending end 103 of the first extending part 101, and the lower end of the fifth component 135 is the extending end 103 of the second extending part 102; when the multifunctional socket is assembled, the third front panel 141 is inserted into the first socket 137, and the second rear panel 139 is inserted into the second socket 140; while the second front panel 138 mates with the second slot 143 and the third rear panel 142 mates with the first slot 144, the mating surfaces being beveled. The front end face, the rear end face, the upper end face and the right end face of the L-shaped spelling module 100 formed by assembly are all planes, wherein the bending part of the L-shaped spelling module 100 is in circular arc transition.

Example 5

Compared with embodiment 1, the embodiment provides a spliced T-shaped spelling module 300, which includes a third extension 201 and a fourth extension 202 connected to the middle of the third extension 201, where the third extension 201 and the fourth extension 202 are perpendicular to each other, both ends of the third extension 201 are extension ends 103, one end of the fourth extension 202 is connected to the middle of the third extension 201, the other end of the fourth extension 202 is an extension end 103, and both the cross section of the third extension 201 and the cross section of the fourth extension 202 are squares with side length a; in this embodiment, the extension ends 103 of the third extension portion 201 and the fourth extension portion 202 have the same shape, the end surface of the extension end 103 is a square with a side length of a, and the end surface of the extension end 103 is formed with a protrusion 104 and a groove 105. The "T" shaped spelling module 300 can replace the connection structure of the strokes "horizontal" and "vertical" of the Chinese character and the whole rotational deformation of the connection structure, such as the shape of the "T" shaped character rotated by 90 degrees, 180 degrees and 270 degrees. The spelling component is used for forming a cross point with three extending directions in characters, wherein the two extending directions are on the same straight line and are vertical to the other extending direction, and the three extending ends 103 can extend to different lengths by matching with different numbers of functional parts.

In order to ensure the flatness of the module surface, the third extension 201 and the fourth extension 202 are substantially rectangular parallelepiped with a square cross section. The orthographic projection of the bump 104 and the groove 105 of the extension end 103 is also square and is congruent with the orthographic projection of the third extension 201 and the fourth extension 202.

The end face of the extending end 103 is square, the number of the bumps 104 and the grooves 105 is two, the bumps 104 and the grooves 105 are respectively arranged at four corners of the end face of the extending end 103, the grooves 105 are formed among the bumps 104, so that the bumps 104 and the grooves 105 are distributed alternately, the shapes of the bumps 104 and the grooves 105 are matched, the shapes of the cross sections of the bumps 104 and the bottom faces of the grooves 105 are square, and the area of the cross sections of the bumps 104 and the area of the bottom faces of the grooves 105 is one fourth of the area of the end face of the extending end 103. The advantage of the square is that the structure is not only an axisymmetric structure, but also a centrosymmetric structure, and the structure has simple splicing and high matching degree. Therefore, the splicing style which can be selected by the T-shaped spelling module with the extension end 103 in the shape in the splicing process is not limited, and the T-shaped spelling module is more convenient to assemble and splice with other splicing pieces.

The T-shaped spelling module 300 in this embodiment is formed by combination, wherein the connection structure of each assembly combination is a mortise and tenon structure or a deformation of the mortise and tenon structure.

The "T" shaped spelling module 300 comprises a left sixth module 206, a right seventh module 207 and a lower eighth module 208, wherein the seventh module 207 and the eighth module 208 are connected to the sixth module 206 through a mortise and tenon structure, the left end of the sixth module 206 forms the extending end 103 of the left end of the third extending portion 201, the right end of the seventh module 207 forms the extending end 103 of the right end of the third extending portion 201, and the lower end of the eighth module 208 forms the free end of the fourth extending portion 202.

A first L-shaped groove 209 is formed in the front end face of the sixth component 206, the lower end of the first L-shaped groove 209 penetrates through the lower end face of the sixth component 206, the right end of the first L-shaped groove 209 penetrates through the right end face of the sixth component 206, an upper end face of the eighth component 208 is provided with a first inserting column 210, the shape of the inserting column is matched with the vertical part shape of the first L-shaped groove 209, the left end of the seventh component 207 is provided with a second inserting column 211, the second inserting column 211 is matched with the horizontal part shape of the first L-shaped groove 209, a third mortise 212 is formed in the upper part of the first inserting column 210, a third tenon 213 extends from the left end of the second inserting column 211, and the shapes of the third tenon 213 and the third mortise 212 are matched. The first and second insert posts 210 and 211 are rectangular in cross section. In this embodiment, the third mortise 212 is a rectangular through hole, but may also be a through hole or a blind hole with other shapes, and in this embodiment, the length of the third tenon 213 is the same as the depth of the third mortise 212.

A second assembly port 214 is formed in the lower right corner of the rear end face of the sixth assembly 206, the second assembly port 214 is in the shape of an isosceles right triangle, and right-angle sides of the isosceles right triangle are a partial lower side and a partial right side of the rear end face of the sixth assembly 206; the right angle of the second mounting opening 214 is the lower right corner of the rear face of the sixth component 206. A first insertion block 215 in the shape of an isosceles right triangle is arranged on the rear side of the upper end face of the eighth component 208, the vertex angle of the first insertion block 215 is upward, and the longest edge of the first insertion block 215 is equal to the side length of the upper end face of the eighth component 208 in the left-right direction; the rear side of the right end face of the seventh component 207 is provided with a second insertion block 216 in the shape of an isosceles right triangle, the second insertion block 216 and the first insertion block 215 are identical, the vertex angle of the second insertion block 216 faces to the left, the longest edge of the second insertion block 216 is equal to the length of the up-down direction of the left end face of the seventh component 207, the length of the right-angle edge of the second assembly port 214 is equal to the longest edge of the second insertion block 216, the thicknesses of the first insertion block 215 and the second insertion block 216 are equal and equal to the depth of the second assembly port 214, and therefore the outer end faces of the first insertion block 215 and the second insertion block 216 can be flush with the rear end face of the sixth component 206; and the sum of the areas of the first and second inserts 215 and 216 is equal to the area of the second mounting opening 214, so that the first and second inserts 215 and 216 can just fill the second mounting opening 214.

The splicing process of the T-shaped spelling module 300 is as follows, the first inserting column 210 is inserted in the vertical part of the first L-shaped groove 209, the upper end surface of the eighth component 208 is fitted with the lower end surface of the sixth component 206, the first inserting block 215 is inserted in the lower side of the second assembling port 214, and the right-angle edge is abutted against the oblique edge of the second assembling port 214; then the second inserting column 211 is inserted into the horizontal portion of the first L-shaped groove 209, the third tenon 213 is matched with the tenon groove, the left end face of the seventh component 207 is attached to the right end face of the sixth component 206, and simultaneously the second inserting block 216 fills the remaining portion of the second assembling hole 214 so as to splice the back side of the sixth component 206 into a plane without a gap.

Example 6

Compared with the embodiment 5, the T-shaped spelling module 300 formed by the third extension 201 and the fourth extension 202 in the present embodiment is formed by mutually joggling the forty-

th components

276 and 277;

wherein the left end of the fortieth component 276 is the extending end 103 at the left end of the third extending part 201, and the right end of the fortieth component 276 is the extending end 103 at the right end of the third extending part 201; a first through groove 246 is formed in the rear side surface of the fortieth component 276, and the first through groove 246 penetrates through the upper end surface and the lower end surface of the fortieth component 276; a third socket 247 is formed in the bottom surface of the first through groove 246, and the third socket 247 penetrates through the front end surface of the fortieth component 276; the forty-first assembly 277 comprises a second plate 248 at the lower end, a third plate 249 is arranged on the upper side of the second plate 248, a first inserting plate 250 matched with the third inserting hole 247 is arranged on the third plate 249, the third plate 249 is used for being assembled in the first through groove 246, and the first inserting plate 250 is used for being inserted into the third inserting hole 247; when the assembly is carried out, the first inserting plate 250 is inserted into the third inserting hole 247, the third plate 249 is inserted into the first through groove 246, so that the rear end face of the third plate 249 is flush with the rear end face of the fortieth component 276, the upper end face of the third plate 249 is flush with the upper end face of the fortieth component 276, and the lower end face of the fortieth component 276 is flush with the upper end face of the second plate 248.

Example 7

Compared with embodiment 1, the present embodiment provides a spliced type "V" shaped spelling module 200, which includes a fifth extension 301 and a sixth extension 302, in the present embodiment, the fifth extension 301 and the sixth extension 302 are generally cylindrical with a rectangular cross section as a whole, one end of the fifth extension 301 and one end of the sixth extension 302 are connected to form a corner in a stroke, the other end of the fifth extension 301 and the other end of the sixth extension 302 are extension ends 103, and an included angle between a center line of the fifth extension 301 and a center line of the sixth extension 302 is a right angle, an acute angle, or an obtuse angle; the end face of the extension end 103 is square, and a bump 104 and a groove 105 for assembly are formed on the end face of the extension end 103. It should be apparent that the "V" in the "V" shaped spelling module 200 does not limit the opening direction of the spelling module, i.e. the module formed by rotating the "V" shaped spelling module 200 to any angle and the variation of the included angle of the "V" shaped module are all the protection scope of the present application.

The V-shaped spelling module 200 can form all styles with inflection points in the strokes approximately by changing the included angle between the center line of the fifth extension part 301 and the center line of the sixth extension part 302 into a right angle, an acute angle or an obtuse angle, the inflection points only represent the strokes with two extension directions, and the strokes 'transverse folding hooks' similar to the strokes forming the Chinese character 'nai' can be realized by matching functional parts of a plurality of V-shaped spelling modules 200 with different included angles.

The advantage of the square is that the structure is not only an axisymmetric structure, but also a centrosymmetric structure, and the structure has simple splicing and high matching degree. Therefore, the splicing style which can be selected by the V-shaped splicing word module with the extension end 103 in the shape in the splicing process is not limited, and the V-shaped splicing word module is more convenient to assemble and splice with other splicing pieces.

In this embodiment, an included angle between a center line of the fifth extending portion 301 and a center line of the sixth extending portion 302 is an acute angle, and specifically, the angle is 45 degrees. The fifth extension 301 and the sixth extension 302 of the "V" shaped spelling module 200 are formed by splicing the eleventh component 306 and the twelfth component 307; one end of the eleventh component 306 is a first connection end, and the other end is the extension end 103 of the fifth extension portion 301; one end of the twelfth component 307 is a second connection end, and the other end is the extension end 103 of the sixth extension 302; the first connecting end and the second connecting end connect the eleventh component 306 and the twelfth component 307 through a mortise and tenon structure to form the V-shaped spelling module 200.

Specifically, the right end surface of the eleventh component 306 is a third assembling surface 308, the third assembling surface 308 is an inclined surface, and an included angle between the third assembling surface 308 and the upper end surface of the eleventh component 306 is equal to an included angle between the fifth extending portion 301 and the second extending portion; the right end face of the twelfth assembly 307 is a fourth assembly face 309, the fourth assembly face 309 is an inclined face, and the included angle between the fourth assembly face 309 and the lower end face of the twelfth assembly 307 is equal to the included angle between the fifth extension 301 and the second extension; the third mounting surface 308 and the fourth mounting surface 309 have the same shape and size; the third mounting surface 308 and the fourth mounting surface 309 can be completely attached when they are mounted.

A first connecting block 310 extending along the center line of the eleventh component 306 is arranged on the third assembling surface 308, the rear end surface of the first connecting block 310 is flush with the rear end surface of the eleventh component 306, a second connecting block 311 extending along the center line of the twelfth component 307 is arranged on the fourth assembling surface 309, and the front end surface of the first connecting block 310 is flush with the front end surface of the twelfth component 307; the first connection block 310 and the second connection block 311 have the same thickness; the first connecting block 310 is provided with a fourth tenon 313, and the second connecting block 311 is provided with a fourth mortise 312 matched with the fourth tenon 313. In this embodiment, the upper end surface of the eleventh component 306 and the lower end surface of the twelfth component 307 are both outer side surfaces corresponding to the included angle "V". Since the first connecting block 310 and the second connecting block 311 have the same thickness, the third mounting surface 308 and the fourth mounting surface 309 have the same area, so that the front end surface and the rear end surface of the V-shaped spelling module 200 can be flush after the eleventh assembly 306 and the twelfth assembly 307 are mounted.

The fourth tenon 313 in this embodiment is a cylinder with a square cross section, but the fourth tenon 313 may have other shapes.

In order to ensure that the first connecting block 310 and the second connecting block 311 of the V-shaped spelling module 200 can be smoothly spliced, the sum of the thicknesses of the first connecting block 310 and the second connecting block 311 is equal to the width of the third assembling surface 308, and the width of the third assembling surface 308 is the distance between the front end surface and the rear end surface of the eleventh component 306, so that the front end surface of the first connecting block 310 and the rear end surface of the second connecting block 311 can be attached to each other during splicing, for the use safety of the toy, the end parts of the first connecting block 310 and the second connecting block 311 are both arc-shaped, and the corners of the V-shaped spelling module 200 are in arc-shaped transition.

The splicing process of the V-shaped spelling module 200 is as follows, the fourth tenon 313 is inserted into the fourth mortise 312, so that the third assembling surface 308 is attached to the fourth assembling surface 309, and the front end surface of the first connecting block 310 is attached to the rear end surface of the second connecting block 311, thereby splicing the V-shaped spelling module 200.

Example 8

The present embodiment is different from embodiment 7 in that the angle between the center line of the fifth extending portion 301 and the center line of the sixth extending portion 302 is 30 degrees.

Example 9

The present embodiment is different from embodiment 7 in that the angle between the center line of the fifth extending portion 301 and the center line of the sixth extending portion 302 is 60 degrees.

Example 10

The present embodiment is different from embodiment 7 in that the angle between the center line of the fifth extending portion 301 and the center line of the sixth extending portion 302 is 90 degrees.

Example 11

The present embodiment is different from embodiment 1 in that an included angle between a center line of the fifth extending portion 301 and a center line of the sixth extending portion 302 is 120 degrees.

Example 12

The difference from example 7 is that: the "V" type spelling module 200 in this embodiment is composed of three components, that is, the "L" type spelling module 100 composed of the fifth extension 301 and the sixth extension 302 is formed by mutually joggling the thirteenth component 315, the fourteenth component 316 and the fifteenth component 317, and the orientation of this embodiment is based on fig. 4. An extension end 103 of a fifth extension 301 at the left end of a thirteenth component 315, an upper end surface of the thirteenth component 315 is provided with a third assembly port 318 penetrating at least the front end surface of the thirteenth component 315, the middle part of the third assembly port 318 is provided with a third insertion port 319 penetrating the lower end surface of the thirteenth component 315, a first baffle 320 is formed at the rear side of the third insertion port 319, a second baffle 321 is formed at the front side of the third insertion port 319, the height of the upper end surface of the first baffle 320 is higher than the height of the upper end surface of the second baffle 321, the upper end surface of the fourteenth component 316 is a third mounting surface 322, the third mounting surface 322 is used for being attached to the lower end surface of the thirteenth component 315, the lower end of the fourteenth component 316 is an extension end 103 of the sixth extension 302, and an included angle between the third mounting surface 322 and the extension end 103 of the sixth extension 302 is an acute angle, an obtuse angle or an obtuse angle of 0 degree; in this embodiment, the included angle between the third mounting surface 322 and the end surface of the extending end is an acute angle, and the angle is 30 degrees. A third L-shaped tenon 323 is arranged on the third mounting surface 322, and the third L-shaped tenon 323 can be buckled on the second baffle 321 through the third inserting hole 319; when the thirteenth and

fourteenth modules

315, 316 are assembled, the third assembly opening 318 and the third receptacle 319 form a receptacle that matches the shape of the fifteenth module 317. In this embodiment, the third assembling hole 318 penetrates through the front end face and the rear end face of the thirteenth component 315, and the fifteenth component 317 is a T-shaped plug; during assembly, the third L-shaped tenon 323 penetrates through the lower part of the third insertion hole 319, the upper end face of the second baffle 321 is moved forward, the front end face of the third L-shaped tenon 323 is flush with the front end face of the thirteenth component 315, the upper end face of the third L-shaped tenon 323 is flush with the upper end face of the first baffle 320, a slot is formed between the first baffle 320 and the second baffle 321, the fifteenth component 317 is inserted downwards into the third assembly hole 318 and the third insertion hole 319, the insertion end of the fifteenth component 317 is abutted against the first baffle 320 and the third L-shaped tenon 323, the fifteenth component 317 is pressed against the upper end faces of the first baffle 320 and the second baffle 321, and the upper end face of the fifteenth component 317 is flush with the upper end face of the thirteenth component 315.

Example 13

The present embodiment provides a spliced type "X" spelling module 600 based on embodiment 1, wherein the seventh extension 401 and the eighth extension 402 of the "X" spelling module 600 are formed by assembling the sixteenth component 406 and the seventeenth component 407 in the transverse direction, and the eighteenth component 408 and the twentieth component 409 in the longitudinal direction; the left end of the sixteenth member 406 and the right end of the seventeenth member 407 are the extended ends 103 at both ends of the seventh extended portion 401, and the upper end of the eighteenth member 408 and the lower end of the twentieth member 409 are the extended ends 103 at both ends of the eighth extended portion 402.

Specifically, the right end face of the sixteenth component 406, the left end face of the seventeenth component 407, the lower end face of the eighteenth component 408 and the upper end face of the twentieth component 409 are all square, and the side length of the square is the same as the shape of the end face of the extending end 103. A first splicing plate 410 is arranged on the front side of the right end face of the sixteenth component 406, a second splicing plate not shown is arranged on the rear side of the right end face, a third splicing plate 411 is arranged on the front side of the left end face of the seventeenth component 407, and a fourth splicing plate 412 is arranged on the rear side of the left end face; a fifth splice plate 413 at the front side of the lower end surface of the eighteenth component 408, and a sixth splice plate 414 at the rear side of the lower end surface; a seventh splice plate 415 is arranged on the front side of the upper end surface of the twentieth component 409, and an eighth splice plate 416 is arranged on the rear side of the upper end surface; tenons and mortises which are matched with each other are arranged between the first splicing plate 410 and the second splicing plate, between the third splicing plate 411 and the fourth splicing plate 412, between the fifth splicing plate 413 and the sixth splicing plate 414 and between the seventh splicing plate 415 and the eighth splicing plate 416; when the "X" type spelling module 600 is in the spelling completion state, the first, third, fifth and seventh mosaics 410, 411, 413 and 415 are spliced to form a closed plane, and the second, fourth, sixth and eighth mosaics 412, 414 and 416 are spliced to form a closed plane.

The front end surfaces of the first splicing plate 410, the third splicing plate 411, the fifth splicing plate 413 and the seventh splicing plate 415 and the front end surface of the component are positioned on the same plane, and the rear end surfaces of the second splicing plate, the fourth splicing plate 412, the sixth splicing plate 414 and the eighth splicing plate 416 and the rear end surface of the component are positioned on the same plane; the first splicing plate 410, the second splicing plate, the third splicing plate 411, the fourth splicing plate 412, the fifth splicing plate 413, the sixth splicing plate 414, the seventh splicing plate 415 and the eighth splicing plate 416 are isosceles right-angle triangular plates with the same shape, so that the four splicing plates on each surface are spliced in opposite directions during splicing.

A third plug board 417 is arranged in the middle between the first splicing board 410 and the second splicing board, fourth plug boards 418 are arranged on the upper side and the lower side between the third splicing board 411 and the fourth splicing board 412, a fifth plug board 419 is arranged in the middle between the fifth splicing board 413 and the sixth splicing board 414, and a sixth plug board 420 is arranged in the middle between the seventh splicing board 415 and the eighth splicing board 416; the third insertion plate 417, the fourth insertion plate 418, the fifth insertion plate 419 and the sixth insertion plate 420 are parallel to each other, a space between the fifth insertion plate 419 and the lower end face of the eighteenth component 408 and a space between the sixth insertion plate 420 and the upper end face of the twentieth component 409 form a second fitting hole 421 fitted with the fourth insertion plate 418, and the thickness of the third insertion plate 417 is equal to the distance between the lower end face of the fifth insertion plate 419 and the upper end face of the sixth insertion plate 420 when fitted. The lengths of the third insertion plate 417, the fourth insertion plate 418, the fifth insertion plate 419 and the sixth insertion plate 420 are equal to the side length of the end face of the extending end 103. The thickness of the third insert plate 417, the fourth insert plate 418, the fifth insert plate 419 and the sixth insert plate 420 is one fifth of the extended end 103, and the widths of the third insert plate 417, the fourth insert plate 418, the fifth insert plate 419 and the sixth insert plate 420 are equal. Taking the fifth board 419 as an example, the front end surface of the fifth board 419 is fixed to the fifth splice plate 413, and the rear end surface is fixed to the sixth splice plate 414, so that the width of the fifth board 419 plus the thickness of the fifth splice plate 413 and the sixth splice plate 414 is equal to the side length of the lower end surface of the eighteenth component 408. In summary, during splicing, the third board plug 417, the fourth board plug 418, the fifth board plug 419 and the sixth board plug 420 are attached to each other and stacked in a space surrounded by the first board plug 410, the second board plug 411, the fourth board plug 412, the fifth board plug 413, the sixth board plug 414, the seventh board plug 415 and the eighth board plug 416, and the space is filled with the third board plug 419, the fifth board plug 419 and the sixth board plug 420.

The splicing process of the X-shaped splicing module 600 is as follows, a fourth plug board 418 positioned at the upper side is spliced in a second assembly hole 421 of the eighteenth component 408, a fourth plug board 418 positioned at the lower side is spliced in a second assembly hole 421 of the twentieth component 409, and at the moment, a third splicing plate 411, a fourth splicing plate 412, a fifth splicing plate 413, a sixth splicing plate 414, a seventh splicing plate 415 and an eighth splicing plate 416 are spliced with each other; finally, the third board plug 417 is plugged between the fifth board plug 419 and the sixth board plug 420, and the first splicing plate 410 and the second splicing plate are spliced with the third splicing plate, the fourth splicing plate 412, the fifth splicing plate 413, the sixth splicing plate 414, the seventh splicing plate 415 and the eighth splicing plate 416.

Example 13

The present embodiment is different from embodiment 1 in that an angle between a center line of the seventh extending portion 401 and a center line of the eighth extending portion 402 is 60 degrees.

Example 14

Compared to embodiment 12, the center line of the seventh extension portion 401 and the center line of the eighth extension portion 402 are perpendicular. The "X" shaped spelling module 600 formed by the seventh extension 401 and the eighth extension 402 is formed by joggling the twenty-first component 423 and the twenty-second component 424.

The left end and the right end of the twenty-first component 423 form extension ends 103 at two ends of the seventh extension 401, and the upper end and the lower end of the twenty-second component 424 form extension ends 103 at two ends of the eighth extension 402; a first bayonet 425 is formed in the left side edge of the front end face of the twelfth component 424, a second bayonet 426 is formed in the right side edge of the front end face of the twelfth component 424, the first bayonet 425 and the second bayonet 426 are dovetail grooves, the area of the cross section of the first bayonet 425 is gradually reduced from left to right, and the area of the cross section of the second bayonet 426 is gradually reduced from right to left; a fourth inserting column 478 is formed between the first bayonet 425 and the second bayonet 426, and a fifth socket 427 used for matching with the fourth inserting column 478 is formed on the front end surface of the twenty-first component 423; in the assembly of the present embodiment, the fourth plug 478 is inserted into the fifth receptacle 427, and the first and second bayonets 425 and 426 are attached to the left and right sides of the fifth receptacle 427, so as to form an "X" type spelling module 600 having a seventh extension 401 and an eighth extension 402, wherein the cross-section of each of the seventh extension 401 and the eighth extension 402 is a square with a side length of a.

Example 15

The difference from example 9 is that: the fourth twelfth component 475 includes a fifth board 454, a left end of the fifth board 454 is an extending end 103 at a left end of the seventh extending portion 401, a right end face of the fifth board 454 is provided with a seventh inserting board 455 perpendicular to the fifth board 454, the fourth thirteenth component 476 is a column-shaped component, an upper end and a lower end of the fourth component 476 are extending ends 103 at two ends of the eighth extending portion 402, a left end face of the fourth component 476 is provided with an eighth inserting slot 456 for assembling the seventh inserting board 455, the eighth inserting slot 456 penetrates through a right end face of the fourth thirteenth component 476, a front end face of the fourth thirteenth component 476 is provided with a ninth inserting slot 457, the ninth inserting slot 457 penetrates through a left end face and a right end face of the fourth component 476 and is communicated with the eighth inserting slot 456, the seventh inserting slot 455 is provided with a tenth inserting hole 458, a rear end face of the fifth board 456 is provided with an eleventh inserting hole 462, the eleventh inserting hole 462 is communicated with the eighth inserting slot 456, and when the fifth board 456 is inserted in the eighth inserting slot, the eleventh jack 462 and the tenth jack 458 are coaxially disposed; the forty-fourth component 477 comprises a sixth plate 459 at the right end, the right end of the sixth plate 459 is the extending end 103 of the seventh extending part 401, an "L" type plug is arranged at the left end surface of the sixth plate 459, the "L" type plug comprises a horizontal plug 460 for matching with the ninth slot 457, and a vertical plug 461 for matching with the tenth jack 458 and the eleventh jack 462; when assembled, the fourth twelve components 475 are inserted into the eighth slot 456, the right end face of the fifth plate 454 is attached to the left end face of the forty-third component 476, the tenth jack 458 and the eleventh jack 462 are aligned, and then the horizontal plug 460 and the vertical plug 461 of the fourteenth component 477 are assembled into the tenth jack 458, the eleventh jack 462 and the ninth slot 457, so as to form the integral type "X" spelling module 600. In this embodiment, the cross-sections of the tenth receptacle 458 and the eleventh receptacle 462 are square, and the front end surface of the transverse plug 460 is flush with the front end surface of the forty-third component 476; in the assembled "X" shaped spelling module 600, the front faces of the fifth plate 454, the sixth plate 459, the transverse insertion plate and the forty-third component 476 are coplanar. The spelling block 600 has a seventh extension 401 and an eighth extension 402, and the cross-sections of the seventh extension 401 and the eighth extension 402 are squares with a side length of a.

Example 16

In this embodiment, on the basis of embodiment 1, a spliced "halter" type spelling module 400 is provided, in which an included angle between a center line of the ninth extending portion 501 and a center line of the tenth extending portion 502 is 45 degrees. The arrangement direction of the spelling module is not limited by the "halts" in the "halts" spelling module 400, i.e. the arbitrary arrangement shape of the "halts" spelling module 400 and the simple design change of the included angle between the center line of the ninth extension 501 and the center line of the tenth extension 502 of the "halts" spelling module should be included in the protection scope of the present application.

In this embodiment, the ninth extension 501 and the tenth extension 502 of the "bo" type spelling module 400 are formed by the spelling of the thirteenth component 506, the twentieth component 507 and the twenty-fifth component 508; one end of the twenty-third element 506 is an extended end 103 of the ninth extended portion 501, one end of the twenty-fourth element 507 is another extended end 103 of the ninth extended portion 501, and one end of the twenty-fifth element 508 is an extended end 103 of the tenth extended portion 502; the other ends of the twenty-third component 506, the twenty-fourth component 507 and the twenty-fifth component 508 are fixedly connected in a joggle mode, the center lines of the twenty-third component 506 and the twenty-fourth component 507 are collinear to form the center line of the ninth extension 501, and the center line of the twenty-fifth component 508 is the center line of the tenth extension 502.

Specifically, the upper end surface of the twenty-fifth component 508 is a fourth mounting surface 509, the fourth mounting surface 509 is parallel to the center line of the twenty-fifth component 506, and an included angle between the fourth mounting surface 509 and the center line of the twenty-fifth component 508 is an acute angle; the fourth mounting surface 509 is vertically provided with a fourth L-shaped tenon 510, the height of the fourth L-shaped tenon 510 is a, the twenty-fourth component 507 is provided with a fifth mortise 511 matched with the fourth L-shaped tenon 510, the left side surface of the fifth mortise 511 is provided with a mounting hole 512, the mounting hole 512 is communicated with the fifth mortise 511, the mounting hole 512 at the right side of the mounting hole 512 of the fifth mortise 511 penetrates through the upper end surface and the lower end surface of the twenty-fourth component 507, the fourth L-shaped tenon 510 can penetrate through the mounting hole 512 to be matched with the fifth mortise 511, and the twenty-third component 506 is provided with a first plug 513 matched with the mounting hole in shape.

A first stepped port 514 is formed between the upper end face of the mounting port 512 and the upper end face of the twentieth component 507, a first cover plate 515 matched with the first stepped port 514 is arranged on the twentieth component 506, a first plug 513 is arranged on the lower side of the first cover plate 515, and the cross section of the first plug 513 is T-shaped. The fourth L-shaped tenon 510 in this embodiment is a column with a square cross section.

The splicing process of the 'halyard' type spelling module 400 is as follows, the fourth L-shaped tenon 510 of the twenty-fourth component 507 is installed in the fifth mortise 511 through the assembling port, after the assembling is finished, the upper end surface of the fourth L-shaped tenon 510 is flush with the upper end surface of the twenty-fourth component 507, the lower end surface of the twenty-fourth component 507 is attached to the fourth mounting surface 509, and part of the area left on the fourth mounting surface 509 is used for supporting the twenty-third component 506; then, the first plug 513 of the twentieth module 506 is inserted into the mounting opening 512, the first cover 515 is covered in the first stepped opening 514, the upper end surface of the first cover 515 is flush with the upper end surface of the twentieth module 507, and the lower end surface of the twenty-third module 506 is seated on the fourth mounting surface 509, so that the assembly of the twenty-third module 506, the twenty-fourth module 507 and the twenty-fifth module 508 is completed.

Example 17

In this embodiment, on the basis of embodiment 1, a "talent" type spelling module 700 is provided, which includes an eleventh extending portion 601, a twelfth extending portion 602, and a thirteenth extending portion 616 connected to a point, wherein the cross sections of the eleventh extending portion 601, the twelfth extending portion 602, and the thirteenth extending portion 616 are all square with a side length of a; the center line refers to an axis perpendicular to and passing through the center of the end surface of the eleventh extending portion 601, the twelfth extending portion 602, or the thirteenth extending portion 616, and the end surfaces of the eleventh extending portion 601, the twelfth extending portion 602, and the thirteenth extending portion 616 are all square in this embodiment, so the center line is a line perpendicular to the end surface and passing through the intersection point of the diagonals thereof.

The 'only' in the 'only' type spelling module 700 is for convenience of describing the technical solution, and the placing direction of the spelling module is not limited, that is, the shape formed by placing the 'only' type spelling module 700 arbitrarily and the simple design change of the included angle between the central line of the eleventh extension 601 and the central line of the twelfth extension 602 of the 'only' type module are both considered to fall within the protection scope of the present application. Moreover, the thirteenth extension portion 616, i.e., the "" can be designed to be any one of the four regions divided by the eleventh extension portion 601, the twelfth extension portion 602 according to the requirement of Chinese characters, and the "" can be disposed on the lower left region of the division.

In this embodiment, the center lines of the eleventh extension 601 and the twelfth extension 602 are perpendicular to each other, and the eleventh extension 601, the twelfth extension 602, and the thirteenth extension 616 are formed by assembling the twenty-sixth module 606, the twenty-seventh module 607, and the twenty-eighth module 608; the twenty-sixth component 606 is a square column with a section side length of a, two ends of the twenty-sixth component 606 are extension parts at two ends of the eleventh extension part 601, the lower end of the twenty-seventh component 607 is joggled with the middle part of the twenty-sixth component 606, and the upper end of the twenty-seventh component 607 is an extension end 103 at the upper end of the twelfth extension part 602; the upper end of the twenty-eighth component 608 is joggled with the twenty-seventh component 607 and the twenty-eighth component 608; the lower end of the twenty-eighth module 608 has two extending ends 103, one extending end 103 of the twenty-eighth module 608 is the other extending end 103 of the twelfth extending portion 602, and the other extending end 103 of the twenty-eighth module 608 is the extending end 103 of the thirteenth extending portion 616.

The front end face of the twenty-sixth component 606 is provided with a first opening 609 penetrating through the upper end face and the lower end face, the cross section of the first opening 609 is rectangular, the bottom face of the first opening 609 is provided with a sixth socket 610, the left end face and the right end face of the sixth socket 610 are overlapped with the left side face and the right side face of the first opening 609, and the cross section of the sixth socket 610 is rectangular. The upper side of the sixth socket 610 forms a second baffle 611, and the lower side of the sixth socket 610 forms a third baffle 612; a fifth L-shaped tenon 613 is arranged on the lower end surface of the twenty-seventh component 607, and the fifth L-shaped tenon 613 is used for being inserted into the sixth insertion opening 610; the rear end face of the twenty-eighth module 608 is provided with a first caulking groove 614 matched with the fifth L-shaped tenon 613, the rear end face of the twenty-eighth module 608 is further provided with a stepped groove 615 and a tenth slot 617, the stepped groove 615 is the upper side of the tenth slot 617, the stepped groove 615 is arranged on the upper end face of the twenty-eighth module 608, a fifth inserting column 618 is formed between the stepped groove 615 and the tenth slot 617, the stepped groove 615 and the tenth slot 617 are located on the left side and the right side of the first caulking groove 614, and the depths of the stepped groove 615 and the tenth slot 617 are the same as the depth of the first caulking groove 614. The distance between the left end surface of the left fifth post 618 and the right end surface of the right fifth post 618 is the width of the first opening 609. The sum of the widths of the two fifth inserting columns 618 and the width of the fifth L-shaped tenon 613 is equal to the width of the sixth inserting hole 610, the head of the fifth L-shaped tenon 613, the dimension of the two fifth inserting columns 618 in the vertical direction is equal to the distance between the upper end surface and the lower end surface of the sixth inserting hole 610, and the dimension of the fifth inserting columns 618 in the front-back direction is equal to the thickness of the inserting plates.

For increasing interest, the twenty-eighth component 608 is formed by splicing a first splicing element 627 and a second splicing element 619, and the twenty-sixth component 606 and the twenty-seventh component 607 are of an integrally formed structure. The first splicing member 627 comprises a supporting surface 623, the lower side of the supporting surface 623 is an extending end 103 of the twelfth extending portion 602, a first upright post 620 is formed on the supporting surface 623, the second splicing member 619 comprises a second upright post 621, the first upright post 620 and the second upright post 621 are spliced to form a first caulking groove 614, a stepped groove 615 and a tenth inserting groove 617, one side of the second upright post 621 is formed with a thirteenth extending portion 616, the upper end surface of the thirteenth extending portion 616 is an abutting surface 624, the other end of the thirteenth extending portion 616 is the extending end 103 of the thirteenth extending portion 616, and the first upright post 620, the second upright post 621 and the fifth L-shaped tenon 613 are spliced in the sixth inserting hole 610 and the first opening 609 and are matched with a space formed by the sixth inserting hole 610 and the first opening 609. Wherein the abutment surface 624 is at a level with the lower end surface of the tenth slot 617.

The splicing process of the 'just' type spelling module 700 is as follows, a fifth L-shaped tenon 613 of a twenty-seventh component 607 is spliced in a sixth socket 610, the lower end surface of the twenty-seventh component 607 is seated on the upper end surface of a second baffle 611, the rear end surface of the twenty-seventh component 607 is flush with the rear end surface of the twenty-sixth component 606, the section of the fifth L-shaped tenon 613 is rectangular, the head end surface of the fifth L-shaped tenon 613 spliced in the sixth socket 610 is flush with the rear end surface of the twenty-sixth component 606, and the fifth L-shaped tenon 613 is attached to the front end surface of the second baffle 611;

then, the first splicing piece 627 and the second splicing piece 619 are spliced to form a twenty-eighth component 608, wherein the right side surface of the first upright post 620 is provided with a connecting head 625, the left side surface of the second upright post 621 is provided with a connecting groove 626, the connecting groove 626 is matched with the connecting head 625 in shape, the connecting groove 626 is matched with the connecting head 625, the lower end surface of the second upright post 621 is seated on the supporting surface 623, and the fitting surface 624 is flush with the lower end surface of the tenth slot 617;

then, fifth inserting columns 618 of the twenty-eighth component 608 are inserted into sixth inserting holes 610 on the left side and the right side of the fifth L-shaped tenon 613, the upper end face of the twenty-eighth component 608 is fitted with the lower end face of the twenty-seventh component 607, the stepped port abuts against the second baffle 611, the third baffle 612 is inserted into the tenth inserting groove 617, the lower end face of the twenty-sixth component 606 is fitted with the lower end face of the tenth inserting groove 617 and the fitting face 624, and the front end face of the twenty-eighth component 608 is coplanar with the rear end face of the twenty-sixth component 606.

Example 18

In this embodiment, on the basis of embodiment 1, a "large" spelling module 800 is provided, which includes a fourteenth extending portion 701, a fifteenth extending portion 702, a sixteenth extending portion 716, and a seventeenth extending portion 730 connected to a point; the central line of the fourteenth extending portion 701 is a straight line, both ends of the fourteenth extending portion 701 are extending ends 103, the fifteenth extending portion 702 is located on the upper side of the fourteenth extending portion 701, the lower end of the fifteenth extending portion 702 is connected with the fourteenth extending portion 701, and the upper end of the fifteenth extending portion 702 is an extending end 103; the sixteenth extension 716 and the seventeenth extension 730 are located at the lower side of the fourteenth extension 701, the upper ends of the sixteenth extension 716 and the seventeenth extension 730 are connected to the fourteenth extension 701, and the lower ends of the sixteenth extension 716 and the seventeenth extension 730 are the extension ends 103; the sixteenth extension 716 and the seventeenth extension 730 are located on two sides of the centerline of the fifteenth extension 702; the extending ends 103 of the fourteenth extending portion 701, the fifteenth extending portion 702, the sixteenth extending portion 716 and the seventeenth extending portion 730 have the same structure, the end surfaces of the extending ends 103 are all square with the side length of a, and the end surfaces of the extending ends 103 are formed with the protrusions 104 and the grooves 105. The center lines of the fifteenth extension 702, the sixteenth extension 716 and the seventeenth extension 730 intersect the center line of the fourteenth extension 701 at a point.

Since the spelling module has a three-dimensional structure, the "point" connected to a point in the embodiment is not a point in the geometric figure, and the concept of the "point" is to be expressed that the 5 extending ends 103 in the spelling module are formed by extending from a certain position of the spelling module.

Except for the extension end 103, which needs to be assembled, a stepped surface exists in the spelling module, and the rest end surfaces of the spelling module are flat surfaces. The center line refers to an axis line perpendicular to the end surface of the fourteenth extending portion 701, the fifteenth extending portion 702, the sixteenth extending portion 716, or the seventeenth extending portion 730 and passing through the center of the end surface, in this embodiment, the end surfaces of the extending ends 730 of the fourteenth extending portion 701, the fifteenth extending portion 702, the sixteenth extending portion 716, and the seventeenth extending portion 730 are all square, so the center line is a line perpendicular to the end surface and passing through the intersection point of the diagonals thereof.

The large in the large spelling module 800 is only for convenience of describing the technical solution, and the placing direction of the spelling module is not limited, that is, the shape formed by placing the large spelling module 800 arbitrarily and the simple design change of the included angle between the central line of the fourteenth extending portion 701 and the central line of the fifteenth extending portion 702 of the large spelling module due to the requirement should belong to the protection scope of the present application.

In the embodiment, the large spelling module 800 comprises a twenty-ninth component 706, a thirtieth component 707 and a thirty-first component 708, the twenty-ninth component 706 comprises a fifth mounting surface 709, a sixteenth extension 716 and a seventeenth extension 730 are arranged on the lower side of the fifth mounting surface 709, the fifth mounting surface 709 is parallel to the central line of the fourteenth extension 701, a mounting block 710 is arranged on the fifth mounting surface 709, the left end of the thirtieth component 707 is the left end extension 103 of the fourteenth extension 701, the right end of the thirty-first component 708 is the right end extension 103 of the fourteenth extension 701, the thirtieth component 707 and the thirty-first component 708 and the twenty-ninth component 706 are in a joggle structure, and the upper end of the mounting block 710 forms the extension 103 of the fifteenth extension 702. The assembling block 710, the thirtieth assembly 707 and the thirty-first assembly 708 are combined to form a fourteenth extending part 701 and a fifteenth extending part 702, which is equivalent to the fifteenth extending part 702 being connected in the fourteenth extending part 701, and the upper end surface of the projection 104 of the extending end 103 of the fifteenth extending part 702 is flush with the upper end surfaces of the thirtieth assembly 707 and the thirty-first assembly 708. The cross-sections of the fourteenth extension part 701, the sixteenth extension part 716 and the seventeenth extension part 730 are square with a side length of a.

The front end surface and the rear end surface of the fitting block 710 are formed with a sixth tenon 711 and a sixth mortise 712, which have the same shape as the projection 104 and the groove 105, so that the number of the sixth tenons 711 and the sixth mortises 712 on the front end surface and the rear end surface is two. The thirtieth assembly 707 and the thirty-first assembly 708 both include a second cover plate 713, in this embodiment, the second cover plate 713 of the thirtieth assembly 707 is covered on the front end surface of the assembling block 710 to be matched with the sixth tenon 711 and the sixth mortise 712 on the front end surface, and the second cover plate 713 of the thirty-first assembly 708 is covered on the rear end surface of the assembling block 710 to be matched with the sixth tenon 711 and the sixth mortise 712 on the rear end surface. The second cover plate 713 is formed with a fitting block 710 and a fitting groove that are matched with the sixth tenon 711 and the sixth mortise 712.

A structure matched with the shape of the front end surface or the rear end surface of the assembling block 710 is formed on the second cover plate 713, a second stepped port 714 is formed at the upper end of the second cover plate 713, a second caulking groove 715 is diagonally formed on the upper end surface of the assembling block 710, a third inserting block 717 is diagonally formed on the other upper end surface, the bottom surface of the second caulking groove 715 is the upper end surface of the sixth tenon 711, and the front end surface of the third inserting block 717 is the rear end surface of the sixth mortise 712; the bottom surface of the second stepped opening 714 and the bottom surface of the second recessed groove 715 are matched to form the groove 105 of the extending end 103 of the fifteenth extending portion 702, the second cover plate 713 and the sixth mortise 712 are matched and abutted against the end surface of the third insert block 717, and the upper end surface of the second cover plate 713 and the upper end surface of the third insert block 717 are flush with each other to form the projection 104 of the extending end 103 of the fifteenth extending portion 702.

The distance between the end face of the assembling block 710 and the outer end face of the second cover plate 713 plus the thickness of the third inserting block 717 is equal to a, the stepped groove is formed in the upper end face of the assembling groove, the size of the front-back direction of the bottom face of the second inserting groove 715 plus the thickness of the bottom face of the stepped groove is equal to a, therefore, the second inserting groove 715 and the second stepped port 714 form a groove 105 with the side length of a, and the third inserting block 717 and the assembling block 710 are spliced to form a lug 104 with the side length of a.

The thirtieth component 707 and the thirty-first component 708 of the present embodiment are integrally formed, and the center line of the thirtieth component 707 is parallel to the center line of the thirtieth component 707. For increasing interest, the twenty-ninth component 706 is formed by splicing a third splicing piece 718 and a fourth splicing piece 719, the third splicing piece 718 includes a sixteenth extension 716 and a first assembling block 720, the fourth splicing piece 719 includes a seventeenth extension 730 and a second assembling block 721, and the first assembling block 720 and the second assembling block 721 are spliced to form the assembling block 710.

The upper end surfaces of the sixteenth extension 716 and the seventeenth extension 730 are both the fifth mounting surface 709, and the first assembly block 720 and the second assembly block 721 are disposed on the fifth mounting surface 709 of the respective extensions. Specifically, the first assembling block 720 and the second assembling block 721 divide each sixth tenon 711 on the assembling block 710 into two parts, that is, there are two parts of the sixth tenon 711 on the front end surface and the rear end surface of each assembling block. Taking the first assembling block 720 as an example, the upper left side of the front end surface of the first assembling block 720 is a sixth mortise 712, the lower side of the sixth mortise 712 is a first partial tenon 723, the right side of the sixth mortise 712 is a second partial tenon 724, and the right side of the first partial tenon 723 is a fifth mounting surface 709 for supporting a third partial tenon 725; a sixth mortise 712 is arranged at the lower right corner of the second assembling block 721, a third partial tenon 725 is arranged at the left side of the sixth mortise 712, and a third partial tenon 725 is arranged at the upper side of the sixth mortise 712, so that when the second partial tenon 724 and the third partial tenon 725 are matched, the lower end surface of the third sixth tenon 711 abuts against a fifth mounting surface 709 at the right side of the second sixth tenon 711, and the first partial tenon 723 and the fourth partial tenon 726 are matched, so that two opposite sixth tenons 711 are formed; the upper ends of the first partial tenon 723 and the fourth partial tenon 726 form a second caulking groove 715. In order to ensure the flatness of the fitting, the thickness of the fitting groove bottom plate is the distance from the end surface of the sixth tenon 711 on the front end surface to the front end surface of the sixteenth extending portion 716.

The splicing process of the large-sized spelling module 800 is as follows, the first splicing component and the second splicing component are spliced to form a twenty-ninth component 706, then a thirtieth component 707 is assembled on the front end surface of the assembling block 710, a thirty-first component 708 is assembled on the rear end surface of the assembling block 710, the front end surface of the thirtieth component 707 is coplanar with the front end surfaces of a sixteenth extension 716 and a seventeenth extension 730, and the rear end surface of the thirty-first component 708 is coplanar with the rear end surfaces of the sixteenth extension 716 and the seventeenth extension 730; the thirtieth assembly 707 and the thirty-first assembly 708 and the upper end face of the assembling block 710 form a lug 104 and a groove 105 of the extended end 103 of the fifteenth extension 702, and the upper end face of the lug 104 is coplanar with the upper end faces of the thirtieth assembly 707 and the thirty-first assembly 708.

Example 19

In this embodiment, on the basis of embodiment 1, a "wood" type spelling module 900 is provided, which includes an eighteenth extending portion 801, a nineteenth extending portion 802, a twentieth extending portion 816, and a twenty-first extending portion 830 that are connected into an integral structure, for the compactness of the "wood" type spelling module and the flatness of each end surface, center lines of the eighteenth extending portion 801, the nineteenth extending portion 802, the twentieth extending portion 816, and the twenty-first extending portion 830 intersect at a point, and cross sections of the eighteenth extending portion 801, the nineteenth extending portion 802, the twentieth extending portion 816, and the twenty-first extending portion 830 are all square with a side length of a. The eighteenth extending portion 801 and the nineteenth extending portion 802 are in a cross structure, and a center line of the eighteenth extending portion 801 and a center line of the nineteenth extending portion 802 are arranged perpendicularly in this embodiment. Both ends of the eighteenth extending part 801 are extending ends 103, both ends of the nineteenth extending part 802 are extending ends 103, and the twentieth extending part 816 and the twenty-first extending part 830 are located on both sides of the nineteenth extending part 802 and on the same side of the eighteenth extending part 801; one end of the twentieth extending part 816 is connected with the eighteenth extending part 801 and the nineteenth extending part 802, one end of the twenty-first extending part 830 is connected with the eighteenth extending part 801 and the nineteenth extending part 802, and the other ends of the twentieth extending part 816 and the twenty-first extending part 830 are extending ends 103; the end faces of the extending ends 103 of the eighteenth extending part 801, the nineteenth extending part 802, the twentieth extending part 816 and the twenty-first extending part 830 are all square with the side length of a, the end face of the extending end 103 is provided with a convex block 104 and a groove 105, and the shapes of the convex block 104 and the groove 105 are matched. In this embodiment, the shapes of the protrusion 104 and the groove 105 on the end face of the extending end 103 are matched.

Except for the extension end 103, which needs to be assembled, a stepped surface exists in the spelling module, and the rest end surfaces of the spelling module are flat surfaces. The center line refers to an axis perpendicular to the end surface of the eighteenth extending portion 801, the nineteenth extending portion 802, the twentieth extending portion 816 or the twenty-first extending portion 830 and passing through the center of the end surface, in this embodiment, the end surfaces of the extending ends 103 of the eighteenth extending portion 801, the nineteenth extending portion 802, the twentieth extending portion 816 and the twenty-first extending portion 830 are all square, so the center line is a line perpendicular to the end surface and passing through the intersection point of the diagonals thereof.

The wood in the wood spelling module 900 is only for convenience of describing the technical solution, and the placing direction of the spelling module is not limited, that is, the shape formed by placing the wood spelling module 900 arbitrarily and the simple design change of the included angle between the central line of the eighteenth extension 801 and the central line of the nineteenth extension 802 of the wood spelling module due to the requirement are both within the protection scope of the present application.

In this embodiment, the eighteenth, nineteenth, twentieth, and twenty-

first extensions

801, 802, 816, and 830 are formed by joggling the thirty-second, thirty-third, 807, 808, thirty-fifth, 809, and lock cylinder 810, the thirty-second, 806, 807, and 808 components are all integrally formed structures, and the thirty-fifth, 809 is an assembly component. The thirtieth component 806 is a square with a side length of a in cross section, two extending ends 103 of a nineteenth extending part 802 are formed at the upper end and the lower end of the thirtieth component 806, the square with the side length of a in cross section of the thirty-third component 807 is formed at the left end of an eighteenth extending part 801, the thirtieth component 808 comprises a twentieth extending part 816, the upper end face of the twentieth extending part 816 is a sixth mounting face 833, and the sixth mounting face 833 is used for being attached to the lower end face of the thirty-third component 807; a third notch 811 is formed in the left side of the third twelfth component 806, the third notch 811 penetrates through the front end surface and the rear end surface of the third twelfth component 806, the left side of the third notch 811 is a notch, and the third notch 811 is rectangular.

A mounting block 812 is integrally formed on the right side of the twentieth extending portion 816, the lower end surface of the mounting block 812 is used for being fitted with the lower end surface of the third notch 811, two third upright posts 813 are integrally formed on the mounting surface, and the cross section of each third upright post 813 is rectangular. The right end face of the third upright post 813 is flush with the right end face of the mounting block 812 and is used for being attached to the right end face of the third notch 811, and the upper end face of the third upright post 813 is attached to the upper end face of the third notch 811. The dimension of the third column 813 in the left-right direction of the width is equal to the dimension of the third notch 811 in the left-right direction of the width, so that the left end surface of the third column 813 is coplanar with the left end surface of the thirtieth module 806 when assembled.

The third upright posts 813 are arranged perpendicular to the mounting surface, a seventh inserting hole 814 is formed between the two third upright posts 813, an eighth inserting hole 815 is formed in the right end surface of the third notch 811, and the eighth inserting hole 815 is rectangular. The right end face of the twelfth component 806 is provided with a first insert 817, the left side of the fifteenth component 809 is provided with a second insert 818, the shape formed by the first insert 817 and the second insert 818 is matched with the space formed by the seventh socket 814 and the eighth socket 815, in order to ensure the compactness of assembly, the lengths of the first insert 817 and the second insert 818 are equal and equal to a, that is, when the assembly is carried out, the right end face of the first insert 817 is flush with the right end face of the thirty-second component 806, the left end face of the second insert 818 is flush with the left end face of the thirty-second component 806, when the assembly is carried out, the second insert 818 is assembled above the first insert 817, and the lower end face of the second insert 818 is flush with the upper end face of the first insert 817.

The thirty-fifth assembly 809 comprises an extension end 103 at the right end of the eighteenth extension portion 801, the thirty-fifth assembly 809 further comprises a twenty-first extension portion 830, the right sides of the two third columns 813 are both provided with a second notch 819, the right end face of the third notch 811 is provided with a third notch 820, the third notch 820 penetrates through the front panel of the eighth socket 815, the third notch 820 forms a counter bore on the rear panel of the eighth socket 815, the first insert 817 is provided with a fourth notch 821 with an upward opening, the fourth insert is provided with a sixth notch 822 with a downward opening, the thirty-second assembly 806, the thirty-third assembly 807, the thirty-fourth assembly 808 and the thirty-fifth assembly 809 are assembled to form a wood-shaped word spelling module 900, the second notch 819, the third notch 820, the fourth notch 821 and the sixth notch 822 are assembled to form a complete lock hole, and the lock hole is rectangular. The shape of the keyhole is matched with the lock cylinder 810, and the lock cylinder 810 can be inserted into the keyhole to lock the thirtieth component 806, the thirtieth component 807, the thirtieth component 808 and the thirty-fifth component 809.

The second notch 819 of the front third upright post 813 is a through hole penetrating through the front end face and the rear end face of the third upright post 813, the second notch 819 of the rear third upright post 813 does not penetrate through the rear end face of the rear third upright post 813 to form a sunk opening, the bottom surface of the sunk opening is provided with a dismounting hole 834 penetrating through the bottom surface, the fifteenth assembly 809 comprises a fifth splicing piece 823 and a sixth splicing piece 824, the fifth splicing piece 823 comprises a mounting post 825, the right side of the upper end face of the mounting post 825 is provided with a seventh mortise 826, the right side of the mounting post 825 is integrally formed with a twenty-first extending part 830, the sixth splicing piece 824 comprises a first upper cover plate 827 and a right cover plate 828, the right end face of the right cover plate 828 is the end face of the right end extending end 103 of the eighteenth extending part 801, the right end face of the right cover plate 828 is integrally formed with a convex block 104 and a groove 105, the lower side of the first upper cover plate 827 is integrally formed with a seventh tenon, the shape of the seventh tenon 829 is matched with the shape of the seventh mortise 826, the second inserting strip 818 is integrally formed at the upper end of the left side face of the mounting column 825, after the fifth splicing piece 823 and the sixth splicing piece 824 are spliced, the upper end face of the second inserting strip 818 is flush with the upper end face of the first upper cover plate 827, the sixth notch 822 is arranged at the lower end of the second inserting strip 818, the fourth notch 821 is arranged at the upper end of the first inserting strip 817, and the lengths of the first inserting strip 817 and the second inserting strip 818 are equal to each other and are a.

An eighth tenon 831 or a mortise integrally formed with the thirtieth component 806 is disposed in the third slot 811, and an eighth mortise 832 or an eighth tenon 831 engaged with the eighth tenon 831 or the eighth mortise 832 is integrally formed on the thirty-third component 807. In the present embodiment, an eighth tenon 831 is provided on a right end surface of the third notch 811, and an eighth mortise 832 is provided on the thirty-third component 807.

The splicing process of the wood-shaped word-splicing module 900 is as follows, firstly, the thirty-fourth component 808 is assembled in the third rabbet 811, the lower end of the mounting block 812 is attached to the lower end of the third rabbet 811, the upper end surface of the third upright post 813 is attached to the upper end surface of the third rabbet 811, the left side surface of the third upright post 813 and the left side surface of the mounting block 812 are flush with the left end surface of the thirty-second component 806, and the eighth mortise 832 is matched in the eighth tenon 831; then the thirty-third component 807 is inserted into the seventh socket 814, the lower end face of the thirty-third component 807 is seated on the sixth mounting face 833, the right end face of the thirty-third component 807 is attached to the left end face of the third upright post 813, the first insert 817 passes through the seventh socket 814 and is assembled in the eighth socket 815, then the fifth splicing component 823 and the sixth splicing component 824 form a thirty-fifth component 809, the second insert 818 is assembled in the remaining space of the seventh socket 814 and the eighth socket 815, and finally the lock posts 810 are inserted and spliced into the formed lock holes, so that the wood-shaped character puzzle module 900 is formed, and the components are locked with each other, so that the structure is reliable and compact.

Example 20

The present embodiment provides a "human" type spelling module 500 based on embodiment 1, including a second extension 901, a third extension 902, and a fourth extension 916 connected into an integral structure, where one end of the second extension 901, the third extension 902, and the fourth extension 916 is fixedly connected to form a "human" type, the other end of the second extension 901, the third extension 902, and the fourth extension 916 is an extension end 103, and the center lines of the third extension 902 and the fourth extension 916 are distributed on two sides of the center line of the second extension 901; the end faces of the extending ends 103 of the twenty-second extending portion 901, the twenty-third extending portion 902 and the twenty-fourth extending portion 916 are all square with the side length of a, and the end faces of the extending ends 103 are provided with the protruding blocks 104 and the grooves 105 with the same structure. The centerlines of the twenty-second, twenty-third, and twenty-

fourth extensions

901, 902, 916 in this embodiment intersect at a point.

The remaining end faces of the spelling module are flat except for the stepped surface formed by the extension end 103 and the lug 104 due to the need of assembling. The center line refers to an axis perpendicular to the end faces of the twenty-second extension 901, the twenty-third extension 902, or the twenty-fourth extension 916 and passing through the center of the end faces, in this embodiment, the end faces of the twenty-second extension 901, the twenty-third extension 902, the twenty-fourth extension 916, and the fourth extension end 103 are all square, so the center line is a line perpendicular to the end faces and passing through the intersection point of the diagonals thereof.

The "person" in the "person" type spelling module 500 is only for convenience of describing the present technical solution, and does not limit the placing direction of the spelling module, and meanwhile, simple design changes to the included angles of the center lines of the twenty-second extension 901, the twenty-third extension 902 and the twenty-fourth extension 916 of the "person" type module should belong to the protection scope of the present application.

In this embodiment, the twenty-second extension 901, the twenty-third extension 902, and the twenty-fourth extension 916 are formed by combining a thirty-sixth component 906 and a thirty-seventh component 907, one end of the thirty-sixth component 906 forms the extension end 103 of the twenty-third extension 902 and the twenty-fourth extension 916, the upper end surface of the thirty-sixth component 906 is a seventh mounting surface 917, the front end surface of the thirty-sixth component 906 is provided with a clip interface 908, the thirty-sixth component 906 includes a second upper cover plate 909, the upper end surface of the second upper cover plate 909 is the extension end 103 of the twenty-second extension 901, the front side of the second upper cover plate 909 is provided with a clip plate 910 having a shape matching with the clip interface 908, the clip plate 910 and the clip interface 908 are connected by way of tenon joint, and the second upper cover plate 909 covers the seventh mounting surface 917.

The thirty-sixth assembly 906 is formed by splicing a twenty-third extension 902 and a twenty-fourth extension 916, the twenty-third extension 902 and the twenty-fourth extension 916 are square with the section being a side length a, one part of the clamping interface 908 is arranged on the twenty-third extension 902, the other part of the clamping interface 908 is arranged on the twenty-fourth extension 916, tenons or mortises are arranged on the bottom surfaces of the clamping interfaces 908 on the twenty-third extension 902 and the twenty-fourth extension 916, and mortises or tenons matched with the shapes of the tenons or the mortises are arranged on the clamping plate. The upper end of the clip interface 908 is in a notch shape, mortises are formed in the bottom surfaces of the clip interface 908 on the twenty-third extending portion 902 and the twenty-fourth extending portion 916 in the embodiment, and two tenons are arranged on the clamping plate 910 and used for being matched with the mortises.

A seventh inserting column 918 is arranged on the twenty-fourth extending portion 916, a twelfth inserting hole 919 matched with the seventh inserting column 918 is arranged on the twenty-third extending portion 902, the right side face of the twenty-third extending portion 902 is attached to the left side face of the twenty-fourth extending portion 916, the twelfth inserting hole 919 penetrates from the lower end of the right side face of the twenty-third extending portion 902 to the seventh mounting face 917, and the seventh inserting column 918 is matched with the inserting opening in shape. A ninth mortise 913 is disposed on the bottom surface of the joint opening 908 of the twenty-third extending portion 902, a tenth mortise 914 is disposed on the bottom surface of the joint opening 908 of the twenty-fourth extending portion 916, a ninth tenon 911 engaged with the ninth mortise 913 and a tenth tenon 912 engaged with the tenth mortise 914 are disposed on the joint plate, the ninth mortise 913 or the tenth mortise 914 penetrates through the bottom surface of the joint opening 908, in this embodiment, the tenth mortise 914 is a through hole, the ninth mortise 913 is a counter bore, so that the length of the tenth tenon 912 is greater than the length of the ninth tenon 911.

The splicing process of the "man" type spelling module 500 is as follows, firstly, the seventh plug column 918 of the twenty-fourth extension 916 is plugged into the twelfth plug hole 919 of the twenty-third extension 902, so that the other ends of the twenty-fourth extension 916 and the extension end 103 of the twenty-third extension 902 are spliced to form a seventh mounting surface 917, the seventh mounting surface 917 is perpendicular to the center line of the twenty-second extension 901, then the tenon of the thirty-seventh component 907 is plugged into the tenon hole, the clamping plate 910 is fitted into the plug hole, the lower end surface of the second upper cover plate 909 is fitted onto the seventh mounting surface 917, and the formed "man" type spelling module 500 is assembled, wherein the front end surfaces of the twenty-third extension 902 and the twenty-fourth extension 916 are flush with the front end surface of the clamping plate 910, and the rear end surface of the tenth tenon 912 is flush with the rear end surfaces of the twenty-third extension 902 and the twenty-fourth extension 916. Since the tenth mortise 914 is a through hole, the tenth mortise 914 may be used as a detaching hole when detaching.

In summary, the above-mentioned embodiments are only preferred embodiments of the present invention, and all equivalent changes and modifications made in the claims of the present invention should be covered by the claims of the present invention.

Claims

1. A subassembly for assembling chinese character which characterized in that: the spelling component comprises an L-shaped spelling module (100) and a V-shaped spelling module (200) which have two extending directions; a T-shaped spelling module (300), a halberd-shaped spelling module (400) and a man-shaped spelling module (500) with three extending directions;

the L-shaped spelling module (100) comprises a first extension part (101) and a second extension part (102), one end of the first extension part (101) is fixedly connected with one end of the second extension part (102), the other ends of the first extension part (101) and the second extension part (102) are extension ends (103), and an included angle between a center line of the first extension part (101) and a center line of the second extension part (102) is a right angle;

the V-shaped spelling module (200) comprises a fifth extension part (301) and a sixth extension part (302), one end of the fifth extension part (301) is connected with one end of the sixth extension part (302), the other end of the fifth extension part (301) and the other end of the sixth extension part (302) are extension ends (103), and an included angle between a center line of the fifth extension part (301) and a center line of the sixth extension part (302) is an acute angle or an obtuse angle;

the T-shaped spelling module (300) comprises a third extension part (201) and a fourth extension part (202) arranged in the middle of the third extension part (201), wherein the third extension part (201) and the fourth extension part (202) are perpendicular to each other, two ends of the third extension part (201) are both extension ends (103), one end of the fourth extension part (202) is connected with the middle of the third extension part (201), and the other end of the fourth extension part (202) is an extension end (103);

the 'halter' type spelling module (400) comprises a ninth extension part (501) and a tenth extension part (502) which are square in cross section, the side length of the cross section of each of the ninth extension part (501) and the tenth extension part (502) is a, the two ends of the ninth extension part (501) are extension ends (103), one end of the tenth extension part (502) is connected with the ninth extension part (501), the other end of the tenth extension part (502) is an extension end (103), and the included angle between the center line of the tenth extension part (502) and the center line of the ninth extension part (501) is an acute angle;

the human-shaped spelling module (500) comprises a second extension part (901), a third extension part (902) and a fourth extension part (916) which are connected into a whole structure, wherein one ends of the second extension part (901), the third extension part (902) and the fourth extension part (916) are fixedly connected to form a human-shaped structure, the other ends of the second extension part (901), the third extension part (902) and the fourth extension part (916) are extension ends (103), and the center lines of the third extension part (902) and the fourth extension part (916) are distributed on two sides of the center line of the second extension part (901);

the end faces of extension ends (103) of an L-shaped spelling module (100), a V-shaped spelling module (200), a T-shaped spelling module (300), a halberd-shaped spelling module (400) and a human-shaped spelling module (500) are all rectangular, the end face of each extension end (103) is provided with a convex block (104) and a groove (105), and the convex blocks (104) and the grooves (105) are matched in shape; the end faces of two ends of the extending piece (1003) are provided with structures matched with the shapes of the convex blocks (104) and the grooves (105) on the end face of the extending end (103);

the Chinese character spelling system also comprises a Chinese character spelling module (700) and a big Chinese character spelling module (800) which have five extending directions; a "wood" type spelling module (900) with six extension directions;

the 'talent' type spelling module (700) comprises an eleventh extension (601), a twelfth extension (602) and a thirteenth extension (616) of which the center lines are connected to a point; the eleventh extending part (601) and the twelfth extending part (602) are connected in a cross mode, two ends of the eleventh extending part (601) and two ends of the twelfth extending part (602) are both extending ends (103), one end of the thirteenth extending part (616) is connected with the intersection of the eleventh extending part (601) and the twelfth extending part (602), and the other end of the thirteenth extending part (616) is an extending end (103);

the big-shaped spelling module (800) comprises a fourteenth extension part (701), a fifteenth extension part (702), a sixteenth extension part (716) and a seventeenth extension part (730) which have the center lines intersected at one point; the central line of the fourteenth extending part (701) is a straight line, two ends of the fourteenth extending part (701) are both extending ends (103), the fifteenth extending part (702) is positioned on the upper side of the fourteenth extending part (701), the lower end of the fifteenth extending part (702) is connected with the fourteenth extending part (701), and the upper end of the fifteenth extending part (702) is an extending end (103); the sixteenth extension part (716) and the seventeenth extension part (730) are positioned at the lower side of the fourteenth extension part (701), the upper ends of the sixteenth extension part (716) and the seventeenth extension part (730) are connected with the fourteenth extension part (701), and the lower ends of the sixteenth extension part (716) and the seventeenth extension part (730) are extension ends (103); the sixteenth extension part (716) and the seventeenth extension part (730) are positioned at two sides of the central line of the fifteenth extension part (702);

the wooden spelling module (900) comprises an eighteenth extension part (801), a nineteenth extension part (802), a twentieth extension part (816) and a twenty-first extension part (830), wherein the eighteenth extension part (801) and the nineteenth extension part (802) are in a crossed structure, two ends of the eighteenth extension part (801) are both extension ends (103), two ends of the nineteenth extension part (802) are both extension ends (103), and the twentieth extension part (816) and the twenty-first extension part (830) are positioned on two sides of the nineteenth extension part (802) and on the same side of the eighteenth extension part (801); one end of the twentieth extending part (816) is connected with the eighteenth extending part (801) and the nineteenth extending part (802), one end of the twenty-first extending part (830) is connected with the eighteenth extending part (801) and the nineteenth extending part (802), and the other ends of the twentieth extending part (816) and the twenty-first extending part (830) are extending ends (103); the L-shaped spelling module (100), the V-shaped spelling module (200), the T-shaped spelling module (300), the halter-shaped spelling module (400), the man-shaped spelling module (500), the X-shaped spelling module (600), the talent-shaped spelling module (700), the big-shaped spelling module (800) and the wood-shaped spelling module (900) are formed by joggling two or more components.

2. The assembly for assembling chinese characters of claim 1, wherein: the novel Chinese character spelling book is characterized by further comprising an X-shaped spelling module (600) with four extending directions, wherein the X-shaped spelling module (600) comprises a seventh extending portion and an eighth extending portion, the intersection point of the seventh extending portion and the eighth extending portion is located in the middle of the seventh extending portion and the eighth extending portion, two ends of the seventh extending portion and two ends of the eighth extending portion are both extending ends (103), and the included angle between the center line of the seventh extending portion and the center line of the eighth extending portion is an acute angle or a right angle.

3. The assembly for assembling chinese characters of claim 1, wherein: the tail-closing piece (1000) is further included, and one end of the tail-closing piece (1000) is of a structure matched with the shape of the protruding block (104) and the groove (105) of the extending end (103) or the extending piece (1003).

4. The assembly for assembling chinese characters of claim 1, wherein: the character spelling system comprises an L-shaped spelling module (100), a V-shaped spelling module (200), a T-shaped spelling module (300), a halter-shaped spelling module (400), a human-shaped spelling module (500), an X-shaped spelling module (600), a talent-shaped spelling module (700), a large-shaped spelling module (800) and a wood-shaped spelling module (900), wherein the end surfaces of extension ends (103) of the L-shaped spelling module (100), the V-shaped spelling module (200), the X-shaped spelling module (600), the talent-shaped spelling module (700), the large-shaped spelling module (800) and the wood-shaped spelling module (900) are squares with the side length of a, and the end surface of each extension end (103) is provided with a convex block (104) and a groove (105) with the same structure, the convex blocks (104) and the grooves (105) are matched in shape, and the end surfaces of two ends of an extension piece (1003) are provided with structures, the convex blocks (104) and the grooves (105) on the end surface of the extension end (103) are matched in shape; the number of the convex blocks (104) and the number of the grooves (105) on the end face of the extension end (103) are two, the convex blocks (104) and the grooves (105) are arranged at four corners of the end face of the extension end (103) respectively, the grooves (105) are formed between the convex blocks (104) to enable the convex blocks (104) and the grooves (105) to be arranged diagonally, the bottom face of each groove (105) is the end face of the extension end (103), the shapes of the convex blocks (104) and the grooves (105) are matched, the cross section shape of each convex block (104) and the bottom face shape of each groove (105) are square, and the area of each convex block and the area of each groove is one fourth of the area of the end face of the extension end (103).

5. The assembly for assembling chinese characters of claim 1, wherein: the extension sections of the L-shaped spelling module (100), the V-shaped spelling module (200), the T-shaped spelling module (300), the halter-shaped spelling module (400), the human-shaped spelling module (500), the X-shaped spelling module (600), the talent-shaped spelling module (700), the big-shaped spelling module (800) and the wood-shaped spelling module (900) are squares with side length of a.

6. The assembly for assembling chinese characters of claim 1, wherein: the outer side surface of the joint of the two extending parts of the L-shaped spelling module (100) and the outer side surface of the joint of the two extending parts of the V-shaped spelling module (200) are both cambered surfaces.

7. An assembly for assembling chinese characters according to any one of claims 1 to 6, wherein: the extension central lines of the L-shaped spelling module (100) are coplanar and intersect at a point, the extension central lines of the V-shaped spelling module (200) are coplanar and intersect at a point, the extension central lines of the T-shaped spelling module (300) are coplanar and intersect at a point, the extension central lines of the Bu-shaped spelling module (400) are coplanar and intersect at a point, the extension central lines of the human-shaped spelling module (500) are coplanar and intersect at a point, the extension central lines of the X-shaped spelling module (600) are coplanar and intersect at a point, the extension central lines of the talent-shaped spelling module (700) are coplanar and intersect at a point, the extension central lines of the big-shaped spelling module (800) are coplanar and intersect at a point, and the extension central lines of the mu-shaped spelling module (900) are coplanar and intersect at a point.

8. The assembly for assembling chinese characters of claim 1, wherein: the first extension part (101) and the second extension part (102) of the L-shaped spelling module (100) are formed by mutually joggling a first component (106), a second component (107) and a third component (108), or the first extension part (101) and the second extension part (102) are formed by joggling a fourth component (134) and a fifth component (135);

or/and the third extension (201) and the fourth extension (202) of the T-shaped spelling module (300) are formed by mutually joggling the sixth component (206), the seventh component (207) and the eighth component (208), or the third extension (201) and the fourth extension (202) are formed by joggling the fortieth component (276) and the fourth eleventh component (277);

or/and the fifth extension (301) and the sixth extension (302) of the V-shaped spelling module (200) are formed by mutually joggling the eleventh component (306) and the twelfth component (307); or the fifth extension part (301) and the sixth extension part (302) are formed by mutually joggling a thirteenth component (315), a fourteenth component (316) and a fifteenth component (317);

or/and the 'X' -shaped spelling module (600) formed by the seventh extension part and the eighth extension part is formed by mutually joggling a sixteenth component (406), a seventeenth component (407), an eighteenth component (408) and a twentieth component (409); or the 'X' -shaped spelling module (600) formed by the seventh extension part and the eighth extension part is formed by joggling the twenty-first component (423) and the twenty-second component (424); or the 'X' -shaped spelling module (600) formed by the seventh extension part and the eighth extension part is formed by joggling a fourth twelve component (475), a fourth thirteen component (476) and a fourth fourteen component (477);

or/and the ninth extension (501) and the tenth extension (502) of the spelling module (400) are formed by the spelling of the twenty-third component (506), the twenty-fourth component (507) and the twenty-fifth component (508); one end of the twenty-third component (506) is an extending end (103) of the ninth extending part (501), one end of the twenty-fourth component (507) is another extending end (103) of the ninth extending part (501), and one end of the twenty-fifth component (508) is an extending end (103) of the tenth extending part (502); the other ends of the twenty-third component (506), the twenty-fourth component (507) and the twenty-fifth component (508) are fixedly connected in a joggle mode;

or/and the eleventh extension (601), the twelfth extension (602) and the thirteenth extension (616) of the talent-type spelling module (700) are formed by mutually joggling a twenty-sixth component (606), a twenty-seventh component (607) and a twenty-eighth component (608);

or/and a fourteenth extension (701), a fifteenth extension (702) and a sixteenth extension (716) of the large-sized spelling module (800) are formed by mutually joggling a twenty-ninth component (706), a thirty-third component (707) and a thirty-first component (708);

and the eighteenth extension (801), the nineteenth extension (802), the twentieth extension (816) and the twenty-first extension (830) of the wood-shaped spelling module (900) are formed by mutually joggling a thirty-two component (806), a thirty-three component (807), a thirty-four component (808), a thirty-five component (809) and a lock cylinder (810);

or/and the twenty-second extension (901), the twenty-third extension (902) and the twenty-fourth extension (916) of the human-shaped spelling module (500) are formed by mutually joggling a thirty-sixth assembly (906) and a thirty-seventh assembly (907).