CN215653809U - Stacking toy - Google Patents

Abstract

The utility model discloses a high-stacking toy, which comprises a first stacking block, a second stacking block, a third stacking block and a fourth stacking block, wherein the first stacking block and the second stacking block are respectively provided with a trunk, a plurality of connecting structures are arranged by combining the trunk and four limbs, so that children can develop a stacking mode independently, the intelligence development and concentration culture of the children are enhanced, the difficulty is increased by increasing the number of the stacking blocks, the high-stacking toy is more attractive to the children, the stacking blocks are provided with accommodating grooves, and the trunk and the four limbs form a stacking surface with a larger area, so that the stacking blocks are higher in stability and more entertaining during stacking and lapping.

Description

Stacking toy

Technical Field

The utility model relates to the field of building block toys, in particular to a stacked toy.

Background

The children toy is a special object for children games, is a pillar for children to turn mental processes such as imagination, thinking and the like to behaviors, can develop the athletic ability of children, train consciousness, arouse imagination, arouse curiosity and provide physical conditions for the physical and mental development of children. The stacking toy can be freely played, operated and operated by children, accords with the psychological hobby and ability level of children, can meet the activity requirements of the children, and improves the activity enthusiasm of the children.

The existing stacking building blocks are mostly in regular geometric shapes, are relatively simple to splice and build, and have defects and deficiencies in intelligence cultivation of children and concentration degree exercise.

SUMMERY OF THE UTILITY MODEL

Aiming at the defects of the prior art, the utility model provides a stacking building block toy which can enhance the intelligence and the special attention of children by optimally setting the shape and the structure of the building block.

In order to solve the technical problems, the utility model solves the technical problems by the following technical scheme: a stackable toy comprising a first stacking block and a second stacking block each having a torso, the first stacking block comprising a first left arm, a first right arm, a first left leg, and a first right leg integrally connected with the torso, the first left arm and the first right arm are horizontally and symmetrically connected with two sides of the trunk, a first accommodating groove is formed between the first left leg and the first right leg and the trunk, the second stacking block includes a second left arm, a second right arm, a second left leg, and a second right leg integrally connected with the torso, the second left arm and the second right arm are both connected to the upper end surface of the trunk along the vertical direction and form a second upper accommodating groove which can be used for clamping the arms or the legs, the second left leg and the second right leg are connected to the lower end face of the trunk in the vertical direction and form a second lower accommodating groove capable of enabling the arm or the leg to be clamped in.

In the above technical solution, the first stacking block includes a head integrally connected to the trunk, and the head is centrally disposed on the upper end surface of the trunk.

In the above technical scheme, the groove width and the groove depth of the second upper accommodating groove are consistent with those of the second lower accommodating groove.

Among the above-mentioned technical scheme, the up end of first left arm and the up end of first right arm all with the up end of truck flushes, is located the one end that the truck was kept away from to first left arm is provided with first left arm overlap joint portion, is located the one end that the truck was kept away from to first right arm is provided with first right arm overlap joint portion.

In the technical scheme, the outer side surfaces of the second left arm and the second left leg are vertically arranged along the same horizontal line, the outer side surfaces of the second right arm and the second right leg are vertically arranged along the same horizontal line, the second left arm is positioned at the end, away from the trunk, of the second left arm, the second left arm overlapping part is arranged at the end, away from the trunk, of the second right arm, and the second right arm overlapping part is arranged at the end, away from the trunk, of the second right arm.

Among the above-mentioned technical scheme, the tip is provided with the spacing arch of first left leg and with the spacing protruding size assorted first left leg holding tank of first left leg under the first left leg, the tip is provided with the spacing arch of first right leg and with the spacing protruding size assorted first right leg holding tank of first right leg under the first right leg, the tip is provided with the spacing arch of second left leg and with the spacing protruding size assorted second left leg holding tank of second left leg under the second left leg, the tip is provided with the spacing arch of second right leg and with the spacing protruding size assorted second right leg holding tank of second right leg under the second right leg.

Among the above-mentioned technical scheme, with first pile up the piece cooperation and have the third to pile up the piece, include with truck body coupling's third left arm, third right arm, third left leg and third right leg, just the third left arm and the third right arm with form the third upper holding tank that can make arm or leg card go into between the truck, be located the one end that the truck was kept away from to the third left arm is provided with third left arm overlap joint portion, is located the one end that the truck was kept away from to the third right arm is provided with third right arm overlap joint portion, the third left leg and the third right leg all along vertical direction connect in the lower terminal surface of truck forms the third lower holding tank that can make arm or leg card go into, the third left leg lower tip be provided with the spacing arch of third left leg and with the spacing protruding size assorted third left leg holding tank of the third left leg, the third right leg lower tip be provided with the spacing arch of third right leg and with the spacing protruding size assorted third right leg of the third right leg holds the holding tank The containing groove is connected with a third large cambered surface protruding outwards is arranged on the side face of the trunk between the third left arm and the third left leg, and is connected with a third small cambered surface recessed inwards is arranged on the side face of the trunk between the third right arm and the third right leg.

In the above technical scheme, the notch direction of the third upper holding groove inclines towards the third right arm and the side where the third right leg is arranged.

In the above technical solution, a fourth stacking block is matched with the first stacking block and the third stacking block, and includes a fourth left arm, a fourth right arm, a fourth left leg and a fourth right leg which are integrally connected with the trunk, the fourth left arm, the fourth right arm and the trunk form a horizontal arrangement and a fourth upper receiving groove which can allow the arms or the legs to be clamped in, a fourth left arm overlapping part is arranged at one end of the fourth left arm far away from the trunk, a fourth right arm overlapping part is arranged at one end of the fourth right arm far away from the trunk, the fourth left leg and the fourth right leg are both connected to the lower end face of the trunk along the vertical direction and form a fourth lower receiving groove which can allow the arms or the legs to be clamped in, a fourth left leg limiting protrusion and a fourth left leg receiving groove matched with the fourth left leg limiting protrusion are arranged at the lower end of the fourth left leg, the lower end of the fourth right leg is provided with a fourth right leg limiting protrusion and a fourth right leg accommodating groove matched with the fourth right leg limiting protrusion in size, the fourth right leg accommodating groove is connected with an arc transition surface arranged between the fourth left arm and the fourth left leg, and the fourth right arm and the fourth right leg are matched to form a break angle.

In the above technical solution, the width and depth of the second upper receiving groove, the width and depth of the second lower receiving groove, the width and depth of the third upper receiving groove, the width and depth of the third lower receiving groove, the width and depth of the fourth upper receiving groove, and the width and depth of the fourth lower receiving groove are all the same.

Compared with the prior art, the utility model has the following beneficial effects: set up the people type through piling up the piece, and combine truck and four limbs to set up a plurality of connection structure, make children independently develop the mode of piling up, reinforcing children's intellectual development and be absorbed in the strength and cultivate, and pile up the piece through increasing and realize increasing progressively of the degree of difficulty, have more appeal to children, set up the holding tank and form the face of piling up of great area by truck and four limbs on piling up the piece, make and pile up the piece and pile up stability when piling up the overlap joint higher, more have recreational.

Drawings

Fig. 1 is a schematic structural diagram of a first stacking block.

Fig. 2 is a schematic diagram of a second stacking block structure.

Fig. 3 is a schematic view of a third stacking block structure.

Fig. 4 is a schematic view of a fourth stacking block structure.

Fig. 5 is a schematic view of a stack structure in embodiment 1.

Fig. 6 is a perspective view showing a stacked state in embodiment 1.

Fig. 7 is a schematic view of a stack structure in embodiment 2.

Fig. 8 is a perspective view showing a stacked state in embodiment 2.

Fig. 9 is a schematic view of a stacked structure in embodiment 3.

Fig. 10 is a schematic view of a stacked structure in embodiment 4.

Detailed Description

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

Referring to fig. 1 to 4, a stackable toy includes a first stacking block 1 and a second stacking block 2 each having a torso.

Wherein the first stacking block 1 includes a head 15 integrally connected with a trunk, a first left arm 11, a first right arm 12, a first left leg 13, and a first right leg 14.

The head 15 is arranged in the middle of the upper end surface of the trunk; the first left arm 11 and the first right arm 12 are horizontally and symmetrically connected to two sides of the trunk, the upper end face of the first left arm 11 and the upper end face of the first right arm 12 are flush with the upper end face of the trunk, a first left arm overlapping part 111 formed by combining a small arc face and a large arc face is arranged at one end, away from the trunk, of the first left arm 11, a first right arm overlapping part 121 formed by combining a small arc face and a large arc face is arranged at one end, away from the trunk, of the first right arm 12, so that the upper end faces of the first left arm 11 and the first right arm 12 form a stacking face, and the first left arm overlapping part 111 and the first right arm overlapping part 121 serve as overlapping positions during stacking; the inner side surface of the first left leg 13 and the inner side surface of the first right leg 14 are both arranged in a manner of extending perpendicular to the lower end surface of the trunk, so that a first accommodating groove 101 capable of accommodating heads, arms or legs arranged on other stacking blocks is formed between the inner side surface of the first left leg 13 and the inner side surface of the first right leg 14 and the lower end surface of the trunk; the transition department of the lateral surface of first left leg 13 and the tip under first left leg 13 is provided with the spacing arch 131 of first left leg, be provided with on the terminal surface under first left leg 13 with the spacing protruding 131 size assorted of first left leg holding tank 132, the tip under the first right leg 14 of same position department is provided with the spacing protruding 141 of first right leg and with the spacing protruding 141 size assorted first right leg holding tank 142 of first right leg, can make other spacing protruding ability card of piling up the piece go into in the holding tank when the overlap joint like this.

The second stacking block 2 includes a second left arm 21, a second right arm 22, a second left leg 23, and a second right leg 24 integrally connected to the trunk.

The second left arm 21 and the second right arm 22 are connected to the upper end surface of the trunk in the vertical direction and form a second upper receiving groove 201 which enables the arms or the legs to be clamped in, the second left leg 23 and the second right leg 24 are connected to the lower end surface of the trunk in the vertical direction and form a second lower receiving groove 202 which enables the arms or the legs to be clamped in, the second upper receiving groove 201 and the second lower receiving groove 202 are symmetrically arranged, and the groove width and the groove depth of the second upper receiving groove 201 are consistent with those of the second lower receiving groove 202; the outer side surfaces of the second left arm 21 and the second left leg 23 are vertically arranged along the same horizontal line, the outer side surfaces of the second right arm 22 and the second right leg 24 are vertically arranged along the same horizontal line, a second left arm overlapping part 211 formed by combining a small arc surface and a large arc surface is arranged at one end, far away from the trunk, of the second left arm 21, and a second right arm overlapping part 221 formed by combining a small arc surface and a large arc surface is arranged at one end, far away from the trunk, of the second right arm 22; the lower end of the second left leg 23 is provided with a second left leg limiting protrusion 231 and a second left leg accommodating groove 232 matched with the size of the second left leg limiting protrusion 231, and the lower end of the second right leg 24 is provided with a second right leg limiting protrusion 241 and a second right leg accommodating groove 242 matched with the size of the second right leg limiting protrusion 241.

And a third stacking block 3 comprising a third left arm 31, a third right arm 32, a third left leg 33 and a third right leg 34 integrally connected with the trunk.

A third upper accommodating groove 301 which can enable the arms or the legs to be clamped is formed between the third left arm 31 and the third right arm 32 and the trunk, the direction of a notch of the third upper accommodating groove 301 inclines towards one side where the third right arm 32 and the third right leg 34 are arranged, a third left arm overlapping part 311 formed by combining a small arc surface and a large arc surface is arranged at one end, far away from the trunk, of the third left arm 31, a third right arm overlapping part 321 formed by combining a small arc surface and a large arc surface is arranged at one end, far away from the trunk, of the third right arm 32, and the third left leg 33 and the third right leg 34 are connected to the lower end face of the trunk in the vertical direction and form a third lower accommodating groove 302 which can enable the arms or the legs to be clamped; the lower end of the third left leg 33 is provided with a third left leg limiting protrusion 331 and a third left leg accommodating groove 332 matched with the third left leg limiting protrusion 331 in size, the lower end of the third right leg 34 is provided with a third right leg limiting protrusion 341 and a third right leg accommodating groove 342 matched with the third right leg limiting protrusion 341 in size, the side surface of the trunk connected between the third left arm 31 and the third left leg 33 is provided with a third large cambered surface 30 protruding outwards, and the side surface of the trunk connected between the third right arm 32 and the third right leg 34 is provided with a third small cambered surface 300 protruding inwards.

And a fourth stacking block 4 including a fourth left arm 41, a fourth right arm 42, a fourth left leg 43, and a fourth right leg 44 integrally connected to the trunk.

The fourth left arm 41, the fourth right arm 42 and the trunk form a fourth upper receiving groove 401 which is horizontally arranged and can enable the arms or the legs to be clamped in, one end, far away from the trunk, of the fourth left arm 41 is provided with a fourth left arm overlapping part 411 formed by combining a small arc surface and a large arc surface, one end, far away from the trunk, of the fourth right arm 42 is provided with a fourth right arm overlapping part 421 formed by combining a small arc surface and a large arc surface, and the fourth left leg 43 and the fourth right leg 44 are connected to the lower end face of the trunk in the vertical direction and form a fourth lower receiving groove 402 which can enable the arms or the legs to be clamped in; the lower end of the fourth left leg 43 is provided with a fourth left leg limiting protrusion 431 and a fourth left leg accommodating groove 432 matched with the fourth left leg limiting protrusion 431 in size, the lower end of the fourth right leg 44 is provided with a fourth right leg limiting protrusion 441 and a fourth right leg accommodating groove 442 matched with the fourth right leg limiting protrusion 441 in size, an arc transition surface 40 is arranged between the fourth left arm and the fourth left leg, and the fourth right arm 42 and the fourth right leg 44 are matched to form a bevel.

Meanwhile, the groove width and the groove depth of the second upper receiving groove 201, the groove width and the groove depth of the second lower receiving groove 202, the groove width and the groove depth of the third upper receiving groove 301, the groove width and the groove depth of the third lower receiving groove 302, the groove width and the groove depth of the fourth upper receiving groove 401, and the groove width and the groove depth of the fourth lower receiving groove 402 are all the same.

The first stacking block 1, the second stacking block 2, the third stacking block 3 and the fourth stacking block 4 related to the technical scheme can be used in a pairwise combination mode for infants, and can be used in a whole set mode for children with certain manual ability and good intelligence development, namely the four groups of the plurality of stacking blocks are used together, and different stacking effects can be created.

See the following embodiments in particular.

Example 1, referring to fig. 5 to 6, four first stacked blocks 1, four second stacked blocks 2, four third stacked blocks 3, and four fourth stacked blocks 4 were used, and 16 stacked blocks in total were stacked in an 8-layer structure.

The first layer is formed by symmetrically placing two third stacking blocks 3; the second layer is formed by two third stacking blocks 3 which are symmetrically arranged in the opposite direction, and the two third stacking blocks 3 of the second layer insert the corresponding third right leg 34 and the corresponding third left leg 33 into the third upper accommodating groove 301 of the two third stacking blocks 3 of the first layer respectively; the third layer is formed by placing a first stacking block 1 in a forward direction, placing two fourth stacking blocks 4 transversely and symmetrically on two sides of the first stacking block 1, inserting a first left leg 13 and a first right leg 14 into third upper receiving grooves 301 of two reversely and symmetrically placed third stacking blocks 3 in the second layer respectively, and inserting a first left arm 11 and a first right arm 12 into fourth lower receiving grooves 402 of the transversely placed fourth stacking blocks 4 respectively; the fourth layer is formed by two second stacking blocks 2 which are placed in the forward direction, and a second left leg 23 and a second right leg 24 are inserted into a fourth upper accommodating groove 401 of a fourth stacking block 4 which is placed transversely in the third layer in a matching manner; the fifth layer is two symmetrically placed fourth stacking blocks 4, the fourth left leg 43 and the fourth right leg 44 are respectively and correspondingly inserted into the second upper accommodating groove 201, the sixth layer is a first stacking block 1 which is arranged in the middle, the second stacking blocks 2 which are symmetrically and transversely arranged at two sides of the first stacking block 1 are respectively supported by a horizontal stacking surface formed by the fourth left arm 41 and the fourth right arm 42 of the fourth stacking block 4, and the two second stacking blocks 2 are connected with the first left arm 11 and the first right arm 12 through the second lower accommodating groove 202 and are arranged in a suspended manner; the seventh layer and the eighth layer are respectively stacked by the first stacking block 1 placed in the forward direction, wherein the first left leg accommodating groove 132 and the first right leg limiting protrusion 141 of the first stacking block 1 in the seventh layer correspond to the second left leg limiting protrusion 231 and the second right leg limiting protrusion 241 of the second stacking block 2 transversely arranged in the sixth layer, respectively, and the first left leg 13 and the first right leg 14 of the first stacking block 1 in the eighth layer are supported by the stacking surface formed by the first left arm 11 and the first right arm 12 of the first stacking block 1 in the seventh layer.

The technical scheme mainly relates to horizontal and vertical lapping, and is suitable for children of various school ages and even young and middle-aged people.

Embodiment 2, referring to fig. 7 to 8, four first stacking blocks 1, four second stacking blocks 2, four third stacking blocks 3, and four fourth stacking blocks 4 are also employed.

The first layer forms an arch mechanism by adopting the inserting mode as in the embodiment 1, the second layer needs to use the third left arm overlapping part 311 and the third right arm overlapping part 321 on the third stacking block 3 of the first layer as a stop, and the third large arc surface 30 as a support; the third layer adopts the lapped mode of slant, adopts first left arm overlap joint portion 111 and first right arm overlap joint portion 121 and second left arm overlap joint portion 211 and second right arm overlap joint portion 221 to cooperate, and the high degree of difficulty piles up in the completion.

The technical scheme mainly relates to the lapping in the oblique horizontal combined vertical direction, and is suitable for middle and high school age children.

Example 3, referring to fig. 9, three first stacking blocks 1 and two second stacking blocks 2 are used.

Through the cooperation between stacking face, holding tank and the spacing arch, accomplish simple piling up.

Example 4, referring to fig. 10, four third stacking blocks 3 and one first stacking block 1 are used, and simple stacking is completed by cooperation of the receiving grooves.

The technical solutions in examples 3 and 4 mainly relate to stacking in a simple connection relationship, and are suitable for young children.

The stacking blocks adopted in the technical schemes can be arranged on the surface of the stacking blocks in pattern design matched with the stacking blocks, so that the interestingness of stacking and the attraction of children are improved, different and self-created stacking modes are realized by adopting a plurality of groups of stacking blocks, the independent development and stacking modes of children are realized, and the intelligence development and concentration culture of children are effectively enhanced.

The scope of the present invention includes, but is not limited to, the above embodiments, and the present invention is defined by the appended claims, and any alterations, modifications, and improvements that may occur to those skilled in the art are all within the scope of the present invention.

Claims (10)

1. A stackable toy comprising a first stackable block (1) and a second stackable block (2) each having a trunk, the first stackable block (1) comprising a first left arm (11), a first right arm (12), a first left leg (13) and a first right leg (14) integrally connected with the trunk, the first left arm (11) and the first right arm (12) being horizontally symmetrically connected to both sides of the trunk, the first left leg (13) and the first right leg (14) forming a first receiving groove (101) with the trunk, the second stackable block (2) comprising a second left arm (21), a second right arm (22), a second left leg (23) and a second right leg (24) integrally connected with the trunk, the second left arm (21) and the second right arm (22) being vertically connected to an upper end face of the trunk and forming a second receiving groove (201) into which an arm or a leg can be snapped, the second left leg (23) and the second right leg (24) are connected to the lower end face of the trunk in the vertical direction and form a second lower accommodating groove (202) into which an arm or a leg can be inserted.

2. A stackable toy according to claim 1, wherein the first stacking block comprises a head (15) integrally connected to the torso, the head (15) being centrally disposed on an upper end face of the torso.

3. A stackable toy according to claim 1, wherein the width and depth of the second upper receiving channel (201) are the same as the width and depth of the second lower receiving channel (202).

4. A stacked toy according to claim 1, wherein the upper end face of the first left arm (11) and the upper end face of the first right arm (12) are flush with the upper end face of the trunk, a first left arm lap (111) is provided at the end of the first left arm (11) remote from the trunk, and a first right arm lap (121) is provided at the end of the first right arm (12) remote from the trunk.

5. The folding toy according to claim 1, wherein the second left arm (21) and the outer side of the second left leg (23) are vertically disposed along the same horizontal line, the outer side of the second right arm (22) and the outer side of the second right leg (24) are vertically disposed along the same horizontal line, a second left arm overlapping portion (211) is disposed at an end of the second left arm (21) away from the trunk, and a second right arm overlapping portion (221) is disposed at an end of the second right arm (22) away from the trunk.

6. A stacked toy according to claim 1, wherein the lower end of the first left leg (13) is provided with a first left leg limiting protrusion (131) and a first left leg receiving groove (132) matching the size of the first left leg limiting protrusion (131), the lower end part of the first right leg (14) is provided with a first right leg limiting bulge (141) and a first right leg accommodating groove (142) matched with the first right leg limiting bulge (141) in size, the lower end part of the second left leg (23) is provided with a second left leg limiting bulge (231) and a second left leg accommodating groove (232) matched with the second left leg limiting bulge (231) in size, the lower end of the second right leg (24) is provided with a second right leg limiting protrusion (241) and a second right leg accommodating groove (242) matched with the second right leg limiting protrusion (241) in size.

7. A stacked toy according to claim 1, characterized in that a third stacked block (3) is associated with the first stacked block (1), and comprises a third left arm (31), a third right arm (32), a third left leg (33) and a third right leg (34) which are integrally connected with the trunk, and a third upper receiving groove (301) is formed between the third left arm (31) and the third right arm (32) and the trunk for clamping in the arms or legs, a third left arm overlapping part (311) is arranged at one end of the third left arm (31) far from the trunk, a third right arm overlapping part (321) is arranged at one end of the third right arm (32) far from the trunk, and the third left leg (33) and the third right leg (34) are both connected to the lower end surface of the trunk in the vertical direction and form a third lower receiving groove (302) for clamping in the arms or legs, the tip is provided with the spacing arch of third left leg (331) and with the spacing arch of third left leg (331) size assorted third left leg holding tank (332), third right leg (34) tip be provided with the spacing arch of third right leg (341) and with spacing arch of third right leg (341) size assorted third right leg holding tank (342), connect in truck side between third left arm (31) and third left leg (33) is provided with outside convex big cambered surface of third (30), connect in truck side between third right arm (32) and third right leg (34) is provided with little cambered surface of indent (300).

8. A stackable toy according to claim 7, wherein the notch direction of said third upper receiving channel (301) is inclined towards the side where said third right arm (32) and said third right leg (34) are arranged.

9. A stacked high toy according to claim 7, characterized in that a fourth stacked block (4) is matched with the first stacked block (1) and the third stacked block (3), and comprises a fourth left arm (41), a fourth right arm (42), a fourth left leg (43) and a fourth right leg (44) which are integrally connected with the trunk, and the fourth left arm (41) and the fourth right arm (42) form a fourth upper receiving groove (401) which is horizontally arranged with the trunk and can make the arms or the legs clamped in, a fourth left arm overlapping part (411) is arranged at one end of the fourth left arm (41) far away from the trunk, a fourth right arm overlapping part (421) is arranged at one end of the fourth right arm (42) far away from the trunk, the fourth left leg (43) and the fourth right leg (44) are vertically connected with the lower end face of the trunk and form a fourth lower receiving groove (402) which can make the arms or the legs clamped in, the tip is provided with the spacing arch of fourth left leg (431) and with the spacing protruding (431) size assorted fourth left leg holding tank (432) of fourth left leg (43) lower tip, fourth right leg (44) lower tip be provided with the spacing protruding (441) of fourth right leg and with the spacing protruding (441) size assorted fourth right leg holding tank (442) of fourth right leg, connect in be provided with circular arc transition face (40) between fourth left arm and the fourth left leg, fourth right arm (42) forms the dog-ear with the cooperation of fourth right leg (44).

10. A stacked high toy according to claim 9, wherein the width and depth of the second upper receiving groove (201), the width and depth of the second lower receiving groove (202), the width and depth of the third upper receiving groove (301), the width and depth of the third lower receiving groove (302), the width and depth of the fourth upper receiving groove (401), and the width and depth of the fourth lower receiving groove (402) are the same.

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