CN202342897U - Toy robot component - Google Patents

Abstract

The utility model provides a toy robot component, relating to the technical field of inserted toys. The toy robot component comprises a base, at least one rotating member, and at least one fitting member, wherein the rotating member and the fitting member have the same amount and are corresponding one by one. The fitting member is buckled on a circular plane groove of the corresponding rotating member; bulges of the fitting member are meshed with the circular plane grooves; the rotating member is inserted into a groove at an arch end of the base; and a hollow column of the circular plane groove of the rotating member is inserted into a circular hole of the groove. The toy robot component in the utility model flexibly swings left and right relatively to the base by the rotating member which is connected at two ends of the base; sound is produced during the rotation; and the toy robot component can be locked at a certain angle; the buckling point at the bottom of the base can be connected with salient points of toy blocks; salient points arranged at the top part of the base can be connected with the buckling points at the bottom of the toy blocks, so that bigger use space of the toy is expanded; shapes which cannot be plugged previously can be plugged; therefore playability and interestingness of the toy are greatly increased.

Description

A kind of toy robot assembly

Technical field

The utility model relates to a kind of toy robot, more specifically to a kind of toy robot assembly.

Background technology

In the prior art, the class formation in the Jigsaw toy (especially toy robot) is, comprises a plurality of members, on the positive and negative of each member, be manufactured with respectively salient point and with the corresponding concave point of salient point shape.In use, the salient point of a member is patched in the concave point of another member, it is together with each other, through patching repeatedly, can a plurality of members be patched together, final formation wanted the body made.Because toy grafting piece, Jigsaw toy can only be pegged graft into fixing body, can not realize rotating between a part and another part of body and can be at the angle locking of needs, and the sliceable performance that this just reduces toy widely reduces its interest.

In order to eliminate this defective; The patent No. is that 201020283768.1 utility model patent discloses a kind of structure that can carry out the meccano that multi-angle rotates, and comprises first assembly and second assembly, and the end face and the bottom surface of first assembly are respectively equipped with plug and socket; The one of which side is connected with tumbler and tumbler is provided with the rotation latch; The end face of second assembly and bottom surface also are respectively equipped with plug and socket, and its both sides are equipped with first assembly and rotate the rotation jack that latch matches, and first assembly can be connected with the rotation jack through rotating latch with second assembly; And can relatively rotate; Tumbler on first assembly also can rotate, thereby makes this meccano can carry out the rotation of multi-angle, has increased the playability and the interest of meccano.

Though can making, this design carries out between two assemblies rotating relative to two dimension,, the angle of rotation is less, and not can solve and can rotate, and the problem that can after rotation, pin in the angle of needs again is not suitable for toy robot.

Summary of the invention

The utility model technical problem to be solved provides a kind of toy robot assembly, and the angle that this toy robot assembly rotates is bigger, and can be locked on the angle that needs.The technical scheme that adopts is following:

A kind of toy robot assembly comprises pedestal, at least one revolving part, at least one counterpart, and the number of revolving part is identical with the number of counterpart and corresponding one by one, it is characterized in that:

Said pedestal top has a plurality of salient points; The bottom has a plurality of concave points, and the two ends of pedestal are arc tips, all has a groove in the middle of each arc tips; Extension partly encases groove to the lower part near the groove inner top, and two parts up and down of groove have the circular hole with the diameter coaxial line;

Have discoid flange in the middle of the said revolving part, discoid flange one side has a circular flat groove, and circular flat recess axis and revolving part axis are perpendicular; The center of circular flat groove has a hollow cylinder; The upper end of hollow cylinder protrusion circular flat groove has a gear more than the bottom in the circular flat groove, discoid flange opposite side has a sleeve; Barrel end has a circle flange, and a slot segmentation is cut into two halves with hollow cylinder and flange;

Said counterpart comprises cuboid, the cylinder that is connected with cuboid, and the cylinder inboard is uniformly distributed with many convexities of answering with revolving part circular flat groove gear mesh, and counterpart has three outward extending otch;

Said counterpart is buckled on the circular flat groove of corresponding revolving part, the gears engaged in the convexity of counterpart and the circular flat groove, and revolving part is inserted in the groove of pedestal arc tips, and the hollow cylinder at its circular flat groove center is inserted in the circular hole of groove.

The utility model beneficial effect against existing technologies is, because after adopting such scheme, the utility model in use; The revolving part that the toy robot assembly connects through pedestal two, pedestal swings relatively, very flexibly; And rotate soundly, and can be locked at a certain angle, base bottom button point can be connected with building blocks part salient point; But the top has salient point building blocks part bottom to buckle a little to be connected, and makes the bigger usage space of toy expansion, the moulding that can not peg graft out before pegging graft out; For example two swivel heads all can be connected four limbs, waist, the joint of robot, have increased playability, the interest of toy greatly.

Description of drawings

Fig. 1 is the structural representation of the utility model preferred embodiment;

Fig. 2 is the parts explosion of preferred embodiment shown in Figure 1.

Label in the accompanying drawing:

1. pedestal, 2. salient point, 3. bottom, 4. second sleeve, the 5. second discoid flange, 6. second flange; 7. second groove, 8. second circular hole, 9. first groove, 10. first circular hole, 11. second cuboids, 12. second otch; 13. second convexity, 14. second cylinders, 15. second counterparts, 16. first sleeves, 17. first discoid flanges, 18. first revolving parts; 19. first gear, 20. first flanges, 21. first slot segmentations, 22. first hollow cylinders, 23. first circular flat grooves; 24. first cuboid, 25. first otch, 26. first convexities, 27. first cylinders, 28. first counterparts; 29. second revolving part, 30. second circular flat grooves, 31. second hollow cylinders, 32. second gears, 33. second slot segmentations.

The specific embodiment

Be further described below in conjunction with the specific embodiment of Figure of description a kind of toy robot assembly of the utility model.

Like Fig. 1, shown in 2, the toy robot assembly in this preferred embodiment comprises pedestal 1, first revolving part 18, first counterpart 28, second revolving part 29, second counterpart 15.

Said pedestal 1 top has a plurality of salient points 2; Bottom 3 has a plurality of concave points; Pedestal 1 two ends are arc tips; The centre of left end arc tips has first groove 9, extends the two parts up and down that partly encase first groove, 9, the first grooves 9 near first groove, 9 inner tops to the lower part and has first circular hole 10 with the diameter coaxial line; The centre of right-hand member arc tips has a groove 7, extends to the lower part near groove 7 inner tops partly to encase groove 7, and two parts up and down of groove 7 have the circular hole 8 with the diameter coaxial line.

First revolving part revolving part 18 in the middle of has first discoid flange 17 at 18: the first; First discoid flange 17 1 sides have the first circular flat groove 23; The first circular flat groove, 23 axis and first revolving part, 18 axis are perpendicular, and the center of the first circular flat groove 23 has the upper end of first hollow cylinder, 22, the first hollow cylinders, 22 protrusions, the first circular flat groove 23 more than the bottom; Has first gear 19 in the first circular flat groove 23; First discoid flange 17 opposite sides have first sleeve, 16, the first sleeves, 16 ends and have circle first flange 20, the first slot segmentations 21 first sleeve 16 and first flange 20 are cut into two halves.

28: the first counterparts 28 of first counterpart comprise first cuboid 24, first cylinder 27 that is connected with first cuboid 24; First cylinder, 27 inboards are uniformly distributed with many first gear, 19 corresponding first convexity, 26, the first counterparts 28 in the first circular flat groove 23 with first revolving part 18 and have 3 outward extending first otch 25.

Said first counterpart 28 is buckled on the first circular flat groove 23 of first revolving part 18; First gear, 19 engagements in the first protruding 26 and first circular flat groove 23 of first counterpart 28; First revolving part 18 is inserted in first groove 9 of arc tips of pedestal 1 left end, and first hollow cylinder 22 at its first circular flat groove, 23 centers is inserted in first circular hole 10 of first groove 9.

Second revolving part revolving part 29 in the middle of has second discoid flange 5 at 29: the second; Second discoid flange 5 one sides have the second circular flat groove 30; The second circular flat groove, 30 axis and second revolving part, 29 axis are perpendicular, and the center of the second circular flat groove 30 has the upper end of second hollow cylinder, 31, the second hollow cylinders, 31 protrusions, the second circular flat groove 30 more than the bottom; Has second gear 32 in the second circular flat groove 30; Second discoid flange 5 opposite sides have second sleeve, 4, the second sleeves, 4 ends and have circle second flange 6, the second slot segmentations 33 second sleeve 4 and second flange 6 are cut into two halves.

15: the second counterparts 15 of second counterpart comprise second cuboid 11, second cylinder 14 that is connected with second cuboid 11; Second cylinder, 14 inboards are uniformly distributed with many second gear, 32 corresponding second convexity, 13, the second counterparts 15 in the second circular flat groove 30 with second revolving part 29 and have 3 outward extending second otch 12.

Said second counterpart 15 is buckled on the second circular flat groove 30 of second revolving part 29; Second gear, 32 engagements in the second protruding 13 and second circular flat groove 30 of second counterpart 15; Second revolving part 29 is inserted in second groove 7 of arc tips of pedestal 1 right-hand member, and second hollow cylinder 31 at its second circular flat groove, 30 centers is inserted in second circular hole 8 of second groove 7.

Counterpart is tipped upside down on the corresponding revolving part circular flat groove, and the counterpart bottom extends outward that end of a cuboid and places outwardly, and is relative with the round tangent plane of revolving part; The just corresponding one by one gear that entangles revolving part of inboard many convex stripes that distribute of counterpart cylinder; The hollow cylinder bar of gear centre can also protrude one little section after putting counterpart.

Get into that end of circular flat groove of the revolving part that puts counterpart in pedestal 1 corresponding groove; That hollow cylinder on the revolving part circular flat groove center just gets into the groove of pedestal 1 along with external force; And be enclosed within groove up and down in the hollow circular hole at two ends, revolving part can not dropped out; And that end of counterpart cuboid is against pedestal 1 inside grooves, is extended that part downwards near the top of inside grooves partly to encase, and is positioned at pedestal 1 the inside; Though counterpart is positioned; But because it has 3 outward extending entries; So when external force acted on revolving part, the point of penetration of counterpart received certain expansionary force, make the gear tooth of revolving part can cross inboard that convex stripe of contact with it of counterpart cylinder; Arrive next bar convex stripe, thereby whole revolving part is rotated around counterpart; When revolving part is done 180 degree rotations in the groove of pedestal 1, because the friction between gear tooth and the convex stripe, so also have the sound that rotates to send.

The preferred embodiment that the above is merely the utility model is not the practical range that is used for limiting the utility model; Be all equivalents of being done according to the claim scope of the utility model, be the utility model claim scope and cover.

Claims (2)

1. a toy robot assembly comprises pedestal, at least one revolving part, at least one counterpart, and the number of revolving part is identical with the number of counterpart and corresponding one by one, it is characterized in that:

Said pedestal top has a plurality of salient points; The bottom has a plurality of concave points, and the two ends of pedestal are arc tips, all has a groove in the middle of each arc tips; Extension partly encases groove to the lower part near the groove inner top, and two parts up and down of groove have the circular hole with the diameter coaxial line;

Have discoid flange in the middle of the said revolving part, discoid flange one side has a circular flat groove, and circular flat recess axis and revolving part axis are perpendicular; The center of circular flat groove has a hollow cylinder; The upper end of hollow cylinder protrusion circular flat groove has a gear more than the bottom in the circular flat groove, discoid flange opposite side has a sleeve; Barrel end has a circle flange, and a slot segmentation is cut into two halves with hollow cylinder and flange;

Said counterpart comprises cuboid, the cylinder that is connected with cuboid, and the cylinder inboard is uniformly distributed with many convexities of answering with revolving part circular flat groove gear mesh, and counterpart has three outward extending otch;

Said counterpart is buckled on the circular flat groove of corresponding revolving part, the gears engaged in the convexity of counterpart and the circular flat groove, and revolving part is inserted in the groove of pedestal arc tips, and the hollow cylinder at its circular flat groove center is inserted in the circular hole of groove.

2. toy robot assembly as claimed in claim 1 is characterized in that: the number of said revolving part, counterpart is two.

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