CN204395434U - One is toy robot flexibly - Google Patents

Abstract

The utility model relates to the technical field of toy figures, in particular to a flexible toy robot, which comprises a head, a torso, two arms and two legs. The elastic cords are serially connected to both sides of the upper part of the torso, and the legs and feet are connected in series to both sides of the lower part of the torso through the third elastic cords respectively. The torso of the utility model is movably connected with the head, two arms and two legs and feet respectively through the first elastic rope, the second elastic rope and the third elastic rope. In the process of playing, it not only exercises the hands-on brain ability, but also exercises imagination and thinking ability, which has a puzzle function.

Description

A flexible toy robot

technical field

The utility model relates to the technical field of toy figures, in particular to a flexible toy robot.

Background technique

The toy people under the prior art generally have a head, a torso and four limbs, but the structure of each part of it has the following deficiencies:

1. The head of the known toy man can only rotate, but cannot move back and forth, and its flexibility is relatively poor.

2. The well-known principles of toy man's legs and feet can be divided into two types: rotation and bending. One is through the connecting parts of the doll's legs and feet (connected by a cylinder, the force acts on the thigh and the torso of the toy man, and rotates through the cylinder) to achieve Turn effect. The bending effect is achieved through the combination of multiple joints, which has poor flexibility.

3. The existing well-known toy man's arm can be divided into two principles: rotation and bending. One is to connect the doll's arm to the body (use the ring to connect to the body, fix the toy man's torso, and the force acts on the arm, through The ring rotates) to achieve the effect of rotation. The bending effect is achieved through the combination of multiple arm joints, which has poor flexibility.

Contents of the invention

In order to overcome the shortcomings and deficiencies in the prior art, the purpose of the utility model is to provide a flexible toy robot.

The purpose of this utility model is achieved through the following technical solutions: a flexible toy robot, comprising a head, a torso, two arms and two legs, the head is connected in series to the top of the torso by the first elastic rope, and the two arms are respectively passed through the first The two elastic ropes are serially connected to both sides of the upper part of the torso, and the legs and feet are respectively connected in series to both sides of the lower part of the torso through the third elastic rope.

Further, a buttock is provided under the torso, and the buttocks, torso and the head are serially connected through the first elastic rope in sequence.

Further, a first accommodating cavity is opened in the head, a first fixing bead is embedded in the first accommodating cavity, a second accommodating cavity is opened in the buttocks, and a There is a second fixing bead, and the two ends of the first elastic rope are fixedly connected with the first fixing bead and the second fixing bead respectively.

Further, the head is in the shape of a human head, the torso is in a square shape, the buttocks are in a T-shape or a square shape, and first grooves are opened at both ends of the torso.

Further, the two arms include a left arm and a right arm, the left arm includes a first left arm and a second left arm, the right arm includes a first right arm and a second right arm, the second left arm, the first left arm, The top of the torso, the first right arm, and the second right arm are sequentially connected in series through the second elastic rope.

Further, a third accommodating cavity is opened in the second left arm, a third fixing bead is embedded in the third accommodating cavity, a fourth accommodating cavity is opened in the second right arm, and the fourth accommodating cavity A fourth fixing bead is embedded in the cavity, and the two ends of the second elastic rope are fixedly connected with the third fixing bead and the fourth fixing bead respectively.

Further, the first left arm and the first right arm are both in a square shape, and the second left arm and the second right arm are both in an isosceles trapezoidal shape; the left end of the first left arm and the right end of the first right arm are 1. The right end of the second left arm and the left end of the second right arm are respectively provided with a second groove; the right end of the first left arm and the left end of the first right arm are respectively provided with a third groove; The right end of the arm and the left end of the first right arm are respectively provided with a first chamfer; the end of the second left arm and the end of the second right arm are respectively fixed with a first suction cup.

Further, the two legs include a left leg and a right leg, the left leg includes a first left leg and a second left leg, the right leg includes a first right leg and a second right leg, the second left leg, the first left leg, The bottom of the buttocks, the first right leg, and the second right leg are sequentially connected in series through the third elastic rope.

Further, a fifth accommodating cavity is opened in the second left leg, and a fifth fixing bead is embedded in the fifth accommodating cavity, a sixth accommodating cavity is opened in the second right leg, and the sixth accommodating cavity A sixth fixing bead is embedded in the cavity, and the two ends of the third elastic rope are fixedly connected with the fifth fixing bead and the sixth fixing bead respectively.

Further, the first left leg and the first right leg are both in a square shape, and the second left leg and the second right leg are both in an isosceles trapezoidal shape; the right end of the first left leg and the left end of the first right leg are A fourth groove is respectively opened; the right end of the second left leg and the left end of the second right leg are respectively provided with a fifth groove; the right end of the first left leg and the left end of the first right leg are respectively provided with a fifth groove. Two chamfers; the ends of the second left leg and the second right leg are respectively fixed with second suction cups.

The beneficial effect of the utility model is that: the torso of the utility model is flexibly connected with the head, two arms and two legs and feet respectively through the first elastic rope, the second elastic rope and the third elastic rope, which has good flexibility and can be placed in a hundred Shape changing, good entertainment; children not only exercise their hands-on brain ability, but also exercise their imagination and thinking ability in the process of playing, which has a puzzle function.

Description of drawings

Fig. 1 is the three-dimensional structure schematic diagram of the present utility model.

Fig. 2 is an exploded view of the three-dimensional structure of the utility model.

Fig. 3 is a sectional view of Embodiment 1 of the utility model.

Fig. 4 is a sectional view of the second embodiment of the utility model.

Reference signs are: 1—head, 2—trunk, 21—buttocks, 3—arm, 31—left arm, 311—first left arm, 312—second left arm, 32—right arm, 321—first Right arm, 322—second right arm, 4—leg, 41—left leg, 411—first left leg, 412—second left leg, 42—right leg, 421—first right leg, 422—second right Legs and feet, 51—the first elastic rope, 52—the second elastic rope, 53—the third elastic rope, 61—the first accommodation chamber, 62—the second accommodation chamber, 63—the third accommodation chamber, 64—the first Four storage chambers, 65—the fifth storage chamber, 66—the sixth storage chamber, 71—the first fixed bead, 72—the second fixed bead, 73—the third fixed bead, 74—the fourth fixed bead, 75— The fifth fixed bead, 76—the sixth fixed bead, 81—the first groove, 82—the second groove, 83—the third groove, 84—the fourth groove, 85—the fifth groove, 91—the first groove One chamfering, 92—the first suction cup, 93—the second chamfering, 94—the second suction cup.

Detailed ways

In order to facilitate the understanding of those skilled in the art, the utility model will be further described below in conjunction with the embodiments and accompanying drawings 1-4, and the content mentioned in the implementation mode is not a limitation of the utility model.

Embodiment one

As shown in Fig. 1-3, it is the embodiment one of a kind of flexible toy robot described in the utility model, comprises head 1, torso 2, two arms and two legs feet, and head 1 is connected in series by first elastic cord 51. On the top of the torso 2, the two arms are respectively connected in series to the upper sides of the torso 2 through the second elastic rope 52, and the legs and feet are respectively connected in series to the lower sides of the torso 2 through the third elastic rope 53.

The torso 2 of the utility model is respectively movably connected with the head 1, two arms and two legs and feet through the first elastic rope 51, the second elastic rope 52 and the third elastic rope 53, which has good flexibility and can be placed in a variety of shapes. Good entertainment; children not only exercise their hands-on brain ability during play, but also exercise their imagination and thinking ability, which has educational functions.

In this embodiment, the buttocks 21 are arranged below the torso 2 , and the buttocks 21 , the torso 2 and the head 1 are sequentially connected in series through the first elastic rope 51 . The setting of the buttocks 21 can make the toy figure of the present utility model put out more shapes and be more flexible.

In this embodiment, the head 1 is provided with a first accommodating cavity 61, the first accommodating cavity 61 is embedded with a first fixing bead 71, and the buttock 21 is provided with a second accommodating cavity 62, A second fixing bead 72 is embedded in the second accommodating cavity 62 , and two ends of the first elastic cord 51 are fixedly connected to the first fixing bead 71 and the second fixing bead 72 respectively. The arrangement of the first accommodating cavity 61 , the first fixing bead 71 , the second accommodating cavity 62 and the second fixing bead 72 facilitates the fixing of both ends of the first elastic rope 51 , which is more firm and reliable.

In this embodiment, the head 1 is in the shape of a human head, the torso 2 is in a square shape, the buttocks 21 are in a T-shape, and the two ends of the torso 2 are respectively provided with first grooves 81 . Because the first groove 81 is provided, both the head 1 and the buttocks 21 can be bent forward or backward under the action of the first elastic cord 51, and since the joints between the trunk 2 and the head 1 and the buttocks 21 are The plane structure, and the torso 2 is a square structure. After the head 1 and the buttocks 21 are bent forward or backward, they can be stuck on the front side or the back side of the torso 2, and the first elastic rope 51 is folded into the first groove 81 Inside.

In this embodiment, the two arms 3 include a left arm 31 and a right arm 32, the left arm 31 includes a first left arm 311 and a second left arm 312, and the right arm 32 includes a first right arm 321 and a second right arm 322 , the second left arm 312 , the first left arm 311 , the top of the torso 2 , the first right arm 321 , and the second right arm 322 are sequentially connected in series through the second elastic rope 52 . The arrangement of the first left arm 311 , the second left arm 312 , the first right arm 321 and the second right arm 322 makes the connection of each part of the utility model more flexible, and the shapes are varied.

In this embodiment, the second left arm 312 is provided with a third accommodating cavity 63, the third accommodating cavity 63 is embedded with a third fixing bead 73, and the second right arm 322 is provided with a fourth The accommodating cavity 64 and the fourth accommodating cavity 64 are embedded with a fourth fixing bead 74 , and the two ends of the second elastic rope 52 are fixedly connected with the third fixing bead 73 and the fourth fixing bead 74 respectively. The third accommodating cavity 63 , the third fixing bead 73 , the fourth accommodating cavity 64 and the fourth fixing bead 74 are arranged to facilitate the fixing of both ends of the second elastic rope 52 , which is more firm and reliable.

In this embodiment, the first left arm 311 and the first right arm 321 are both in a square shape, and the second left arm 312 and the second right arm 322 are both in an isosceles trapezoidal shape; the left end of the first left arm 311 , the right end of the first right arm 321 , the right end of the second left arm 312 , and the left end of the second right arm 322 are respectively provided with second grooves 82 . Because the second groove 82 is provided, the first left arm 311 and the first right arm 321 can be bent respectively relative to the second left arm 312 and the second right arm 322 under the action of the second elastic cord 52, and due to the second The joints between a left arm 311 and the second left arm 312, the first right arm 321 and the second right arm 322 are planar structures, and the second left arm 312 and the second right arm 322 are isosceles trapezoidal structures. After a left arm 311 and the first right arm 321 are respectively bent relative to the second left arm 312 and the second right arm 322, they can be stuck on the sides of the second left arm 312 and the second right arm 322 respectively, and the second elastic rope 52 is folded into the second groove 82.

Similarly, the second left arm 312 and the second right arm 322 can be bent respectively relative to the first left arm 311 and the first right arm 321 under the action of the second elastic rope 52, and because the first left arm 311 and the second The joints of the two left arms 312, the first right arm 321 and the second right arm 322 are planar structures, and the first left arm 311 and the first right arm 321 are all square structures, the second left arm 312, the second right arm After the arms 322 can be respectively bent relative to the first left arm 311 and the first right arm 321 under the action of the second elastic cord 52, they can be respectively stuck on the sides of the first left arm 311 and the first right arm 321, while the second The two elastic cords 52 are folded into the second groove 82 . The arrangement of the second groove 82 makes the modeling of the present utility model richer.

The right end of the first left arm 311 and the left end of the first right arm 321 respectively define a third groove 83 . Preferably, the third groove 83 is perpendicular to the notch direction of the second groove 82 , that is, the second groove 82 is arranged horizontally, and the third groove 83 is arranged vertically. Because the third groove 83 is provided, both the first left arm 311 and the first right arm 321 can be bent relative to the trunk 2 under the action of the second elastic rope 52, and because the trunk 2 and the first left arm 311, the first The junction of the right arm 321 is a plane structure, and the trunk 2 is a square structure. After the first left arm 311 and the first right arm 321 are bent relative to the trunk 2, they can be stuck on both sides of the trunk 2, and the second elastic cord 52 is folded into the third groove 83. The setting of the third groove 83 makes the shape of the utility model more abundant.

The right end of the first left arm 311 and the left end of the first right arm 321 are respectively provided with first chamfers 91 . The setting of the first chamfer 91 enables the first left arm 311 and the first right arm 321 to form a certain angle with the torso 2 , making the shape of the present invention more abundant.

The end of the second left arm 312 and the end of the second right arm 322 are respectively fixed with a first suction cup 92 . The setting of the first suction cup 92 makes the end of the second left arm 312 and the end of the second right arm 322 of the present invention can be adsorbed on a smooth surface, which enhances the interest.

In this embodiment, the two legs 4 include a left leg 41 and a right leg 42, the left leg 41 includes a first left leg 411 and a second left leg 412, and the right leg 42 includes a first right leg 421 and a second right leg 422 , the second left leg 412 , the first left leg 411 , the bottom of the buttocks 21 , the first right leg 421 , and the second right leg 422 are sequentially connected in series through the third elastic rope 53 . The setting of the first left leg 411, the second left leg 412, the first right leg 421 and the second right leg 422 makes the connection of each part of the utility model more flexible, and the shape is ever-changing.

In this embodiment, the second left leg 412 is provided with a fifth accommodating cavity 65, the fifth accommodating cavity 65 is embedded with a fifth fixing bead 75, and the second right leg 422 is provided with a sixth The accommodating cavity 66 and the sixth accommodating cavity 66 are embedded with a sixth fixing bead 76 , and the two ends of the third elastic rope 53 are fixedly connected with the fifth fixing bead 75 and the sixth fixing bead 76 respectively. The arrangement of the fifth accommodating cavity 65 , the fifth fixing bead 75 , the sixth accommodating cavity 66 and the sixth fixing bead 76 facilitates the fixing of both ends of the third elastic cord 53 , which is more firm and reliable.

In this embodiment, the first left leg 411 and the first right leg 421 are square, the second left leg 412 and the second right leg 422 are isosceles trapezoidal; the right end of the first left leg 411 1. The left end of the first right leg 421 is respectively provided with a fourth groove 84 . Because the fourth groove 84 is provided, both the first left leg 411 and the first right leg 421 can be bent relative to the buttocks 21 under the action of the third elastic cord 53, and because the buttocks 21 are connected to the first left leg 411, the first The joints of the right leg 421 are plane structures, and the buttocks 21 are T-shaped structures. After the first left leg 411 and the first right leg 421 are bent relative to the buttocks 21, they can be stuck on both sides of the buttocks 21, while the third elastic The cord 53 is folded into the fourth groove 84 . The setting of the fourth groove 84 makes the shape of the utility model more abundant.

The right end of the second left leg 412 and the left end of the second right leg 422 are respectively provided with fifth grooves 85 . Preferably, the opening direction of the fifth groove 85 is perpendicular to that of the fourth groove 84 , that is, the fifth groove 85 is arranged horizontally, and the fourth groove 84 is arranged vertically. Because the fifth groove 85 is provided, the second left leg 412 and the second right leg 422 can be respectively bent relative to the first left leg 411 and the first right leg 421 under the action of the third elastic rope 53, and because the second The joints of a left leg 411 and the second left leg 412, the first right leg 421 and the second right leg 422 are planar structures, and the first left leg 411 and the first right leg 421 are square structures, and the second left The legs 412 and the second right legs 422 can be respectively bent on the first left leg 411 and the first right leg 421 under the action of the third elastic cord 53, and can be stuck on the first left leg 411 and the first right leg respectively. 421, and the third elastic cord 53 is folded into the fifth groove 85. The setting of the fifth groove 85 makes the shape of the utility model more abundant.

The right end of the first left leg 411 and the left end of the first right leg 421 are respectively provided with second chamfers 93 . The setting of the second chamfer 93 enables the first left leg 411 and the first right leg 421 to form a certain angle with the buttocks 21, making the shape of the present invention more abundant.

The ends of the second left leg 412 and the second right leg 422 are respectively fixed with second suction cups 94 . The setting of the second suction cup 94 makes the end of the second left leg 412 and the end of the second right leg 422 of the present invention can be adsorbed on a smooth surface, which enhances the interest.

Embodiment two

As shown in FIG. 4 , the second embodiment of the flexible toy robot of the present invention is different from the first embodiment above in that the buttocks 21 are square. Other content of this embodiment is the same as that of Embodiment 1, and will not be repeated here.

The above-mentioned embodiment is a preferred implementation of the utility model. In addition, the utility model can also be realized in other ways. Any obvious replacement is within the scope of protection of the utility model without departing from the concept of the utility model. Inside.

Claims (10)

1. A flexible toy robot comprising a head, a torso, two arms and two legs, characterized in that: the head is connected in series to the top of the torso by a first elastic cord, and the two arms are connected in series by a second elastic cord respectively. On both sides of the upper part of the torso, the two legs and feet are respectively connected in series to the lower two sides of the torso through the third elastic rope. 2 . The flexible toy robot according to claim 1 , wherein a buttock is provided below the torso, and the buttocks, torso and the head are sequentially connected in series by the first elastic rope. 3 . 3. A flexible toy robot according to claim 2, characterized in that: a first accommodating cavity is opened in the head, a first fixing bead is embedded in the first accommodating cavity, and the buttocks A second accommodating cavity is opened inside, and a second fixing bead is embedded in the second accommodating cavity, and the two ends of the first elastic rope are fixedly connected with the first fixing bead and the second fixing bead respectively. 4. A flexible toy robot according to claim 2, characterized in that: the head is in the shape of a human head, the torso is square, the buttocks are T-shaped or square, and the two ends of the torso are respectively opened There is a first groove. 5. A flexible toy robot according to claim 1, characterized in that: said two arms comprise a left arm and a right arm, the left arm comprises a first left arm and a second left arm, and the right arm comprises a first right arm The arm and the second right arm, the second left arm, the first left arm, the top of the torso, the first right arm, and the second right arm are sequentially connected in series through the second elastic rope. 6. A flexible toy robot according to claim 5, characterized in that: a third accommodating cavity is opened in the second left arm, and a third fixing bead is embedded in the third accommodating cavity, so that A fourth accommodating cavity is opened in the second right arm, and a fourth fixing bead is embedded in the fourth accommodating cavity, and the two ends of the second elastic rope are fixedly connected with the third fixing bead and the fourth fixing bead respectively. . 7. A flexible toy robot according to claim 5, characterized in that: the first left arm and the first right arm are both square, and the second left arm and the second right arm are both isosceles trapezoidal; the left end of the first left arm, the right end of the first right arm, the right end of the second left arm, and the left end of the second right arm are respectively provided with second grooves; the right end of the first left arm, the first The left end of the right arm is respectively provided with a third groove; the right end of the first left arm and the left end of the first right arm are respectively provided with a first chamfer; the end of the second left arm and the end of the second right arm The first suction cups are fixed respectively. 8. A flexible toy robot according to claim 2, characterized in that: the two legs include a left leg and a right leg, the left leg includes a first left leg and a second left leg, and the right leg includes a first right leg The legs and the second right leg, the second left leg, the first left leg, the bottom of the buttocks, the first right leg, and the second right leg are sequentially connected in series through the third elastic rope. 9. A flexible toy robot according to claim 8, characterized in that: a fifth accommodating cavity is opened in the second left leg, and a fifth fixing bead is embedded in the fifth accommodating cavity, so that A sixth accommodating cavity is opened in the second right leg, and a sixth fixing bead is embedded in the sixth accommodating cavity, and the two ends of the third elastic rope are fixedly connected with the fifth and sixth fixing beads respectively. . 10. A flexible toy robot according to claim 8, characterized in that: the first left leg and the first right leg are both square, and the second left leg and the second right leg are both isosceles trapezoidal; the right end of the first left leg and the left end of the first right leg are respectively provided with a fourth groove; the right end of the second left leg and the left end of the second right leg are respectively provided with a fifth groove; The right end of the first left leg and the left end of the first right leg are respectively provided with second chamfers; the ends of the second left leg and the second right leg are respectively fixed with second suction cups.