KR102287987B1 - Toy - Google Patents

Abstract

The present invention relates to the field of toys, and more specifically, children enjoy playing to imitate something worn on their hands, or making or stacking something with soil, sand, etc. outdoors, etc. It is about a toy tool in the form of a glove.

Description

Toy for physical development and education of children{Toy}

The present invention relates to a play equipment for children, a toy toy (Toy), and in particular, to a play equipment worn on the hand.

Even more disturbingly, the toys related to the above are being actively provided for the purpose of physical development, emotional cultivation, intelligence development and education of children, mainly for children of low age groups.

There are many types of toys, such as dolls, robots, toy cars, passenger objects, building blocks, housekeeping tools, educational devices using magnets, joint devices, and toys using sound or light.

In the prior art related to the present invention, registered utility model No. 451013 (2010.11.11) is disclosed. The registered utility model is related to FIG. 1 and its contents are,

An insertion hole for inserting a hand into the hand puppet is formed, and when a finger accommodated in a receiving space formed in communication with the insertion hole is manipulated, a rotating piece provided to open and close is operated to enable an operation such as the doll speaks. And, it is about a learning hand puppet that is installed in conjunction with the rotating piece and is composed of an identification unit in which a picture or letter is selectively displayed due to the operation of the rotating piece, and configured to learn letters and speaking.

And in Registered Utility Model No. 470227 (2013.11.28),

Disclosed is an arm of a jointed doll having a shoulder coupled to each upper side of the upper body, a wrist coupled to the lower end of the shoulder, and a hand coupled to the lower end of the wrist.

In addition, registered Patent No. 812247 (2008.03.04) has been disclosed and provided,

Gloves; a case inserted into the finger end of the glove and coupled to the glove by a predetermined adhesive; and a sounding glove accommodated in the case, and comprising a sound generating body that collides with the case and generates a sound while moving inside the case when the infant moves his or her hand while wearing the glove. It is about the set of active parishes.

An object of the present invention is to provide a toy tool in the form of a glove, which is also related to the play of children wearing on their hands and playing to imitate something, or making or stacking something with soil, sand, etc. outdoors.

As mentioned above, the types of toys that children wear on their hands include imitation learning to imitate specific objects such as robots that children see in cartoon movies, creativity to build things up, emotional stability formed by touching soil, and hands. It is expected to have a good educational effect in relation to physical development such as

The present invention in order to achieve the above-mentioned object,

It takes the form of a glove to fit the user's hand,

Including the cuff unit 100 taking the form of a square box in which both the cuff unit inlet 120 and the cuff unit outlet located on both ends of the cuff unit body 110, respectively, are opened,

It includes a back part 210 that covers the back of the hand while producing a visual effect, and a fork part 220 that takes the shape of a mitten so that five fingers can enter, and the left and right sides of the fork 220 include a part where the thumb is inserted In this case, the first outer wall part 230 is formed so as to protrude in the vertical direction of the palm side so that the thumb is inserted and at the same time to serve as an outer wall, and the other three fingers are inserted in the part where the little finger is inserted. The second outer wall portion 240 is formed by vertically upwardly protruding from the palm of the hand while forming parallel to the falling portion.

A hinge protrusion 310 is formed on the wrist unit 100 by protruding outward in the horizontal direction to serve as a refraction axis, and the fork unit 200 has a fork unit entrance so that the hinge protrusion 310 can be inserted and coupled thereto. (250) To form a projection insertion groove 320 by digging a groove horizontally on the left and right sides, respectively. Here, the hinge protrusion 310 and the protrusion insertion groove 320 constitute the joint unit 300 .

On the other hand, the back of the hand part 210 may be formed with the back of the hand directing part 211 to produce a robot hand character.

The back of the hand directing unit may be equipped with an LED (led) to produce the effect of a light beam or a skiker that produces a sound effect during the operation of bending the joint of the present invention.

Alternatively, a balloon taking the form of a long sack made of rubber or synthetic resin material with good elasticity, that is, a directing balloon 211a is provided, and the directing balloon 211a is configured so that the directing balloon can be inflated to the front side. can express

According to the present invention, while children enjoy playing while wearing their hands,

The educational effect through imitation learning to imitate a specific object such as a robot,

Creativity gained in the process of making something by moving or stacking,

emotional stability formed through playing with soil,

It has the effect of promoting physical development through play that moves hands and feet.

1 is an exemplary view showing an example of the prior art through a state of use. However, the reference numbers of the prior art are not related to the reference numbers of the present invention.
Hereinafter, it is a city related to the present invention.
2 is a perspective view showing the overall form of the present invention.
Figure 2 is a bottom perspective view showing the overall form of the present invention.
4 is an exploded perspective view showing an example in relation to the disassembly and assembly of the present invention.
5 is a view showing the operation and its state of the present invention from the side, and FIG. 2A is an exemplary view showing the state before the operation, and FIG. 2B is an exemplary view showing the state during or after the operation.
6 is a perspective view showing an example of the operation from a different angle.
7 is a partial view, the top is a plan view, and the bottom is a side view.
8 is a side view showing a part;

Hereinafter, the specific contents of the present invention will be disclosed together with the accompanying drawings.

First, the present invention relates to a play equipment and a character toy in which children can enjoy play such as imitating a specific character object such as a robot, digging and moving the soil 20 (or sand), and the like, 2 to 4 will look at the overall configuration and form of the present invention as shown.

The play equipment of the present invention includes a wrist unit 100 into which a wrist is inserted particularly among the user's hands 10, a fork unit 200 into which a finger portion is inserted in particular among the user's hands 10, and the wrist The unit 100 and the fork unit 200 are hinged to include a joint unit 300 that enables joint movement in a predetermined direction,

As a member constituting the present invention, a relatively hard material such as synthetic resin, plastic, metal, etc., is preferably a material that can maintain the first injection shape with respect to an external force acting from the outside.

The wrist unit 100 has a rectangular box shape but has a body with both ends open, that is, a wrist unit body 110, and one end of the open body has an insertion hole for inserting the user's hand 10. The wrist unit entrance 120, which serves as the other end of the insertion hole, which is the opposite end of the insertion hole, includes the wrist unit outlet 130, in which the user's finger passes the wrist unit 100 and goes to the fork unit 200. In particular, , the wrist unit inlet 120 takes a relatively wider inlet than the wrist unit outlet 130 so that it is easy to insert the user's hand.

The fork unit 200 takes the shape of a human finger like a glove, and includes a back part 210 covering the back of the hand, a fork part 220 in which a finger is inserted, and a first outer wall part 230 in which a thumb is inserted in particular. ) and a second outer wall portion 240 formed vertically on the side where the little finger on the opposite side is fitted.

The fork part 220 is formed to have an acute angle close to the end so as to be suitable for digging the ground, as in the use case of FIG. 5 , and thus takes a relatively sharp shape. And the first outer wall portion 230 and the second outer wall portion 240 are formed to protrude in the vertical direction to have the function of an outer wall, and can be stored with soil when the palm part faces the sky as in the use case of FIG. 6 . A fork that allows you to take the shape of a gourd. In particular, in the second outer wall portion 240 on the little finger side, the space itself for inserting a finger is arranged and formed horizontally with the space for inserting another finger, but a vertical wall made by protruding a separate wall in the vertical direction is added. .

The coupling of the wrist unit 100 and the fork unit 200 is a hinge joint, and a configuration for hinge coupling is provided in the inner hand direction opposite to the back of the hand 210, respectively, the cuff unit A hinge protrusion 310 protruding in the horizontal direction is formed at the outlet 130, and a protrusion insertion groove 320 with a hole in it so that the hinge protrusion 310 can be fitted and fixed to the fork unit inlet 250. to form

5 is a side view of the operation 10 and its state of the present invention, and the joint unit 300 is used as an axis of refraction in the state in which the user's hand 10 is inserted through the above-described configuration as in the operation example of FIG. 5 . It is possible to play such as digging or mixing the soil 20 while performing a vertical bending operation 10 .

And, when the palm faces upward, that is, the back of the hand faces downward, as in the example of FIG. 6 , the fork part 220, the first outer wall part 230 and the second outer wall part 240 remove the contents such as soil. Since it is surrounded and does not spill outside, it is possible to enjoy the game of transporting soil, sand, etc., which are play objects.

In addition to the above-described configuration, it is possible to add a configuration that can add a fun element to the user using the present invention,

For example, as in the example shown in FIG. 2, the back of the hand 210 is provided with the back of the hand directing part 211 formed by protruding over it in order to produce an image of a robot, and an LED capable of emitting light therein. ) to create a dynamic atmosphere.

Alternatively, as illustrated in FIGS. 7 and 8 , a directing balloon 211a taking the shape of a long bag may be inserted into the back of the hand directing part 211 . The member of the directing balloon (211a) is preferably a balloon (Balloon) of good elasticity, such as rubber, synthetic resin. And every moment the wrist joint is bent with the joint unit 300 as a hinge axis, the directing balloon (211a) is compressed and expanded so that it expands (a1) out of the front side of the back of the hand directing part 211 and protrudes. there will be The user may be more interested while visually confirming that the motion he or she performs is fed back through the directing balloon 211a, and the back of the hand directing unit 211 operates like an organ of a robot.

Focusing on the example of FIG. 7 , the configuration related to the directing balloon 211a of the back of the hand directing unit 211 will be described in more detail.

The back of the hand protruding part 211 is formed to protrude upward from the back of the hand 210, and the front is opened and the inside is empty. Thereafter, the directing balloon (211a) is inserted into and mounted on the back of the hand directing part (211).

Next, by pressing the directing balloon (211a) is provided with a pressure band (211b) that serves to move the air (air) therein from the rear end to the front end. The pressure band is made of elastic rubber, synthetic resin, or the like as a member thereof. The front end b1 of the pressure band 211b is fixed to the inner upper end of the back of the hand directing part 211, and the rear end b2 of the pressure band 211b is a wrist unit located at the front end of the cuff unit body 110. It is fixed to the outlet 130 . Accordingly, the pressure band (211b) is installed in a state arranged to press (press) from the top to the directing balloon (211a). That is, the directing balloon (211a) is fixed under the pressure band (211b) in a contact state.

How the configuration of Fig. 7 works will be described in detail with the example of Fig. 8 .

When the user bends the wrist to perform a certain operation, as shown in the example of FIG. 8 , the joint unit 300 disposed at the bottom of the fork unit inlet 250 and the wrist unit outlet 130 is used as a hinge axis for the fork unit inlet. The gap between the 250 and the top of the cuff unit outlet 130 is farther away. Accordingly, the pressure band (211b) is elastically stretched (Extension) while simultaneously pressing the upper rear end of the directing balloon (211a) in the downward direction. Since the bottom of the directing balloon 211a is in contact with the lower end 211c inside the back of the hand directing part 211, the rear end of the directing balloon 211a is compressed (a2) to reduce the volume, so the directing balloon (211a) the rear end of the air (air) is to be forcibly moved to the front end of the directing balloon (211a). Accordingly, the front end of the directing balloon 211a protrudes out of the open front end of the back of the hand directing part 211 while expanding (a1) and is exposed to the outside to produce a character of a specific robot.

100: wrist unit
110: wrist unit body
120: wrist unit entrance
130: wrist unit exit
200: fork unit
210: back of the hand
211: back of the hand directing part
211a : Directed Balloon
211b: pressure band
220: fork part
230: first outer wall portion
240: second outer wall portion
250: fork unit entrance
300: joint unit
310: hinge protrusion
320: projection insertion groove

Claims (2)

A wrist unit into which the wrist is inserted; a fork unit into which a finger part is inserted; In a toy for physical development and education of a child, including; a joint unit for hinge-joining the wrist unit and the fork unit to allow refraction, and mounting a speaker or an LED emitting a light effect to the back of the hand producing unit,
The wrist unit takes the shape of a square box with both ends open, the wrist unit body; wrist unit entrance; And the cuff unit outlet; Including,
The fork unit, the back of the hand that covers the back of the hand; a fork that takes the shape of a mitten so that five fingers can enter it; first outer wall portions and second outer wall portions formed on left and right sides of the fork portion; and a fork unit inlet;
The joint unit may include: a hinge protrusion protruding outwardly to the outlet side of the wrist unit to serve as an axis of refraction; and a protrusion insertion groove having a groove formed on the fork unit inlet side, wherein the hinge protrusion is configured to be inserted into the protrusion insertion groove,
Protruding upward from the back of the hand, the front is opened and the back of the hand directing part 211 with an empty inside is formed,
A long sack-shaped directing balloon (211a) made of a balloon is mounted inside the back of the hand directing part (211),
The front end (b1) is fixed to the inner upper end of the back of the hand directing portion 211, the rear end (b2) is provided with a pressure band (211b) fixed to the cuff unit outlet 130,
At the moment of bending the wrist joint using the joint unit as the hinge axis, the joint unit disposed at the bottom of the fork unit inlet and the wrist unit outlet is used as the refraction axis, and the fork unit inlet and the uppermost of the wrist unit outlet are As the gap is widened, the pressure band 211b is elastically stretched and at the same time presses the upper end of the rear end of the directing balloon 211a in the downward direction so that the directing balloon 211a is the back of the hand directing part. (211) to be expanded (a1) out of the anterior side,
The wrist unit inlet takes a relatively wider inlet shape than the wrist unit outlet so that it is easy to insert a hand,
The fork portion is formed at an acute angle so as to be suitable for digging the ground, and takes a sharp shape,
The first outer wall portion and the second outer wall portion are formed to protrude in the vertical direction to have the function of an outer wall, and to take the shape of a gourd to contain soil when the palm part is directed to the sky,
A toy for physical development and education of children, characterized in that. delete

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