JPH0352551Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Field of Industrial Application) The present invention relates to a drawer storage mechanism for components in a synthetic resin toy having a box-shaped member and a sliding member slidably housed within the box-shaped member. .

(Prior Art) Conventionally, as a drawer storage mechanism for components in this type of synthetic resin toy, a sliding member stored in a box-shaped member moves back and forth along a guide groove formed on the inner surface of the box-shaped member. Alternatively, a device that slides linearly from side to side is known. However, after sliding the slide member horizontally and linearly,
The above-mentioned drawer storage mechanism cannot be applied in cases where the storage device is tilted.

(Technical Problem of the Invention) The present invention has been made to solve the above problems, and is particularly designed to make the drawer operation easier when the sliding member is formed diagonally when the box-shaped member is further pulled out. The purpose of this paper is to propose a drawer storage mechanism for parts in synthetic resin toys.

(Technical means to solve the problem) As a technical means to solve the above problem,
The drawer storage mechanism for members in a synthetic resin toy according to the present invention is a synthetic resin toy having a box-shaped member and a sliding member slidably housed in the box-shaped member, and is characterized by having the following requirements: shall be.

(a) The box-shaped member shall have an opening at its distal end, and guide grooves shall be formed on both inner surfaces from the proximal end toward the distal opening.

(b) The tip of the guide groove shall be formed to slope downward diagonally forward through an inverted V-shaped rising portion.

(c) Sliding shafts protruding from both sides of the slide member are slidably engaged with the guide groove, and a lid member that closes the opening is attached to the tip of the slide member so that it can be folded and expanded. is being done.

(Operation and effect of the invention) As in the above structure, according to the drawer storage mechanism for parts in a synthetic resin toy, the sliding member stored in the box-shaped member is slid into an extended state and then bent diagonally. At this time, since the sliding shaft of this sliding member slides along the inverted V-shaped rising portion of the guide groove, the sliding member naturally becomes oblique and can easily be inclined diagonally downward. Therefore, for example, by placing a running toy in a box-shaped member placed at the top with a distance from the floor and using this sliding member as a running guide, it is possible to move the toy within the box-shaped part. The toy can be started and run on the floor using the slide member as a guide means to enjoy play.

(Example) An example of an embodiment of the present invention will be described below with reference to the drawings.

In the drawings, reference numeral A indicates a drawer storage mechanism for members in a synthetic resin toy according to the present invention, and a drawer storage mechanism A for members in this synthetic resin toy.
is composed of a box-like member 1 and a slide member 2 housed within the box-like member 1. The box-like member 1 is formed in the shape of a rectangular parallelepiped, and an opening 3 is provided at one longitudinal end. Further, guide grooves 4, 4 are formed in the lower part of the inner surface facing both longitudinal sides of the box-shaped member 1, extending in the longitudinal direction thereof.
The tips of the guide grooves 4, 4 are formed to be inclined obliquely downward through rising portions 4a, 4a.

The slide member 2, which is slidably housed in the box-shaped member 1, has sliding shafts 5, 5 protruding from both sides of its base end fitted into the guide grooves 4, 4, and a support at the distal end. A lid member 7 is attached via a shaft 6 so as to be foldable and expandable. By engaging the sliding shafts 5, 5 in the guide grooves 4, 4, the slide member 2 can be slid along the guide grooves 4, 4, and can also be secured by the lid member 7 when stored. By doing so, the opening 3 of the box-shaped member 2 can be closed.

According to the drawer storage mechanism for components in a synthetic resin toy as described above, the tips of the guide grooves 4, 4 formed in the box-shaped member 1 are inclined diagonally downward through the rising portions 4a, 4a. Therefore, as shown by the arrow in FIG.
Since it slides along a and 4a, the slide member 2
is naturally slanted or can easily be slanted downward. Further, when the slide member 2 is stored in the box-like member 1, a lid member 7 is attached to the tip of the slide member 2 so that it can be folded and unfolded.
This allows the opening 3 of the box-shaped member 1 to be closed.

Next, what is shown in FIG. 2 is a shape-changing robot toy B that utilizes the member drawer storage mechanism A of the above-mentioned synthetic resin toy.

In the above-mentioned shape-changing robot toy B, a box-like member 1 in which a slide member 2 is slidably housed
Body member 10 of this toy robot shape-changing toy B
The fitting recess 1a of the box-like member 1 is fitted onto a sliding shaft (not shown) provided on one side, and the arm member 11 is mounted on the outer surface of the box-like member 1. It is pivoted for free movement.

As a result, the box-shaped member 1 in which the slide member 2 is housed is configured as a robot chest. As mentioned above, by using the drawer storage mechanism A for the parts of the synthetic resin toy as part of the component parts of the shape-changing robot toy B, the robot can be stored in the box-like member 1 forming the chest during the process of playing with the robot. The slide member 2 can be slid to protrude diagonally downward. Therefore,
For example, if the traveling toy 15 is stored in the box-shaped member 1 and the slide member 2 is used as a traveling path, the traveling toy 15 can be started with force from inside the robot toy, thereby making it unexpected. Not only can this be expected, but the range of play will also be expanded. Further, when the slide member 2 is stored, the lid member 7 attached to the tip can reliably close the opening of the box-shaped member 1. Furthermore, it goes without saying that the box-shaped member 1 housing the slide member 2 can be enjoyed as a single member.

In the above embodiment, the member drawer storage mechanism A is used as a shoulder member of a robot toy, but the present invention is not limited to this, and may be used as a part of a body member, an arm member, etc., for example.

[Brief explanation of the drawing]

FIG. 1 shows an example of an embodiment of a drawer storage mechanism for members in a synthetic resin toy according to the present invention,
Figure a is a perspective view of the entire structure, Figure b is a perspective view showing the state in which the slide member is pulled out, Figure c is a sectional view showing the internal structure, and Figure 2 shows this member being pulled out and the drawer storage mechanism is used as a shoulder member. FIG. 2 is a perspective view of a shape-changing robot toy. Reference numeral A: drawer storage mechanism for members, 1: box-shaped member, 2: slide member, 3: opening, 4, 4: guide groove, 7: lid member.

Claims (1)

[Claims for Utility Model Registration] A member of a synthetic resin toy having a box-shaped member and a slide member slidably housed within the box-shaped member, which is characterized by meeting the following requirements: Drawer storage mechanism. (a) The box-shaped member shall have an opening at its distal end, and guide grooves shall be formed on both inner surfaces from the proximal end toward the distal opening. (b) The tip of the guide groove shall be formed to slope downward diagonally forward via an inverted V-shaped rising portion. (c) Sliding shafts protruding from both sides of the slide member are slidably engaged with the guide groove, and a lid member that closes the opening is attached to the tip of the slide member so that it can be folded and expanded. is being done.