KR930007265Y1 - Solid binoculars for toys - Google Patents

Abstract

No content.

Description

Stereoscopic polymorphic binoculars for toys

1 is a perspective view of the present invention.

2 is a plan view of the present invention.

3 is a cross-sectional view taken along the line AA of FIG.

4 is a cross-sectional view taken along line VII-VII of FIG.

5 is a bottom view of the present invention.

* Explanation of symbols for main parts of the drawings

1: Support 2, 2a: Keystone

3: lens barrel 4: sight hole

5: Support piece 6, 6a: Lens

7, 7a: rotation stopping protrusion 8: detachable protrusion

9: multiple inclined perspective surface 10: incision opening

11, 11 a: Adjustment hole 12, 12 a: Guide rail

13: cutting surface

The present invention is a toy solid body composed by combining a lens of a polyhedron consisting of a plurality of oblique perspective surfaces into a lens barrel and combining the main mirror formed by missing a support piece and a sight hole to the left and right guide rails of the support. It is related to shape binoculars. When used, it is possible to show a single picture, picture or object of natural thing through the lens of a polyhedron through a three-dimensional polymorphic shape, so that it can fully exhibit the function of artistic sense as a fossil and also the user's physical Depending on the distance between the eye and the eye, the guide rail of the support can be easily adjusted by sliding the left and right distances on both sides of the support rail. When the lens of the polyhedron in the state The main focus is on being able to easily detach and use.

Conventional glance mirrors and binoculars have irregular or icosahedral shapes, so the object's reality is viewed as an irregular shape or is viewed as a simple shape. There was a concern that it might impede the thinking by the artistic sense, and because the lens of the mirror or binoculars rotates during use, it is not good for vision health and the lens cannot be replaced, so the lens cannot be cleaned.

The present invention has been devised to solve the conventional drawbacks and will be described in detail with reference to the accompanying drawings.

The jersey protrusions 7 and 7a detachable protrusions 8 protrude from the circumference, and the lenses 6 and 6a formed by forming a plurality of inclined perspective surfaces 9 at the bottom of one side are cut to one side of the lower part. Insert the spherical body 10 into the detachable lens barrel 3, and attach the support piece 5 to the upper end of the lens barrel 3. The guide mirrors 12 and 12a of the support 1 formed with the left and right movement control holes 11 and 11a and the guide rails 12 and 12a were formed. In this way, left and right movements can be combined to control.

In the figure, reference numeral 13 denotes a horizontal cutting surface formed in front and rear of the bottom circumference of the outer circumferential wall of the lens barrel 3 to prevent the lens barrel 3 from being rotated in the support 1 during use.

Since the main mirrors (2) and (2a) do not rotate because they are connected to both circumferential wall surfaces of the support (1), and the present invention does not rotate, the main mirror (2) according to the distance of the user holding the support (1) in use. (The support piece 5 of both side mirror diameters 2 and 2a fixed by integrating the sight hole 4 on the lens barrel 3 while moving the sight hole 4 of 2a to the left and right is supported. The guide rails 12 (12a) formed on both sides of the upper surface of the upper surface of (1) are guided and moved left and right, and at the same time, the major diameters (2) and (2a) can be moved and adjusted within the range of the left and right adjustment control holes (11) (11a). At this time, since the horizontal cutting surface 13 formed in front and rear of the lower circumference of the outer circumferential wall of the lens barrel 3 is in contact with both circumferential wall surfaces of the support 1, the lens barrel of the gyroscopes 2 and 2a. It is possible to safely control the horizontal movement of the gripping mirrors (2) and (2a) without rotating (3). The replacement of the lens 6 (6a) is to force the lens 6 (6a opening and closing projection 8), which is located at the cutout 10 formed on the lower circumferential wall of the lens barrel 3, to the lower side. The lens 6 (6a) can be easily replaced by pressing down to depressurize it.

In this way, the present invention forms a plurality of oblique perspective surfaces formed by one side of the lens in a 24-sided form, so that one object is projected into 24 polymorphisms, so that a plurality of objects projected on both sides of the lens are formed on the lens. Since various objects are projected three-dimensionally by the inclined perspective surface, it is possible to fully exhibit the artistic sense of the mirror with the artistic function, and it is possible to easily adjust the mirrors on both sides according to the physical distance of the user's physical condition. It is easy to use.

Claims (2)

A lens 6, 6a having a structure in which a plurality of inclined projection surfaces 9 are formed on the bottom portion, which is a side surface thereof, is formed by protruding the rotation blocking protrusion 7 (7a and the side detachment protrusion 8). Insert the incision (10) into the detachable lens barrel (3) so as to be detachable, and the upper end of the lens barrel (3) by biting the support piece (5) to fix the perspective port (4) to the gyeongcheop (2) ( 2a) is formed by combining the main mirror (6), (6a) left and right movement control life (11) (11a) and guide rails (12) (12a) to slide the left and right to adjust the left and right three-dimensional toy Geometry binoculars. The detachable projection 8 of the lenses 6 and 6a is positioned in the incision 10 formed at the lower side of the lens barrel 3 so that attachment and detachment of the lenses 6 and 6a are performed. Three-dimensional polymorphic binoculars for toys, characterized by easy to do.