KR20140005733A

KR20140005733A - Member using roly poly and preparing thereof

Info

Publication number: KR20140005733A
Application number: KR1020120074216A
Authority: KR
Inventors: 권순현
Original assignee: 권순현
Priority date: 2012-07-06
Filing date: 2012-07-06
Publication date: 2014-01-15

Abstract

The present invention provides a member using the center of gravity which includes a weight-balancing unit composed of a lower chamber and a central weight; an upper chamber, and a cover member. An inner domed groove is formed on the weight-balancing unit so that the inside of the domed lower chamber receives the central weight. The center of gravity formed on the domed lower chamber is positioned on the center of an object as the central weight is received inside the space of the weight-balancing unit so that the object can be erected by a restoring force even though the object is fallen leftward, rightward, forward, and downward. The cover member is formed on the top of the upper chamber. [Reference numerals] (400,AA) Advertisement

Description

Member using weight center and manufacturing method thereof

The present invention relates to a member using a center of gravity and a method of manufacturing the same, and more particularly to a member and a method of manufacturing the same to maintain the upright form with the center of gravity in the lower portion.

Advertisement billboards have been used in various forms for the purpose of informing specific public to the general public or for a person engaged in commerce to promote their name, product or service.

As an example of such a billboard, a signboard, which is mainly used to attach itself to a building's outer wall to inform one's name, or a common floor surface such as a banner or a floor, which is used to hang between ground fixtures such as buildings, trees, and street lamps There are upright billboards that form in a form that can be placed on the floor.

Among these, the standing billboard has been widely used in that it can be easily installed, moved and removed without regard to the place, unlike the above-described signboard or banner for wall mounting. , An easy-to-decompose and easy to install, move, remove and store by simplifying the size of the billboard, including a mounting frame attached to the advertising sheet made of a material such as fabric or synthetic film Frame and the billboard pre

There is provided a simple upright billboard, comprising a stand for a billboard placed on the floor, connected to the bottom of the billboard frame so as to be supported at an arbitrary place.

The simple standing billboard is configured to couple the connecting shaft of the billboard frame to the shaft hole of the billboard stand, which includes a base portion filled with a material having a high specific gravity such as water or sand, so that the state and position of the billboard can be stably maintained. The general method is easy to assemble and disassemble each of the above components, and their size is also relatively small, and as described above, the advantages of easy assembly, installation, movement, removal and storage as compared to the conventional general advertisement board are as described above. have.

However, in the case of standing advertising billboards, most of the standing billboards are static billboards without movement, which are fixed while the billboards are placed at a certain position on the ground. Although the above-mentioned general forms of billboards do not have enough elements to cause such attention, although they must have a function of focusing attention on the billboard first.

In other words, in order to attract the observer's attention to the billboard, it is preferable that a dynamic element is coupled to part or all of the billboard rather than maintaining the static state. Various billboards have been developed that have a characteristic configuration for enhancing the advertising effect, such as to combine the luminous body of the flashing, or to operate some or all of the components of the billboard by using a transmission device.

Therefore, the billboards having such a structure such as a luminous body or a transmission device have succeeded in obtaining an excellent advertising effect compared to the existing static billboards by focusing the eyes of the observers. As such, billboards of this type not only have disadvantages such as cost incurred by power consumption, difficulty in manufacturing due to the addition of components such as electric devices, and increase in manufacturing cost, but also within a certain range from the power supply unit ( In the radius of the length of the wire) can be installed when applied to the advertising board had a disadvantage of receiving a lot of courtship than the conventional.

Furthermore, the easy-to-fit billboards, which are easy to assemble and disassemble, are characterized by a simple configuration and ease of handling by a simple coupling method, which retains the original advantages when combining additional components for dynamic elements. There was also a downside to this difficulty.

On the other hand, in the case of a stand for a billboard for a simple standing billboard, including other components, including the base portion coupled to the inner bottom surface, while being manufactured in the usual manner, such as casting for the maintenance of appearance and safety, etc. Since it is manufactured in the form of a hard case that occupies a certain space, it has a relatively large volume compared to each part of the disassembled billboard frame, which greatly impairs the efficiency of storing and moving the billboard. .

The present invention is to provide a member that maintains the upright form using the center of gravity.

The present invention provides a manufacturing method that can easily manufacture the member.

The present invention is a center of gravity member, the center of gravity formed by the lower chamber and the center weight and the upper chamber, the cover means is formed, the center of weight is formed in the inner hemisphere groove so that the interior of the hemispherical lower chamber can accommodate the center weight And the center is accommodated in the space, even if the center of gravity is located in the center of the object by the center weight formed in the hemispherical lower chamber can fall again by the resilience of the center of gravity of the center of gravity, An upper portion of the upper chamber provides a member using a center of gravity in which a labeling means is formed.

In another aspect, the present invention provides a method for manufacturing a center of gravity member, the lower chamber is formed by cutting a spherical styrofoam into a hemispherical shape and forms a space for inserting the central weight by digging the central portion of the styrofoam and the beads and Inserting a material capable of forming the same center of gravity and forming a spherical center of gravity member by closing the surface or selectively covering the remaining spherical styrofoam after the center is formed to form a label means on the surface of the member Provided is a method for manufacturing a member using a center of gravity.

The member according to an embodiment of the present invention has the advantage that the upright shape is maintained by using the center of gravity, and the process is easy in manufacturing the same.

1 is a perspective view of a member according to a preferred embodiment of the present invention.
Figure 2 is a cross-sectional view of the center of gravity in accordance with a preferred embodiment of the present invention.
Figure 3 is a use state according to a preferred embodiment of the present invention.
Figure 4 is a sample photo according to an embodiment of the present invention preferred

1 is a perspective view of a member according to a preferred embodiment of the present invention the present invention is a center of gravity (100, 200) and the upper chamber 300, the cover means 400 formed of the lower chamber 100 and the central weight 200 It can be formed into).

Referring to Figure 2 the center of gravity of the present invention is the hemispherical lower chamber 100, the inner hemisphere groove is formed to accommodate the center weight 200, the center weight 200 is accommodated in the space Form.

The hemispherical lower chamber may be any shape as long as its inner hemisphere groove does not necessarily have a hemispherical shape and can accommodate a central weight.

3 and 4 show the use state according to a preferred embodiment of the present invention, the labeling means according to the present invention by the center weight 200 formed in the hemispherical lower chamber, the center of gravity is located at the center of the object left and right up and down Even if it falls, it can stand again by the resilience of the center of gravity.

The label means 400 is formed on the upper portion of the upper chamber 300, a predetermined phrase may be described.

The member according to an embodiment of the present invention can be manufactured as follows. First lower chamber 100 may be used a material such as styrofoam. A spherical styrofoam is cut into a hemispherical shape and the center portion of the styrofoam is parsed to form a space into which the central weight 200 can be inserted. Insert a material capable of forming a center of gravity such as beads in the formed space. After the center weight 200 is formed, the surface may be selectively closed or the remaining spherical styrofoam is formed to form a spherical center of gravity member, and then the labeling means 400 may be formed on the surface of the member.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventions. It will be clear to those who have knowledge of.

Claims

As the center of gravity member,
The center of gravity formed by the lower chamber and the center weight, and the upper chamber, is formed by the indicator means,
The center of gravity of the hemispherical lower chamber has an inner hemispherical groove is formed so as to accommodate the center weight and the center is accommodated in the space, the center of gravity by the center weight formed in the hemispherical lower chamber Even if you fall from side to side and up and down, you can rise again by the resilience of the center of gravity
A member using a center of gravity is formed on the top of the upper chamber the cover means.

In the manufacturing method of the center of gravity member
The lower chamber is formed by cutting spherical styrofoam into hemispherical shape
After the center of the styrofoam is formed to form a space for inserting the central weight
Inserting a material capable of forming a center of gravity such as beads in the formed space
Selectively closing the surface after the center portion is formed or covering the remaining spherical styrofoam to form a spherical center of gravity member, and then forming a marking means on the surface of the member.