KR20110077356A - Flagpole - Google Patents

Abstract

PURPOSE: A flag raising stand is provided to insert part of rope inside pole, and to have better durability by reducing extent of the bias generated by the rope and flag by forming to control tension of rope. CONSTITUTION: The upper end cutout hole is formed in one side upper end of the pole. The inner roller is formed in the upper end cutout hole. The lower end cutout hole(120) is formed in one side lower end of pole in order to be separated from the upper end cutout hole. In the lower end cutout hole, the supporting roller(122) is formed. The lower roller(124) is fixed to be transported up and down by the roller guide(126) to be separated from the lower end cutout hole. The tensioner(128) connected to the shaft of the lower roller is fixed with the fixation pin(102).

Description

National Flag Stand {FLAGPOLE}

The present invention relates to a flag pole, and more particularly, by inserting a part of the rope into the pillar and adjusting the tension of the rope, reducing the degree of bias caused by the rope and the flag, which is more durable. It is about a national flag pole.

Flags are used as emblems to symbolize various meanings, and they are mainly used to represent groups and countries, and they are hoisted to various events or national holidays.

Among these flags, in particular, the national flag is a symbol like a face that symbolizes a country, and is provided not only in a general home but also in a school and a government office, so that it can be hoisted on a national holiday or when necessary.

Flag hoisting usually requires a separate flag hoisting station at a certain place in a school or government office to allow hoisting or descending in the morning and evening.

The technology related to the flag chariot has been disclosed in the Republic of Korea Patent Office No. 247407, 303045, 314148 and the like.

However, the conventional flag pole has the following problems.

(1) Rope and flag are formed only on one side of pillar, so load is unbalanced and durability is low.

(2) It is difficult to fasten the rope so that the rope hits the pole badly when the flag is blown in the wind.

(3) It is difficult to fix the rope after hoisting the flag.

In order to solve the above problems, the present invention in the general flag pole,

An upper cutting hole is formed at one upper end of the column, and an inner roller is formed at the upper cutting hole, and a lower cutting hole is formed at one lower end of the column to be spaced apart from the upper cutting hole, and an auxiliary roller is formed at the lower cutting hole. The lower roller is fixed to be transported up and down by a roller guide so as to be spaced apart from the lower cutting hole, and the tensioner connected to the shaft of the lower roller is fixed together with the fixing pin.

According to the flag pole of the present invention the following effects occur.

(1) A part of the rope is formed inside the column to distribute the load on the column, thereby improving durability.

(2) The tensioner at the bottom of the column keeps the rope constant so that the rope is less likely to hit the column even if the flag is blown in the wind.

(3) The tester is formed so that the rope can be easily fixed by simple operation.

The present invention in the general flag pole 10,

An upper cutting hole 110 is formed at one side upper end of the pillar 100, and an inner roller 112 is formed at the upper cutting hole 110, and at one lower end of the pillar to be spaced apart from the upper cutting hole 110. The lower cutting hole 120 is formed, the lower cutting hole 120 is formed with an auxiliary roller 122, the lower roller 124 is spaced apart from the lower cutting hole 120 by the roller guide 126 It is fixed to be transported up and down, and the tensioner 128 connected to the shaft of the lower roller 124 is characterized in that it is fixed together with the fixing pin (102).

The pillar 100 is formed in a cylindrical shape, is formed to be perpendicular to the ground, the upper cutting hole 110 is formed at the top.

One or two inner rollers 112 are formed in the upper cutting hole 110, and an inner roller guide 114 is formed in the inner roller 112 to fix the shaft.

A lower cutting hole 120 is formed at the lower end of the pillar 100, and the auxiliary cutting roller 122 is formed in the lower cutting hole 120, and the connecting roller 123 is spaced apart from the auxiliary roller 122. Can be formed.

The lower roller 124 is formed at the lower end of the pillar 100 to be spaced apart from the lower cutting hole 120, the roller guide 126 is formed in the lower roller 124 to guide the shaft.

The roller guide 126 is formed in the longitudinal direction of the pillar 100, the lower roller 124 is formed with a tensioner 128, one side is connected to the fixing pin 102.

The tensioner 128 is formed in a general shape adjusting socket that one side is formed in a hook shape to adjust the length by tightening or releasing the central body.

Hereinafter, the installation and operation of the flag pole stand formed by the preferred embodiment of the present invention.

The user installs the flag pole on the ground in the desired position on the ground, and fix the flag on the rope.

Then, the flag is raised by using a rope to a desired position of the pillar 100.

Thereafter, when one side tightens the tensioner 128 fixed to the fixing pin 102, the lower roller 124 is moved to the lower part of the roller guide 126 to the maximum value of the rope tension and is fixed.

According to the flag pole of the present invention, a part of the rope is formed inside the pillar 100 to distribute the load applied to the pillar, thereby improving durability, and a tensioner 128 is formed at the bottom of the pillar to continuously maintain the tension of the rope. It is possible to fix the rope after mounting the flag, the effect occurs.

Although the present invention has been described with reference to the accompanying drawings, it is apparent to those skilled in the art that various modifications are possible without departing from the scope of the invention, which is covered by the following claims.

1 is a front view of the national flag pole made of a preferred embodiment of the present invention.

Figure 2 is an enlarged view of portion A of the flag pole of the present invention formed in a preferred embodiment of the present invention.

Figure 3 is an enlarged view of the portion B of the flag holder in the preferred embodiment of the present invention.

4 is a front view of a conventional crab cradle.

** <Description of the symbols for the main parts of the drawings> **

10: flag pole 100: pillar

102: fixing pin 110: upper incision hole

112: inner roller 114: inner roller guide

120: lower cutting hole 122: auxiliary roller

123: connecting roller 124: lower roller

126: roller guide 128: tensioner

Claims (4)

In the flag pole (10), An upper cutting hole 110 is formed at one side upper end of the pillar 100, and an inner roller 112 is formed at the upper cutting hole 110, and at one lower end of the pillar to be spaced apart from the upper cutting hole 110. The lower cutting hole 120 is formed, the lower cutting hole 120 is formed with an auxiliary roller 122, the lower roller 124 is spaced apart from the lower cutting hole 120 by the roller guide 126 The flag pole is fixed to be transported up and down, the tensioner (128) connected to the shaft of the lower roller 124 is fixed together with the fixing pin (102). The method of claim 1, 1 to 2 inner rollers 112 are formed in the upper cutting hole 110, and the inner roller guide 114 is formed so that the shaft is fixed to the inner rollers 112. The method of claim 1, The auxiliary roller 122 is a flag pole, characterized in that the connecting roller 123 is formed to be spaced apart. The method of claim 1, The tensioner 128 is one side is formed in a hook shape flag pole, characterized in that formed in the length adjusting socket to adjust the length.

Images