KR200307807Y1 - Household flag hoisted stand - Google Patents

Abstract

The present invention is combined with the flag pole to prevent the hoisted flag from being caught so that it is easy to hoist and manage early, and to the flag pole to prevent the swivel from rotating due to freezing of snow or rainwater introduced into the winter season. It is about.

The flagpole of the present invention has a pipe-shaped upper flagpole, a swivel fitted to the outside of the upper flagpole with an inner diameter larger than the outer diameter of the upper flagpole, and smaller than the inner diameter of the swivel rod and larger than the outer diameter of the upper flagpole. A sliding ring coupled to the upper and lower ends of the swivel while having an inner diameter, and coupled to the lower portion of the upper flagpole to support the sliding ring rotatably while limiting the downward movement of the swivel, and a separate lower flagpole is detachably connected to the lower portion. And a coupler to be inserted into the upper portion of the upper flagpole, and the ferrule is coupled to the upper portion and the sliding ring for inducing a stable sliding appearance on the upper flagpole with the inner diameter of the upper flagpole on the lower circumference is coupled, and the sliding It is coupled to the top of the upper flagpole with an inwardly jaw that prevents the ring from falling off. Characterized in that the port is configured for early departure prevention prevent separation of the sliding ring.

Description

House flag hoisted stand

The present invention combines the flag pole to prevent the hoisted flag from being wound so that it is easy to hoist and manage early, and the flag prevents the swivel from rotating due to the freezing of snow or rainwater introduced into the winter season. It's about a hoist.

In general, national flags, companies, events, and families are flying flags on days such as national holidays, anniversaries, and national holidays. Nowadays, it is possible to designate a certain distance to raise the national flag for 365 days, thereby enhancing the aesthetics of the streets while improving the aesthetics of the streets.

Flags so hoisted should always be kept clean and tidy, and sometimes it is seen that the flag is very unsightly wrapped around the flagpole.

This phenomenon is caused by the wind, as one can easily expect. To prevent this, the present applicant discloses a flag hoisting device to prevent the flag from being caught on the flagpole in the Korean Utility Model Registration Publication No. 2002-0293275.

According to this apparatus, as shown in Fig. 1, a swivel table 2 having a ring 4 for fixing a flag on the outside of the flagpole 1 on which the ferrule is fitted is rotatably fitted, and the lower portion of the flagpole 1 It has a structure in which the fastener 5 is coupled.

When the flag hoisted by such a device is fluttered in the wind and wound on the flagpole 1, the rotating table 2 is rotated by the load of the flag to restore the original unfolded state.

However, the pre-registered device has a drawback that it is not possible to hoist early because its position cannot be changed in the longitudinal direction by the function of the swivel to prevent the flag from curling on the flagpole. Of course, it is possible to change the position of the fasteners supporting the lower part of the swivel after lengthening the flagpole, but this structure has the disadvantage of unnecessarily long because the flagpole is unnecessarily long, and it is used repeatedly because the material of the fastener is synthetic resin. It is not preferable because it is likely to be easily worn and the position fixing function of the fastener becomes unstable.

In addition to the pre-registered device described above, a separate early pole was provided to separate the ferrule on the top of the flagpole, and then inserted into the top of the early pole to insert the early pole into the top of the flagpole to hoist the early stage. Separate storage and management was very cumbersome.

In addition, the pre-registered flag hoisting device may cause bad rotation due to the large friction area of the flagpole and swivel, and the swivel performs its function as snow or rainwater freezes between the flagpole and the swivel during cold weather, such as in winter. There was a disadvantage that often does not occur.

The present invention is unable to hoist, which is a disadvantage of the flag hoisting device filed and registered by the present applicant, and the increase in the friction area of the flagpole and the swivel, and frozen by snow or rainwater introduced between the flagpole and the swivel. It is designed to solve the inability to perform the function.

In addition, the present invention is designed to solve the disadvantages of the conventional flagpole, which is difficult to carry out the early hoisting operation and management because it is to be attached and detached after removing the ferrule on the upper flagpole when hoisting early.

An object of the present invention for solving the above disadvantages is to be able to easily hoist and manage early by installing the early flagpole on the upper portion of the upper flag.

Another object of the present invention is to make the rotation is made of light and solid material than the weight of the flag and to install a sliding ring on the upper and lower ends of the swivel to reduce the friction area with the upper flagpole, so that the rotation is good.

Another object of the present invention is to cover the upper part of the swivel to the bottom of the ferrule, and optionally cover the lower part of the swivel to prevent the phenomenon of freezing in the inflow of snow or rain water to ensure that the flag unwinding function is always in good condition To be maintained.

1 is a structural diagram of a national flag pole according to the prior art.

Figure 2 is an exploded perspective view showing the structure of the national flag pole according to the present invention.

Figure 3 is a combined cross-sectional view showing the structure of the flag pole according to the present invention.

Figure 4 is a state of use of the national flag pole according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

10-Upper Flagpole 12-Early Departure Protection

14-Jaw 20-Swivel

22a, 22b-sliding 23-cover

26-Loop 30-Early

32-Sliding ring 40-Lower flagpole

50-Coupler 52-Retaining Groove

54-Assembly Groove 56-Locking Pin

58-Reinforcement 60-Ferrule

62-cover

National flag of the present invention for achieving the above object,

Upper flagpole,

It has a larger inner diameter than the outer diameter of the upper flagpole is rotatably fitted to the outside of the upper flagpole and is made of a lighter and stronger material than the national flag,

A sliding ring coupled to the upper and lower ends of the swivel while having an inner diameter smaller than the inner diameter of the swivel and larger than the outer diameter of the upper flagpole,

A coupler coupled to a lower portion of the upper flagpole so as to rotatably support the sliding ring while limiting the downward movement of the swivel, and a lower lower flagpole detachably connected to the lower portion;

An early stage that is inserted into the upper portion of the upper flagpole while the ferrule is coupled to the upper portion and the sliding ring for inducing a stable sliding appearance on the upper flagpole with an inner diameter of the upper flagpole on the lower circumference;

It has an inwardly jaw to prevent the departure of the sliding ring is coupled to the upper portion of the upper flagpole is composed of an early escape prevention to prevent the departure of the sliding ring.

Hereinafter, the structure of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is an exploded perspective view showing the structure of the flag pole according to the present invention, Figure 3 is a combined cross-sectional view showing the structure of the flag pole according to the present invention, Figure 4 is a state diagram of the use of the flag pole according to the present invention.

The upper flag pole 10, the swivel table 20, the early stage 30 and the lower flag pole 40 constituting the flag pole is made of a light and strong material such as aluminum and has a relatively smooth pipe structure.

The upper flagpole 10 and the lower flagpole 40 are similar in diameter, the swivel 20 has a larger diameter than the upper flagpole 10 and the early stage 30 has a smaller diameter than the upper flagpole 10, 20 is freely coupled to the outside of the upper flagpole 10, the early stage 30 is mounted on the top of the upper flagpole 10 to be mounted on the top.

The upper and lower parts of the swivel table 20 have sliding rings 22a and 22b coupled to the upper and lower ends in order to minimize frictional force with the upper flagpole 10. The sliding rings 22a and 22b have an inner diameter smaller than the inner diameter of the swivel table 20 and larger than the outer diameter of the upper flagpole 10. A ring 26 is formed on one side of the outer circumferential surface for coupling of the national flag. In particular, the swivel 20 is made of a lighter and stronger material than the weight of the flag.

And the lower portion of the upper flagpole 10 while supporting the sliding ring (22a) (22b) rotatably while limiting the operating position of the swivel 20, the lower upper flagpole 40 and a short auxiliary auxiliary lower portion Coupler 50 connected to the flagpole 42 is assembled. The lower flagpole 40 and the auxiliary lower flagpole 42 is fixed to or detachably coupled to the coupling unit not shown in the drawings on a support such as a wall or a pillar.

The coupler 50 has a fixed groove 52 of a predetermined depth in which the upper flagpole 10 is forcibly fitted in the upper center portion, and an assembly groove in which the lower flagpole 40 or the auxiliary lower flagpole 42 is coupled to the lower portion ( 54 is formed, the fixing pin 56 having a reinforcement bar (58) in close contact with the inner circumferential surface is formed in the inner center of the assembling groove 54 is inserted into the inner diameter of the lower flagpole 40 or the auxiliary lower flagpole (42). It is.

In addition, the early stage 30 is inserted into the upper portion of the upper flagpole 10, the ferrule 60 is coupled to the upper portion and the lower circumference of the upper flagpole 10 to the outer diameter with a stable sliding appearance on the upper flagpole 10 Sliding ring 32 to guide is coupled. Sliding ring 32 is installed in a plurality of lower portion of the early stage 30 for the stable sliding 32 appearance operation and are installed at a predetermined interval.

And, the upper part of the upper flagpole 10 is coupled to the early departure prevention tool 12 for preventing the departure of the early stage 30. The early departure prevention opening 12 is formed in the inward jaw 14 to prevent the departure of the sliding ring 32 in the upper inner side is coupled to the upper portion of the upper flag pole (10).

In addition, the cover 62 which covers the upper end of the sliding ring 22a, 22b around the lower end of the ferrule 60 to prevent rain or snow from entering into the upper gap between the upper flagpole 10 and the swivel 20 to freeze. Is formed.

If necessary, the upper part of the coupling part 50 is wrapped around the lower part of the sliding rings 22a and 22b in the lower part of the swivel 20 so as to prevent snow or rainwater from entering or freezing of foreign substances. The cover 23 covering the upper end of the 50 is formed.

The flag pole of the present invention having such a structure is freely rotated outside the upper flag pole 10 because the rotating table 20 made of light material is coupled with the friction force is minimized by the upper and lower sliding rings 22a and 22b. do. In particular, the swivel 20 is not only lighter than the weight of the flag, but also because the friction force is small by the sliding rings (22a, 22b) when the flag is wound automatically rotates in the direction of the load acting to the flag to the upper flagpole (10) Will be released quickly without phenomenon.

In addition, when the national day or national holiday, insert the early stage 30 into the upper flagpole 10, and in the state while the lower flagpole 40 is inserted into the coupling sphere 50 to hoist the flag while using the hoisting early Pull the early stage 30 is coupled to the upper portion of the upper flagpole 10 as described above to extend the length to hoist early. At this time, since the overall length is longer, the auxiliary lower flagpole 42 is shortened by the length of the lower flagpole 40 coupled to the coupler 50, so that the entire length is constant to have a sense of stability.

In addition, since the cover 62 and 23 are formed at the lower portion of the flag ferrule 60 and the sliding rings 22a and 22b at the lower portion of the swivel 20, rainwater is formed between the upper flagpole 10 and the swivel 20. The phenomenon that the rotating table 20 is frozen and does not rotate by snow or rainwater introduced in a cold weather, such as winter does not occur because the snow does not flow.

In addition, when the lower flagpole 40 is fitted into the coupler 50, the fixing pin 56 protruding therefrom is inserted into the assembly groove 54 of the lower portion of the lower flagpole 40, and the lower flagpole 40 or the auxiliary lower portion is provided. Since it is fitted into the flagpole 42, there is an effect that can maintain a firm coupling state.

On the other hand, when the flag is stored, the flag is rolled on the outside of the swivel without folding the flag and stored in a separate pocket so that the flag can be stored in a clean state without being wrinkled.

As described above, the present invention is installed in a coupled state, not a structure for attaching and detaching the early stage on the upper flagpole, so that the early stage can be hoisted by easy and simple operation of simply pulling the early stage upward. It has an effect.

In addition, the sliding ring is attached to the upper and lower ends of the swivel to minimize the friction with the upper flag pole and at the same time the swivel is colder than the national flag, so if the national flag is wound, it rotates in the direction of the load of the national flag. There is always an effect that is hoisted in an extended state.

Since the cover is formed on the lower part of the ferrule to cover the upper part of the swivel, it prevents the inflow of snow or rain so that the swivel can always maintain the flag unwinding function even in cold weather with snow or rain.

In addition, when the flag is stored, the flag is rolled on the outside of the swivel in a state that is combined with the ring of the swivel without storing the flag and stored in a separate pocket so that the flag is not wrinkled and can be stored neatly.

Claims (5)

In the flag pole having a removable ferrule on the top, Upper flagpole, A swivel that is rotatably fitted to the outside of the upper flagpole with an inner diameter greater than the outer diameter of the upper flagpole; A sliding ring coupled to the upper and lower ends of the swivel while having an inner diameter smaller than the inner diameter of the swivel and larger than the outer diameter of the upper flagpole, Coupled to the lower portion of the upper flagpole to limit the movement of the rotation of the rotary flag to support the sliding ring, and the lower flagpole for home use characterized in that it is composed of a coupler is detachably connected to the lower flagpole. The method according to claim 1, wherein the ferrule is coupled to the upper portion of the upper flagpole while coming out and the sliding ring is coupled to the upper ring to induce a stable sliding appearance on the upper flagpole with the inner diameter of the upper flagpole to the outer periphery, And an inward jaw preventing the detachment of the sliding ring and coupled to an upper portion of the upper flagpole to prevent the detachment of the sliding ring. The domestic flag pole according to claim 1 or 2, wherein a cover is formed around the lower end of the ferrule to cover the top of the sliding ring. The method according to claim 1 or 2, wherein the coupler, It has a fixing groove that is fitted to the upper flag, the lower portion constitutes an assembly groove is tightly coupled to the pipe-shaped lower flagpole, the inner central portion of the assembly groove is inserted into the inner diameter of the lower flagpole to be fitted around the lower flagpole A household flag hoisting rod, characterized in that it is provided with a fixed pin integrally having a plurality of reinforcement meat in close contact with the inner peripheral surface. The domestic flag pole according to any one of claims 1 to 2, further comprising a short auxiliary lower flagpole for reducing the length by the length extended by the early pole to make the overall length constant.