CN211115105U

CN211115105U - Non-lifting type winding-preventing flagpole

Info

Publication number: CN211115105U
Application number: CN201921829201.7U
Authority: CN
Inventors: 王素菊
Original assignee: Yuhuan Paisheng Technology Co ltd
Current assignee: Yuhuan Paisheng Technology Co ltd
Priority date: 2019-10-28
Filing date: 2019-10-28
Publication date: 2020-07-28
Anticipated expiration: 2029-10-28

Abstract

The utility model relates to a flagpole technical field specifically provides a winding flagpole is prevented to non-over-and-under type, the flagpole have a flagpole loop bar, the flagpole loop bar is including last movable cover and lower movable cover, goes up the movable cover and is located the upper end of flagpole loop bar, the upper end of flagpole loop bar have with last movable cover assorted fall block, go up the movable cover have with the fall block assorted internal stay hole of flagpole loop bar, the last movable cover round head of going up the movable cover has coarse point, lower movable cover is located the lower extreme of flagpole loop bar, lower movable cover has the hole, the hole is provided with the lug, be provided with between flagpole loop bar and the flagpole with lug assorted recess. The upper end of the flagpole sleeve of the technical scheme is abutted against the upper movable cover and the lower end of the flagpole sleeve is bound on the lower movable sleeve, so that a flag can fly along with wind on the flagpole and can not be wound on the flagpole, the defect that the previous non-lifting flagpole is wound on the flag can be overcome, and the method has high popularization value.

Description

Non-lifting type winding-preventing flagpole

Technical Field

The application relates to the technical field of flagpoles, and particularly provides a non-lifting type flagpole capable of preventing winding.

Background

In the national flag-raising ceremony in large-scale occasions, a national flag is usually fixedly bound on a small flagpole, then a lifting pull rope is connected with the small flagpole of the national flag, and the pulling pull rope is pulled to lift the national flag to the top of the flagpole. At the top of the flagpole, the national flag is often wound on the flagpole under the action of wind direction, the situation can occur in the flagpole with a fixed building, and the winding situation can also occur in the small national flag which is usually held by hands or inserted into the fixed non-lifting type.

The utility model discloses a national utility model discloses a patent for CN200992830Y discloses an antiwind flagpole, including the flagpole to and the sleeve, this sleeve wears to locate on the flagpole, and cup joints through bearing and flagpole activity. The bearings are arranged at two ends of the sleeve. The utility model discloses a showing characteristics and lie in that its external sleeve cup joints on the flagpole through the bearing, when the flag is blown by wind, the sleeve rotates around the flagpole together with the flag, just can not twine on the flagpole, consequently the effectual problem of having solved the flag winding on the flagpole. However, it is difficult to see that the flagpole of the technology of the patent is lifting, the flagpole is movably sleeved on the top of the upper flagpole, and the lifting device on the top of the flagpole influences the beauty of the flag; the bearing is arranged between the flagpole and the sleeve, and in the scheme, the flag is fixed on the flagpole and blows along with the wind, but the effect of lifting the flag is played on the flagpole with the bearing arranged between the flagpole and the sleeve, so that the flag is feared to be difficult to realize simply.

Disclosure of Invention

To the not enough in the current flag flagpole technique, the technical problem that this application will solve lies in providing a winding flagpole is prevented to non-over-and-under type, including flag and flagpole, the flag flagpole have flagpole cover and flag face, its characterized in that, the flagpole have a flagpole loop bar, flagpole loop bar be located the upper portion of flagpole, flagpole loop bar establish on the flagpole loop bar on flagpole upper portion. The flagpole sleeve is positioned on one side of the flagpole, the length of the flagpole sleeve is longer than the width of the flag surface, a binding rope is bound on the position of the flagpole sleeve, which is longer than the flag surface, and the binding rope is used for binding the flag after the flag is sheathed on the flagpole to fix the flag.

The flagpole loop bar be located flagface one side, above-mentioned flagpole loop bar is including last movable cover and lower movable sleeve, and above-mentioned last movable cover is located the upper end of flagpole loop bar, lower movable sleeve be located the lower extreme of flagpole loop bar, above-mentioned last movable cover is covered by the flagpole cover, goes up the movable cover and is located the top of flagpole cover, above-mentioned movable sleeve is covered by the flagpole cover down, lower movable sleeve be located flagpole cover cuff.

Above-mentioned movable cover is located the upper end of flagpole loop bar, the upper end of above-mentioned flagpole loop bar have with last movable cover assorted card of falling, above-mentioned movable cover has the card assorted internal stay hole of falling with flagpole loop bar equally, fall prop the hole including can the free rotation, fall card and internal stay hole between have the clearance, after the card of falling props the hole including, go up the movable cover and can freely move about at the flagpole loop bar.

The round head of the upper movable cover is provided with rough points or can be provided with small bumps, the rough points or the small bumps are used for clamping cloth at the top of the flagpole sleeve on the small bumps of the round head of the upper movable cover, and when the flagpole sleeve rotates with the flag face in the wind, the flagpole sleeve drives the round head of the movable cover to rotate with the wind due to the action of the flagpole sleeve and the rough points or the small bumps of the round head of the movable cover; the lower movable sleeve is positioned on a sleeve opening at the lower end of the flagpole sleeve, the lower movable sleeve is provided with an inner hole, the inner hole is provided with a convex block, a groove matched with the convex block is arranged between the flagpole sleeve rod and the flagpole, a gap is arranged between the convex block of the lower movable sleeve and the groove of the flagpole sleeve rod, the convex block of the lower movable sleeve and the groove of the flagpole sleeve rod enable the lower movable sleeve to rotate with the wind on the flagpole sleeve along with the flag surface, and the flagpole sleeve drives the lower movable sleeve to rotate with the wind; the upper end of the flagpole sleeve abuts against the upper movable cover and the lower end of the flagpole sleeve is bound on the lower movable sleeve, so that the flag can fly with the wind under the action of the wind direction, and the flag can fly with the wind on the flagpole and cannot be wound on the flagpole.

The utility model provides a winding flagpole is prevented to non-over-and-under type can use the national flag on this technical scheme, and flagpole cover upper end supports to lean on at last movable cover and flagpole cover lower extreme to tie up and tie up under on the movable cover for the flag can not twine on the flagpole at the flagpole fluttering along with the wind. The non-lifting type winding-prevention flagpole is reasonable in design, can overcome the defect that a flag is wound on a previous non-lifting flagpole, and has high popularization value.

Drawings

FIG. 1 is a schematic view of a non-elevating anti-wind flag pole of the present application;

FIG. 2 is a schematic view of a non-elevating anti-wind flag pole of the present application;

FIG. 3 is a schematic view of a non-elevating winding-preventing flagpole of the present application;

FIG. 4 is a schematic view of a non-lifting type winding prevention movable cover on a flagpole according to the present application;

FIG. 5 is a schematic view of a non-lifting winding-preventing flagpole lower movable sleeve according to the present invention.

In the drawings, the reference numbers: 1. a flagpole; 11. a flagpole loop bar; 13. reversing the card; 14. a groove; 15.2. an upper movable cover; 21. the upper movable cover is round; 22. an inner support hole; 3. a lower movable sleeve; 31. a bump; 32. an inner bore; 33. a rope tying part; 4. a flag; 41. a flagpole sleeve; 42. a flag surface; 43. a top portion.

Detailed Description

Preferred embodiments of the present application will be described in detail below with reference to the accompanying drawings so that the advantages and features of the application can be more readily understood by those skilled in the art, and thus the scope of the application will be more clearly and clearly defined.

In fig. 1, this application is a non-over-and-under type prevents winding flagpole sketch map, and this scheme is including flag 4 and flagpole 1, and it is shown that flag 4 has flagpole cover 41 and flag face 42, its characterized in that, flagpole 1 flag pole 11 has, flagpole cover 11 be located the upper portion of flagpole 1, flagpole cover 41 cover establish on flagpole cover 11 on flagpole 1 upper portion. The flagpole sleeve 41 is positioned on one side of the flagpole 1, the length of the flagpole sleeve 41 is longer than the width of the flag face 42, a binding rope is bound on the position of the flagpole sleeve 41 which is longer than the flag face 42, and the binding rope is used for binding the flag 4 after the flag 4 is sleeved on the flagpole 1, so as to fix the flag 4.

In fig. 1, 2, 3, 4 and 5, the flagpole loop bar 11 is located on one side of the flagpole surface 42, the flagpole loop bar 11 includes an upper movable cover 2 and a lower movable cover 3, the upper movable cover 2 is located on the upper end of the flagpole loop bar 11, the lower movable cover 3 is located on the lower end of the flagpole loop bar 11, the upper movable cover 2 is covered by the flagpole loop 41, the upper movable cover 2 is located on the top 43 of the flagpole loop 41, the lower movable cover 3 is covered by the flagpole loop 41, and the lower movable cover 3 is located on the opening 44 of the flagpole loop 41.

The upper movable cover 2 is located at the upper end of the flagpole loop bar 11, the upper end of the flagpole loop bar 11 is provided with the inverse clamping 13 matched with the upper movable cover 2, the upper movable cover 2 is also provided with the inner supporting hole 22 matched with the inverse clamping 13 of the flagpole loop bar 11, the inverse clamping 13 can freely rotate in the inner supporting hole 22, a gap is formed between the inverse clamping 13 and the inner supporting hole 22, the upper movable cover 2 can freely move on the flagpole loop bar 11 after the inverse clamping 13 is clamped in the inner supporting hole 22, and a gap is formed between the inverse clamping 13 and the inner supporting hole 22.

The round head 21 of the upper movable cover 2 is provided with rough points, and can be provided with small bumps as another scheme, the rough points or the small bumps are used for clamping the cloth on the top 43 of the flagpole sleeve 41 on the round head 21 of the upper movable cover, and when the flagpole sleeve 41 rotates with the flag surface 42 along with the wind, the flagpole sleeve 41 drives the round head 21 of the movable cover to rotate with the wind due to the action of the rough points or the small bumps of the flagpole sleeve 41 and the round head 21 of the movable cover; the lower movable sleeve 3 is positioned on a sleeve opening 44 at the lower end of the flagpole sleeve 41, the lower movable sleeve 3 is provided with an inner hole 32, the inner hole 32 is provided with a convex block 31, a groove 14 matched with the convex block 31 is arranged between the flagpole sleeve rod 11 and the flagpole 1, a gap is arranged between the convex block 31 of the lower movable sleeve 3 and the groove 14 of the flagpole sleeve rod 11, the convex block 31 of the lower movable sleeve 3 and the groove 14 of the flagpole sleeve rod 11 enable the lower movable sleeve 3 to rotate with the wind along with the flagpole surface 42 at the flagpole sleeve 41, and the flagpole sleeve 41 drives the lower movable sleeve 3 to rotate with the wind; the upper end of the flagpole sleeve 41 is abutted against the upper movable cover 2 and the lower end of the flagpole sleeve 41 is bound on the lower movable sleeve 3, so that the flag 4 can flap with the wind under the action of the wind direction, and the flag 4 can flap with the wind on the flagpole 1 and can not be wound on the flagpole 1.

The above description is only a preferred embodiment of the present application, and not intended to limit the scope of the present application, and all modifications of equivalent structures and equivalent processes, which are made by the contents of the specification and the drawings of the present application, or which are directly or indirectly applied to other related technical fields, are also included in the scope of the present application.

Claims

1. A non-lifting type anti-winding flagpole comprises a flag and a flagpole, wherein the flag is provided with a flagpole sleeve and a flag surface, it is characterized in that the flagpole is provided with a flagpole sleeve rod which is positioned at the upper part of the flagpole, the flagpole loop bar comprises an upper movable cover and a lower movable cover, the upper movable cover is positioned at the upper end of the flagpole loop bar, the upper end of the flagpole loop bar is provided with an inverse block matched with the upper movable cover, the upper movable cover is provided with an inner supporting hole matched with the inverse block of the flagpole loop bar, the round head of the upper movable cover is provided with rough points, a gap is arranged between the inverted card and the inner supporting hole, the lower movable sleeve is positioned at the lower end of the flagpole loop bar and is provided with an inner hole which is provided with a convex block, a groove matched with the convex block is arranged between the flagpole loop bar and the flagpole, and a gap is arranged between the convex block of the lower movable sleeve and the groove of the flagpole loop bar.

2. The non-elevating anti-wind flag pole according to claim 1, wherein the flag pole sleeve is sleeved on the flag pole sleeve at the upper part of the flag pole, and the lower movable sleeve is positioned on the sleeve opening at the lower end of the flag pole sleeve.

3. The non-elevating type winding prevention flagpole according to claim 1, wherein the flagpole sleeve is located at one side of the flagpole, the length of the flagpole sleeve is longer than the width of the flag surface, and a binding rope is bound at the position of the flagpole sleeve which is longer than the flag surface.

4. The non-elevating anti-wind flagpole according to claim 1, wherein the flagpole sleeve is located on one side of the flagpole surface, the upper movable cover is sleeved by the flagpole sleeve, the upper movable cover is located on the top of the flagpole sleeve, and the lower movable cover is sleeved by the flagpole sleeve.

5. The non-elevating type winding prevention flagpole according to claim 1, wherein the round head of the upper movable cover is provided with a small bump.