JP2017045022A - Flag putting up/down device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a flag putting up/down device in which a flag in putting-up can reliably be prevented from the damage due to weather, and a fixing pole is not thick in diameter but has a small diameter being slim and thereby has a good appearance.SOLUTION: A flag putting up/down device includes: a pipe-shaped fixing pole 7 set up from a fixed side; a flag 10 such as a flag/banner where a base part is supported so as to perform revolution around a top fixed height range of this fixing pole, and the flag can be changed into a flying state and a pendant state; a cover material 19 where an upper end base is mounted corresponding to the height of the upper circumference from the flag of the fixing pole so that a cover storage state of being cylindrically hung down by putting-down means to surround an outer perimeter of the flag may be obtained while keeping a concentric shape with the fixing pole like a waiting state of being concentric with the fixing pole and reduced in the vertical direction in a position upper from the flag of the fixing pole; and a cover material expansion/contraction means for vertically expanding and contracting the cover material by manual or motor operation.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a flag display device.

  There are various kinds of flag raising devices since the old days.

  JP2009-089492A   JP2013-088800A

Patent Document 1 relates to an eaves flag display device, which makes it possible to change the direction of the eaves flag according to changes in the wind direction with a simple structure, and to ensure that the eaves flag is wound around the pole by the wind. The pole body 1 is erected upward from the ground, the rotating body is pivotally mounted on the upper end of the pole body, and the lower part of the pole body is freely fitted horizontally. A rotating weight body, an endless annular operating rope stretched between the rotating bodies and the rotating weight body, and a flag flag on the operation rope in a state where the flag is raised, A locking portion that is hooked on the rotating weight body is provided, and a hook portion is provided at a position above the rotating weight body so that an operation rope passes through the guide hole of the hook portion.
However, this flag flag display device cannot make the flag flag fully retracted with one touch. As a result, even if the flag flag is damaged by the wind and rain, it is lowered and removed. It takes time.
Therefore, a flag display / storage device shown in Patent Document 2 has been proposed. The purpose of this device is to provide a flag display and storage device that can very easily and quickly display and store flags, and that can reliably protect flags from wind and rain. .
This apparatus displays and stores flags including a fixed pole 40 that is fixedly installed in a vertical direction including an inclination, and an elevating member 57 that is provided so as to be movable up and down in the fixed pole 40 as a flag 67 can be attached. The device is characterized in that a storage guide 42 for guiding the flags 67 to be lowered is provided at the upper end of the fixed pole 40 so as to expand upward.
However, in this apparatus, even when the elevating member 57 is lowered and the flags 67 are stored in the fixed pole 40, the storage guide 42 which is the upper end of the fixed pole 40 is left open upward. The functional case 59 is covered with a large gap, but there is a large gap between the functional case 59 and the storage guide 42, so there is a risk that winds, rain, dirt, etc. will enter from there and the flags may be damaged. . In addition, this device is not preferable as a fixed pole with a fine image because the fixed pole 40 stands up relatively high as a thick pipe even in the display state.

  The present invention is intended to solve such a problem, and it is possible to quickly obtain a state in which a flag is hung freely without being wrapped around and a state in which it is covered and stored with a simple operation under a very simple structure. It is possible to prevent damage caused by wind and rain of flags, etc. especially during storage, and the fixed pole is not a large diameter but a thin and slim appearance. An object of the present invention is to provide a banner display device.

  In order to achieve the above object, the present invention is characterized in that a pipe-shaped fixed pole standing from the fixed side and a base portion of the fixed pole rotate around a fixed upper height range. Flags such as flags and traps that are supported and can be changed to a state that crawls and hangs down, and concentric with the fixed pole above the flags of the fixed pole, and contract in the vertical direction In the same way as in the standby state, it is above the fixed pole flag so as to obtain a covered storage state that is hung down in a cylindrical shape by a pulling means so as to surround the outer periphery of the flag while maintaining concentricity with the fixed pole. A cover material having an upper end base attached to the surrounding height and cover material expansion / contraction means for vertically extending / contracting the cover material by manual or electric operation are provided.

  As described above, the present invention includes a pipe-shaped fixed pole standing from the fixed side, and a state in which the base is supported so that it can move around the upper fixed height range of the fixed pole so as to move around. Flags such as flags and spears that can be changed to a suspended state, and concentric with the fixed pole in the same position as the stationary pole, concentric with the fixed pole at a position above the fixed pole, and reduced in the vertical direction The upper end base corresponds to the height of the upper part of the flag of the fixed pole so as to obtain a covered storage state that is hung down in a cylindrical shape by the pulling means so as to surround the outer periphery of the flag while maintaining its shape. Since it is equipped with an attached cover material and cover material expansion / contraction means that moves the cover material up and down manually or by electric operation, the cover material can be swung freely without wrapping flags and covered. In addition to being able to quickly obtain it in a simple operation with a very simple structure, it can be easily and reliably prevented from being damaged due to wind and rain, etc. especially during storage. It is possible to provide a flag display device in which a pole is not a large diameter but a small diameter and a slim appearance.

  The partially notched front view shown in the state which hung up the flag display apparatus which is one Embodiment of this invention.   The partial notch front view shown in the state which paid the flag display apparatus.   Detailed exploded view of the flag.   IV-IV sectional view taken on the line of FIG.   The VV sectional view taken on the line of FIG.   FIG. 6 is a sectional view taken along line VI-VI in FIG. 2.

Hereinafter, an embodiment of a flag displaying apparatus according to the present invention will be described. Each plan described in each embodiment can be applied to other embodiments.
FIG. 1 to FIG. 6 show an embodiment of a flag display device. Reference numeral 1 denotes a desired installation base (one on the fixed side) such as a door or a garden, and the base 1 has concrete (or mortar). It may be a foundation or a soil foundation. A cylindrical fixed base material (one of the fixed side) 4 in which anchor bolts 3 are implanted on the upper surface flange 2 is embedded and fixed to the base 1.

  A fixed pole 7 is erected and fixed to the fixed base 4 so as to rise vertically upward from the upper surface flange 2. The fixed pole 7 is a cylindrical pipe made of stainless steel, aluminum alloy or resin. The lower half 7a has a slightly thicker outer diameter of 80mm, and the upper half 7b has a thinner outer diameter of about 45mm. Are integrally connected by a tapered portion 7c. The fixed pole 7 may be formed of a pipe having a uniform diameter up and down about 45 mm as shown in the middle right column of FIG.

  A rotation receiving ring 8 is fixed at a position about 600 mm below the upper end of the fixed pole 7, and a rotation ring 9 is provided on the rotation receiving ring 8 so as to be relatively rotatable. Reference numeral 10 denotes a flag (flags), which is wound so as to be able to integrally form a main surface portion 10a having a length of 500 mm and a width of 700 mm and a round cylinder shape slightly thicker than the outer diameter of the fixed pole 7 as shown in FIG. And a base plate 10b whose one end is fixed to the base end of the main surface portion 10a, and on the back surface of the base portion 10b, the base plate 10b can always maintain a height of 500 mm. The back muscle material 11 is mounted.

  Further, in the cylinder of the base portion 10b, for example, a thick fabric or cylindrical resin having a height of 100 mm and an outer periphery attached to the base portion 10b and an inner periphery loosely fitted to the outer periphery of the fixed pole 7 so as to be able to move around. A plurality of inner core tubes 13 are inserted and fixed so as to be spaced apart from each other. The flag 10 provided with the inner cylinder 13 and the back reinforcement 11 is in a state in which the base portion 10b is supported so as to be able to circulate around the fixed pole 7 and the main surface portion 10a is hung up, and the state in which the main portion 10b is hung down. It can be changed. For example, the back core material 11 may be omitted, and for example, a single core type long inner core tube 13 may be inserted as the back muscle material 11.

The inner core tube 13 may be formed by folding one thick fabric into a U shape as shown in the right column of FIG. Reference numeral 14 denotes a core shaft. When the core shaft 14 is put in the inner core tube 13 and the base portion 10b is wound and then sewn or bonded, the base portion 10b with the inner core tube 13 is integrally formed. It is used as a jig, and is used after being used as a jig.
Also in the case shown in the right column, the back material 11 is worn.

  The upper end of the fixed pole 7 is open, and a disk-shaped upper substrate 17 having a diameter of about 400 mm is fixed on the fixed pole 7 concentrically with the fixed pole 7. In the center of the upper substrate 17, a central hole 17a leading to the hole at the upper end of the fixed pole 7 is formed, and three outer peripheral holes 17b are formed at positions on the outer periphery. A plurality of outer peripheral holes 17b such as two or four may be opened.

The bottom surface of the upper substrate 17 is provided with an interval of about 100 mm with respect to the upper end of the flag 10, and a cover member 19 is fixed to the bottom surface via an upper end base (ring) 19a.
The cover material 19 has a height of about 1400 mm and is arranged in multiple stages along the vertical direction of the cover main film 19b and a resin thin film cylindrical cover main film 19b that is gradually narrowed downward. Cover ring 19c. The cover ring 19c has a diameter of about 300 mm at the upper end, but the diameter decreases toward the lower side, and the diameter at the lower end is about 200 mm. The cover ring 19c is a resin ring or a lightweight aluminum alloy ring.

  A protrusion arm 21 extending in three directions is provided from the cover ring 19c at the lower end, and an annular weight 22 serving as a lowering means is attached via the arm 21. An anti-sway stopper 23 that is bent in a square shape is provided on the outer periphery of the fixed pole 7 so as to correspond to the position where the weight 22 is lowered. By setting the weights 22 descending on the three obliquely rising portions of the anti-sway stopper 23, the extended cover material 19 is stabilized by anti-swaying against external forces such as wind and rain. The weight 22 may be a magnet so that the weight can be stabilized without shaking when the cover member 19 is extended.

  The upper end of the cover material 19 is fixed to the upper substrate 17 so as to be concentric with the fixed pole 7 as shown in FIG. The cover member 19 is greatly reduced upward as shown in FIG. 1 and has a height of about 80 mm, and is in a standby state allowing the flag 10 to be rolled, whereas the cover member 19 is lowered 1300 mm downward as shown in FIG. It is set as the covering accommodation state which surrounds the flag 10 extended and hung with a margin.

  On the upper surface of the upper substrate 17, as shown in FIG. 4, the central wheels 25 are provided in a three-point arrangement, and the outer peripheral wheels 26 are also provided in a three-point arrangement. These wheels 25 and 26 are one of the cover material expansion / contraction means, and the cover material expansion / contraction means is provided with a conductive wire material 27 having one lower portion and three upper portions. The lower part of the conductive wire 27 is wound around a drum 29 provided at the lower part of the fixed pole 7, and each of the three parts of the conductive wire 27 has a tip from the upper part of the fixed pole 7 via the wheels 25 and 26. It is connected to each of the protruding arms 21.

  Reference numeral 32 denotes an LED illuminator, which is provided so as to be able to irradiate downward through a flange 33 attached to the outer periphery slightly below the upper end of the fixed pole 7 and hangs down transparently or translucently as shown in the right column of FIG. An emotional feeling can be created by illuminating the cover material 19 from the inside. At that time, if the cover material 19 is provided with a sign 34 such as a family crest or a picture, they can be lifted to bring out the taste.

  Also, if a protective cover 36 made of resin or metal with the saucer reversed is attached to the top of the apparatus, the inner space when the cover material 19 is drooped as shown in FIG. The flag 10 can be held for a long time. That is, if the protective cover 36 is not provided, there is a possibility that wind and rain or dust may enter the cover material 19 through the central hole 17a, the outer peripheral hole 17b, etc., and the flag 10 may be wetted, soiled, or altered. If there is a protective cover 36, such a risk is eliminated.

  In addition, on the upper surface of the protective cover 36, a lightning rod 38 or a bird guard 39 is provided. Further, a solar face material is provided through the surface of the protective cover 36 and the like, and is used through the LED lighting apparatus 32, or used for a drive source and timer control when the cover material expansion / contraction means is operated electrically. be able to. In the case of the manual type shown in the figure, the cover material expansion / contraction means is composed of components such as an operation handle 30, a drum 29, a conductive wire 27, wheels 25 and 26, a protruding arm 21, a weight 22, and a steady stopper 23.

  1 and 2 show a case of manual operation. In FIG. 1, the operating handle 30 is operated in the X direction and the conductive wire 27 is wound around the drum 29, so that the cover material 19 is fully lifted via the protruding arm 21, and the protection on the lower side of the table top substrate 17. The cover 36 is reduced and stored. As a result, the flag 10 is in a state where the base 10 b can be swung around the fixed pole 7.

  In the evening, the wind disappears and the flag 10 hangs down as shown in FIG. At that time, the operating handle 30 is rotated in the direction of the arrow Y, and the conductive wire 27 is manipulated and loosened, so that the cover material 19 extends downward by the action of the weight 22. Before the cover material 19 is fully extended, the weight 22 is received in a steady state by a steady stopper 23 and the flag 10 is covered and stored from the outside.

  In the case of an electric type, the drive source is started at the morning setting time by the timer setting of the control box, and the conductive wire 27 is pulled down in the fixed pole 7 and pulled up outside from the flag storage state of FIG. 19 is lifted as shown in FIG. In the evening or when it rains, the conductive wire 27 is manipulated from the drum 29 by the timer setting or the action of the rain sensor, and the cover material 19 is automatically lowered while the weight 22 is actuated so as to cover the flag 10.

  DESCRIPTION OF SYMBOLS 1 ... Installation base 7 ... Fixed pole 10 ... Flag (flags) 19 ... Cover material 27 ... Conductive wire material.

Claims (1)

  The pipe-shaped fixed pole standing from the fixed side and the base of the fixed pole are supported so that the base can move around the fixed height range, and can be changed between a hung state and a suspended state. Flags and traps, etc., and flags that are concentric with the fixed pole at a position higher than the fixed pole flag and kept in the same state as the fixed pole in the same state as when waiting in the vertical direction. A cover material with an upper end base attached to the height of the upper part of the fixed pole flag so as to obtain a covered storage state that hangs down in a cylindrical shape by the pulling means so as to surround the outer periphery, and this A flag display device comprising: a cover material expansion / contraction means that allows the cover material to be expanded and contracted manually or electrically.

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