JP4947525B2 - Sign screen display storage device - Google Patents

Description

  The present invention relates to a sign curtain display and storage device.

  In general households and buildings, there is a custom of raising a national flag (signpost) on national holidays.

However, recently, it has become troublesome to display a national flag, and it is not so much displayed.
In view of the above, it is an object of the present invention to provide a sign curtain display and storage device that can automatically display and store sign curtains.

In order to solve the above-mentioned problem, the invention according to claim 1 is an open front type vertically long case body whose back surface is attached to a wall surface of a building or the like, and a front open portion of the case main body that can be opened and closed freely. Provided with a front cover provided, a fixed shaft that is horizontally mounted in a plurality of stages in the case body, and a plurality of poles that can rotate the base boss around the fixed shaft and can be attached with a sign curtain. The upper and lower poles can be interlocked with a link so that the upper end of the plurality of poles can be stored downward and the lower end can be stored upward, and one of the plurality of poles has a driving means. Are connected.
According to the second aspect of the present invention, an auxiliary signboard is provided in parallel with a main signboard provided on a wall surface of a building or the like, and a pole for a sign curtain is freely inserted and removed with a space between the two signboards.

  According to the present invention, a case body whose front side is a vertically long case body, the back surface of which is attached to a wall surface of a building or the like, a front lid that is openable and closable at a front open part of the case body, and the case body A fixed shaft that is horizontally installed in a plurality of stages inside and above, and a plurality of poles around which the base boss can be rotated to attach a sign curtain, and the upper end of the plurality of poles. The upper and lower poles can be interlocked with a link so that the lower one can be stored upward and the lower one can be stored upward, and the driving means is connected to one of the plurality of poles. It is possible to provide a sign curtain posting and storing device that can automatically display and store all of the signs.

Hereinafter, the present invention will be described in detail with reference to illustrated embodiments.
In addition, each disclosed example demonstrated by each following embodiment shall be applied also to other embodiment.
1 and 2 show an embodiment of the present invention. In the embodiment, reference numeral 119 denotes a wall surface of a building or the like, and the wall surface 119 is entirely opened by a hinge 121 via a bracket 120 or the like. A main body case 123 having a front lid 122 that can be freely opened and closed is attached in a vertically long shape.

Fixed shafts 124 are horizontally mounted in the upper and lower three rows in the main body case 123, and the upper bosses 125 and the middle bosses are shifted around the respective fixed shafts 124 as shown in the cross-sectional view of FIG. 126 and lower boss 127 are rotatably provided in this order, and upper pole 128, middle pole 129, and lower pole 130 that project obliquely upward from the bosses 125 to 127 in front of the case are parallel to each other. It is attached with.
These poles 128 to 130 are attached with flags 131..., Each of which is labeled (such as “Let's protect the global environment!” Or “Beautiful country Japan”). It fits in the case 123.

That is, the lower two poles 129 and 130 are accommodated upward and the upper one pole 128 is accommodated downward. Therefore, an air or hydraulic cylinder 132 is provided in the case 123, and the first link is provided to the cylinder 132. The lower pole 130 is moved up and down via 133, and the lower pole 130 and the middle pole 129 are connected by the tuning link 134. A second link 135 protrudes from the upper pole 128, and the link 135 and the middle pole 129 are connected by a reverse rotation link 136 so as to rotate in the opposite direction.
Each flag 131 is provided with a weight 137... At the lower edge so that the flag 131 can be surely stowed from the pole.

1 and 2 show a state in which the flags 131 are overhanged. In this state, the flag 131 is stable and aesthetically swayed by the weight 137. In the evening, the cylinder 132 is driven by a timer and the first link 133 is pushed down. At the same time, the lower two poles 129 and 130 rotate upward, and the upper one pole 128 rotates downward.
Due to these rotations, the poles 128 to 130 are accommodated in the case 123 as indicated by phantom lines in FIG. The poles 128 to 130 may all be accommodated in the same direction. On the other hand, when dawn comes to a certain time, the cylinder 132 is driven in the pulling direction by the timer with control circuit (365-day calendar type timer) 140, and at the same time, the front cover 122 is opened by the drive motor 138 and the conduction means 139, A flag 131 protrudes through the poles 128 to 130.
The flag 131 may be violently or slowly swung up and down in conjunction with an emergency earthquake warning or a built-in P-wave sensing device to notify that an earthquake is coming. These electric powers may be generated by solar power generation.

In the proposed example of FIG. 3, the flag 141 always hangs down by tying the pole 142 with the string 145 of the flag 141 via the first ring 143 and the second ring 144 and providing a weight 146. This is an example in which a preferable state is maintained. Reference numeral 147 denotes a stopper for positioning the first ring 143.
In this example, the first ring 143 is hooked on the step end of the pole 142 by inserting the insertion rod 149 of the golden ball 148 into the pole 142, but the golden ball is directly attached to the tip of the pole 142 as shown above. When 148 is attached, a stopper 147 for locking the first ring 143 is required.
In addition, the flag 141 may be caused to be blown up from the fumarole 150 through the timer-controlled wind in the pipe of the pole 142. Of course, this embodiment is applicable not only to the automatic type as shown in FIGS. 2 and 3, but also to the type fixed to the entrance.

4 and 5 show another embodiment, and a pole with a sign curtain such as a flag 311 that rotates around a support shaft 310 on a main sign (sign) 309 that is already installed on the outer wall of the building 308. When these devices are installed on the back side of the main signboard 309, the devices can be seen from the back when they are pulled out or retracted.
Therefore, in this proposed example, the auxiliary signboard 313 separated from the back side of the main signboard 309 is arranged in parallel as a concealment so that these devices cannot be seen from the back side when they are taken out or retracted. The main sign 309 is left as it is, and it is preferable to incorporate a mechanism, a control unit, and the like for driving the pole 312 in and out of the auxiliary sign 313.
Note that reference numeral 314 shown in phantom lines in FIG. 5 is an elastic cover, such as a rubber film covering the outer area of the main signboard 309 and the auxiliary signboard 313, and is located at a position corresponding to between the signboards 309 and 313. It has a cut groove, and the pole 312 enters and exits through the groove, while the pole 312 is housed and is protected from the outside. The kerf has no problem in the passage of the pole 312, but when the flag 311 is passed and stored, there is a possibility that the kerf is sandwiched by the kerf and partly protrudes to the outside. It is necessary to set the width of the flag 311 so that the flag 311 can pass with a margin.

  FIG. 6 also shows an example of an additional proposal. A vertical guide rail 317 is fixed to the outer wall of the building 316, and an endless conductive material 319 is provided between the upper and lower wheels 318 so as to be close to the ground. The conductive material 319 can be driven up and down by turning the handle 320. An elevator liner 322 that moves up and down along the guide rail 317 via a roller 321 is attached to the conductive material 319.

A main sign (sign) 323 is attached to the outer wall of the building 316 as an existing one and functions, and another sign is formed using the main sign. The sign includes a storage case 324 fixed on the main signboard 323 and a cover 325 attached to the lift liner 322 so as to be free to accompany, and between the cover 325 and the storage case 324, there are two front and rear strips. The wire material 326 is provided so as to obtain a state in which the wire material 326 is pulled as shown in FIG. 6 and a state in which the wire material 326 is accommodated in the case 324, and two horizontal suspension members 327 are provided between the wire materials 326. A sign curtain 328 such as a flag is hung through the space.
An elastic material 329 is provided between the lower end of the wire material 326 and the storage case 324 for tensioning the wire material 326 without excessive tension.
The wire material 326 itself may be made of a stretchable material.

The state shown in the figure shows a state in which the elevating liner 322 is lifted by the operation of the handle 320 and the linear member 326 is pulled upward through the cover 325. In this state, the sign curtain 328 is visible from a distance. It has become.
When the handle 320 is rotated in the reverse direction, the lifting liner 322 is lowered, and at the same time, the filament material 326 is loosened and falls into the storage case 324 together with the sign curtain 328, and the cover 325 is covered from above to be stored. In order to maintain this storage state, the cover 325 and the storage case 324 may be attracted by a magnet (not shown).

  7 and 8 show other proposal examples. In the proposed example, a storage device 341 is set in a partially opened side opening of a building window such as a building 340, and a post such as a flag 342 or a fence can be inserted and removed freely through the device 341. is there.

The storage device 341 includes a mounting frame 343 that is open at the front and rear and formed in a vertically long frame shape, a closing cover 344 that is fitted into the upper portion of the mounting frame 343, and a rectangular parallelepiped case 345 that is vertically long and deep. 345 is formed of resin, wood plate, thin metal plate or the like, but is watertight so that rainwater entering from the opening 346 facing the outside does not enter the building room.
Note that the mounting frame 343 can be configured in a vertically divided manner so that the height can be adjusted in order to fit the inner height of the fixed frame 349 that opens and closes the window frame 348. If the bottom wall of the inner surface of the case 345 is formed not to be horizontal but to a forward inclined shape a, rainwater is naturally excluded to the outside.

  The case 345 has a part of the window frame 348 opened as shown in FIG. 7 and fitted between the side edge and the fixed frame 349 to mount the mounting frame 343 and the closing cover 344 is fitted through the mounting frame 343. It is mounted through a vertically long opening set in the formula.

A mechanism for taking in and out the flag 342 via a pole 351 is incorporated in the upper side of the case 345. Reference numeral 352 denotes a guide housing, which is formed of a grooved aluminum alloy with a lip as shown in the right column of FIG. 7, and is horizontally fixed to the upper portion of the case 345 so that the groove side faces downward.
The guide housing 352 is provided with guide rollers 353... Made of a drum-shaped rubber and arranged in the vertical direction at four points on the front side, and the pole 351 is guided so as to be able to advance and retreat through these. At the same time, one of the guide rollers 353 functions as a drive roller by a drive source (motor with a speed reducer) 355 that is controlled to rotate forward and backward. The suspension base of the flag 342 moves back and forth through the groove 356 of the guide housing 352.

  An operating piece 357 is provided at the tail end portion of the pole 351, and the switch 358 provided before and after the case 345 is operated, so that the drive source 355 can be switched between forward and reverse rotation.

  The solid line (broken line) in FIGS. 7 and 8 shows a state in which the pole 351 is housed in the case 345. For example, the drive source 355 is automatically turned on and the guide roller 353 is turned on at the time of midnight by timer control. The flag 342 is displayed when the pole 351 advances by driving. At the end where the pole 351 has advanced, the operation piece 357 kicks the switch 358 to stop the operation of the drive source 355, and when the fixed time has elapsed, the drive source 355 reversely rotates and returns to its original state. The return end is obtained when the operating piece 357 kicks the switch 358.

  FIG. 9 shows another proposed example. In the proposed example, one of the window frames is slightly opened as described above, and the illustrated device is fitted in the gap. A horizontal shaft 361 is provided at the lower portion of the case 360, and a pole 364 with a flag 363 is provided by a drive source 362. This unit is a unit that can be moved up and down as if it were up and down. The case 360 is also watertight so that rainwater does not enter the room. The case 360 may be made of FRP.

  FIG. 10 shows another proposed example. The proposed example is a device that swings the ridge 367 continuously to the left and right on the fan-surface trajectory. The case 371 is installed on the installation surface 368 so that it can stand by a balance holding plate 370 with a weight 369 even if there is some wind. A drive shaft 372 horizontally mounted in the case 371, a drive source 373 that continuously drives the drive shaft 372 to reciprocate, a base boss 374 that is rotatably mounted around the drive shaft 372, and the boss And a pole 375 extending upward from 374 through a long hole of the case 371.

The illustrated apparatus is stabilized by a balance holding plate 370 with a weight 369, and when the drive source 373 is reciprocated in this state, the rod 367 is reciprocated through the pole 375 as shown by the arrows in the figure. Therefore, if it is installed at a shrine or the like when performing an event or a festival, the 幟 367 moves and is very conspicuous, increasing the ability to attract customers.
In addition, a plurality of the devices can be installed independently, and stabilization can be achieved by connecting stabilizing means such as the balance holding plate 370 next to each other. The case 371 may be a common type longer than that shown in the figure, and a plurality of ridges 367 may be provided to swing there.
In the above example, the pole 375 is driven to reciprocate. However, the pole 375 may be rotated so as to draw a circle when viewed from above.

The cross-sectional view which shows one Embodiment of this invention. The longitudinal cross-sectional view of FIG. The front view which shows the other example of a proposal. The front view which shows other embodiment. The front view of FIG. The front view which shows the other additional proposal example. The perspective view which shows the other example of a proposal. FIG. 8 is a longitudinal sectional view showing details of the example of FIG. 7. The perspective view which shows the other example of a proposal. The front view which shows the other example of a proposal.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 119 ... Wall surface 122 ... Front cover 123 ... Main body case 124 ... Fixed axis | shaft 125,126,127 ... Boss 128,129,130 ... Pole 131 ... Signal curtain (flag) 132 ... Drive means (cylinder) 133,134,135,136 …Link.

Claims (2)

  A case body with an open front and a vertically long case body, the back of which can be attached to the wall of a building, etc., a front lid that can be opened and closed at the front open part of the case body, and a plurality of upper and lower stages in the case body A fixed shaft that is horizontally mounted, and a plurality of poles whose base bosses are rotatable around the fixed shaft and can be attached with a sign curtain. A sign curtain display storage device in which the upper and lower poles can be linked with a link so that the lower end can be stored upward, and the driving means is connected to one of the plurality of poles.   A sign curtain display and storage device in which an auxiliary signboard is provided in parallel with a main signboard provided on a wall surface of a building or the like, and a pole for a sign curtain is freely inserted and removed between the two signboards as a storage space.

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