KR100863711B1 - An automatic flag hoisting equipment - Google Patents

Abstract

An automatic flag hoisting apparatus is provided to hoist a flag automatically by setting a hosting time and date of the flag. An automatic flag hoisting apparatus includes a terminal box, a flag(20), a flag hosting unit(30), a mourning flag hoisting unit, and a control box(70). The terminal box receives the flag. The flag hoisting unit hoists the flag received in the terminal box. The mourning flag hoisting unit hoists a mourning flag. The control box controls the flag hoisting unit and the mourning flag hoisting unit. The mourning flag hoisting unit has a mourning flag bar(51), a rack(53), a pinion(55), and a mourning flag hosting motor(57). The mourning flag bar is protruded from a flag bar of the flag. The rack is formed on a lower part of the mourning flag bar. The pinion moves the rack. The mourning flag hoist motor is installed on the flag bar to drive the pinion.

Description

Automatic hoisting device {AN AUTOMATIC FLAG HOISTING EQUIPMENT}

1 is a view showing a conventional technology hoisted flag on the road.

2 is a perspective view according to an embodiment of the present invention.

Figure 3 is a perspective view showing the main portion of FIG.

4 is a perspective view showing an operating state of FIG.

Figure 5 is a partial cross-sectional view showing another main portion of the present invention.

Figure 6 is a side view showing another main portion of the present invention.

Figure 7 is a side view showing a state of use of FIG.

Figure 8 is a perspective view showing the main portion of the present invention machine.

Figure 9 is a perspective view showing the main portion of the present invention early hoisting.

10 is a block diagram showing the sex of the present invention.

<Description of Symbols for Major Parts of Drawings>

10: enclosure 30: gigeyangbu

50: early foster unit 70: control box

The present invention relates to an automatic hoisting device capable of automatically hoisting a group and selectively hoisting early.

In addition to the national flag, there are many types of flags, such as group flags and event flags.

1 is a view showing a prior art in which a flag is hoisted on a road, as shown, these flags are hoisting a flag in public offices and streets as well as general homes when a national holiday or event is held.

In addition, on various memorial days and national holidays, national flags, commemorative and specific commemorative flags are raised on street lamps of homes, organizations and roads.

However, in the case of such a conventional installation means to hoist the gi to insert the ferrule on which the gi is installed in the gigo fixed rod one by one hoisting, and when the national flag again (진행) proceeds in the reverse order to the above and then the ferrule Inconvenience to separate the fixed rod and occurred.

Since the hoisting and following methods of the group require cumbersome and careful attention in the general family, the response to the group hoisting has been deteriorated.

In addition, in order to commemorate the event, in order to hoist the flag on the street lampposts on the streets or roadsides, the employees of the government offices have to set up a trip to the site. As a result, not only was a huge cost and time was consumed, but there was a problem that excessive human loss occurred.

In addition, inviting anniversaries and foreign nationals, when the guests visit, the flag is raised in a high direction to show the joy and joy.

However, on the other hand, during the death of a significant man of the state or on a historic national day, an early age, that is, the flagpole is leveled and the early stage concluded with a certain distance from the giga ferrule is hoisted.

In this way, despite the fact that the installation angle is different depending on the purpose of hoisting, the conventional flagpole is configured by fastening the fastening plate to the wall by forming a fastening plate on a resin tube or a metal pipe of a certain size. There is a problem that can not be prematurely plugged is kept at a certain angle.

The present invention has been made to solve the above problems, an object of the present invention is to provide an automatic hoisting device that can automatically hoist the group, and can selectively hoist early.

Embodiments of the present invention for achieving the above object is to control the housing unit to accommodate the group, the machine unit to hoist the group accommodated in the housing unit, the early hoisting unit to early hoist the group accommodated in the housing, and the machine and the early hoisting unit In a conventional automatic automatic hoisting apparatus including a control box, the early hoisting unit includes an early flagpole protruding from the flagpole of the machine, a rack formed under the early flagpole, a pinion for moving the rack, and driving the pinion. It includes an early hoisting motor that is installed on the flagpole.

Here, the gigeungbu may hoist the flag of the Republic of Korea and several kinds of national flags.

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

First, as shown in Figures 2 to 5, the embodiment of the present invention is a mechanical unit for hoisting the housing unit 10, which accommodates the group 20, and the group 20 accommodated in the housing unit 10 30, an early hoisting unit 50 for hoisting the machine 20 accommodated in the housing unit 10, the machine hoisting unit 30 and a control box 70 for controlling the early hoisting unit 50 Include.

Here, the housing 10 may be installed in the telephone pole or street light of the road by the band 10a. In this case, the control box 70 connected to the housing 10 may be operated by receiving power supplied to the telephone pole or the street lamp. And the housing | casing part 10 has built-in gibgi part 30 and the said premature hoisting part 50. In addition, when installed in the home can use the commercial power of the home.

The housing 10 includes a housing 11, a door member 13 installed on the front of the housing 11, an elastic hinge 15 elastically supporting rotation of the door member 13, and a door. It may be configured to include a hoisting groove 17 formed in the lower portion of the member (13).

Here, it is operated by pushing the door member 13 when the group 20 comes out or enters the enclosure 11. In this case, the elastic hinge 15 may be implemented as a leaf spring, one end of each of which is installed in the enclosure 11 and the door member 13. It can also be implemented as a compression spring. That is, the door member 13 may be returned to its original position by the elastic hinge 15. In addition, when the machine 20 is in an improved state, the machine 20 may be located in the hoisting groove 17 of the door member 13, and the door member 13 may maintain the closed state.

At this time, the hoisting groove 17 is preferably formed to be inclined. That is, when the base 20 is received back into the housing 11, the door member 13 can be pushed while pushing the inclined surface of the hoisting groove 17, so that the door member 13 can be easily opened. .

In addition, the flag 20 may be configured to include a twist prevention portion 27 to prevent the twist of the flag 23 is installed on the flagpole 21.

Here, the flag 23 may be installed on the flagpole 21 by the rotary ring 25. At this time, the rotary ring 25 may be implemented as a bearing. That is, the flag 23 that is blown by the wind is not wound on the flagpole 21 by the rotary ring 25.

In addition, the twist prevention portion 27 may be a wire having elasticity which is installed above or above and below the flag 23. In this case, the wire may be made of a flexible synthetic resin material to have elasticity.

That is, when the group 20 is hoisted, the flag 23 may be always kept flat without being twisted by the wire that is the twist prevention unit 27.

In addition, the rotation ring 25 and the twist prevention portion 27 is connected by another ring (not shown) when the flag 23 is recovered, the twist prevention portion 27 can be in close contact with the flagpole 21. Therefore, the flag foot 23 is also in close contact with the flag pole 21 so that the flag 23 can be easily accommodated in the enclosure 11 without being caught by the door member 13.

And, as shown in Figures 6 to 9, the gigyeobu 30 is preferably provided in the lower portion of the machine 20 is a gigeung motor for rotating the machine 20.

Here, the gigging motor that is the gigibu 30 may be installed on the bottom of the housing (11). At this time, by the driving of the machine hoisting motor 20 is rotated to be hoisted or recovered from the housing 11 can be accommodated in the housing (11).

In addition, the early hoisting unit 50 moves the early flagpole 51 protruding from the flagpole 21 of the flag 20, the rack 53 formed on the lower portion of the early flagpole 51, and the rack 53. It may be configured to include a pinion 55 and an early hoisting motor 57 installed on the flagpole 21 to drive the pinion 55.

Here, it is preferable that the flagpole 21 is a state inside hollow. At this time, the early flagpole 51 is provided to be fitted to the flagpole (21). In addition, the rack hole 52 may be formed in the flagpole 21 so that the rack 53 of the early flagpole 51 is exposed to the outside from the flagpole 21. In addition, the early hoisting motor 57 may be installed on one side of the flag pole 21 such that the pinion 55 is positioned in the rack hole 52 so as to contact the rack 53.

In other words, when the early hoisting motor is driven by the early hoisting motor 57, the early flagpole 51 protrudes from the flagpole 21 by a predetermined length, so those who see the group 20 may be considered to have hoisted early. .

And, as shown in Figure 10 to 12, the control box 70 is a pre-switch 71 for operating the mechanical hoisting unit 30, the early switch 73 for operating the early hoisting unit 50 and , The angle adjusting unit 75 for adjusting the rotation angle of the mechanical donor 30, the time adjusting unit 77 for adjusting the hoisting time of the initial switch 71 and the early switch 73, and the time adjusting unit 77 It may be configured to include a memory 79 in which the time data adjusted in) is stored.

Here, the pre-switch 71 and the early switch 73 may be driven by driving the mechanical donor 30 and the early hoisting unit 50, or may be stopped after the recovery. Then, the angle of rotation of the gigyangbu 30 can be adjusted by the angle adjusting unit (75). In addition, the time adjusting unit 77 may adjust the hoisting time of the pre-switch 71 and the early switch 73.

Meanwhile, the switch 71, the early switch 73, the angle adjuster 75, and the time adjuster 77 may be controlled by the controller 72.

Then, the angle adjusting unit 75 recognizes the angle of the angle setting module 75a for setting the angle of rotation of the machine unit 30 and the angle of rotation of the machine unit 30 in advance to determine the angle state of the machine unit 30. In the judgment of the angle providing module 75b and the angle determining module 75c for comparing and determining the set angle of the angle setting module 75a and the angle of the angle providing module 75b and the angle determining module 75c. It can be configured to include an angle driving module (75d) for driving the switch 71 by.

Here, when the user sets the rotation angle of the gigyangbu 30, the angle drive module (75d) can be fixed by rotating the flagpole 21 by the set angle by adjusting the switch 71. That is, the flagpole 21 may be hoisted horizontally or inclined at a set angle such as 45 degrees by the angle adjuster 75.

In addition, the time adjusting unit 77 includes a time setting module 77a for setting a hoisting time of the mechanical donor 30, a time providing module 77b for providing time, and a setting time of the time setting module 77a. And a time determining module 77c for comparing and determining the time of the time providing module 77b and a time driving module 75d for driving the switch 71 by the determination of the time determining module 77c. Can be.

Here, the time setting module 77a may set the hoisting time of the mechanical donor 30. In addition, the time providing module 77b may accumulate time in seconds, minutes, hours, and dates, and may provide time information and date information to the time determining module 77c. At this time, the time providing module 77b may be implemented as a digital timer.

In addition, since the time setting module 77a can adjust the time and the extended date, it is possible to adjust the hoisting date of the mechanical support unit 30. That is, the user may set the hoisting time of the hoisting unit 30 to 7 am and 6 pm, and may set the hoisting date to be hoisted every day or only on a national holiday.

On the other hand, the control box 70 may further include a communication unit 74. The communication unit 74 can communicate wirelessly with the remote controller 76 carried by the user. In this case, the components provided in the control box 70 may be configured identically to the mocon 76. That is, the user may remotely operate the mechanical support unit 30 and the early support unit 50 using the remote controller 76.

It is to be understood that the present invention is not limited to the above-described preferred embodiments, but can be practiced in various ways without departing from the spirit of the present invention in various ways. If you can easily understand.

If the implementation by such improvement, change, substitution or addition falls within the scope of the appended claims below, the technical spirit is also regarded as belonging to the present invention.

According to the present invention, there is an advantage that the device can be hoisted automatically and the hoist can be selectively hoisted.

In addition, the present invention can automatically hoist the device by setting the time and date of hoisting the device.

Claims (8)

delete delete delete delete Early to the housing unit 10 accommodated in the unit 20, the machine unit 30 for hoisting the unit 20 accommodated in the housing unit 10, and the group 20 accommodated in the housing unit 10 In the conventional automatic hoisting device including a hoisting early hoisting unit 50, a control box 70 for controlling the machine hoisting unit 30 and the early hoisting unit 50, The early foster unit 50 is An early flagpole 51 protruding from the flagpole 21 of the flag 20; A rack 53 formed below the early flagpole 51; A pinion (55) for moving the rack (53); Automatic hoisting device comprising an early hoisting motor (57) installed on the flag pole (21) to drive the pinion (55). The method of claim 5, wherein The control box 70 is A mechanical switch 71 for operating the mechanical donor 30; An early switch 73 for operating the early hoisting unit 50; Angle adjusting unit 75 for adjusting the rotation angle of the gigibu portion 30; A time adjusting unit 77 for adjusting a hoisting time of the air switch 71 and the early switch 73; Automatic hoisting device comprising a memory (79) is stored the time data adjusted by the time adjusting unit (77). The method of claim 6, The angle adjusting unit 75 Angle setting module (75a) for setting the rotation angle of the machine giangbu 30; An angle providing module 75b for recognizing a rotation angle of the machine providing unit 30 in advance and providing an angle state of the machine providing unit 30; An angle determination module 75c for comparing and determining a setting angle of the angle setting module 75a and an angle of the angle providing module 75b; An automatic hoisting device including an angle driving module (75d) for driving the machine switch 71 in accordance with the determination of the angle determination module (75c). The method of claim 6, The time adjusting unit 77 A time setting module 77a for setting a hoisting time of the machine hoisting unit 30; A time provision module 77b for providing the time; A time determining module (77c) for comparing and determining the setting time of the time setting module (77a) and the time of the time providing module (77b); And a time driving module (75d) for driving the switch (71) in accordance with the determination of the time determining module (77c).

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