KR102381881B1 - Flag hoisting devices - Google Patents

Abstract

The present invention relates to an automatic flag hoisting device for roads. The purpose of the present invention is to automatically unfold/fold and store flags, event guide flags, or advertising flags on a set date and time when raising the flags, event guide flags, or advertising flags on a roadside street lamp post, so as to enable convenient and safe hoisting without the need for separate installation personnel or equipment, so that a series of handling efficiency as well as economic feasibility can be greatly improved. Therefore, as a specific means of the present invention for achieving the purpose, the automatic flag hoisting device for roads includes: a flag replacement drive unit formed of a lift guide frame, a lift operation unit, a replacement drive control box, and a lower closing plate; a foundation installation unit that has a hoisting drive control box and a machine storage pipe and is coupled to the lift operation unit of the flag replacement drive unit; a winding drive tube that has a flag coupling installation groove and is inserted and installed into the inner diameter of the pair of flag accepting pipes in a divided structure; and a pair of left and right divided flags that have a sliding coupling rod and an elastic weight rod, and are inserted into and engaged with a flag coupling incision groove of the winding drive tube by the sliding coupling rod.

Description

Automated flag hoisting devices for road use

The present invention relates to a road flag hoisting device, and more particularly, in hoisting a symbol installed to commemorate a national anniversary, various domestic/foreign events, or festivals, for example, a national flag or an event guide flag, on the roadside. , Auto for road use that allows the flag or event guide to be hoisted conveniently and safely without the need for additional installation manpower or equipment by automatically unfolding and folding the flags or event guides to be hoisted according to the set date and time It is about the flag hoisting device.

Flag (旗) is used as a means of printing original designs or characters on a piece of fabric and expressing symbols and signals or decorations and advertisements through the printed designs or characters. The standards are divided into types and uses according to the purpose of use, the form of the design, and the hoisting method.

If we look at the types of flags in more detail, these are flags that symbolize the history and cultural ideals of a country, event guides that guide and symbolize various domestic and foreign events such as sports, culture, and festivals, commercial designs and letters It is classified as advertising flags that stimulate consumer psychology through expression.

For example, in the case of Korea, to inspire patriotism on national anniversaries such as Samiljeoljeol, Constitution Day, Liberation Day, Hangeul Day, etc., the Taegeukgi can be hoisted on the lampposts of each home, government office, and roadside, and also sports, cultural events, and local festivals. A representative example of this is that event guides are hoisted along the roadside or around the event site when such events are held and are being appropriately used to inspire the atmosphere of the event or festival being held.

Therefore, in public facilities such as government offices, airports, and hotels, as well as apartment houses such as apartments, and street lamp posts, flag hoisting poles are generally provided by default. (旗) is a situation that can be selectively hoisted according to the situation.

Here, flag hoisting poles provided in public facilities such as government offices, airports, and hotels are usually hung on a wire, and the flag hanging on the wire is raised and lowered by pulling up and down using a pulley. composed of Alternatively, a flag hoisting pole provided in a multi-family house such as an apartment or a streetlight pole by the roadside is usually constructed so that the flag can be hoisted by attaching and detaching the flagpole in an insert-type structure to a pole-type installation tube. .

However, as described above, the conventional flag hoisting stand of the configuration, the hoisting and lowering of the flag is made entirely by hand, and thus, it is very cumbersome, inconvenient, and gives inefficient handling problems as well as , Due to such a handling problem, the flag hoisting rate is inevitably lowered, and in particular, in order to hoist a large amount of flags along the roadside in accordance with anniversaries, events, festivals, etc., a large number of manpower and transport equipment (vehicles) must be used. As a result, considerable labor and time, and. It has the problem of economic waste.

On the other hand, in recent years, as a measure to solve some of the problems of the conventional flag hoisting poles that have no choice but to hoist the flag by hand, the earlier application was registered with the Korean Intellectual Property Office (Patent Registration No. 1301643) "Flag hoisting poles installed on street lights" has been created

This prior application registration technology includes a case and a rotating shaft rotatably coupled to the inside of the case, a rotating spring having one end fixed to the inner surface of the rotating shaft and the other end fixed to the case, and a stop adjustment pin formed in the case and a locking device including a reverse rotation prevention gear formed on the rotating shaft.

However, the "flag hoisting pole installed on a street lamp" as the pre-registration technology makes it convenient to install the flag hoisting pole on the street light pole and provides some improved functions to selectively adjust the angle of the installed flag hoisting pole. Unfolding and storing the flag and adjusting the angle of the flag hoisting table still depend on manual labor, so when a large amount of flags are hoisted on the roadside, considerable labor, time, and work. The problem of economic waste still exists.

Therefore, the present invention was devised to solve the general problems of the prior art hoisting units installed and used on roadside streetlight poles;

An object of the present invention is to automatically unfold and fold the national flag, event guide, or advertising flag in accordance with a set date and time when hoisting a national flag, event guide, or advertising flag on a roadside street lamp post, so that a separate It is to provide an automatic flag hoisting device for roads that can be hoisted conveniently and safely without the need for installation manpower or equipment, thereby greatly improving economic feasibility as well as a series of handling efficiency.

In addition, the object of the present invention is to prevent fluttering or twisting due to external environmental factors such as wind by making the automatically unfolded flag (旗) taut and fixed in a strong and stable form, thereby expressing it in the flag (旗) In order to efficiently deliver the designated symbolic design or text to pedestrians, and thus to further inspire patriotism and festive atmosphere, furthermore, in the case where the symbolic design or text expressed in the flag is a commercial advertisement, An object of the present invention is to provide an automatic flag hoisting device for roads that can further increase the effect of advertising or product sales by easy identification.

On the other hand, another object of the present invention is to freely and extensively exchange flags for various purposes that require hoisting by a simple and convenient detachable assembly structure, for example, national flags, group flags, event flags, advertisement flags, etc. By making it possible to hoist, it is to provide an automatic hoisting device for road use that can greatly improve handling, use efficiency, and economic feasibility.

Therefore, as a specific means of the automatic flag hoisting device for a road according to the present invention for achieving the above object;

a replacement drive unit formed of a lift guide frame, a lift operation unit, a replacement drive control box, and a lower end plate;

a base installation unit forming a hoisting drive control box and an air accommodating tube, and coupled to the lifting operation unit of the replacement drive unit;

a winding driving tube which forms a pre-engagement installation groove and is inserted and installed in a divided structure in the inner diameter of the pair of pre-accommodating tubes;

It is achieved by forming a sliding coupling rod and an elastic weight rod, and forming a pair of left and right divided groups that are coupled to the pre-coupled cut-out groove of the winding drive tube by the sliding coupling rod in an insertion and locking structure.

As described above, the automatic flag hoisting device for roads according to the present invention automatically unfolds and folds the flags to be hoisted according to the set date and time when hoisting national flags, group flags, event guides, advertisement containers, etc. It is stored so that it can be used conveniently and safely without the need for additional manpower or equipment, which provides the effect of improving handling efficiency and economy.

In addition, the automatic flag hoisting device for roads according to the present invention makes the unfolded and hoisted flag fixed and maintained in a sturdy and stable form by a variable induction frame, thereby preventing fluttering or kinking caused by external environmental factors such as wind. This was done to prevent it, so that pedestrians can easily identify the symbolic designs or characters expressed in the flag, thereby further inspiring patriotism or anticipation for the festival in the hearts of viewers. In particular, when it is a commercial advertisement, it provides an effect of increasing the amount of advertisement or product sales by easy identification.

Alternatively, the automatic flag hoisting device for roads according to the present invention enables free and wide exchange and hoisting of flags for various purposes by a convenient detachable assembly structure, thereby greatly improving handling, use efficiency, and economic feasibility. As an improvement, it provides a very useful expected effect.

1 is an exploded perspective view of an automatic flag hoisting device for a road according to the present invention;
Figure 2 is a perspective view of a coupled state of the automatic flag hoisting device for a road according to the present invention;
Figure 3 is a front view of the coupling state of the automatic flag hoisting device for a road according to the present invention;
Figure 4 is a side cross-sectional action state diagram of the automatic flag hoisting device for roads according to the present invention;
5 is an enlarged cross-sectional view of the main part applied to the present invention;
6 is a diagram of the elevator replacement operation state of the base installation unit applied to the present invention;
7 is a view of this embodiment of an automatic flag-hoisting device for a road according to the present invention;
8 is a view of a third embodiment of an automatic flag hoisting device for a road according to the present invention;
9 is a perspective view of a real embodiment of an automatic flag-hoisting device for a road according to the present invention;
10 is a side installation view of an automatic flag hoisting device for a road according to the present invention

Hereinafter, the configuration of a preferred embodiment of the automatic flag hoisting device for roads according to the present invention will be described in detail based on the accompanying drawings.

With reference to the accompanying drawings, looking at the schematic configuration of the automatic flag hoisting device for a road according to the present invention;

It consists of a unit replacement drive unit (1), a base installation unit (2), a pair of winding drive tubes (3), and a pair of units (4).

Here, first, the replacement drive unit 1, as shown in FIGS. 1 to 4, is installed spaced apart in an upright symmetrical structure and has a vertical concave groove configuration on the inside facing front and back installed spaced apart, for example, a pair of rail guide grooves. Forming the lifting guide frame 11 provided with (111), and forming the lifting operation unit 12 in which the drive screw 121 is installed upright in the inner space of the lifting guide frame 11 installed spaced apart in the symmetrical structure, , a replacement drive control box 13 equipped with a screw drive motor 131 on the inner surface and a solar heat collecting plate 132 on the outer surface in a configuration to close and combine the upper end of the lifting operation unit 12, Again, it is preferable to form the lower end plate 14 on which the rotation induction bearing 141 is mounted in a configuration for closing and coupling the lower end of the lifting operation unit 12 .

In addition, the base installation unit 2, as shown in FIG. 1 or FIG. 5, takes a vertical protrusion structure on the front and rear surfaces and has a symmetrical pair of lifting guide rails 211 and a female on one side of the structure. Forming the lifting drive control box 21 provided with the lifting shaft guide 212 of the hoisting drive control box 21, and further extending the hoisting drive control box 21 left and right both sides of the housing tube 22 in a pair of horizontally symmetrical structures It is desirable to form.

At this time, in the above-described base installation unit 2, the hoisting drive control box 12, as shown in FIG. The storage battery 214 for supplying electric energy necessary for operation to the driving motor 213 and the setting signal controller 215 for transmitting an operation signal to the driving motor 231 are formed in a built-in structure, and in particular, the setting The signal controller 215 is composed of a hoisting information memory chip (C) in which the flag hoisting day, the flag hoisting time, and the flag falling time are set in units of each year, in addition to this, the setting signal It is preferable to further form a weather condition sensor 124 equipped with a rain drop sensor and a wind speed sensor (not shown) on one side of the controller 215 .

Alternatively, in the above-described base installation unit (1), a pair of air receiving tube 22, as shown in the enlarged view of part A of FIG. 1 and the enlarged view of part A of FIG. 4, takes a cylindrical tube configuration and a winding guide groove 221 cut in a horizontal structure is further formed on the lower surface thereof.

In addition, the pair of winding driving tube 3 has a cylindrical tube configuration having a predetermined length, and as shown in FIG. 5 , a driving connection hole 31 is formed on one end surface, and again, the winding is wound up. It is preferable to further form the pre-coupled incision grooves 22 cut in a horizontal structure as shown in the enlarged view of part A of FIG. 4 on the upper and lower surfaces of the outer diameter of the driving tube 2 .

Finally, the flag (4) means any one of the original symbol means printed with design or characters, for example, a normal national flag, an institutional flag, an event guide, and an advertisement guide. In application to the invention, as shown in Figs. 1 to 3, a sliding coupling rod 41 is formed on the upper surface of the group 4 which takes a rectangular fabric configuration, and the elastic bar 41 is formed on the bottom surface of the group 4 It is preferable to combine the weight bar 42, for example, a spring bar of a predetermined length made of an elastic spring in a detachable structure.

At this time, as described above, the formed group 4 is formed as a pair of components divided into a plurality of left and right, as shown in FIGS. 1 to 3 .

Therefore, looking at the mutual coupling relationship of the automatic hoisting device for road according to the present invention consisting of the above components;

First, as shown in Fig. 1, by inserting the sliding coupling rod 41 of the upper end of the group 4 into the pre-coupled cut-out groove 32 of the winding drive tube 3 in a sliding structure, part A of Fig. 4 is enlarged As shown in the road, the upper end of the unit 4 is coupled in a structure caught in the winding drive tube 3, and the lower end of the unit 4 is an elastic weight bar 42, as shown in FIG. 1 or 2, as shown in FIG. ) to connect.

Next, a pair of winding driving tubes 3 to which the upper end of the unit 4 is coupled are respectively inserted into the inner diameter of the unit housing tube 22 formed of the base installation unit 2, and each of the inserted winding driving tubes 3 is inserted. As shown in FIG. 5, the driving connection hole 31 of The lower end of the connected group 4 connects the winding guide groove 221 incised to the lower surface of the group housing tube 22 so as to be wound and unwound.

Thereafter, in the base installation unit 2 in which the winding drive tube 3 and the flag 4 are combined as described above, the lifting guide rail 211 of the hoisting drive control box 21 is mounted on the lifting guide frame 11 of the The base installation unit (2) is inserted into the rail guide groove (111) by sliding, and at the same time, the lifting shaft guide (212) is shaft-coupled with the drive screw (121) to the lifting operation unit (12) formed of the replacement drive unit (1). ) is combined and installed in an up and down sliding transfer structure, and again, by coupling the replacement drive control box 13 to the upper end of the lifting operation unit 12 where the base installation unit 2 is installed, the screw drive motor ( 132) and the drive screw 121 by driving and connecting the upper end, the automatic flag hoisting device for the road according to the present invention is implemented.

Accordingly, as described above, the automatic flag hoisting device for a road according to the present invention consisting of a series of coupling structures is, as shown in FIG. 6, a clamp fastening method, etc. It is to have a relationship of use in the form installed through

First, the flag (4) is wound on the winding drive tube (3), and under the standby state in which the wound flag (4) is accommodated in the aircraft housing tube (22), the hoisting information memory chip (C) of the setting signal controller 215 When the driving motor 213 is driven and operated in the forward direction according to the flag hoisting day and the hoisting time set in 4) is released.

Next, the group 4 to be released is a form in which the elastic weight bar 42 is connected to the lower end thereof, and is stably expanded by the load of the elastic weight rod 42, and as shown in FIG. 3, the group ( 4) will be hoisted.

At this time, the elastic weight bar 42 stably unfolds the unit 4 by the load action, and at the same time, when the wind or other external force is applied in the state in which the unit 4 is unfolded, the fluidity ( It responds elastically) and functions to prevent deformation such as wrinkling or curling of the flag (4).

Alternatively, when the driving motor 213 is driven and operated in the reverse direction in accordance with the flag falling time set and input in the hoisting information memory hand (C), the open and hoisted flag 4 is, In the reverse order, for example, the winding drive tube 3 rotates in the reverse direction as shown in FIG. 4 or FIG. 5 and stably winds the unfolded flag 4, and in this way, the wound machine 4 is radiated. By being accommodated in the lead pipe 13, it has a series of use relationships.

Here, the automatic flag hoisting device for roads according to the present invention having a series of operation and use relationships as described above transfers all electrical energy necessary for its operation to the replacement drive control box 13 in the replacement drive unit 1 . It is provided from the mounted solar heat collecting plate 132, and the provision of such electrical energy is not limited to the natural electric energy simply by the solar heat collecting plate 132, and commercial power can also be used through wire connection. .

In addition, as an additional function of the present invention, in the state in which the flag 4 is hoisted, when it rains or a strong wind blows due to a change in the weather condition, a rain drop sensor provided in the weather condition detection unit S And wind speed sensor (dosae omitted) to detect rain and wind speed by winding and receiving the hoisted flag (4).

In addition, as described above, the automatic flag hoisting device for roads according to the present invention having an operational and use relationship is generally higher than a person's height as shown in FIG. to be installed;

Therefore, if you want to interact with the flag 4 for damage, old age, or new event information, operate the screw drive motor 131 mounted with the replacement drive control box 13 to rotate the drive screw 121 , The overall configuration of the basic installation unit 2 including the hoisting drive control box 21 by the lifting shaft guide 212 shaft-coupled with the rotating drive screw 121 is as shown in FIG. 6, elevating, lowering It operates and the height is adjusted, and by adjusting the height, it performs a function of facilitating the replacement of the unit 4 without the need for the use of a supporting means such as a separate ladder.

At this time, the operation control relation of the screw drive motor 131 for replacing the unit 4 is a wired control method in which a separate on/off switch is connected and installed, a wired control method using a remote control, or a smartphone application. Any one of the used smart control methods or a plurality of methods may be applied in parallel.

On the other hand, Figure 7 shows this embodiment of the automatic flag hoisting device for a road according to the present invention.

As such, the present invention as this embodiment is formed by further mounting the wire drive motor 133 as shown in FIG. 7 in the replacement drive control box 13 provided with the replacement drive unit 1 in the above-described exemplary embodiment. and the auxiliary traction wire (W) that is wound and unwound by the wire driving motor 133 is further connected and formed, and again, the formed auxiliary traction wire (W) is used as an example in the basic installation unit (2) provided There, it is preferable to form a fixed connection to one side of the hoisting drive control box 21 as shown in FIG.

In addition, Figure 8 shows a third embodiment of the automatic flag hoisting device for a road according to the present invention.

As such, the present invention as a three-embodiment is preferably to form the early hoisting driving device 5 in the center of the upper rear surface of the base installation unit 2 in the configuration of the embodiment described above.

As shown in FIG. 8, the early hoisting driving device 5 is a pair of early driving shafts ( 52) symmetrically, and a pair of movement guides for connecting and fixing the ferrule 23 formed of the pair of early drive shaft 52 and the base installation unit 2 in a rotating screw coupling structure as shown in FIG. It is formed of a sphere (53).

Therefore, in the present invention as such, three embodiments, the movement guide 53 is moved left and right by the early drive shaft 52 which rotates oppositely according to the drive of the early drive motor 51 when the early lifting is required. Moving, by adjusting the length of the ferrule 23, the flag is hoisted.

Finally, FIG. 9 is a perspective view of an automatic flag hoisting device for a road according to the present invention, and FIG. 10 shows a side installation view of an automatic flag hoisting device for a road according to the present invention.

As such, the present invention as an actual embodiment is a group formed of the above-described embodiment configuration, for example, the unit replacement drive unit 1, the base installation unit 2, the winding drive pipe 3, and the unit 4 After providing the hoisting device in a plurality of configurations, as shown in FIG. 9 , the provided plurality of flag hoisting devices are connected and formed in a pair of butt structures symmetrical before and after;

In the symmetrically connected front and rear pair of flag hoisting devices, a flag symbolizing the history and cultural ideal of a country is hoisted on the flag hoisting device in one direction, and the flag hoisting device in the other direction in which the flag is hoisted It is desirable to selectively hoist the institutional group flag, event guide machine, and advertisement guide machine according to the user's needs.

1: unit replacement drive unit 2: basic installation unit
3: winding drive tube 4: group
5: Early hoisting driving device 11: Elevating guide frame
12: lifting operation unit 13: replacement drive control box
14: lower end plate 21: hoisting drive control box
22: unit storage tube 31: drive connector
32: pre-coupled incision groove 41: sliding coupling rod
42: elastic weight bar 51: early driving motor
52: early drive shaft

Claims (6)

The elevating guide frame 11, which is installed spaced apart in an upright symmetrical structure and has a pair of rail guide grooves 111 formed on the inner front and rear surfaces, and a driving screw 121 in the inner space of the spaced apart elevating guide frame 11. A replacement mounted with a screw drive motor 131 and a solar heat collector 132 to transfer power to the drive screw 121 by closing the lifting operation unit 12 installed upright and the lifting operation unit 12 upper end. a drive control box 13 and a replacement drive unit 1 formed of a lower end plate 14 for closing the lower end of the lifting operation unit 12;
A pair of elevating guide rails 211 symmetrical to the front and rear, a lifting drive control box 21 provided with an elevating shaft guide 212 on one side, and a lifting drive control box 21 are stored on both sides of the left and right sides The pipe 22 further extends in a pair of horizontally symmetrical structures and forms a base installation unit 2 that is slidably coupled to the lift operation unit 12 of the unit replacement drive unit 1;
It is inserted and installed in the inner diameter part of the pair of air accommodating tube 22 in a split structure and has a symmetrical configuration of a pair of left and right that rotates forward and reverse by power transmission by the hoisting drive control box 21. a winding drive tube 3 having a pre-coupled incision groove 32 formed therein;
The sliding coupling rod 41 on the upper surface and the elastic weight rod 42 on the bottom surface are coupled to each other, and the sliding coupling rod 41 is inserted into the pre-coupled cut-out groove 32 of the winding driving tube 3 by means of the sliding coupling rod 41. It contains a pair of left and right split groups (4) bound to the structure;
An early hoisting driving device 5 is further formed in the center of the rear surface of the base installation unit 2, wherein the early hoisting driving device 5 has a thread structure opposite to the left and right side surfaces with the early driving motor 51 as the center. A pair of movement guides for symmetrically forming a pair of early drive shafts 52 driven by Automatic flag hoisting device for road, characterized in that formed in a configuration comprising a sphere (53).
The method of claim 1 ;
Hoisting drive control box 21, and a drive motor 213 made of a worm gear (G);
a storage battery 214 for supplying operating energy to the driving motor 213;
A setting signal controller 215 for transmitting an operation signal to the driving motor 213 is further formed, wherein the setting signal controller 215 sets the flag raising day, the flag raising time, and the flag falling time in units of each year. Automatic flag hoisting device for roads, characterized in that it is formed of a hoisting information memory chip (C) and a weather condition detection unit (S) equipped with a rain drop sensor and a wind speed sensor.
The method of claim 1 ;
A pair of group housing tube 22, a winding guide groove 221 is formed on the lower surface;
A pair of winding driving tubes (3) inserted and coupled to the group housing tube (22) is characterized in that a driving connection hole (31) for power coupling with the worm gear (G) of the driving motor (213) is formed on one side thereof. Automatic flag hoisting device for dragons.
The method of claim 1 ;
The replacement drive unit 1 is further mounted with a wire drive motor 133 in the replacement drive control box 13, and forms an auxiliary traction wire W that is wound and unwound by the wire drive motor 133, The auxiliary traction wire (W) is further fixedly connected to one side of the hoisting drive control box 21 formed of the base installation unit 2 to guide the lifting and lowering transfer operation of the hoisting drive control box 21 as an auxiliary means. Automatic flag hoisting device for road, characterized in that.
delete The method of claim 1 ;
The machine replacement drive unit (1), the base installation unit (2), the winding drive tube (3), and the machine (4) are formed of a machine hoisting device in a symmetrical pair of butt structures, forming a plurality of front and back structures. a connection is formed;
The national flag is hoisted on the flag hoisting device in one direction among the pair of flag hoisting devices before and after the connection is formed, and the flag hoisting device in the other direction in which the national flag is hoisted is any one of an institutional flag, an event guide, and an advertisement guide. Automatic flag hoisting device for road, characterized in that the flag is raised.

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