KR102548771B1 - Smart danger sign device and combination unit for smart danger sign device - Google Patents

Abstract

The present invention relates to a smart danger sign device for easily combining a marking module to a power line and a coupling unit for a smart danger sign device. For this purpose, the smart danger sign device includes: a bracket module which is detachably coupled to a power line; a cover module which is detachably coupled to the bracket module and displays a cover phrase; a fastening member which detachably connects the bracket module to the power line; and a detachable member which detachably couples the marking module to the bracket module.

Description

Combination unit for smart hazard sign device and smart hazard sign device {SMART DANGER SIGN DEVICE AND COMBINATION UNIT FOR SMART DANGER SIGN DEVICE}

The present invention relates to a smart danger sign device and a coupling unit for a smart danger sign device, and more particularly, to a smart danger sign device and a coupling unit for a smart danger sign device for easily coupling a beacon module to a power line.

In general, a high-voltage current of 22,900V flows in a power supply line or an overhead line of a subway or catenary line. Since the power supply line through which such high-voltage current flows is quite dangerous, it is necessary to easily recognize the danger of high-voltage electricity at all times during the day and at night. High-voltage current flows through the power lines, and when these high-voltage power lines come into contact with the human body, it can cause a fatal electric shock accident to the human body. Hazard signs are fastened to power lines to ensure safety.

In order for the danger sign to be fastened to the power line, after the worker gets on a ladder or ladder car and approaches the power line, the worker directly touches the power line while wearing protective gear to fasten the danger sign to the power line. In this case, since the worker approaches the vicinity of the power line, the worker is exposed to an electric shock accident, and furthermore, the time may be delayed until the worker approaches the vicinity of the power line, and it may not be easy for the ladder truck to approach the vicinity of the telephone pole .

Electrical hazard safety signs used hanging from power supply lines or overhead lines have contents such as 'high voltage electrical hazard' written on them. It is true that these contents are identifiable during the daytime, but do not self-luminesce, which poses a lot of danger when working in the vicinity of a subway or tram line at night. Therefore, it is necessary to create a safety sign that can identify the danger of high-voltage electricity not only during the day but also at night. To do so, a light source must be supplied to illuminate at night due to the nature of safety signs.

On the other hand, in the conventional safety sign, the letters such as 'high voltage danger' are colored with a predetermined color and used as a daytime identification means, and a method for using a nighttime identification means is a method using a battery and a light emitting element, and a solar cell and a light emitting element A method using , etc. is generally used. However, the method using a battery and a light emitting device has the inconvenience of having to replace the battery, and thus requires a lot of maintenance cost.

Republic of Korea Patent Registration No. 10-2322322 (Title of Invention: Non-Wind Pressure Hazard Sign for Power Lines, 2021. 11. 05. Notice)

An object of the present invention is to solve the conventional problems, and to provide a smart hazard sign device and a coupling unit for a smart hazard sign device for easily coupling a beacon module to a power line.

According to a preferred embodiment for achieving the object of the present invention described above, the smart danger sign device according to the present invention includes a bracket module detachably coupled to a power line; a cover module detachably coupled to the bracket module and displaying a cover text; a fastening member detachably coupling the bracket module to the power line; and a detachable member detachably coupling the cover module to the bracket module.

Here, the bracket module, a first bracket; and a second bracket rotatably coupled to the first bracket, wherein the fastening member rotates the second bracket based on the first bracket so that the first bracket and the second bracket interact with each other. When facing each other, the first bracket and the second bracket are coupled.

In addition, the bracket module further includes a support shaft to which at least one of the first bracket and the second bracket is rotatably coupled.

At this time, in at least one of the first bracket and the second bracket, a bracket electric wire groove into which the power line is inserted is recessed.

Here, the fastening member may include a first screw hole formed through the first bracket; a second screw hole formed through the second bracket to communicate with the first screw hole according to the overlapping of the first bracket and the second bracket; and a fastening bolt screwed into at least one of the first bracket and the second bracket by passing through the first screw hole and the second screw hole when the first bracket and the second bracket overlap each other. includes

Here, the cover module may include a cover block displaying cover text; and a cover bracket protruding from the cover block and fitted and coupled to the bracket module, wherein the detachable member detachably couples the cover bracket to the bracket module.

At this time, at least one of the first bracket and the second bracket is recessed into a bracket connection groove into which the cover bracket is inserted.

Here, the detachable member includes a detachable protrusion protruding from one of the bracket module and the cover bracket; and a hook hole formed through or recessed into the other one of the bracket module and the cover bracket and into which the detachable protrusion is fitted or hooked.

The smart hazard warning device according to the present invention is coupled to at least one of both sides of the bracket module in correspondence with the longitudinal direction of the power line, the gripping module for gripping the power line; and a gripping coupling member detachably coupling the gripping module to the bracket module.

Here, the gripping module includes a support member disposed on at least one of both side portions of the bracket module; and a ring member rotatably coupled to the support member and wrapped around the power line to be engaged with the support member, wherein the gripping coupling member detachably couples the support member to the bracket module.

The smart hazard sign device according to the present invention further includes a light emitting module that emits light by an induced current generated by an electromagnetic induction method so that the sign phrase is highlighted by light.

Here, the light emitting module includes a primary coil connected to the power line; a secondary coil disposed coaxially with the primary coil and spaced apart from the primary coil to generate the induced current; a battery connected to the secondary coil and charged by the induced current; and a light emitting member connected to the battery and emitting light by power of the battery.

The coupling unit for a smart hazard sign device according to the present invention is a coupling unit for a smart hazard sign device that couples a cover module marked with a cover phrase to a power line, detachably coupled to the power line, and wherein the cover module is detachably coupled bracket module; a gripping module coupled to at least one of both ends of the bracket module to grip the power line in correspondence with the longitudinal direction of the power line; at least one fastening member detachably coupling the bracket module to the power line; and a gripping coupling member detachably coupling the gripping module to the bracket module.

At this time, the holding module, a support member disposed on at least one of the both ends of the bracket module; and a ring member rotatably coupled to the support member so as to surround and grip the power line, wherein the gripping coupling member detachably couples the support member to the bracket module.

According to the smart danger sign device and the smart danger sign device according to the present invention, the sign module can be easily coupled to the power line.

In particular, the bracket module can be firmly fixed to the power line through the fastening member, and various types of cover modules can be selectively coupled to the bracket module through the detachable member.

In addition, in the present invention, the bracket module can stably wrap the power line through the detailed coupling relationship of the bracket module, and the bonding force between the first bracket and the second bracket can be improved. In addition, it is possible to smoothly rotate the second bracket based on the first bracket through the support shaft. In addition, it is possible to smoothly rotate the first body around the support shaft through the detailed coupling relationship of the first bracket. In addition, it is possible to smoothly rotate the second body around the support shaft through the detailed coupling relationship of the second bracket. In addition, the power line can be conveniently placed between the first bracket and the second bracket through the coupling relationship between the support shaft and the first bracket and the second bracket, and the amount of rotation of the second bracket can be limited based on the first bracket. there is.

In addition, the present invention can prevent the flow of the power line in the bracket module through the bracket wire groove. In addition, the coupling position of the cover module can be clarified through the bracket connection groove. In addition, it is possible to disperse the wind pressure through the bracket ventilation hole and minimize the shaking of the cover module in the power line. In addition, it is possible to improve the gripping force of the power line in the bracket module through the wire support rib. In addition, it is possible to prevent the cover module from being separated from the bracket module even if the detachable member is damaged through the module holding jaw.

In addition, the present invention improves the bonding force between the first bracket and the second bracket through the detailed coupling relationship of the fastening member, and can conveniently manipulate the fastening member with a smart stick.

In addition, the present invention can improve the bonding stability of the bracket module and the cover module through the detailed coupling relationship of the cover module.

In addition, the present invention can improve the bonding force between the bracket module and the cover bracket through the detailed coupling relationship of the detachable member, and prevent the cover bracket from being separated between the first bracket and the second bracket.

In addition, the present invention can stabilize the bonding force between the power line and the bracket module through the additional configuration of the gripping module, and prevent the gripping force of the power line gripped by the gripping module from being lowered. In addition, the coupling between the bracket module and the gripping module is stabilized through an additional configuration of the gripping coupling member, and a portion of the gripping module is restrained to the bracket module to prevent the gripping module from being arbitrarily moved based on the bracket module.

In addition, the present invention stably maintains the wrapped state of the power line through the detailed coupling relationship of the gripping module, prevents the locking of the support member and the ring member from being arbitrarily released, and can conveniently operate the ring member with a smart stick. there is.

In addition, the present invention can easily generate current through an electromagnetic induction method through an additional configuration of the light emitting module, and when the cover module is coupled to the power line, it is possible to secure visibility during the day as well as at night by highlighting the cover phrase.

In addition, the present invention allows the magnetic field to be smoothly generated in the coaxial direction of the primary coil and the secondary coil through the detailed coupling relationship of the light emitting module, stably generates an induced current by using the current flowing in the power line, and externally for light emission. It does not require a power source and can charge the battery semi-permanently.

In addition, the present invention can stabilize the bonding force between the power line and the bracket module through the coupling relationship of the coupling unit, and prevent the gripping force of the power line gripped by the gripping module from being lowered. In particular, the coupling between the bracket module and the gripping module is stabilized through the gripping coupling member, and a portion of the gripping module is constrained to the bracket module to prevent the gripping module from being arbitrarily moved based on the bracket module.

1 is a perspective view showing a smart hazard sign device according to an embodiment of the present invention.
Figure 2 is an exploded perspective view showing a smart hazard sign device according to an embodiment of the present invention.
Figure 3 is a perspective view showing a separated state of the coupling unit and the cover module in the smart danger sign device according to an embodiment of the present invention.
Figure 4 is a perspective view showing a coupled state of the coupling unit and the cover module in the smart danger sign device according to an embodiment of the present invention.
5 is a perspective view showing a coupled state of a first bracket and a second bracket in a smart hazard sign device according to an embodiment of the present invention.
Figure 6 is a cross-sectional perspective view showing a state before the gripping module grips the power line in the smart hazard warning device according to an embodiment of the present invention.
7 is a cross-sectional perspective view showing a state after the gripping module grips the power line in the smart hazard sign device according to an embodiment of the present invention.
8 is a front view showing a state in which a light emitting module is embedded in a cover module in a smart hazard sign device according to an embodiment of the present invention.

Hereinafter, an embodiment of a smart hazard sign device and a coupling unit for a smart hazard sign device according to the present invention will be described with reference to the accompanying drawings. At this time, the present invention is not limited or limited by the examples. In addition, in describing the present invention, detailed descriptions of well-known functions or configurations may be omitted to clarify the gist of the present invention.

1 to 8, the smart hazard label device according to an embodiment of the present invention includes a bracket module, a cover module 80, a fastening member 40, and a detachable member 83.

The bracket module is detachably coupled to the power line (PC). The bracket module may include a first bracket 20 and a second bracket 30 rotatably coupled to the first bracket 20 .

The first bracket 20 may include a plate-shaped first body 21 and a first shaft rod 22 protruding from the first body 21 so as to be coupled to the support shaft 10 . The first shaft bar 22 may represent a hollow tubular shape through which the support shaft 10 passes. Two or more of the first shaft bars 22 may be spaced apart from each other and arranged in a line.

The second bracket 30 is a second shaft rod protruding from the second body 31 so as to be coupled with the second body 31 of substantially the same plate shape as the first body 21 and the support shaft 10 ( 32) may be included. The second shaft rod 32 may represent a hollow tubular shape through which the support shaft 10 passes. Two or more of the second shaft bars 32 may be spaced apart from each other and arranged in a line.

The bracket module may further include a support shaft 10 to which at least one of the first bracket 20 and the second bracket 30 is rotatably coupled.

The support shaft 10 may include a first rod 11 and a second rod 12 detachably coupled to the first rod 11 . Here, it is preferable that one end of the first rod 11 is provided with a first head supported by one end of the bracket module, and a load bolt 111 is provided at the other end of the first rod 11 . In addition, one end of the second rod 12 is provided with a second head supported by the other end of the bracket module, and the other end of the second rod 12 has a load nut 121 screwed with the load bolt 111. ) is preferably provided.

Accordingly, when the first shaft bar 22 and the second shaft bar 32 are alternately disposed coaxially, the first rod 11 on one side of the bracket module is alternately disposed first shaft bar 22 and second shaft bar (32), and on the other side of the bracket module, the second rod 12 is inserted into the alternately arranged first shaft bar 22 and second shaft bar 32, and the load bolt 111 and the load nut 121 Since ) is screwed together, at least one of the first bracket 20 and the second bracket 30 is rotatably coupled to the support shaft 10. At this time, when the second bracket 30 is rotated around the support shaft 10 based on the first bracket 20, the rotatable angle of the second bracket 30 is the first bracket 20 and the second bracket 20. It is possible to rotate the brackets 30 greater than the minimum rotation angle and less than the maximum rotation angle in a parallel or overlapping state. The minimum rotation angle is sufficient if the power line (PC) can be positioned between the first bracket 20 and the second bracket 30, and can be set to 15 degrees or more and 30 degrees or less. The maximum rotation angle is sufficient if the lower end of the second bracket 30 is separated from the lower end of the first bracket 20 so that the second bracket 30 can be manipulated with a smart stick, and is more than 180 degrees and less than 355 degrees. can be set Here, if the rotatable angle of the second bracket 30 is less than 15 degrees, it is difficult to properly position the power line PC between the first bracket 20 and the second bracket 30, and the rotation of the second bracket 30 If the possible angle exceeds 355 degrees, it is difficult to manipulate only the second bracket 30 with the smart stick.

Since at least one of the first body 21 of the first bracket 20 and the second body 31 of the second bracket 30 is formed with a bracket wire groove into which the power line PC is inserted, the bracket module The power line (PC) can be placed in place. The bracket wire grooves include the first wire groove 211 recessed in the first body 21 of the first bracket 20 and the second wire groove 211 recessed in the second body 31 of the second bracket 30. At least one of the grooves 311 may be included.

At this time. A wire support rib may protrude from the bracket wire groove. Then, when the first bracket 20 and the second bracket 30 grip the power line (PC), the adhesion between the wire support rib and the power line (PC) is improved in the bracket wire groove, so that the power line (PC) in the bracket module support can be improved. In more detail, the wire support ribs are among the plurality of first support ribs 212 protruding from the first wire groove 211 and the plurality of second support ribs 312 protruding from the second wire groove 311. At least one may be included.

Since at least one of the first body 21 of the first bracket 20 and the second body 31 of the second bracket 30 is formed with a bracket connection groove into which the cover bracket 82 is inserted, the bracket module It is possible to place the cover module 80 in place. The bracket connection grooves include a first connection groove 213 recessed into the first body 21 of the first bracket 20 and a second connection groove formed recessed into the second body 31 of the second bracket 30. At least one of the grooves 313 may be included.

At this time, a module catching protrusion may protrude from the bracket connection groove, and a module catching groove 821 may be recessed in the cover bracket 82 included in the cover module 80 to be described later to be caught and supported by the module catching protrusion. In more detail, the first connecting groove 213 may be provided with a first holding protrusion 214 for holding and supporting the module holding groove 821 of the cover bracket 82 included in the cover module 80 . When the module holding groove 821 is formed in the first connection groove 213, the first holding jaw 214 may be formed in the cover bracket 82 included in the cover module 80. Similarly, the second connecting groove 313 may be provided with a second holding jaw 314 to which the module holding groove 821 of the cover bracket 82 included in the cover module 80 is hooked and supported. When the module holding groove 821 is formed in the second connection groove 313, the second holding jaw 314 may be formed in the cover bracket 82 included in the cover module 80.

Conversely, a locking groove may be recessed in the bracket connection groove, and a module locking jaw may protrude from the cover bracket 82 included in the cover module 80 to be described later. In more detail, a first catching groove may be recessed in the first connection groove 213 , and a second catching groove may be recessed in the second connection groove 313 .

Since at least one bracket ventilation hole communicating with each other is formed through the first body 21 of the first bracket 20 and the second body 31 of the second bracket 30, wind pressure acting on the bracket module is reduced. It can be dispersed or released, and the flow of the bracket module in the power line (PC) can be minimized. The bracket ventilation hole is the first ventilation hole 215 formed through the first body 21 of the first bracket 20 and the first ventilation hole 215 when the first bracket 20 and the second bracket 30 are combined. A second ventilation hole 315 formed through the second body 31 of the second bracket 30 to communicate with the hole 215 may be included.

The cover module 80 is detachably coupled to the bracket module. A cover phrase 811 indicating a dangerous situation for the power line (PC) may be displayed on the cover module 80 . In more detail, the cover module 80 may include a cover block 81 on which the cover phrase 811 is displayed, and a cover bracket 82 protruding from the cover block 81 and fitted into the bracket module.

In one embodiment of the present invention, the display phrase 811 is displayed as “dangerous extra high pressure”, but is not limited thereto, and various well-known phrases may be applied.

It is preferable that the cover block 81 forms a hollow enclosure so that the light emitting module 90 to be described later is embedded therein. The cover phrase 811 may be displayed on the surface of the cover block 81 in an engraved or embossed manner. Since the cover phrase 811 is highlighted, visibility can be secured during the daytime. The cover text 811 is provided with a fluorescent material to absorb light and emit light at night, so that visibility at night can be secured. In the cover block 81, at least one of the part where the cover phrase 811 is displayed and the part where the cover phrase 811 is not displayed allows light to pass through, so that the cover phrase 811 by the light emitting module 90 to be described later. ) can improve visibility.

The cover bracket 82 protrudes from the cover block 81 in a plate shape. The cover bracket 82 is fitted into the bracket connection groove of the bracket module so that the cover module 80 can be properly positioned in the bracket module. At this time, a module holding groove 821 may be recessed in the cover bracket 82 to correspond to the module holding jaw. Conversely, when the module catching protrusion protrudes from the cover bracket 82, the module catching groove 821 may be recessed in the bracket module.

At least one cover ventilation hole 822 communicating with the bracket ventilation hole formed through the bracket module may be formed through the cover bracket 82 .

The fastening member 40 detachably couples the bracket module to the power line (PC). As the second bracket 30 rotates with respect to the first bracket 20, the fastening member 40 rotates the first bracket 20 when the first bracket 20 and the second bracket 30 face each other. and the second bracket 30 are coupled. It is preferable that one fastening member 40 is provided or two or more are spaced apart from each other.

In more detail, the fastening member 40 is formed through the first screw hole 41 formed through the first bracket 20, and the first screw hole according to the overlapping of the first bracket 20 and the second bracket 30 ( 41) and the second screw hole 42 formed through the second bracket 30 so as to communicate with the first screw hole 41 when the first bracket 20 and the second bracket 30 face each other. It may include a fastening bolt 43 that passes through the second screw hole 42 and is screwed into at least one of the first bracket 20 and the second bracket 30 . The fastening member 40 includes a first nut 411 protruding from the first bracket 20 to communicate with the first screw hole 41 and a second bracket 30 to communicate with the second screw hole 42. Since it further includes at least one of the second nuts 421 protruding from, the screw coupling through the fastening bolt 43 can be firmly and clearly.

The detachable member 83 detachably couples the cover module 80 to the bracket module. The detachable member 83 detachably couples the cover bracket 82 to the bracket module. It is preferable that one detachable member 83 is provided or two or more are spaced apart from each other.

In more detail, the detachable member 83 includes a detachable protrusion 831 protruding from one of the bracket module and the cover bracket 82 and a detachable protrusion 831 formed in a depression or penetrating the other one of the bracket module and the cover bracket 82. 831 may include a hook hole that is fitted or engaged.

In addition, the detachable member 83 further includes hook protrusions 833 and 832 protruding from the outer circumferential surface of the detachable protrusion 831, and the bracket module and the cover bracket so that the hook protrusions 833 and 832 are caught and supported ( 82), the hooking wing 834 protrudes from the hook hole in the other one, and the protrusion cutout that divides a part of the detachable protrusion 831 so that the hook protrusions 833 and 832 are caught on the edge of the hook hole. (not shown) may further include any one.

In addition, when the detachable protrusion 831 is formed on any one of the first bracket 20 and the second bracket 30 in the bracket module, the other one of the first bracket 20 and the second bracket 30 is detachable. A detachable groove 835 in which an end of the protrusion 831 is seated may be recessed.

The smart hazard sign device according to an embodiment of the present invention may further include a gripping module and a gripping coupling member 70.

The gripping module is coupled to at least one of both sides of the bracket module in correspondence with the length direction of the power line (PC) to grip the power line (PC). The gripping module includes a first gripping member 501 coupled to one side of the bracket module to grip the power line PC and a second gripping member 502 coupled to the other side of the bracket module to grip the power line PC. At least one may be included.

The gripping module includes a support member 50 disposed on at least one of both sides of the bracket module, and a ring member rotatably coupled to the support member 50 and wrapped around the power line PC to be engaged with the support member 50. (60) may be included.

The support member 50 includes a support body 51 through which a ring through hole 512 is formed, a ring stopper 52 protruding from the support body 51 into the ring through hole 512, and a support shaft 10 It may include a support shaft rod 53 protruding from the support body 51 so as to be coupled with. The ring stopper 52 is a stopper member 521 protruding from the ring through hole 512 from the support body 51, and a stopper member 521 protruding from the stopper member 521 to manipulate the pivoting operation of the stopper member 521 An opening mechanism 522 may be included. Support shaft rods 53 may be arranged in a line with one protruding or two or more spaced apart from each other.

The ring member 60 has a ring body 61, a ring body 61 so as to be coupled with a ring body 61, a coupling ring 62 protruding from the ring body 61 so as to be engaged with the ring stopper 52, and a support shaft 10. ) It may further include a coupling shaft rod 63 formed protruding, and a manipulation ring 64 protruding from the ring body 61 so that the smart stick is coupled. A barbed gear 621 for engagement with the stopper member 521 protrudes from the coupling ring 62 . Coupling shaft rods 63 may be arranged in a line with one protruding or two or more spaced apart from each other.

Since at least one of the support body 51 of the support member 50 and the ring body 61 of the ring member 60 is recessed, the power line PC can be positioned in the gripping module. The gripping wire groove is at least one of the support wire groove 511 formed recessed in the support body 51 of the support member 50 and the ring wire groove 611 formed recessed in the ring body 61 of the ring member 60. may include either.

Then, as the smart stick is coupled to the control ring 64 and the ring member 60 rotates forward relative to the support member 50, the coupling ring 62 is inserted into the ring through hole 512, and the stopper member ( 521), since the barb gear 621 is engaged, the gripping module can grip the power line PC.

Conversely, when the opening operation tool 522 is pressed with the smart stick, the stopper member 521 is pivotally rotated and separated from the barbed gear 621, and in this state, the smart stick is coupled to the operating ring 64 and then the support member ( 50), as the ring member 60 reversely rotates, the coupling ring 62 can be separated from the ring passage hole 512.

The gripping coupling member 70 detachably couples the gripping module to the bracket module. The gripping coupling member 70 detachably couples the support member 50 to the bracket module.

In more detail, the gripping coupling member 70 includes a coupling protrusion 71 protruding from the support member 50 of the holding module, and a gripping coupling groove 72 formed recessed in the bracket module so that the coupling protrusion 71 is fitted. can include The gripping coupling groove 72 is formed in the first coupling groove recessed on the side surface of the first body 21 of the first bracket 20 and the side surface of the second body 31 of the second bracket 30. It may include at least one of the second coupling grooves.

As shown in FIGS. 3 and 4, the coupling protrusion 71 is fitted into the first coupling groove, and as the first bracket 20 and the second bracket 30 are coupled, the coupling protrusion 71 is coupled to the second coupling groove. Since it is fitted into the coupling groove, the support member 50 of the gripping module is constrained to the bracket module, and the ring member 60 can stably rotate with respect to the support member 50 . At this time, when the ring member 60 is rotated about the support shaft 10 based on the support member 50, the rotation angle of the ring member 60 is such that the free end of the coupling ring 62 is the ring through hole ( 512) may be substantially the same as the rotatable angle of the above-described second bracket 30 in a state immediately before being inserted.

Here, the coupling unit for the smart hazard sign device according to an embodiment of the present invention couples the sign module 80 on which the sign phrase 811 is displayed to the power line (PC). A coupling unit for a smart hazard sign device according to an embodiment of the present invention includes the above-described bracket module, the gripping module, the fastening member 40, and the gripping coupling member 70.

A smart hazard sign device according to an embodiment of the present invention may further include a light emitting module (90). The light emitting module 90 emits light by an induced current generated by an electromagnetic induction method so that the cover text 811 is highlighted by the light.

The light emitting module 90 includes a primary coil 91 connected to the power line (PC) and a secondary coil (which is spaced apart from the primary coil 91 so as to form a coaxial shape with the primary coil 91 and generates an induced current) 92), a battery 93 connected to the secondary coil 92 and charged by an induced current, and a light emitting member 94 connected to the battery 93 and emitting light by the power of the battery 93 can include

The primary coil 91 is connected to the power line PC via the primary connection line as the bracket module is coupled to the power line PC.

Since the secondary coil 92 is coaxial with the primary coil 91, the magnetic field generated in the primary coil 91 acts on the secondary coil 92, and the induced current in the secondary coil 92 to occur stably.

The primary coil 91, the secondary coil 92, the battery 93, and the light emitting member 94 are stably embedded in the cover block 81 of the cover module 80 via the light emitting bracket.

According to the foregoing smart hazard sign device and smart hazard sign device, the sign module 80 can be easily coupled to the power line (PC).

In particular, the bracket module can be firmly fixed to the power line (PC) through the fastening member 40, and various types of cover modules 80 can be selectively coupled to the bracket module through the detachable member 83.

In addition, the bracket module can stably wrap the power line (PC) through the detailed coupling relationship of the bracket module, and the bonding force between the first bracket 20 and the second bracket 30 can be improved. In addition, the rotation of the second bracket 30 relative to the first bracket 20 can be smoothly performed through the support shaft 10 . In addition, the rotation of the first body 21 around the support shaft 10 can be smoothly performed through the detailed coupling relationship of the first bracket 20 . In addition, the rotation of the second body 31 around the support shaft 10 can be smoothly performed through the detailed coupling relationship of the second bracket 30 . In addition, the power line (PC) can be conveniently placed between the first bracket 20 and the second bracket 30 through the coupling relationship between the support shaft 10, the first bracket 20, and the second bracket 30. There is, it is possible to limit the amount of rotation of the second bracket (30) based on the first bracket (20).

In addition, it is possible to prevent the flow of the power line (PC) in the bracket module through the bracket wire groove. In addition, the coupling position of the cover module 80 can be clarified through the bracket connection groove. In addition, it is possible to disperse wind pressure through the bracket ventilation hole and minimize shaking of the cover module 80 in the power line (PC). In addition, it is possible to improve the gripping force of the power line (PC) in the bracket module through the wire support rib. In addition, it is possible to prevent the cover module 80 from being separated from the bracket module even if the detachable member 83 is damaged through the module holding jaw.

In addition, the bonding force between the first bracket 20 and the second bracket 30 is improved through the detailed coupling relationship of the fastening member 40, and the fastening member 40 can be conveniently operated with a smart stick.

In addition, the coupling stability between the bracket module and the cover module 80 can be improved through the detailed coupling relationship of the cover module 80 .

In addition, the bonding force between the bracket module and the cover bracket 82 is improved through the detailed coupling relationship of the detachable member 83, and the cover bracket 82 is separated between the first bracket 20 and the second bracket 30. that can be prevented

In addition, the bonding force between the power line (PC) and the bracket module can be stabilized through the additional configuration of the gripping module, and the gripping force of the power line (PC) held by the gripping module can be prevented from being lowered. In addition, through the additional configuration of the gripping coupling member 70, the coupling between the bracket module and the gripping module is stabilized, and a part of the gripping module is restrained to the bracket module to prevent the gripping module from being arbitrarily moved based on the bracket module. .

In addition, the state in which the power line (PC) is wrapped is stably maintained through the detailed coupling relationship of the gripping module, and the locking coupling between the support member 50 and the ring member 60 is prevented from being arbitrarily released, and the ring is a smart stick. The member 60 can be easily manipulated.

In addition, current is easily generated in an electromagnetic induction method through the additional configuration of the light emitting module 90, and when the cover module 80 is coupled to the power line (PC), the cover phrase 811 is highlighted so that it can be used during the day as well as at night. visibility can be obtained.

In addition, the magnetic field is smoothly generated in the coaxial direction of the primary coil 91 and the secondary coil 92 through the detailed coupling relationship of the light emitting module 90, and the induced current is generated using the current flowing in the power line PC. It generates stably, does not require an external power source for light emission, and can charge the battery 93 semi-permanently.

In addition, it is possible to stabilize the bonding force between the power line (PC) and the bracket module through the coupling relationship of the coupling unit, and prevent the gripping force of the power line (PC) held by the gripping module from being lowered. In particular, coupling between the bracket module and the gripping module is stabilized through the gripping coupling member 70, and a portion of the gripping module is constrained to the bracket module to prevent the gripping module from being arbitrarily moved based on the bracket module.

As described above, the preferred embodiments of the present invention have been described with reference to the drawings, but those skilled in the art can make various modifications to the present invention within the scope not departing from the spirit and scope of the present invention described in the claims below. may be modified or changed.

10: support shaft 11: first rod 111: load bolt
12: second rod 121: rod nut 20: first bracket
21: first body 211: first wire groove 212: first support rib
213: first connection groove 214: first holding jaw 215: first ventilation hole
22: first shaft rod 30: second bracket 31: second body
311: second wire groove 312: second support rib 313: second connection groove
314: second holding jaw 315: second ventilation hole 32: second shaft rod
40: fastening member 41: first screw hole 411: first nut
42: second screw hole 421: second nut 43: fastening bolt
501: first holding member 502: second holding member 50: support member
51: support body 511: support wire groove 512: ring through hole
52: ring stopper 521: stopper member 522: opening mechanism
53: support shaft rod 60: ring member 61: ring body
611: ring wire groove 62: coupling ring 621: barb gear
63: coupling shaft rod 64: operating ring 70: gripping coupling member
71: coupling protrusion 72: grip coupling groove 80: cover module
81: cover block 811: cover phrase 82: cover bracket
821: module holding groove 822: cover ventilation hole 83: detachable member
831: detachable protrusion 832: hook protrusion 833: hook protrusion
834: locking wing 835: detachable groove 90: light emitting module
91: primary coil 92: secondary coil 93: battery
94: light emitting member PC: power line

Claims (10)

Bracket module detachably coupled to the power line; a cover module detachably coupled to the bracket module and displaying a cover text; a fastening member detachably coupling the bracket module to the power line; a detachable member detachably coupling the cover module to the bracket module; a gripping module coupled to at least one of both side portions of the bracket module to grip the power line in correspondence with the longitudinal direction of the power line; a gripping coupling member detachably coupling the gripping module to the bracket module; And a light emitting module that emits light by an induced current generated by an electromagnetic induction method so that the cover phrase is highlighted by light;
The detachable member,
Detachable protrusions protruding from one of the bracket module and the cover module; And a hook hole formed through or recessed in the other one of the bracket module and the cover module and into which the detachable protrusion is fitted or hooked,
The gripping coupling member includes a coupling protrusion protruding from the gripping module and a gripping coupling groove recessed into the bracket module so that the coupling protrusion is fitted and coupled.
The light emitting module,
a primary coil connected to the power line; a secondary coil disposed coaxially with the primary coil and spaced apart from the primary coil to generate the induced current; a battery connected to the secondary coil and charged by the induced current; and a light emitting member connected to the battery and emitting light by power of the battery.
According to claim 1,
The bracket module,
first bracket; and
A second bracket rotatably coupled to the first bracket; includes,
The fastening member,
As the second bracket rotates based on the first bracket, when the first bracket and the second bracket face each other, the first bracket and the second bracket are coupled to each other. .
According to claim 2,
The fastening member,
a first screw hole formed through the first bracket;
a second screw hole formed through the second bracket to communicate with the first screw hole according to the overlapping of the first bracket and the second bracket; and
When the first bracket and the second bracket overlap each other, a fastening bolt that passes through the first screw hole and the second screw hole and is screwed into at least one of the first bracket and the second bracket. Smart hazard sign device, characterized in that it comprises.
According to claim 1,
The cover module,
A cover block in which cover text is displayed; and
A cover bracket protruding from the cover block and fitted to the bracket module;
The detachable member,
Smart danger sign device, characterized in that for detachably coupling the cover bracket to the bracket module.
delete delete According to claim 1,
The gripping module,
a support member disposed on at least one of both sides of the bracket module; and
A ring member rotatably coupled to the support member and wrapped around the power line to be engaged with the support member;
The gripping coupling member,
Smart hazard sign device, characterized in that for detachably coupling the support member to the bracket module.

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