KR102604395B1 - Building handrail reinforcement facilities - Google Patents

Abstract

In the present invention, a handrail (60) is formed that protrudes upward from the bottom surface of the tip at a certain height and has a top surface of the handrail bottom protrusion (72) and an inner surface of the handrail bottom protrusion (73), and the left and right sides of the middle side of the tip of the handrail (60) are formed. An upper horizontal bar (61) is formed that extends horizontally and is fixed to the left and right side walls (70, 71), and extends vertically from the bottom of the upper horizontal bar (61) to the upper surface of the railing floor (72) and is fixed at regular intervals on the left and right. A plurality of installed vertical supports 62 are formed, and upper and lower horizontal bars 63 and 64 are formed, respectively, connecting the vertical supports 62 and the other adjacent vertical supports 62 horizontally at the upper and lower parts, and the upper and lower horizontal bars ( In the reinforcement facility of a building railing in which a plurality of vertical connecting bars 65 (63, 64) are vertically connected at regular intervals in the left and right directions, vertical supports located on the left and right sides of the vertical supports 62 of the handrail 60 (62) An LED panel (11), which is a plate having a plurality of LEDs (12) in close contact with each other and installed at regular intervals on the front, and a ground conductive plate (13) protruding from the upper horizontal bar (61) at the top. Left and right vertical surface emitting LED bars (10, 10a) formed with a translucent cover (14), which is a translucent plate tightly fixed to the front of the LED panel (11) excluding the ground conductive plate (13); It has a plurality of LEDs (22) in close contact with the front of the upper horizontal bar (61) of the handrail (60) and installed at regular intervals on the front as a plate, and the left and right vertical side light-emitting LED bars (10, 10a) are located at the lower inner sides of the left and right side ends. An LED panel 21 is formed having left and right conductive recesses 23 and 23a into which the ground conductive plate 13 is inserted and conducts electricity, respectively, and a translucent cover 24, which is a translucent plate tightly fixed to the front of the LED panel 21, is formed. A horizontal light-emitting LED bar (20) in which an optical sensor (24a) is formed on one side of the translucent cover (24); It is a switch installed indoors inside the handrail 60 and connected to a power source, and is electrically connected to the left and right vertical light-emitting LED bars 10 and 10a and the horizontal light-emitting LED bar 20, and has an on-off switch ( 31) is formed, and on one side, a lighting color change lever 32 is formed to change the lighting colors of the plurality of LEDs 12, 22 of the LED panel 11, 21 to different colors through the control unit 34, and the other On the side, there is an emergency notification button that changes the plurality of LEDs (12, 22) of the LED panel (11, 21) to red in the event of an emergency through the control unit (34) and flashes them at regular time intervals to visually convey the emergency to the outside. Indoor switch (30) formed by (33); It is a frame that surrounds the upper horizontal bar 61 at the left and right sides of the upper horizontal bar 61, is inserted from the front to the rear side, protrudes toward the rear side, and has a 'ㄷ'-shaped side cross section, and has a horizontal upper surface 41a and a vertical front surface 41b. ) and a horizontal surface (41c), respectively, and in the rear end of the horizontal upper surface (41a) and the rear end of the horizontal surface (41c), vertical fastening bolts (41d, 41e) are respectively inserted in a vertical line and fastened to the upper and lower bolt holes (41aa, 41ca). ) are formed, respectively, and are located between the horizontal upper surface (41a) and the horizontal surface (41c) of the horizontal support frame 41 at the rear of the upper horizontal bar (61), and the side surfaces are It is a rectangular parallelepiped in close contact with the left and right side walls (70.71), and has vertical upper and lower fastening holes (42a and 42aa) in the upper and lower parts, into which vertical fastening bolts (41d and 41e) are bolted on the extension lines of the upper and lower bolt holes (41aa and 41ca), respectively, at the front and rear. The tightening bolt (42ba) is screwed to the side, so that the tip of the tightening bolt (42ba) has a fixing hole (42b) that is in close contact with the rear of the upper horizontal bar (61), and is vertical from the side end in close contact with the left and right side walls (70.71) to the rear. Left and right horizontal bar reinforcements (40, 40a) extending to form horizontal bar fixing frames (42) each having side fixing bars (42c) that are bolted to the left and right side walls (70.71) by anchor bolts (42ca); And a frame that surrounds the lower end of the vertical support 62, is inserted from the front to the rear, and protrudes to the rear, and has a 'L' shaped cross section, and includes a vertical left side (51a), a vertical front side (51b), and a vertical right side (51c). The rear end of the vertical left side (51a) and the rear end of the vertical right side (51c) each have left and right bolt holes (51aa, 51ca) where horizontal fastening bolts (51d, 51e) are inserted and fastened on the horizontal line. Frames 51 are formed, respectively, and are located between the vertical left side 51a and the vertical right side 51c of the vertical support frame 51 at the rear of the vertical support 62, and the lower end extends downward to form a railing. It is a rectangular parallelepiped in close contact with the inner surface of the floor protrusion (73), and has horizontal fastening holes (52a, 52aa) on the left and right side extension lines of the left and right bolt holes (51aa, 51ca), respectively, and fastening bolts (52ba) are screwed to the front and rear sides to form a tightening bolt. (52ba) has a fixing hole (52b) whose tip is in close contact with the vertical support (62) and extends vertically from the lower rear surface to the inner surface of the handrail bottom protrusion (73) and is attached to the inner side of the handrail bottom protrusion by an anchor bolt (52ca). It relates to a reinforcement facility for a building railing including vertical support reinforcement (50), each of which is formed with a vertical support frame (52) having a lower fixing bar (52c) bolted to (73).
This invention is equipped with left and right vertical side light-emitting LED bars, horizontal side light-emitting LED bars, an indoor switch, left and right side horizontal reinforcement members, and vertical support reinforcement members, so that the reinforcement work of the handrail can be easily performed from the inside without a separate device with a small number of parts and a simple structure. Installation costs are greatly reduced as construction costs and working hours are greatly reduced, the exterior of the building is much more beautiful thanks to the night lighting, and in case of an emergency, the emergency notification button can be activated to notify the outside world of the emergency through lighting. This makes it easy to visually request rescue, and the simple flower bed structure makes it easy to grow and care for plants, such as flower pots, on the railing.

Description

Building handrail reinforcement facilities}

The present invention relates to a reinforcement facility for architectural handrails. More specifically, with fewer parts and a simple structure, the handrail reinforcement work can be easily done internally without any separate equipment, greatly reducing construction costs and working hours, thereby significantly reducing installation costs. The exterior of the building is very beautiful thanks to the night lighting, and in case of an emergency, the emergency notification button can be activated to notify the outside of the emergency with lighting, so a visual rescue request can be easily made, and the flower bed has a simple structure. It is about a reinforcement facility for architectural railings that allows plants, such as flower pots, to be easily grown and maintained on the railings due to the structure.

In general, railings are installed on the exterior walls of apartment buildings, such as apartments or villas, to prevent outside intruders from entering the indoor living space and to prevent people living in the indoor space from falling on the exterior wall of the building. will be.

For example, the above-mentioned railings are installed in areas where the interior space of a building communicates with the outside, and are usually installed on the veranda or balcony of a building.

When installed in a building, the above handrail can easily prevent indoor occupants from falling onto the exterior wall. However, when the building is old or the handrail is exposed to the external environment and damaged, it is difficult to fulfill the original function of the handrail, so the handrail is reinforced. Equipment that can do this is installed on the railing.

With this railing reinforcement device, the upper and lower horizontal bars 51 and 52 are fixed horizontally at the middle and lower left and right sides of the veranda 60, which has an upper step 61 and a lower step 62 at the upper and lower ends, respectively. ), a vertical bar (53) that vertically connects the upper and lower horizontal bars (51, 52) at the left and right sides of the veranda (60) and is fixed to the lower step (62) of the veranda (60), and the upper and lower horizontal bars. In the construction railing (50) provided with a vertical joint (54) that vertically connects (51, 52), the veranda (60) is provided with an arch-shaped reinforcement bar located on the left and right sides of the veranda (60) and curved outward. ) Fixation grooves 11 having locking protrusions 11a are formed on the entire upper and lower sides of the inner side, respectively, insertion recesses 12 are formed on the upper and lower sides on the inner side, and locking recesses are formed from the middle to the lower part of the outer side. Left and right bow reinforcements (10, 10a) each formed with (13); and are inserted into the upper and lower ends of the fixing grooves (11) of the left and right bow reinforcements (10, 10a) in the shape of a circular bar, respectively, and are attached to the stopping protrusion (22b) at the tip. A support bar 22 is formed that is fastened to the locking step 11a and has a fastening hole 22a at the inner end, and one end is a locking plate ( 21a), a fastening plate 21 is formed which protrudes vertically from the distal end of the locking plate 21a and has a fastening bolt 21b screwed into the fastening hole 22a to secure the left and right bow reinforcements 10 and 10a. A reinforcing bar fixture (20) fastened to the left and right ends of the end (60), and a plurality of horizontal bars (31) whose both ends are inserted and fixed into the insertion recesses (12) of the left and right bow-shaped reinforcing bars (10, 10a) and are horizontal. ) is formed, and both ends of the horizontal bar (31) are woven and fixed at regular intervals on the upper and lower sides by gap maintenance wires (32, 32a), and the left and right bow reinforcement bars (10, 10a) are provided at both ends of the uppermost horizontal bar (31). A railing reinforcement device for buildings, characterized in that it includes a security window (30) in which fixing holes (31a, 31b) are formed, respectively, which are fastened and fixed by fixing screws (31c) on the inner side of the building. "Patent Registration No. 10 -0870774 (2008.11.20. It had been commenced with a notice).

However, these conventional handrail reinforcement devices can prevent the handrails installed in buildings from being damaged and support the handrails, but if an emergency situation such as a fire occurs in a building where the handrails are installed, the handrail reinforcement devices allow the user to evacuate. Problems could arise where it could not be easily accomplished.

In addition, even when installed to reinforce the handrail, it is difficult to use it for other purposes other than reinforcing the handrail, making it difficult to efficiently utilize the space where the handrail is installed after installation.

In order to solve this problem, an upper fixing bar is fixed to the wall (2) of the building so that a plurality of through holes (11a) into which the bolts (P) are fastened are formed and located at the top of the handrail (1) installed in the building. (11), an upper horizontal bar 12 connected to protrude in the horizontal direction from one side of the upper fixing bar 11, and a plurality of through holes 13a into which bolts P are fastened are formed to form a handrail 1 ) and a lower fixing bar (13) fixed to the wall (2) of the building so as to be located at the lower part of the structure, connected to protrude in the horizontal direction from one side of the lower fixing bar (13) and fixed to the upper surface adjacent to the wall (2). The lower horizontal bar 14 is formed with a ball 14a and has a safety plate 14b on its upper surface, and has a plurality of bars in the inner longitudinal direction connecting the upper horizontal bar 12 and the lower horizontal bar 14. Two connection grooves 15a are formed, and a plurality of insertion grooves 15b are formed in the longitudinal direction corresponding to the wall 2, and are connected to the lower horizontal bar 14.

In this area, a pair of installation bars (10) consisting of a connecting bar (15) with a guide groove (15c) formed and installed oppositely and spaced apart on both sides of the handrail (1), and a pair of installation bars (10) installed on both sides of the handrail (1) A bar-shaped fixing bar 20 whose both ends are inserted and fixed into the connection grooves 15a of the connecting bars 15 located opposite each other so as to connect the installation bar 10 installed in the horizontal direction, and the fixing hole. An insertion hole (30a) corresponding to (14a) is formed on the upper surface of the edge portion in the longitudinal direction, and a guide protrusion (30b) inserted into the guide groove (15c) is formed on one edge portion corresponding to the connecting bar (15). A safety device 60 is provided on the upper surface adjacent to the lower fixing bar 13, and the lower horizontal bar of the installation bar 10 is installed on both sides of the handrail 1.

(14) A bottom plate 30 installed to connect the upper ends, a top plate 41 in close contact with the top of the handrail 1 and having a fixing hole 41a formed on the upper surface, and edge portions on both sides of the top plate 41. A pair of contact plates 42 extending downward from the bottom and having fastening holes 42a through which bolts P are fastened are formed at the extending portion, one end is connected to the upper plate 41, and the other end is connected to the upper plate 41. A support member (40) consisting of a bar-shaped fixing bar (43) inserted into the insertion groove (15b),

A support bar 51 whose lower end is inserted into the fixing hole 41a, and a support plate 52 provided at the upper end of the support bar 51 and supported in close contact with the lower part of the wall 2 of the building on which the handrail 1 is installed. ) and includes a fixing member 50 that firmly supports the combination of the support member 40 and the handrail 1, and the safety device 60 is installed on the upper surface of the floor plate 30, There is a box-shaped safety box 61 with a plurality of holding grooves 61a formed on the bottom, one end is connected to the inside of the safety box 61, and the other end is formed to be expandable in the direction of the fixing bar 20. , At the end of the unfolding area, there is a fire barrier 62 equipped with a fixing ring 62a coupled to the fixing bar 20, and is located inside the safety box 61, and when the fire barrier 62 is unfolded, A plurality of installation bars 63 whose lower ends are inserted into the mounting groove 61a and whose upper ends are in contact with the unfolded surface of the fire membrane 62 to support the unfolded state of the fire membrane 62, and the safety box 61 It includes a cover 64 covering the upper surface, and a plurality of connection holes 43a are further formed in the inner longitudinal direction of the fixing bar 43, and the connection holes 43a are located on both sides of the handrail 1. "A handrail reinforcement device for apartment buildings, characterized in that a mounting bar (44) connecting the installed fixing bar (43) is further combined." is disclosed as Patent Registration No. 10-2102628 (announced on April 21, 2020). there was.

However, while these conventional handrail reinforcement devices support the installation position of the handrail and increase space utilization, they are made up of many parts and a complex installation structure and are constructed with the help of equipment outside the patented handrail, which increases construction costs and work time. As a lot of this is required, there is a cost burden, and there is a problem that the installation bar 10 and the multiple fixing bars 20 create an oppressive prison-like atmosphere from the outside, making the exterior visually unattractive.

(KR) Republic of Korea Patent Registration No. 10-0870774 (announced on November 20, 2008) (KR) Republic of Korea Patent Registration No. 10-2102628 (announced on April 21, 2020)

The present invention is intended to solve the problems described above, and is equipped with left and right vertical side light-emitting LED bars, horizontal side light-emitting LED bars, an indoor switch, left and right side horizontal reinforcement members, and vertical support reinforcement members, so as to strengthen the handrail with fewer parts and a simple structure. This can be done easily from the inside without a separate device, resulting in a significant reduction in construction costs and work time, resulting in a significant reduction in installation costs. The night lighting of the building makes the exterior look very beautiful, and in case of an emergency, the emergency notification button activates to provide The purpose is to provide a reinforcement facility for architectural railings that can notify the outside of an emergency with lighting, so that a visual rescue request can be easily made, and the simple flower bed structure allows for easy cultivation and care of plants such as flower pots on the railings. there is.

The problem to be solved by the present invention is not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

In order to achieve this purpose, the present invention is to form a handrail 60 that protrudes upward from the bottom of the tip at a certain height and has a handrail bottom protrusion surface 72 and a handrail bottom protrusion inner surface 73, and a handrail ( 60) An upper horizontal bar (61) is formed that extends horizontally from the middle side of the tip to the left and right and is fixed to the left and right side walls (70, 71), from the bottom of the upper horizontal bar (61) to the upper surface of the railing floor protrusion (72). A plurality of vertical supports 62 are formed that extend vertically and are fixedly installed at regular intervals on the left and right, and upper and lower horizontal bars 63 and 64 are horizontally connected to the vertical supports 62 and the other vertical supports 62 adjacent to the upper and lower parts. In the reinforcing facility of a building railing, which is formed with a plurality of vertical connecting bars (65) that are vertically connected to the upper and lower horizontal bars (63, 64) at regular intervals in the left and right directions,

Among the vertical supports 62 of the handrail 60, each of the vertical supports 62 located at the left and right sides has a plurality of LEDs 12 in close contact with each other and installed at regular intervals on the front, and the upper horizontal bar 61 is at the top. An LED panel 11, which is a plate having a ground conductive plate 13 protruding, is formed, and a translucent cover 14, which is a translucent plate tightly fixed to the front of the LED panel 11 excluding the ground conductive plate 13, is formed. Left and right vertical light-emitting LED bars (10, 10a);

It has a plurality of LEDs (22) in close contact with the front of the upper horizontal bar (61) of the handrail (60) and installed at regular intervals on the front as a plate, and the left and right vertical side light-emitting LED bars (10, 10a) are located at the lower inner sides of the left and right side ends. An LED panel 21 is formed having left and right conductive recesses 23 and 23a into which the ground conductive plate 13 is inserted and conducts electricity, respectively, and a translucent cover 24, which is a translucent plate tightly fixed to the front of the LED panel 21, is formed. A horizontal light-emitting LED bar (20) with an optical sensor (24a) formed on one side of the translucent cover (24);

It is a switch installed indoors inside the handrail 60 and connected to a power source, and is electrically connected to the left and right vertical light-emitting LED bars 10 and 10a and the horizontal light-emitting LED bar 20, and has an on-off switch ( 31) is formed, and on one side, a lighting color change lever 32 is formed to change the lighting colors of the plurality of LEDs 12, 22 of the LED panel 11, 21 to different colors through the control unit 34, and the other On the side, there is an emergency notification button that changes the plurality of LEDs (12, 22) of the LED panel (11, 21) to red in the event of an emergency through the control unit (34) and flashes them at regular time intervals to visually convey the emergency to the outside. Indoor switch (30) formed by (33);

It is a frame that surrounds the upper horizontal bar 61 at the left and right sides of the upper horizontal bar 61, is inserted from the front to the rear side, protrudes toward the rear side, and has a 'ㄷ'-shaped side cross section, and has a horizontal upper surface 41a and a vertical front surface 41b. ) and a horizontal surface (41c), respectively, and in the rear end of the horizontal upper surface (41a) and the rear end of the horizontal surface (41c), vertical fastening bolts (41d, 41e) are respectively inserted in a vertical line and fastened to the upper and lower bolt holes (41aa, 41ca). ) are formed, respectively, and are located between the horizontal upper surface (41a) and the horizontal surface (41c) of the horizontal support frame 41 at the rear of the upper horizontal bar (61), and the side surfaces are It is a rectangular parallelepiped in close contact with the left and right side walls (70.71), and has vertical upper and lower fastening holes (42a and 42aa) in the upper and lower parts, into which vertical fastening bolts (41d and 41e) are bolted on the extension lines of the upper and lower bolt holes (41aa and 41ca), respectively, at the front and rear. The tightening bolt (42ba) is screwed to the side, so that the tip of the tightening bolt (42ba) has a fixing hole (42b) that is in close contact with the rear of the upper horizontal bar (61), and is vertical from the side end in close contact with the left and right side walls (70.71) to the rear. Left and right horizontal bar reinforcements (40, 40a) extending to form horizontal bar fixing frames (42) each having side fixing bars (42c) that are bolted to the left and right side walls (70.71) by anchor bolts (42ca); and

Surrounding the lower end of the vertical support 62, the frame is inserted from the front to the rear, protrudes to the rear, and has a 'L' shaped cross section, forming a vertical left side 51a, a vertical front 51b, and a vertical right side 51c. A vertical support frame having left and right bolt holes (51aa, 51ca) at the rear end of the vertical left side (51a) and the rear end of the vertical right side (51c), respectively, into which horizontal fastening bolts (51d, 51e) are inserted and fixed on the horizontal line. (51) is formed, respectively, and is located between the vertical left side (51a) and the vertical right side (51c) of the vertical support frame 51 at the rear of the vertical support 62, and the lower side extends downward to the bottom of the handrail. It is a rectangular parallelepiped in close contact with the inner surface of the protrusion 73, and has horizontal fastening holes 52a and 52aa on the left and right side bolt holes 51aa and 51ca, respectively, and tightening bolts 52ba are screwed to the front and rear sides to form a tightening bolt ( 52ba) The tip has a fixing hole (52b) in close contact with the vertical support (62), and extends vertically from the lower rear surface to the inner side of the handrail bottom protrusion (73) by anchor bolts (52ca). It has the characteristic of being provided with vertical support reinforcements (50), each of which has a vertical support frame (52) having a lower fixing bar (52c) bolted to 73).

The horizontal surface light-emitting AD bar 20 is formed with a vertical extension plate 25a that extends vertically downward on the bottom, and a horizontal bottom plate 25b that is vertically bent forward from the bottom of the vertical extension plate 25a and extends a certain length. ) is formed, and a front vertical plate 25c is formed that extends vertically for a certain length from the tip of the horizontal bottom plate 25b to the top, and the left and right sides of the front vertical plate 25c, the left and right sides of the horizontal bottom plate 25b, and the vertical extension plate ( 25a) It is made up of left and right side plates (25d, 25e) that are sealed and fixed at the left and right sides, respectively, and has the feature of further comprising a flower bed structure (25) for growing plants by placing small pots therein or adding soil.

As such, the present invention is provided with left and right vertical side light-emitting LED bars, horizontal side light-emitting LED bars, an indoor switch, left and right side horizontal reinforcement members, and vertical support reinforcement members, so that the reinforcement work of the handrail can be done from the inside without a separate device with few parts and a simple structure. Installation costs are greatly reduced as construction costs and work hours are greatly reduced as it is easily done, and the night lighting of the building makes the exterior look very beautiful, and in case of an emergency, the emergency notification button is activated to indicate an emergency with lighting inside and outside. It is possible to make a visual rescue request easily, and the simple flower bed structure makes it easy to grow and care for plants, such as flower pots, on the railing.

The present invention is not limited to the specific preferred embodiments described above, and various modifications can be made by anyone skilled in the art without departing from the gist of the invention as claimed in the claims. Of course, such changes are within the scope of the claims.

Figure 1 is a rear perspective view showing the connection between the left and right vertical side light-emitting LED bars and the horizontal side light-emitting LED bars of the reinforcement facility of the building railing, which is an embodiment of the present invention;
Figure 2 is a lumbar cutaway perspective view showing the construction of a reinforcement facility for a building railing, which is an embodiment of the present invention;
Figure 3 is a front view showing the construction of a reinforcement facility for a building railing, which is an embodiment of the present invention;
Figure 4 is a plan view showing the construction of a reinforcement facility for a building railing, which is an embodiment of the present invention;
Figure 5 is a side cross-sectional view showing the construction of a reinforcement facility for a building railing, which is an embodiment of the present invention;
Figure 6 is a perspective view showing the use state of a horizontal light-emitting LED bar having a flower bed structure for reinforcing a building railing, which is an embodiment of the present invention.

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

Hereinafter, with reference to the attached drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily implement the present invention. The present invention may be implemented in many different forms and is not limited to the embodiments described herein.

In order to clearly explain the present invention in the drawings, parts not related to the description are omitted, and identical or similar components are given the same reference numerals throughout the specification. The scope of rights of the present invention should not be construed as being limited by the embodiments described in the text, and since the embodiments can be modified in various ways and have various forms, the scope of rights of the present invention should not be construed as limited by the embodiments described in the text. It should be understood to include equivalents.

Throughout the specification of the present invention, when a part is said to be “connected” to another part, this includes not only “directly connected” but also “indirectly connected” through another member. Additionally, when a part "includes" a certain component, this means that it may further include other components, rather than excluding other components, unless specifically stated to the contrary.

The terms used in the present invention are terms defined in consideration of the functions in the present invention, and may vary depending on the intention or custom of the user or operator, so the definitions of these terms are defined in accordance with the technical details of the present invention. It should be interpreted as a concept.

Additionally, optional terms in the examples below are used to distinguish one component from another component, and the components are not limited by the terms. Hereinafter, in describing the present invention, detailed descriptions of related known technologies that may unnecessarily obscure the gist of the present invention will be omitted.

The reinforcement facility for the architectural railing of the present invention includes a handrail (60) that prevents people from falling or is installed as a decoration, left and right vertical light-emitting LED bars (10, 10a), horizontal light-emitting LED bars (20), and an indoor light-emitting LED bar (20). It consists of a switch 30, left and right horizontal end reinforcements 40 and 40a, and vertical support reinforcements 50.

The railing 60 is a structure that protrudes from the floor at the tip to the top at a certain height, has a railing floor protrusion surface 72 and a railing floor protrusion inner surface 73, and is erected at a certain height on the edge of the veranda. The railing 60 ) An upper horizontal bar (61) is formed that extends horizontally from the middle side of the tip to the left and right and is fixed to the left and right side walls (70, 71), and is vertical from the bottom of the upper horizontal bar (61) to the upper surface of the railing floor protrusion (72). A plurality of vertical supports 62 are formed that extend and are fixedly installed at regular intervals on the left and right, and upper and lower horizontal bars 63 and 64 are respectively connected horizontally at the upper and lower parts to the other vertical supports 62 adjacent to the vertical support 62. A plurality of vertical connection bars 65 are formed, in which the upper and lower horizontal bars 63 and 64 are vertically connected at regular intervals in the left and right directions.

The left and right side vertical surface emitting LED bars (10, 10a) are each in close contact with the front of the vertical supports (62) located at the left and right ends of the vertical supports (62) of the handrail (60) and a plurality of LEDs installed at regular intervals on the front ( 12) and an LED panel 11, which is a plate having a ground conduction plate 13 protruding from the upper horizontal bar 61 at the top, is formed, and the front of the LED panel 11 excluding the ground conduction plate 13 is formed. A translucent cover 14, which is a translucent plate tightly fixed to the , is formed.

The horizontal surface light-emitting LED bar 20 is in close contact with the front of the upper horizontal bar 61 of the handrail 60 and has a plurality of LEDs 22 installed at regular intervals on the front as a plate, and is located on the left and right sides at the lower inside of the left and right ends. An LED panel (21) is formed having left and right conductive recesses (23, 23a) into which the ground conductive plates (13) of the vertical surface emitting LED bars (10, 10a) are inserted and conduct electricity, respectively, and are tightly fixed to the front of the LED panel (21). A translucent cover 24, which is a translucent plate, is formed, and an optical sensor 24a is formed on one side of the translucent cover 24.

The horizontal surface light-emitting AD bar 20 is formed with a vertical extension plate 25a that extends vertically downward on the bottom, and a horizontal bottom plate 25b that is vertically bent forward from the bottom of the vertical extension plate 25a and extends a certain length. ) is formed, and a front vertical plate 25c is formed that extends vertically for a certain length from the tip of the horizontal bottom plate 25b to the top, and the left and right sides of the front vertical plate 25c, the left and right sides of the horizontal bottom plate 25b, and the vertical extension plate ( 25a) Of course, it is possible to further provide a flower bed structure (25), which consists of left and right side plates (25d, 25e) that are sealed and fixed at the left and right sides, respectively, to grow plants by placing small pots inside them or growing plants by adding soil.

The indoor switch 30 is a switch installed indoors inside the handrail 60 and connected to a power source, and is electrically connected to the left and right vertical light-emitting LED bars 10 and 10a and the horizontal light-emitting LED bar 20. , an on-off switch 31 is formed on the center side, and on one side is a lighting color change lever that changes the lighting colors of the plurality of LEDs 12, 22 of the LED panel 11, 21 to different colors through the control unit 34. (32) is formed, and on the other side, through the control unit 34, in the event of an emergency, the plurality of LEDs (12, 22) of the LED panels (11, 21) are converted to red and flashed at regular time intervals to indicate an emergency to the outside. An emergency notification button 33 is formed to visually communicate the emergency situation.

The left and right side horizontal end reinforcements (40, 40a) surround the upper horizontal bar (61) at the left and right side ends of the upper horizontal bar (61) and are respectively inserted from the front to the rear side, protruding toward the rear side, and have a 'ㄷ' shaped side cross section. It has a horizontal upper surface (41a), a vertical front surface (41b), and a horizontal lower surface (41c) as an in-frame, and vertical fastening bolts (41d, 41e) are attached to the rear end of the horizontal upper surface (41a) and the horizontal surface (41c) in a vertical line. Horizontal support frames 41 each having upper and lower bolt holes 41aa and 41ca that are respectively inserted and fastened are formed, and the horizontal upper surface 41a of the horizontal support frame 41 is formed at the rear of the upper horizontal bar 61. ) and the horizontal surface (41c), and the sides are in close contact with the left and right side walls (70.71), and the vertical fastening bolts (41d, 41e) are bolted on the upper and lower parts on the extension lines of the upper and lower bolt holes (41aa, 41ca). It has vertical upper and lower fastening holes 42a and 42aa, respectively, and a tightening bolt 42ba is screwed to the front and rear sides, and the tip of the tightening bolt 42ba has a fixing hole 42b that is closely supported with the rear of the upper horizontal bar 61. A horizontal bar fixing frame 42 is formed, which has a side fixing bar 42c that extends vertically from the side end in close contact with the left and right side walls 70.71 to the rear side and is bolted to the left and right side walls 70.71 by anchor bolts 42ca.

The vertical support reinforcement (50) is inserted from the front to the rear while surrounding the lower end of the vertical support (62), protrudes to the rear, and is a frame with a 'ㄷ' shaped cross-section, forming a vertical left side (51a) and a vertical front. It has a vertical right side (51b) and a vertical right side (51c), respectively, and horizontal fastening bolts (51d, 51e) are inserted in the horizontal line at the rear end of the vertical left side (51a) and the rear end of the vertical right side (51c) and left and right bolt holes (51aa) are fastened and fixed. , 51ca) are formed, respectively, and are located between the vertical left side (51a) and the vertical right side (51c) of the vertical support frame (51) at the rear of the vertical support (62). The lower surface is a rectangular parallelepiped that extends downward and is in close contact with the inner side of the handrail floor protrusion (73). The left and right sides have horizontal fastening holes (52a, 52aa) on the extension lines of the left and right bolt holes (51aa, 51ca), respectively, and tightening bolts on the front and rear sides. (52ba) is screwed together so that the tip of the tightening bolt (52ba) has a fixing hole (52b) in close contact with the vertical support (62), and extends vertically from the lower rear surface to the inner surface of the handrail floor protrusion (73) to form an anchor bolt ( 52ca), vertical bar fixing frames 52 each having a lower fixing bar 52c bolted to the inner side surface 73 of the handrail floor protrusion are formed.

The present invention includes left and right vertical light-emitting LED bars (10, 10a), horizontal light-emitting LED bars (20), indoor switches (30), left and right horizontal end reinforcements (40, 40a), and vertical support. Equipped with the anti-reinforcement tool 50, with fewer parts and a simple structure, the reinforcement work of the handrail 60 can be easily done from the inside without any separate equipment such as an external ladder truck, so the reinforcement construction cost and reinforcement work time are greatly reduced. Installation costs are greatly reduced, the exterior of the building is very attractive due to the night lighting of the building, and in case of an emergency, the emergency notification button (33) of the indoor switch (30) can be activated to notify the outside with lighting that the interior is in an emergency. Therefore, a visual rescue request can be easily made, and as the flower bed structure (25) of a simple structure is added to the horizontal light-emitting LED bar (20), plants such as flower pots can be easily grown and tended on the railing (60).

This embodiment and the drawings attached to this specification only clearly show a part of the technical idea included in the present invention, and those skilled in the art can easily infer within the scope of the technical idea included in the specification and drawings of the present invention. It is obvious that all possible modifications and specific embodiments are included within the scope of the technical idea of the present invention.

The scope of the present invention is indicated by the claims described later rather than the detailed description, and all changes or modified forms derived from the meaning and scope of the claims and the equivalent concept should be construed as being included in the scope of the present invention.

10,10a: Left and right vertical side emitting LED bars
20: Horizontal light emitting LED bar
30: indoor switch
40,40a: Left and right side horizontal braces
50: Vertical support reinforcement
60: railing
70,71: Left and right side walls
72: Railing floor stone surface
73: Inner side of railing floor protrusion

Claims (2)

A handrail 60 is formed that protrudes upward from the bottom surface of the tip at a certain height and has a top surface of the handrail bottom protrusion (72) and an inner surface of the handrail bottom protrusion (73), and extends horizontally from the middle side of the tip of the handrail (60) to the left and right. An upper horizontal bar (61) is formed, which is fixedly installed on the left and right side walls (70, 71), and a plurality of horizontal bars (61) extend vertically from the bottom of the upper horizontal bar (61) to the upper surface of the railing floor (72) and are fixedly installed at regular intervals on the left and right. Two vertical supports 62 are formed, and upper and lower horizontal bands 63 and 64 are formed to horizontally connect the vertical supports 62 and the other adjacent vertical supports 62 at the upper and lower parts, respectively, and upper and lower horizontal bands 63 and 64 are formed, respectively. ) in the reinforcement facility of a building railing in which a plurality of vertical connecting bars (65) are vertically connected at regular intervals in the left and right directions,
Among the vertical supports 62 of the handrail 60, each of the vertical supports 62 located at the left and right sides has a plurality of LEDs 12 in close contact with each other and installed at regular intervals on the front, and the upper horizontal bar 61 is at the top. An LED panel 11, which is a plate having a ground conductive plate 13 protruding, is formed, and a translucent cover 14, which is a translucent plate tightly fixed to the front of the LED panel 11 excluding the ground conductive plate 13, is formed. Left and right vertical side emitting LED bars (10, 10a);
It has a plurality of LEDs (22) in close contact with the front of the upper horizontal bar (61) of the handrail (60) and installed at regular intervals on the front as a plate, and the left and right vertical side light-emitting LED bars (10, 10a) are located at the lower inner sides of the left and right side ends. An LED panel 21 is formed having left and right conductive recesses 23 and 23a into which the ground conductive plate 13 is inserted and conducts electricity, respectively, and a translucent cover 24, which is a translucent plate tightly fixed to the front of the LED panel 21, is formed. A horizontal light-emitting LED bar (20) in which an optical sensor (24a) is formed on one side of the translucent cover (24);
It is a switch installed indoors inside the handrail 60 and connected to a power source, and is electrically connected to the left and right vertical light-emitting LED bars 10 and 10a and the horizontal light-emitting LED bar 20, and has an on-off switch ( 31) is formed, and on one side, a lighting color change lever 32 is formed to change the lighting colors of the plurality of LEDs 12, 22 of the LED panel 11, 21 to different colors through the control unit 34, and the other On the side, there is an emergency notification button that changes the plurality of LEDs (12, 22) of the LED panel (11, 21) to red in the event of an emergency through the control unit (34) and flashes them at regular time intervals to visually convey the emergency to the outside. Indoor switch (30) formed by (33);
It is a frame that surrounds the upper horizontal bar 61 at the left and right sides of the upper horizontal bar 61, is inserted from the front to the rear side, protrudes toward the rear side, and has a 'ㄷ'-shaped side cross section, and has a horizontal upper surface 41a and a vertical front surface 41b. ) and a horizontal surface (41c), respectively, and in the rear end of the horizontal upper surface (41a) and the rear end of the horizontal surface (41c), vertical fastening bolts (41d, 41e) are respectively inserted in a vertical line and fastened to the upper and lower bolt holes (41aa, 41ca). ) are formed, respectively, and are located between the horizontal upper surface (41a) and the horizontal surface (41c) of the horizontal support frame 41 at the rear of the upper horizontal bar (61), and the side surfaces are It is a rectangular parallelepiped in close contact with the left and right side walls (70.71), and has vertical upper and lower fastening holes (42a and 42aa) in the upper and lower parts, into which vertical fastening bolts (41d and 41e) are bolted on the extension lines of the upper and lower bolt holes (41aa and 41ca), respectively, at the front and rear. The tightening bolt (42ba) is screwed to the side, so that the tip of the tightening bolt (42ba) has a fixing hole (42b) that is in close contact with the rear of the upper horizontal bar (61), and is vertical from the side end in close contact with the left and right side walls (70.71) to the rear. Left and right horizontal bar reinforcements (40, 40a) extending to form horizontal bar fixing frames (42) each having side fixing bars (42c) that are bolted to the left and right side walls (70.71) by anchor bolts (42ca); and
Surrounding the lower end of the vertical support 62, the frame is inserted from the front to the rear, protrudes to the rear, and has a 'L' shaped cross section, forming a vertical left side 51a, a vertical front 51b, and a vertical right side 51c. A vertical support frame having left and right bolt holes (51aa, 51ca) at the rear end of the vertical left side (51a) and the rear end of the vertical right side (51c), respectively, into which horizontal fastening bolts (51d, 51e) are inserted and fixed on the horizontal line. (51) is formed, respectively, and is located between the vertical left side (51a) and the vertical right side (51c) of the vertical support frame 51 at the rear of the vertical support 62, and the lower side extends downward to the bottom of the handrail. It is a rectangular parallelepiped in close contact with the inner surface of the protrusion 73, and has horizontal fastening holes 52a and 52aa on the left and right side bolt holes 51aa and 51ca, respectively, and tightening bolts 52ba are screwed to the front and rear sides to form a tightening bolt ( 52ba) The tip has a fixing hole (52b) in close contact with the vertical support (62), and extends vertically from the lower rear surface to the inner side of the handrail bottom protrusion (73) by anchor bolts (52ca). A reinforcing facility for a building railing, characterized in that the vertical support reinforcement (50) is formed by a vertical support frame (52) each having a lower fixing bar (52c) bolted to 73). According to claim 1,
The horizontal surface light-emitting LED bar 20 is formed with a vertical extension plate 25a that extends vertically downward on the bottom, and a horizontal bottom plate 25b that is vertically bent forward from the bottom of the vertical extension plate 25a and extends a certain length. ) is formed, and a front vertical plate 25c is formed that extends vertically for a certain length from the tip of the horizontal bottom plate 25b to the top, and the left and right sides of the front vertical plate 25c, the left and right sides of the horizontal bottom plate 25b, and the vertical extension plate ( 25a) Reinforcement of a construction railing, characterized in that it is made up of left and right side plates (25d, 25e) that are sealed and fixed to the left and right side ends, respectively, and further includes a flower bed structure (25) for growing plants by placing small pots therein or placing soil therein. facility.