KR102248826B1 - Veranda safety railing for buildings - Google Patents

Abstract

The present invention relates to a veranda safety rail for a building installed in a veranda of a building to prevent falling. According to an embodiment of the present invention, the veranda safety rail for a building comprises a transparent rail panel, a flower pot transportation unit, and a flower pot holding unit.

Description

Veranda safety railing for buildings

The present invention relates to a safety railing for a building veranda installed on a veranda of a building to prevent a fall.

In general, a veranda connected to the outside is installed in a building to give it a sense of openness to the outside.

Since the veranda occupies a part of the building and is not very necessity, in recent years, it is built to expand the veranda into an indoor space so that the utilization area of the indoor area is widened.

However, in the case of extending the veranda, when the living room window is opened, there is a risk of falling by being connected to the outside immediately, so a handrail is installed on the outside of the living room window to prevent it from falling.

The railing is installed in the form of connecting a plurality of bars to prevent it from falling to the outside.When viewed from the interior, the railing is visible, which hinders the interior aesthetics of the interior and is used only for fall prevention, so the utilization of the railing is high. Did.

In order to solve this problem, the "multipurpose balcony railings of buildings" of Korean Registered Patent Publication No. 10-0943181 (announced on Feb. 9, 2010) have been disclosed.

The multi-purpose balcony railing of the conventional building is formed in a shape of c, but both bent bent fixing portions are fixed to the vertical bars of the railing, and a plurality of polygonal rods and circular rods are intersected between the bent fixing portions. Multipurpose rod; The installation rod protrudes in the fixed portion formed by passing through the left and right polygonal holes of the same shape as the polygonal rod portion of the multipurpose rod, and a moving hole is formed inside the installation rod, which is opened at the end of the installation rod, and the rear diameter is wide at one side of the moving hole. A fixture having a stepped portion, grooves formed at both sides of the moving hole at the end of the installation rod portion, and fixed to be horizontally movable by inserting a multipurpose rod into the polygonal hole; The locking part is fixed to one end of the circular bar, and a square-shaped locking handle is integrally formed at the other end of the circular bar, and the circular bar is inserted into the moving hole of the fixing tool, and a spring is inserted into the circular bar to elasticity between the locking part and the stepped jaws of the moving hole. A fixed rod supported; A fixed plate body formed to pass through a plurality of fixing holes on one side of the plate body, a locking handle hole is formed at intervals of 180 degrees around the fixing hole, and a receiving groove of the locking handle is formed at an angle of 90 degrees to the locking handle hole; It is composed of, and characterized in that it is configured to be used by selectively installing a functional member consisting of a plant pot stand, a laundry rack, and a shelf are each fixed to the fixing plate body.

The multi-purpose balcony railing of a conventional building with this configuration is equipped with a fixture capable of fixing various functional members to the multi-use rod, and by forming a functional member integrally with the fixing plate and selectively fixing it to the fixture, planter stand, laundry rack, and shelf Functional members such as the back can be selectively fixed to the balcony railing to increase the utilization of the railing.

However, the conventional multi-purpose balcony railing of a building has a problem that it is not easy to place laundry or flower pots on the part of the railing that is covered by the living room window, so the utilization of the railing is not high.

In addition, the conventional multipurpose balcony railing of a building has a problem that impairs the interior aesthetics because the railing is visible indoors, and when a strong wind such as a typhoon blows, there is a problem that the living room window is damaged by the wind.

The present invention has been conceived to solve the above problems, and the problem to be solved by the present invention is that it is possible to increase the utilization of the railing by easily transporting the flower pot by the flower pot transfer unit, as well as to increase the utilization of the handrail. It is possible to cultivate a large amount of plants by arranging in multiple stages, and by arranging pots in a multi-stage manner, it is an object of the present invention to provide a safety railing for a veranda for a building that can protect privacy.

In addition, water can be easily supplied to the plants by supplying water through a water supply line and spraying through a spray nozzle to the mounting frame that mounts the potted plant, and in the case of strong wind such as a typhoon, through the water supply line. An object of the present invention is to provide a veranda safety railing for a building that can prevent the living window from being damaged by the wind by supporting the window support in close contact with the living room window by the pressure of the supplied water.

The porch safety railing for a building according to an embodiment of the present invention for achieving the above object is a living room window that includes a living room sealing window that seals the living room, and a living room opening and closing window that is located at a side end of the living room sealing window and opens and closes the living room. In the veranda safety railing for a building to be installed, a transparent railing panel formed of a transparent body to be spaced from the living room window to prevent a fall from the living room window by surrounding the outside of the living room window and transparent to the inside to be seen, the living window and the transparent railing A plurality of flower pots are mounted in the space between the panels to view the plants through the living room window, and a flower pot transfer part transferring from the living room opening and closing window to the end of the living room sealing window, and the flower pot located in the flower pot transfer part are provided. It includes a plant pot holder to be lifted up and mounted, and the plant pot transport unit includes a plurality of conveying rollers arranged along a length direction of the living room window, a roller frame on which the plurality of conveying rollers are installed, and around the plurality of conveying rollers. The transfer belt is hung and the flower pot is seated on the top to transfer the flower pot, and the plurality of transfer rollers are rotated to transfer the flower pot to the part where the living room opening and closing window is located, or to the part where the living room sealing window is located. Includes a transfer motor for rotating the belt, wherein the plant pot holder is located on both sides of the transfer belt with the transfer belt interposed therebetween, and the frame of the flower pot seated on the transfer belt is strung to lift the flower pot to the top , A plurality of link frames rotatably connecting the mounting frame in the roller frame so that the mounting frame rotates up and down in the pollen transfer unit while maintaining the horizontal state, and the mounting frame is rotated with respect to the roller frame It is located on the top of the transfer belt, or includes a mounting drive for rotating the link frame to be positioned in parallel with the transfer belt.

The planter holder may include a spray nozzle installed on the mounting frame to spray water, and a water supply line for supplying water to the spray nozzle through the mounting frame from a power receiving facility to the mounting frame.

The pot holder part is a support cylinder installed on the mounting frame to prevent the living room window from being damaged when a relatively strong wind blows, and the piston rod protrudes toward the living room window by the pressure of water supplied from the water supply line. And a window support installed on the piston rod to support the living room window or spaced apart from the living room window according to the appearance of the piston rod.

It may include a selection valve installed in the water supply line to supply the fluid supplied to the water supply line to the support cylinder or to select and supply to the mounting frame.

According to the present invention, it is possible to increase the utilization of the porch safety railing by installing a potted plant transfer unit between the living room window and the transparent railing panel so that the potted plant can be easily placed up to the end of the living room window out of reach of people. Pots can be easily carried in and out of the narrow space between the transparent railing panels.

In addition, since the pots seated on the transport belt can be lifted and mounted by the pot holder, it is possible to cultivate a large amount of plants by placing the pots in a multi-stage shape on the transport belt and the pot holder. You can protect your privacy by covering the area where you can see the interior by plants.

In addition, since the water supply line is configured to spray water from the spray nozzle through the mounting frame, it is possible to easily supply moisture to the flower pot, and when strong wind occurs, the window support is operated by the water pressure supplied from the water supply line. Thus, by supporting the living room window by the window support, it is possible to prevent the living room window from being damaged by the wind.

1 is a front view showing a safety railing for a building veranda according to an embodiment of the present invention as viewed from a living room window.
Figure 2 is a side cross-sectional view showing a building veranda safety railing according to an embodiment of the present invention.
FIG. 3 is a side view showing a planter transport unit and a planter holder constituting a safety railing for a building veranda according to an embodiment of the present invention, and shows an operating state of the planter holder.
4 is a plan view showing a safety railing for a building veranda according to an embodiment of the present invention, showing the operating state of the window support.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

As shown in FIGS. 1, 2 and 4, the safety railing 100 for a building according to an embodiment of the present invention is installed on the veranda of a building to prevent a fall, and the outside of the living room window 200 It may be installed spaced apart at predetermined intervals, and the upper part may be an open form and the floor may be a closed form.

The living room window 200 may include a living room sealing window 210 that is fixed so as not to be opened and closed, and a living room opening and closing window 220 that slides to be opened and closed for ventilation, and the living room opening and closing window 220 is a living room sealing window. It is located at any one of the two side ends of the window 210 to open and close any one side of the living room airtight window 210.

1 and 2, the veranda safety railing 100 for a building according to an embodiment of the present invention may include a transparent railing panel 110.

The transparent railing panel 110 may be installed around the living room window 200 to prevent falling to the floor through the living room opening and closing window 220 when the living room opening and closing window 220 is opened, and the transparent railing panel 110 May be installed outside the living room window 200.

The transparent railing panel 110 may be configured such that side plates are erected on both side ends of the living room window 200 and ends of the side plates on both sides are connected by connection plates.

Of course, the space between the transparent railing panel 110 and the living room window 200 is opened at the top, and the floor may be sealed by the floor panel.

The transparent railing panel 110 is formed of glass that can be seen through the outside, so that when looking at the living room window 200 in the living room, it is possible to prevent the view from being obscured by the transparent railing panel 110 or hindering the aesthetic sense. I can.

At this time, the side plate and the connecting plate are formed of a transparent body, the floor panel is not formed of a transparent body, and the floor panel may be a part of the slab partitioning the layer.

The transparent railing panel 110 may have a height of approximately 1/2 of the living window 200, which is lower than the living window 200, and an empty space is formed between the transparent railing panel 110 and the living window 200. You can grow plants by placing pots in this empty space.

1 to 4, the veranda safety railing 100 for a building according to an embodiment of the present invention may include a pollen transfer unit 120.

The potted plant transport unit 120 is a space formed between the living room window 200 and the transparent railing panel 110, and can carry in or out the potted plant through the living room opening/closing window 220. You can see the plants mounted through (200).

The potted plant transfer unit 120 may extend from the portion of the living room opening/closing window 220 to the end of the living room sealing window 210 to be positioned.

The pollen transfer unit 120 may include a transfer roller 121, a roller frame 123, a transfer belt 125, and a transfer motor 127.

A plurality of conveying rollers 121 may be installed side by side and spaced apart from each other in a direction orthogonal to the living window 200 along the longitudinal direction of the living room window 200.

The roller frame 123 may support a plurality of conveying rollers 121, and the plurality of conveying rollers 121 may be rotatably coupled in the roller frame 123, and the roller frame 123 is substantially a potted plant. It can perform the function of supporting.

The roller frame 123 may be provided with a leg for supporting the pollen transfer unit 120 by being spaced apart from the bottom panel, and a plurality of legs may be installed on the roller frame 123.

At the end of the roller frame 123 at which the living room airtight window 210 is located, a movement limiting portion for preventing the flower pot from leaving may be formed.

The transfer belt 125 rotates around the circumference of the plurality of transfer rollers 121 to transfer the flower pots, and the flower pots seated on the transfer belt 125 according to the rotation direction of the transfer belt 125 are placed in the living room window 200. ), it can be transferred from one end to the other end or from the other end to one end.

The transfer belt 125 may be formed with a protrusion or groove to prevent slipping when transferring the potted plant, and the transfer belt 125 may be formed of a rubber material that connects a plurality of transfer plates or flexibly bends. have.

The transfer motor 127 may rotate any one of the plurality of transfer rollers 121 to rotate the transfer belt 125, and the transfer motor 127 may be implemented as an electric motor in which a drive shaft rotates by electricity. .

The transfer motor 127 may rotate the transfer roller 121 in a forward or reverse rotation, thereby rotating the transfer belt 125 in a forward or reverse direction.

1 to 4, the veranda safety railing 100 for a building according to an embodiment of the present invention may include a pot holder 130.

The flower pot holder 130 may lift and mount the flower pot located in the space between the living room window 200 and the transparent railing panel 110 through the flower pot transfer unit 120.

The pot holder 130 may include a mounting frame 131, a link frame 133, and a mounting driving unit 140.

The mounting frame 131 rotates in the potted plant transport unit 120 and is positioned parallel to the potted plant transport unit 120, or moves upward from the potted plant transport unit 120 to place the potted plant mounted on the potted plant transport unit 120 into a potted plant. It can be lifted and mounted on the top of the transfer unit 120.

The mounting frame 131 may be located on both sides of the conveying belt 125 along the longitudinal direction of the conveying belt 125 in the form of a rod, and the mounting frames 131 located on both sides. One of the ends of the mounting frames 131 are connected to each other and located on both sides of the transfer belt 125 can be moved to the upper portion of the transfer belt 125 together.

Here, the flower pot may have a border having a larger circumference than between the mounting frames 131 located on both sides of the transfer belt 125, and when the mounting frame 131 is raised upward, the mounting frame 131 The border of the potted plant is hung in the pot so that the potted plant seated on the potted plant transfer unit 120 may be lifted upward.

The link frame 133 may connect the mounting frame 131 and the roller frame 123, and the link frame 133 may rotate on the roller frame 123 and lift or lower the mounting frame 131 to the top. .

One end of the link frame 133 may be rotatably coupled to the roller frame 123, and the other end of the link frame 133 may also be rotatably coupled to the mounting frame 131.

A plurality of link frames 133 may be installed on both sides of the transfer belt 125, and as the link frame 133 rotates up and down in the roller frame 123, the mounting frame 131 in the roller frame 123 Can be lifted to the top or lowered when lifted.

Here, since a plurality of link frames 133 are installed, the mounting frame 131 may be lifted or lowered upward while maintaining the horizontal level of the mounting frame 131 as the link frame 133 rotates. .

The mounting driving unit 140 may lift or lower the mounting frame 131 in a form of rotating the link frame 133.

The stationary driving part 140 may include a rack bar part 143, a pinion part 141, and a stationary motor 145.

The pinion portion 141 may be formed on a portion of the link frame 133 coupled to the roller frame 123, and the pinion portion 141 may be any one of a plurality of link frames 133 or a plurality of link frames 133 Can be formed in one.

The pinion part 141 may be formed on the roller frame 123 so as to have a concentric circle in which the roller frame 123 rotates at the end of the link frame 133, and a pinion gear is formed around the pinion part 141. I can.

The rack bar part 143 may be engaged with the pinion part 141, and may be disposed in parallel with the roller frame 123, and the rack bar part 143 is a roller frame ( 123) can be installed.

A rack gear may be formed on the upper surface of the rack bar part 143 by a predetermined length, and the rack gear of the rack bar part 143 and the pinion gear of the pinion part 141 are meshed with each other so that the rack bar part 143 slides while sliding. The mounting frame 131 may be lifted or lowered in the form of rotating the roller frame 123 according to the moving direction.

The stationary motor 145 can slide the rack bar part 143, and a pinion that meshes with the rack bar part 143 is installed on the stationary motor 145, and as the stationary motor 145 rotates the pinion, the rack bar part (143) can be moved by sliding.

The pot holder 130 may include a water supply line 150, a spray nozzle 153, a window support 135, and a support cylinder 137.

The water supply line 150 may supply water through the mounting frame 131, and the water supply line 150 may supply water to one end of the mounting frame 131.

In this case, when the mounting frame 131 is configured in the form of an empty pipe and water is supplied to the mounting frame 131, the water may be transmitted to the interior of the mounting frame 131 as a whole.

The spray nozzle 153 may be installed at predetermined intervals of the mounting frame 131, and the spray nozzle 153 may spray water from the mounting frame 131 upward.

The spray nozzle 153 may spray water in the form of a mist to supply moisture necessary for vegetation to the flower pot.

The spray nozzle 153 may be configured in a form in which a hole is formed in the mounting frame 131 or may be configured in a form in which a nozzle is installed in the mounting frame 131.

The water supply line 150 may supply water supplied from a water supply facility to the mounting frame 131, and the water supply line 150 may be implemented as a hose.

The support cylinder 137 may be installed on the mounting frame 131 facing the living room window 200, and a plurality of support cylinders 137 may be installed on the mounting frame 131.

The support cylinder 137 is supplied with a fluid therein so that the piston rod 137a may appear and protrude, and the support cylinder 137 may cause the piston rod 137a to appear and protrude by the pressure of water supplied from the water supply line 150. I can.

When a fluid is supplied to the inside of the support cylinder 137, the piston is pressurized and the piston rod 137a coupled to the piston protrudes, and when the pressure of the fluid disappears, the piston is retracted by the elastic force of the return spring installed inside. While the protruding piston rod (137a) may be inserted.

The support cylinder 137 is connected to the water supply line 150 to receive fluid through the water supply line 150, and the water supply line 150 is a frame for receiving water supplied to the water supply line 150. A selection valve 151 that selects supply to be supplied to the 131 or the support cylinder 137 is installed, and the water supplied to the water supply line 150 according to the selection of the selection valve 151 is installed in the mounting frame ( It may be supplied to the 131, or may be supplied to the support cylinder 137.

Meanwhile, in the water supply line 150, a supply valve for supplying or shutting off water to the water supply line 150 is separately installed, or water supplied to the water supply line 150 is implemented by implementing the selection valve 151 as a three-way valve. It may be configured to block all of the supply to the mounting frame 131 and the support cylinder 137, or to supply either one of the two.

The support cylinder 137 may be provided with a window support 135 that supports the living window 200, and the window support 135 is installed on the piston rod 137a, and according to the appearance of the piston rod 137a, the window support 135 It may be supported by 200 or may be spaced apart from the living room window 200.

Here, the window support 135 is supported by the living room window 200 so as to prevent damage while the wind collides with the relatively large living window 200 when the wind blows badly such as a typhoon. It can minimize the shaking caused by.

Meanwhile, between the window support 135 and the piston rod 137a, a buffer spring 137b for elastically supporting the window support 135 by the piston rod 137a is installed to buffer the shaking of the window.

The window support 135 is formed in the shape of a rod to support the living room sealing window 210 having a relatively large size among the living room window 200 to prevent the living room window 200 from being damaged by wind.

At this time, the window support 135, when the window support 135 is in close contact with the living room window 200, in order to prevent the occurrence of scratches on the living room window 200, an elastic pad on the portion facing the living room window 200 May be installed.

The veranda safety railing 100 for a building according to an embodiment of the present invention may include an operation panel (not shown) and an operation detection sensor (not shown).

The operation panel may be provided with a button to control the pollen transfer unit 120 and the planter holder 130 or to control the selection valve 151.

For example, the operation panel may control the transfer motor 127 of the flowerpot transfer unit 120 to carry in or carry out the flowerpot seated on the transfer belt 125 through the living room opening/closing window 220, and the transfer belt 125 ) It is possible to control the mounting motor 145 to lift the flower pot seated on the top through the mounting frame 131.

In addition, the operation panel controls the selection valve 151 to spray water supplied through the water supply line 150 through the spray nozzle 153, or prevents damage to the living room window 200 when the wind blows badly. In order to do so, the selection valve 151 may be controlled so that the window support 135 supports the window.

Meanwhile, the operation detection sensor may detect the position of the potted plant and control the operation according to the position of the potted plant, or may operate the window support 135 by sensing wind.

For example, the operation detection sensor includes a position detection sensor, so that when a flowerpot is located at the end of the flowerpot transfer unit 120, the flowerpot is no longer dropped from the transfer belt 125 to the end of the flowerpot transfer unit 120. When a flowerpot is detected, the operation of the flowerpot transfer unit 120 may be stopped.

At this time, when the operation detection sensor is located at the end of the potted plant transport unit 120, only stops the transport of the potted plant in the direction in which the end of the potted plant transport unit 120 is located, that is, the opposite direction, that is, the potted plant. It goes without saying that the transport in the direction for carrying out is not limited.

In addition, the operation detection sensor may control the selection valve 151 so that the window support 135 supports the window when wind of a preset intensity is detected by the wind detection sensor including the wind detection sensor. When wind is detected by the wind sensor while 131 is down, the mounting frame 131 is operated by operating the mounting motor 145 of the mounting drive unit 140, and then the window support through the selection valve 151 (135) can also be operated to support the window.

It will be described the action and effect between each of the components described above.

In the veranda safety railing 100 for a building according to an embodiment of the present invention, side plates are erected on both side ends of the outside of the living room window 200, and the transparent railing panels 110 are connected to the outer ends of the side plates by a connection plate. Is installed.

The transparent railing panel 110 may prevent falling through the living room opening/closing window 220 of the living room window 200.

Between the transparent railing panel 110 and the living room window 200, a pollen transfer unit 120 and a planter holder 130 are configured, and the pollen transfer unit 120 is from one end of the living room window 200 toward the other end. Pots can be transported.

The pollen transfer unit 120 is installed so that a plurality of transfer rollers 121 can be rotated by a roller frame 123, and a transfer belt 125 is overlaid on the plurality of transfer rollers 121, and a plurality of transfer rollers ( Any one of 121) is connected by a transfer motor 127 to rotate the transfer belt 125.

In addition, the planter holder 130 may lift and mount the planter placed on the transfer belt 125 to the top, and the planter holder 130 has a mounting frame 131 disposed around the roller frame 123 And, the mounting frame 131 and the roller frame 123 are connected by a link frame 133 so that when the roller frame 123 rotates, the mounting frame 131 in the roller frame 123 remains horizontal and rotates upward. The pot can be lifted and mounted.

Here, the rim of the flower pot has a larger rim than the gap between the mounting frames 131 located on both sides of the transfer belt 125 so that the rim of the flower pot is overlaid on the mounting frame 131 when the link frame 133 is rotated. It may be lifted to the top or lowered to the top of the transfer belt 125 in the reverse lifted state.

A pinion portion 141 may be formed at a portion of the link frame 133 coupled to the roller frame 123, and the rack bar portion 143 is engaged by the pinion portion 141 at the lower portion of the pinion portion 141. It is installed, and the rack bar part 143 is engaged with the pinion coupled to the stationary motor 145 so that the rack bar part 143 slides along the longitudinal direction of the pollen transfer part 120 by the power of the stationary motor 145 and rollers In the form of rotating the frame 123, the mounting frame 131 is rotated upward or downward.

In addition, a water supply line 150 for supplying moisture to the potted plants is connected to the mounting frame 131, and a spray nozzle 153 for spraying water supplied from the water supply line 150 is connected to the mounting frame 131. ) Is installed.

A plurality of spray nozzles 153 are installed along the longitudinal direction of the mounting frame 131 and spray water toward the upper portion of the mounting frame 131, so that not only the flower pot mounted on the mounting frame 131, but also the mounting frame 131 ) Is configured to be able to supply moisture to the flower pot located at the bottom, and the spray nozzle 153 can spray water in the form of a mist.

In addition, a support cylinder 137 in which the piston rod 137a appears and protrudes toward the living room window 200 is installed on the mounting frame 131 facing the living room window 200, and a window support 135 is installed on the piston rod 137a. ) Is installed.

A buffer spring (137b) is installed between the window support (135) and the piston rod (137a) to buffer the shaking of the living room window (200).

As water is supplied through the water supply line 150, the piston rod 137a appears and protrudes in the support cylinder 137 by the pressure of the supplied water, and the water supplied to the water supply line 150 is in the water supply line 150. A selection valve 151 for selectively supplying to the mounting frame 131 or supplying it to the support cylinder 137 is installed.

On the other hand, in the living room, a control panel for operating the plant pot transport unit 120, the plant pot holder 130, and the support cylinder 137 may be installed, and the plant pot transport unit 120, the plant pot holder 130, and the support stand The cylinder 137 may be controlled by an operation detection sensor.

The porch safety railing 100 for a building according to an embodiment of the present invention configured as described above prevents a fall by closing the circumference of the living room window 200 when the living room opening/closing window 220 is opened. can do.

On the other hand, if you want to cultivate plants, placing a flower pot on the top of the transfer belt 125 with the living room opening/closing window 220 open and operating the flower pot transfer unit 120 through the operation panel, the transfer motor 127 ) As the transfer roller 121 rotates, the transfer belt 125 rotates and the flowerpot is transferred to the end of the living room window 200, so that the living room window 200 and the transparent railing panel 110 are not directly entered. Pots can be placed in between.

On the other hand, when a plurality of flower pots are seated on the transfer belt 125 and you want to place more flower pots, the flower pot holder 130 is operated. When the flower pot holder 130 operates, the mounting motor 145 While rotating, the rack bar portion 143 is slidably moved, and the rack bar portion 143 that slides is rotated by rotating the pinion portion 141 configured in the link frame 133 to rotate the link frame 133.

When the link frame 133 is rotated, the mounting frame 131 coupled to the link frame 133 is lifted upward, and the flower pot seated on the transfer belt 125 while the frame of the flower pot is overlaid on the mounting frame 131 is at the top. It is mounted while being lifted.

At this time, the link frame 133 maintains a state erected at an angle of 90° with respect to the roller frame 123.

And when the flower pot seated on the transfer belt 125 is lifted upward by the mounting frame 131, a new flower pot is carried in between the living room window 200 and the transparent railing panel 110 again through the flower pot transfer unit 120. .

Here, when the potted plant is carried between the living room window 200 and the transparent railing panel 110 through the potted plant transport unit 120, when the potted plant is positioned at the end of the potted plant transport unit 120, the operation sensor detects the potted plant. Thus, it is possible to control the pollen transfer unit 120 to prevent further movement.

When the flower pots are carried in this way, not only the flower pots of the transfer belt 125 are mounted, but also the flower pots are mounted in the mounting frame 131 to mount the flower pots in a multi-stage form, so that a large amount of plants can be grown, Privacy can be protected by minimizing the interior view through the living room window 200.

When water is supplied to the flower pot through the operation panel, the selection valve 151 operates so that water is supplied to the mounting frame 131 through the water supply line 150, and the mounting frame 131 through the water supply line 150 ), water is sprayed through the spray nozzle 153 formed on the mounting frame 131 to replenish moisture in the flower pot.

At this time, since the spray nozzle 153 sprays water upward, water can be replenished to the flower pot seated on the mounting frame 131 and the flower pot located on the transfer belt 125 located below it.

On the contrary, in the case of carrying out a flower pot located between the living room window 200 and the transparent railing panel 110, the flowerpot transfer unit 120 is operated through the operation panel, so that the flowerpot seated on the transfer belt 125 is opened and closed. It is transferred to the part where 220 is located, and is carried out indoors through the living room opening/closing window 220.

And, when all the pots seated on the transport belt 125 are carried out, the mounting frame 131 is moved downward to carry out the potted plant mounted on the pot holder 130, and when the mounting frame 131 is downward, the transport belt The potted plant is seated on 125, and the potted plant seated on the transport belt 125 is transferred to the portion where the living room opening/closing window 220 is located by operating the potted plant transfer unit 120 again. All planted pots can be taken out indoors.

On the other hand, when the mounting frame 131 is located on the upper part of the transfer belt 125, when wind greater than a preset wind strength is detected by the operation detection sensor, it is operated to prevent damage to the living room window 200 due to the wind. The detection sensor controls the selection valve 151.

The selection valve 151 controlled by the operation detection sensor supplies water supplied from the water supply line 150 to the support cylinder 137, and when water is supplied to the support cylinder 137, the piston rod ( 137a) protrudes to be close to the living room window 200, and the window support 135 installed on the piston rod 137a is closely supported by the living room window 200.

When the window support 135 is in close contact with the living room window 200, even if the wind blows, the window support 135 supports the living room window 200 and buffers the shock caused by the wind by the buffer spring 137b, It is possible to prevent the living room window 200 from being damaged.

Therefore, the porch safety railing 100 for a building according to an embodiment of the present invention easily carries the flower pot into a narrow space between the living room window 200 and the transparent railing panel 110 by the flower pot transfer unit 120 And it is possible to cultivate a plant by carrying it out, and it is possible to increase the utilization of the porch safety railing 100 by easily arranging the potted plant to the end of the living room window 200 out of reach of humans, and the living room window 200 You can see the plants through it, giving the freshness of the natural environment.

In addition, it is possible to secure an open feeling by increasing the transparency by the transparent railing panel 110, and it is possible to impart a neat aesthetic feeling.

In addition, by lifting and supporting the flower pot by the flower pot holder 130, it is possible to cultivate a large amount of plants by arranging the flower pots in a multi-stage form, as well as protecting privacy by blocking the view from the outside by the flower pot. can do.

In addition, when a strong wind blows, such as a typhoon, the window support 135 supports the living window 200 to prevent the living window 200 from being damaged by the wind.

In the above, the embodiments of the present invention have been described, but the scope of the present invention is not limited thereto, and the embodiments of the present invention are easily changed by those of ordinary skill in the technical field to which the present invention pertains, and are recognized as equivalent. It includes all changes and modifications to the extent that it becomes available.

100: building veranda safety railing 110: transparent railing panel
120: pollen transfer unit 121: transfer roller
123: roller frame 125: transfer belt
127: transfer motor 130: plant pot holder
131: mounting frame 133: link frame
135: window support 137: support cylinder
137a: piston rod 137b: buffer spring
140: stationary driving part 141: pinion part
143: rack bar part 145: stationary motor
150: water supply line 151: selection valve
153: spray nozzle 200: living room window
210: living room airtight window 220: living room opening and closing window

Claims (4)

In the porch safety railing for a building installed in a living room window including a living room sealing window that seals the living room, and a living room opening and closing window positioned at a side end of the living room sealing window to open and close the living room,
A transparent railing panel that surrounds the outside of the living room window and is spaced apart from the living room window to prevent a fall from the living room window, and is formed of a transparent body so that the inside is transparent and visible,
A potted plant transfer unit installed in the space between the living room window and the transparent railing panel, in which a plurality of flower pots are seated so as to view plants through the living room window, and transferred from the living room opening window to the end of the living room sealing window,
And a pot holder for lifting and mounting the potted plant located in the potted plant transfer unit,
The pollen transfer unit
A plurality of transfer rollers arranged along the length direction of the living room window,
A roller frame on which the plurality of transfer rollers are installed,
A transfer belt that spans the circumferences of the plurality of transfer rollers so that the flower pot is seated on the top to transfer the flower pot,
And a transfer motor for rotating the transfer belt by rotating the plurality of transfer rollers to transfer the flower pot to a portion where the living room opening and closing window is located, or to transfer to a portion where the living room sealing window is located,
The pot holder
A mounting frame positioned on both sides of the transfer belt with the transfer belt interposed therebetween, and the frame of the flower pot seated on the transfer belt is strung to lift the flower pot to the top,
A plurality of link frames rotatably connecting the mounting frame in the roller frame so that the mounting frame rotates up and down in the pollen transfer unit while maintaining the horizontal position, and
Veranda safety railing for a building, characterized in that the mounting frame rotates with respect to the roller frame to be positioned above the transfer belt, or a mounting drive unit for rotating the link frame so as to be positioned in parallel with the transfer belt. The method of claim 1,
The pot holder
A spray nozzle installed on the mounting frame to spray water, and
Veranda safety railing for a building, characterized in that it comprises a water supply line for supplying water to the spray nozzle through the mounting frame from the power receiving equipment to the mounting frame. The method of claim 2,
The pot holder
To prevent damage to the living room window when a relatively strong wind blows,
A support cylinder installed on the mounting frame and in which a piston rod protrudes toward the living room window by the pressure of water supplied from the water supply line, and
A veranda safety railing for a building, comprising: a window support installed on the piston rod to support the living room window or spaced apart from the living room window according to the appearance of the piston rod. The method of claim 3,
And a selection valve installed on the water supply line to supply the fluid supplied to the water supply line to the support cylinder or to select and supply the fluid to the support cylinder.

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