KR101040675B1 - Landscaping system for park having solar power type awning panel and functional bench - Google Patents

Abstract

PURPOSE: A landscape system for a park is provided to enable a user to sit on a bench comfortably and to avoid direct rays. CONSTITUTION: A landscape system for a park comprises: a bench(10) supplying cold water or warm water to a seat plate and a back plate; a water circulation assembly controlling supply of cold water or warm water to a bench; a solar energy generating device(200) which creates shade and offers a illumination function; a power supply device(290) which stores and supplies power source generated from the solar energy generating device; a landscape block(60) installed at the front end of the bench; and a controller(300).

Description

LANDSCAPING SYSTEM FOR PARK HAVING SOLAR POWER TYPE AWNING PANEL AND FUNCTIONAL BENCH}

The present invention relates to a park landscaping system having a solar powered solar panel and a functional bench, and more particularly, a soft cushion by water to allow water to be supplied to a housing mounted on a bench when the user is positioned around the bench. Benches that provide a sense of comfort but allow cold or hot water to be supplied to the housing depending on the outside temperature to ensure a more comfortable seating position, and a sunshade installed around these benches that rotates to provide shade toward the bench while performing solar power The present invention relates to a park landscaping system having a photovoltaic device equipped with a panel so that many people can relax in a park.

Many landscaping facilities, such as parks and gardens on the ground floor, contain benches that are almost essential for people to sit and relax.

In other words, the park bench is known to provide a function that allows tired users to sit and chat or relax while walking or walking in the park.

However, if you look at the actual users of the park, the number of people who rest on the bench is not as good as you think compared to the number of bench installations. Of course, the bench may be dirty or wet. This is because the surface is so cold that when you sit on a bench, your buttocks are cold, or even in summer, the bench surface gets hot and you can't sit on the bench. This is because the cushion is so hard that the seating is not so good.

In addition, there are a lot of benches that are planted around the bench, but there are a lot of benches that do not have a shade, so the direct sunlight can be exposed to people sitting on the bench.

As a result, it is an efficient, new and advanced technology that not only provides heating and cooling function to the area in contact with the user's body part as the season changes, but also provides a softer and more comfortable cushioning, providing shade in the bench direction and generating solar heat. There is a need for development of a landscaping system for a park that can provide convenience for the user to relax.

The present invention has been made to overcome the problems of the above technology, and to improve the bench to ensure a more comfortable and comfortable sitting state while providing air-conditioning function on the seat and back part so that more people can use the bench installed in the park At the same time, the awning panels installed around the bench are rotated according to the position of the sun, providing shade to the bench side while performing solar power to provide the power needed to supply water to the bench's housing. The main purpose is to provide a system.

Another object of the present invention is to protrude the acupressure protrusion on the housing mounted on the bench to feel the acupressure effect.

Still another object of the present invention is to differentially control the quantity supplied to the housing according to the height of the user's weight.

A further object of the present invention is to install a resilient rotating footrest on the bottom portion of the user's foot when sitting on the bench to perform a stretching exercise while stepping on it, and at the same time the amount of water filled in the housing mounted on the seat plate and back plate during the stretching exercise This will change the effect of stretching exercises to double.

In order to achieve the above object, the park landscaping system provided with a solar power panel and a functional bench according to the present invention, the interior of the seat and back plate of the bench with a water and air can be filled in the state Housings each mounted; The inner space of the housing is divided into a lattice by a plurality of first walls formed at a plurality of intervals along the longitudinal direction of the housing and a plurality of second walls formed at a predetermined interval along the width direction of the housing. A plurality of upper through-holes formed at a plurality of intervals along the extending direction of the second wall portion in contact with the upper surface of the housing and a plurality of the plurality of holes at a predetermined distance along the extension direction of the first and second wall portions in contact with the lower surface of the housing; A partition including a partition assembly having a lower through-hole formed therein; and a sunshade panel mounted on the bench, the solar panel having a solar cell on the upper surface; A support standing up to support the sunshade panel; A rotation module installed between the awning panel and the support to rotate the awning panel in the horizontal and vertical directions on the support to provide a shade by the awning panel in the bench direction; A photovoltaic device including; a power supply for storing power generated by the solar cell; And a cold water tank; A hot water tank including a heater that receives power from the power supply and heats water; A check valve installed on the inlet pipe and the outlet pipe connected to the housing so as to be opened and closed to control the flow of water; A water circulation assembly for supplying and discharging water to the housing, the pump being mounted on the inlet and outlet pipes to pump water; and formed in a bottom area around the bench to sense the weight of the seated person. A landscaping block equipped with a weight sensor and a temperature sensor for sensing an outside temperature; And checking the water circulation assembly to select and supply any one of cold water of the cold water tank and hot water of the hot water tank according to the weight detection signal of the weight sensor and the temperature signal of the temperature sensor. Cold and hot water supply control module for controlling the opening and closing of the valve and the pump; And a rotation control module having a sun position tracking means for tracking the position of the sun to drive and control the horizontal and vertical tilt angles of the rotation module according to the position of the sun.

The controller may further include a flow rate sensor configured to measure an amount of water flowing through the water inlet pipe, and detect the amount of water supplied to the housing according to the height of the weight detected by the weight sensor. Characterized in that it further comprises; supply by weight control module for differential control by sensing of the sensor.

In addition, the landscaping block, but the elastic rotation of the footrest by the spring hinge, the spring hinge further comprises an elastic rotational foot mounted with a pressure sensor, the controller, the controller, in the pressure sensing sensor of the elastic rotational footing A flow control module for controlling driving of the pump of the water circulation assembly and opening / closing of the check valve to change the amount of water filled in the housing mounted on the back plate of the bench and the housing mounted on the seat plate according to the sensed pressure change; It characterized in that it further comprises.

According to the park landscaping system provided with a solar power panel and a functional bench according to the present invention,

1) By selecting cold water and hot water according to summer and winter and supplying it to the housing mounted on the seat and back of the bench, it provides an environment where many people can sit on the bench more comfortably and comfortably.

2) Sunshade panels with solar power provide shade in the direction of the bench, allowing users sitting on the bench to avoid direct sunlight,

3) By differentially adjusting the amount of water supplied to the housing according to the weight of the user can ensure a comfortable seating state of many users,

4) When the user sitting on the bench presses down on the elastic pivoting board installed on the floor and presses the housing mounted on the bench back while stretching his back and applying pressure on his back or shoulders, the buttocks are separated from the housing formed on the bench seat. By varying the amount of water filled in the back housing provides the effect of doubling the stretching exercise effect.

1 is a conceptual diagram showing a schematic configuration of a landscaping system according to the present invention.
Figure 2 is a side cross-sectional view showing a schematic configuration relationship of the landscaping system according to the present invention.
Figure 3 is a perspective view showing a rotational configuration of the solar panel of the solar cell apparatus according to the present invention.
4 is a block diagram showing the configuration of a controller according to the present invention;

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale and wherein like reference numerals in the various drawings refer to like elements.

1 is a conceptual diagram showing a schematic configuration of a landscape system according to the present invention.

The system according to the present invention analyzes the reason why users are not seated on a bench that is often present in the park. As a result, even if the hygiene problem is separate, the seat is too cold in winter and the seat is too hot in the summer. Directly invented and invented the problem of unprotected exposure to ultraviolet rays because there is no shade, it provides more comfortable seating by supplying hot and cold water to the seat and back of the bench and at the same time the solar power generation device itself In addition to creating a landscape environment that allows users to relax more comfortably in the park, it also provides a system to support simple stretching exercises when sitting on a bench.

As can be seen from Figure 1, the system according to the present invention can be installed in a public space and outdoor rest space, including a park, the bench 10 and the bench to supply cold or hot water to the seat and back plate, and the bench (10) Water circulation assembly for supplying and controlling any one of cold water and hot water, a photovoltaic power generation device 200 that generates power using solar heat, provides a shade and provides a lighting function, and the solar power generation device 200 Power supply unit 290 for storing and supplying the power generated in the), the landscape block installed in the front end area of the bench 10 to detect and measure the presence of a person on the bench 10 and the specific pressure applied to the bench 60, and the controller 300 which controls these integrally.

Bench 10 according to the present invention is based on one formed in a size that can be easily seen in a general park, but is not limited to this can be produced in a small size for a single person.

The bench 10 according to the present invention receives cold water and hot water differentially depending on the height of the outside temperature and the presence of the seated person, and assists stretching for the muscles ranging from the pelvis to the seat plate as well as the soft and cozy cushioning unique to the back of the water. To provide a housing 20 capable of performing a movement, such a housing 20 is installed on the back plate and the seat plate of the bench, and as shown in Figure 1 has a seat plate, elongated for multi-use as shown in the seat plate, It is possible that the housings are separately formed for each predetermined area of the back plate.

In the present invention, the housing formed on the seat plate of the bench 10 may be divided into a seat plate housing 20 and a housing formed on the back plate by the back housing 30, but the structure and function of the seat / back housing 20,30 Since this is the same it will be named as the housing (20,30) by integrating it.

The housings 20 and 30 are formed in ellipsoids that can swell when water is injected like a tube or the like. The housings 20 and 30 are made of a tough, expandable / stretchable material, and are durable in nature. For the sake of guarantee, the part of the bench 10 on which the housings 20 and 30 are mounted is provided with receiving recesses (see FIG. 2) for accommodating the housings 20 and 30, respectively, to form the housings 20. (30) is so high that the seated person is prevented from feeling uncomfortable.

In addition, as can be seen in Figure 1, the surface of the housing, specifically the surface of the back housing 30, a plurality of acupressure protrusions 55 are formed to achieve the acupressure effect when the back / waist of the seated person is in close contact It is also possible.

The interior of the housing 20, 30 has a hollow space for accommodating water, which hollow space is partitioned by the wall group 40.

The wall group 40 is formed in a hollow space provided between the upper and lower surfaces of the housings 20 and 30, and connects the upper and lower surfaces of the housings 20 and 30 to divide the hollow space into a plurality of blocks, and as a checkerboard or grid type. It is composed of a plurality of walls extending vertically at regular intervals along the longitudinal direction and the width direction of the housing (20, 30), wherein the plurality of walls extending at regular intervals along the longitudinal direction of the housing (20, 30) The wall is defined as the second wall 42 by extending the plurality of walls at regular intervals along the width direction of the first wall 41 and the housings 20 and 30.

That is, the wall group 40 is formed by the combination of the first wall 41 and the second wall 42 extending perpendicular to the first wall 41. The two walls 42 are preferably made of a tough and elastic material similar to the housing.

The first and second walls 41 and 42 having such a structure and shape extend in a straight line (that is, only the first wall exists), thereby improving the problem of generating algae / vortices as the water flows.

In other words, the wall that is in close contact with the upper and lower surfaces in the longitudinal direction (or the width direction) and extends along the longitudinal direction provides a characteristic of preventing random water ripple compared to the absence of the wall, but between walls. Since a pattern (that is, a straight pattern) is formed, rather than having a certain hydraulic pressure along the space between the walls, it promotes the formation of a uniform flow or a vortex in the longitudinal direction as the water flows, thereby providing a user with a ringing problem. Follows.

Accordingly, the present invention provides the first, second, and second walls 42 extending perpendicular to the first wall 41 extending in the longitudinal direction to block the occurrence of algae as water flows in a specific direction. By remaining in each of the small spaces (called 'water receiving spaces') between the two walls 41, 42, the housings 20, 30 rapidly expand when the hot water is filled in the housings 20, 30. It not only prevents the problem but also prevents phenomena such as rumble or rumble, and provides the user with more comfort and comfort.

However, when the inner space of the housing is shielded in a lattice form by the first and second walls 41 and 42, the water contained in the first and second walls 41 and 42 is not felt without the softness and comfort inherent in the water. In order to prevent the hard feeling caused by the space 45 from occurring, the first and second walls 41 and 42 are not intermittently adhered to the upper and lower surfaces of the housings 20 and 30, i. Bars spaced apart from the upper and lower surfaces of the (20, 30) bar, the portion spaced apart from the upper surface side of the housing (20, 30) is named as the upper through hole 51, the lower surface side of the housing (20, 30) In the spaced apart portion is named the lower through hole (52).

In other words, the upper through hole 51 is a groove formed in a semicircular shape, a semi-elliptic shape, or a similar shape so as to be spaced apart from the upper surface at an upper portion of only the second wall 42 among the first and second walls 41 and 42, and the lower through hole 52 is formed. ) May also be understood as a groove formed in a semi-circular, semi-elliptic or similar shape so as to be spaced apart from the lower surface of the housing at the lower part of both the first and second walls 41 and 42.

The upper through holes 51 and the lower through holes 52 basically prevent the first and second walls 41 and 42 from being completely in contact with the upper and lower surfaces thereof, and in this case, the first and second walls 41 and 42. ) Is standing between the upper surface and the lower surface, but is not rigid by the upper and lower through-hole 51 and the lower through-hole 52 formed up and down to be able to stand up flexibly to maintain the softness and comfort unique to water (liquid) In addition, the water can move along a portion (not a large amount, of course) along the through holes 51 and 52, so that the water receiving space 45 is uniformly trapped by the first and second walls 41 and 42, thereby stiffening. To prevent problems that can become hard or hard.

Further, the upper through hole 51 is filled with water even when the water is filled in the housing 20, 30. 30) Assuming that a situation in which the air flows in the upper space is generated so that the air remaining in the upper surface of the water is formed to flow, this upper through-hole 51 is the air remaining in the housing (20, 30) is also rigid It provides a space to flow naturally without being trapped, and is formed only on the second wall 42 is because the first wall 41 can support more smoothly and firmly between the upper and lower surfaces of the housing (20, 30). This is because the above object can be satisfied by being formed on the second wall 42 while being able to make it possible.

In addition, the lower through hole 52 allows the water to naturally move in a portion of the lower part of the first and second walls 41 and 42 so that the water into the lower through hole 50 when the load of the seated person acts on the housings 20 and 30. It is possible to be moved to provide a natural rebound and at the same time to provide a function to prevent the feeling of the housing itself is hardened by the wall group (40), in particular the reason formed in the lower part of the first and second walls (41, 42) The purpose is to enable natural movement of water while the seated person does not feel the flow of water as much as possible when it acts on the middle portion or the upper portion of the first and second walls 41 and 42.

By the wall group 40 of the bench 10, the user is provided with a characteristic that the user feels as soft and comfortable as possible without being stiff or without feeling the water flowing or wailing in a specific direction.

Figure 2 is a side cross-sectional view showing a schematic configuration relationship of the landscaping system according to the present invention.

The water circulation assembly according to the present invention provides a function of supplying and discharging a predetermined amount of water (hot water and cold water) to the housings 20 and 30, and the water inlet pipe 130 and the water outlet pipe 140 and the hot water tank ( 110, a cold water tank 120, a check valve 150, and a pump 160.

The inlet pipe 130 and the outlet pipe 140 are connected to the plurality of housings 20 and 30 along the legs of the bench 10, respectively, and serve as a passage for supplying and discharging water to the housings 20 and 30. This is to be pumped by the pump 160 to supply and discharge the water to the housing (20,30). In addition, the water inlet pipe 130 and the water outlet pipe 140 has a branch structure when the housing 20, 30 is formed in plural, and the specific housing (by the check valve 150 installed at the branch point in the branch structure) It is possible to supply and discharge water to the target 20,30).

Cold water tank 120 is a tank for storing cold water, if the fountain is formed in the park can be used in conjunction with the water tank of the fountain.

The hot water tank 110 is a built-in heater to perform the function of making hot water by heating the water and then storing, the heater can be operated using the power generated by the solar power generation device 200 to be described later, this The hot water tank 131 may be supplied with power in cooperation with a power supply device 290 that stores power generated by the solar heat measuring device 200.

The check valve 150 controls the flow of water while being opened and closed by the control of the controller 300 to be described later, as well as the inlet pipe 130 and the outlet pipe 140, as well as the hot / cold water tanks 110 and 120 and the housing 20. 30) and the water inlet / outlet pipe are formed in each of the connecting portions to perform the function of controlling the flow of water in the opening and closing manner.

The check valve 150, the pump 160, the heater, and the like of the water circulation assembly are controlled by the controller 300, which will be described later. That is, when the user is located near the bench or sits on the bench 10, the controller ( When the sensor connected with the 300 recognizes this and the controller 300 transmits a command signal to the water circulation assembly, the sensor is driven to supply water to the housings 20 and 30, and when the user wakes up from the bench 10. By the sensing of the sensor, the controller 300 which receives the signal also controls driving to discharge water.

As can be seen from Figures 1 and 2, the photovoltaic device 200 according to the present invention is formed as one to three adjacent to the periphery of the bench 10, by a long vertically extending support 250 This shade panel is shaped like a street lamp, but in particular, the solar panel 210 equipped with the solar cell 220 is rotatably installed in the vertical / horizontal direction (that is, the vertical, horizontal, and horizontal directions). By the rotation of the 210 to provide a shade by the sunshade panel 210 to the bench (10).

Specifically, the photovoltaic device 200 is composed of a solar cell 220, a solar panel 210, a bracket 230, a rotation module 240, a lighting module 260.

The solar cell 220 functions to generate solar power as electric power to supply the generated power to the power supply 290, and is attached to the top surface of the solar panel 210.

The sunshade panel 210 is formed in a shape having a rectangular parallelepiped or a sufficient surface area, and the solar panel 220 is mounted on an upper surface thereof and can be rotated to the support 250 by a rotation module 240 on a lower surface thereof. Is not only connected but also provided with a lighting module 260.

In other words, the sunshade panel 210 is rotatably supported by the rotation module 240 formed on the upper part of the support 250, as shown in FIG. 2, the support 250 at the lower center portion of the sunshade panel 210. ) Is not connected, but the support 250 is connected to a portion of the side that is tilted toward one side and is deflected toward the bench 10 side. As the sunshade panel 210 is rotated, as much shade as possible can be generated on the bench side. Make sure

3 is a perspective view showing a specific configuration of a rotation module formed in the solar cell apparatus according to the present invention.

As mentioned above, the sunshade panel 30 according to the present invention has a structure that is rotatably connected by a rotation module at the upper end portion of the support (250).

Specifically, the pivot module includes a horizontal pivot 244 for pivoting the sunshade panel 210 on a horizontal axis on the support 20 and a vertical pivot 242 for pivoting on a vertical axis. In addition, the sunshade panel is connected to the upper portion of the support 250, that is, the rotation module 240 by the bracket 230, and ultimately, the rotation module 240 pivots the bracket 230 horizontally and vertically. It is understood that the sunshade panel 210 firmly mounted on the 230 rotates together with the rotation of the bracket 230.

The vertical rotating part 242 of the rotating module 240 may be a concept similar to a hinge having a state extending in a horizontal direction, but unlike a known hinge, the driving motor does not necessarily have a rotating state by a natural force. A stopper may be provided at the connection portion with the bracket 230 so as to be rotated only by the rotation of the bracket, and the friction coefficient may be increased (for example, a horizontal protrusion that couples the minute protrusions with the minute protrusions and the protrusions provided around the brackets). In the same configuration as the groove provided around the rotating part. This is to prevent the phenomenon in which the sun panel 210 to the bracket 30 is rotated unnecessarily by a natural force (for example, wind).

Although not shown in the drawing, the vertical pivot 242 is connected to a drive motor (step motor for precision rotation control, etc.) and rotated by the rotation of the drive motor, thereby rotating the bracket 230 connected thereto in the vertical direction. Will cause.

Here, the "vertical rotation", as can be seen from Figure 3 means that rotated to the left and right at a predetermined angle relative to the vertical axis, it is also referred to as "up and down rotation" for convenience.

In addition, at one side of the vertical pivot 242 is connected to the horizontal pivot 244 extending in the vertical direction in parallel with the internal extension space of the support 250.

The horizontal rotating part 244 is provided in the internal space of the support 250 and is connected to a motor 245 separate from the driving motor provided for driving the vertical rotating part 242 and rotated by the motor 245. It is possible to rotate the horizontal rotating unit 134 at a predetermined angle in the horizontal direction.

For this reason, the sunshade panel 210 can theoretically rotate 360 degrees with respect to the plane according to the rotation of the horizontal pivot 244.

At this time, the horizontal rotating part 244 and the vertical rotating part 242 may be implemented through a universal joint, which is a known mechanical part. Specifically, as shown in FIG. The connecting part of the horizontal rotating part 244 is provided as a vertical rotating part 242, and a separate driving motor that can directly transmit rotational force to the vertical rotating part 242 is installed (connecting the driving motor with a separate shaft). It is also possible to rotate the power transmission gear which is provided with a gear on either side of both sides of the horizontal rotating part and the horizontal rotating part by a drive motor to achieve the rotation of the vertical rotating part 242, and the horizontal rotating part ( 244 may be rotated by a motor 245 provided separately at the bottom, and the connection portion 246 is connected to the bracket 230, the sunshade panel connected to the bracket 230 in accordance with the horizontal / vertical rotation of the connection portion 246 210 horizontal / It can be rotated in a vertical direction.

As such, the reason for the rotation of the solar panel 210 in the horizontal / vertical direction is to shade the bench 10 in response to the path of the sun that changes every time, or the solar cell 90 has sunlight 90. This is to increase the power generation efficiency of the solar cell 220 by being absorbed by ㅀ.

The rotation module 240 of the photovoltaic device is controlled by the rotation control module 340 of the controller 300 to be described later.

Referring back to FIG. 1, it can be seen that the landscaping block 60 is formed at the tip bottom portion of the bench 10. The landscaping block 60 includes a vegetation block and a grass block installed on a known park floor. It is possible to be formed in a similar shape.

Furthermore, it can be formed in various colors to pursue harmony and aesthetics of the surrounding landscape, and it is also possible to form an LED light device so that the light shines at night.

In particular, the landscaping block 60 of the present invention is provided with a variety of sensors for sensing the presence or temperature of the seated person, it is possible to further include an elastic rotating footrest 70.

Specifically, the landscaping block 60 may be installed on the entire floor of the park, but in particular, it is formed at the front end of the bench 10 (that is, the part where the rider steps down immediately before the seated person sits on the bench), so that the weight detection sensor ( 90) and a temperature sensor (see Fig. 4, 311).

The weight sensor 90 provides a function of detecting the weight of the seated person as well as the presence of the seated person when the seated person is located in the landscape block 60, the detected weight of the seated person is transmitted to the controller 300 to be described later It is determined whether water is supplied to the housings 20 and 30.

The weight sensor 90 is formed at each position in the landscaping block 60 corresponding to the number of seat plate housing 20 to determine the weight on the basis of the individual occupant on the bench 10 that can be seated by a large number of people Do it.

The weight sensor 90 is not necessarily formed on the landscaping block 60, it is possible to be formed on one side of the seat plate of the bench 10, or one side of the surface of the seat plate housing 20. It provides a function to detect a state when the user is ready to sit on a bench or actually sits. That is, although there may be a slight difference in time deviation and accuracy, the weight sensor 90 according to the present invention may be selectively formed on either the bench 10 or the landscape block 60 or both. It may be.

The temperature sensor 311 provides a function of measuring the external temperature to provide the measured temperature information to the controller 300, which will also be described later, which supplies cold water and hot water to the housings 20 and 30. Provide criteria for selection.

Referring to FIG. 2, the elastic pivoting board 70 is formed at a predetermined position of the landscaping block 60 to which the user's foot can reach when the user sits on the bench 10. When the force is applied, the spring hinge ( When the force is reduced while the foot is rotated by the elasticity of 71, a function and an action of restoring the foot plate to its original position by the restoring force of the spring hinge 71 are performed. In addition, the spring hinge 71 is equipped with a pressure sensor 72 for measuring the elastic force or compressive force applied thereto.

The elastic pivot foot 70 is a housing 20, by the flow control module 330 of the controller 300 to be described later when the user adjusts the force by stepping on the foot in a state where the user sits on the bench (10) Provide a basis to differentially control the quantity supplied to 30.

Furthermore, the landscaping block 60 further includes an optical sensor to drive an LED lighting device additionally installed in the landscape block when the weight sensor 90 recognizes that the light is night through the optical sensor after a specific weight is detected. It is also possible to make it glow.

4 is a block diagram showing the configuration of a controller according to the present invention.

The controller 300 according to the present invention drives the above-described configuration, such as the water supply and discharge control of the bench 10 as well as the power supply control of the photovoltaic device 200 and the angle adjustment function of the rotation module 240. It provides a function to perform the control integrally, specifically, the hot and cold water supply control module 310, by weight supply control module 320, flow control module 330, rotation control module 340, lighting control module 350 )

Cold and hot water supply control module 310 is a person is located around the bench through the weight sensor 90 of the landscaping block 60 or the bench 10 through a weight sensor installed in addition to the housing (20,30) When it is detected that a person sits, the hot water or cold water is supplied to the housings 20 and 30 according to the temperature of the temperature sensor 311 installed in the landscaping block 60.

That is, when the housing 20,30 is filled with water, there is a fear that the water may freeze in winter or the water may be heated in summer. Maintain the discharged state so that the water in the housing (20, 30) is filled only when the actual person is located or sitting around the bench, in the winter to supply hot water to the housing (20,30) and to supply cold water in the summer Ensures a comfortable and seasonally controlled seating condition for the seated person.

In other words, the cold / hot water supply control module 310 receives a signal that primarily detects the presence of a person through the weight sensor 90 and then secondly receives a temperature signal of the temperature sensor and the temperature of the temperature sensor. Select one of the cold water and hot water according to the height and open any one of the check valve 150 installed in the hot water tank 110 and the cold water tank 120 according to the height, and then after the pump 160 of the pump 160, the water inlet pipe ( 130 to inject the selected water into the housing (20, 30).

In addition, the hot and cold water supply control module 310 maintains a database of the pre-calculated amount of water to control the opening time of the check valve 150 to supply water to the housings 20 and 30 through the inlet pipe 130. After supplying, close the check valve (check valve mounted between the water inlet pipe and the housing) 150 so that a certain amount of water is injected into the housing 20, 30 so that the user feels a stable cushion by the water, and the bench Since the weight detection sensor 90 does not detect the weight when a person leaves at 10, driving the pump 160 on the outlet pipe 140 side and at the same time the housing 20 and 30 and the outlet pipe 140 side Open the check valve installed in 150 to discharge the water to the outside through the outlet pipe 140.

By weight supply control module 320 is to provide a more specialized function for the cold and hot water supply control module 310, the supply to the housing (20, 30) in accordance with the height of the weight substantially detected by the weight sensor 90 Differential control of the amount of water (cold water, hot water) to be included, and includes a supply amount database 321 and the supply control unit 322 by weight.

At this time, it is possible to further form a flow sensor in the water circulation assembly at the outlet side or other necessary position of the cold water tank or the hot water tank in order to calculate a more accurate flow rate.

The supply amount database 321 refers to a database in which the time for opening the check valve 150 is differentially recorded or the flow rate to be discharged for each weight is recorded differently. The user experiments with a large number of users with different weights by varying the quantity supplied to the housings 20 and 30 according to the volume and the weight applied to the housings 20 and 30. It provides a function such as a look-up table that records the amount of water injected into the housing (20,30) to feel the most comfortable seating by weight.

The weight-based supply control unit 322 searches the supply amount database 321 for the quantity corresponding to the weight measured by the weight detection sensor 90 and supplies water to the housings 20 and 30 according to the quantity. It performs the function of controlling the opening and closing of the check valve 150 of the outlet and the inlet pipe 130 and the connection portion side of the housing (20,30) of the tank to be supplied.

In other words, by the supply control module 320 for each weight to supply the optimized amount of cold water / hot water to the housing (20,30) according to the user's weight to ensure that the user feels comfortable sitting.

The flow rate control module 330 is not a uniform weight is applied to the seat housing 20 to the back housing 30 after the seated person sits on the bench 10, but the seated body moves or in particular the elastic pivot footing 70 The amount of water injected into the back housing 30 and the seat housing 20 when stretching the exercise in such a way as to stretch the leg by lifting the leg and lifting the buttocks by applying force to the resilient footrest 70 while pressing down In other words, the water supply / discharge control is performed to change the amount of water injected into the back housing 30 and the seat plate housing 20 according to the pressure change generated in the elastic pivoting board 70. Provides the ability to

In other words, when the seated person stretches the waist in a sitting position, when the foot is supported by the elastic pivoting foot and the leg is straightened, the waist is naturally spaced apart from the seat housing 20 and the weight applied to the seat housing 20 is increased. The pressure applied to the back housing 30 is increased by lightening and conversely straightening the waist. At this time, the water in the seat housing 20 discharges a certain amount and additionally supplies a predetermined amount of water to the back housing 20. To control the driving of the water circulation assembly.

That is, the flow rate control module 330 is to apply a change in the amount of water injected into the seat plate housing 20 and the back housing 30 by a predetermined amount of change in value in accordance with the pressure change applied to the elastic pivot footing (70). For example, when the pressure that the seated person puts on the elastic rotational footrest 70 increases, the pressure is concentrated on the back part as the buttocks are raised (that is, the seat back supports the back housing while the foot supports the foot on the elastical rotational footrest). Press), the water in the seat housing 20 is discharged to the outside in a small amount to prevent water ripple and additional water is added to the back housing 30 to provide a more rigid feel to the back housing 30. Perform the control function supplied.

In other words, the supply change part 332 may be provided with a seat plate housing in which water is already supplied according to the pressure change amount in the pressure sensing sensor 72 (or the weight sensing sensor installed in the housing) of the elastic pivoting board 70. 20) and the driving control of the water circulation assembly to discharge or additionally supply water to the back housing 30.

By the flow control module 330, it is possible to elastically change the number of filling the back housing 30 and the seat plate housing 20 in accordance with the pressure change applied to the elastic pivot footing 70, as if a large rubber ball (rubber) A core stretching exercise using a ball may be performed while sitting on the bench 10.

The rotation control module 340 provides a function of controlling the rotation module of the photovoltaic device. The rotation control module 344 includes a rotation angle database 343, a horizontal angle adjustment unit 341, and a vertical angle adjustment unit. And further includes 342.

The rotation control unit 344 transmits driving signals to the horizontal angle adjusting unit 341 and the vertical angle adjusting unit 342, respectively, and ultimately adjusts the amount of rotation of the driving motor / motor connected to the horizontal / vertical rotating units 242 and 244. It plays a pivotal role, known solar position tracking means (not shown) that can track and extract the specific position state of the sun as a fixed number, and irradiates the bench 10 according to the angle of sunlight Pre-calculate the horizontal and vertical rotation angles of the rotation module 240 based on these parameters by inputting information on the amount of sunlight and shadow size and direction, the distance between the solar panel and the bench, and the size of the solar panel. And a rotation angle database 343 having this as a database.

The rotation control unit 344 calculates the angle to be taken by the sunshade panel according to a specific sun position identified as a predetermined value indicating a position through the sun tracking means as a driving signal through the rotation angle database 343, for example. The signal is transmitted to the horizontal rotating unit 244 and the vertical rotating unit 242.

The drive signal can be divided into a horizontal drive signal for planning the rotation of the horizontal pivot 244 and a vertical drive signal for planning the rotation of the vertical pivot 242.

The horizontal angle adjusting unit 341 receives a horizontal driving signal from the rotating control unit 344 to adjust the rotation amount of the motor 245 connected to the horizontal rotating unit 244, and the vertical angle adjusting unit 342 is a vertical driving signal. Is applied from the rotation controller 344 to adjust the amount of rotation of the drive motor connected to the vertical rotation unit 242.

As a result, according to the position of the sun and the placement state and size of the sunshade panel 210 with respect to the bench, it is possible to more accurately and efficiently control the shadow generation in the bench direction through the sunshade panel 210. do.

The lighting control module 350 provides a function of controlling the driving of the lighting module 260 included in the photovoltaic device 200. The lighting control module 350 includes an optical sensor 351 and a lighting controller 352.

That is, the optical sensor 351 measures the external light quantity and transmits the measured light quantity information to the lighting controller 352, and the lighting control unit 352 is low through the light quantity information of the optical sensor 351. It determines whether it is night or whether the lighting module 260 should be driven to control the driving (mainly on / off processing) of the lighting module 260.

By the lighting control module 350, in the case of a dark night or the like, the lighting module 260 may be driven to provide a property to secure the visibility and stability of the seated occupant seated on the bench.

As described so far, the configuration and operation of the park landscaping system with the solar power panel and the functional bench according to the present invention has been expressed in the above description and drawings, but this is merely described as an example and the spirit of the present invention. This is not limited to the above description and drawings, and various changes and modifications are possible without departing from the spirit of the present invention.

10: bench 20: seat plate housing
30: back housing 40: wall group
41: first wall 42: second wall
45: water receiving space 51: upper through hole
52: lower side through-hole 55: acupressure protrusions
60: landscaping block 70: elastic rotation scaffold
71: spring hinge 72: pressure sensing sensor
90: weight detection sensor 110: hot water tank
120: cold water tank 130: inlet pipe
140: outlet pipe 150: check valve
200: photovoltaic device 210: sunshade panel
220: solar cell 230: bracket
240: rotating module 242: vertical rotating part
244: horizontal rotating unit 245: motor
246: connection portion 250: support
300: controller 310: cold and hot water supply control module
311: temperature sensor 312: cold and hot water supply control
320: supply control module by weight 321: supply database
322: supply control by weight 330: flow control module
332: supply change unit 340: rotation control module
341: horizontal angle adjustment unit 342: vertical angle adjustment unit
343: rotation angle database 344: rotation control unit
350: light control module 351: light sensor
352: lighting control

Claims (6)

As a landscaping system for parks,
A housing mounted on a seat plate and a back plate of the bench with an inner space capable of filling water and air; The inner space of the housing is divided into a lattice by a plurality of first walls formed at a plurality of intervals along the longitudinal direction of the housing and a plurality of second walls formed at a predetermined interval along the width direction of the housing. A plurality of upper through-holes formed at a plurality of intervals along the extending direction of the second wall portion in contact with the upper surface of the housing and a plurality of the plurality of holes at a predetermined distance along the extension direction of the first and second wall portions in contact with the lower surface of the housing; A bench including; a partition assembly including a formed lower through hole;
A sunshade panel installed around the bench, the solar panel having a solar cell on the upper surface; A support standing up to support the sunshade panel; A rotation module installed between the awning panel and the support to rotate the awning panel in the horizontal and vertical directions on the support to provide a shade by the awning panel in the bench direction; A photovoltaic device including; a power supply for storing power generated by the solar cell;
water cooler; A hot water tank including a heater that receives power from the power supply and heats water; A check valve installed on the inlet pipe and the outlet pipe connected to the housing so as to be opened and closed to control the flow of water; A water circulation assembly configured to supply and discharge water to the housing, the pump being mounted on the inlet and outlet pipes to pump water;
A landscaping block formed in a bottom area around the bench and equipped with a weight sensor for sensing a weight of a seated person and a temperature sensor for sensing an outside temperature;
A check valve of the water circulation assembly to select one of the cold water of the cold water tank and the hot water of the hot water tank according to the weight detection signal of the weight sensor and the temperature signal of the temperature sensor to supply and discharge the water to the housing; Cold and hot water supply control module for controlling the opening and closing of the pump; Consists of a controller including; a rotation control module having a sun position tracking means for tracking the position of the sun to drive and control the horizontal and vertical tilt angle of the rotation module according to the position of the sun,
On the lower surface of the solar panel of the photovoltaic device,
It includes; lighting module having a lighting function,
The controller,
An optical sensor for measuring external light quantity;
And a lighting control module for controlling on / off of the lighting module according to the amount of light detected by the light sensor. The method of claim 1,
The outer surface of the housing mounted to the back of the bench; a plurality of acupressure projections; characterized in that the protruding further formed, the park landscaping system. The method of claim 1,
The controller,
And a flow rate sensor for measuring an amount of water flowing through the water inlet pipe.
And a weighted supply control module configured to differentially adjust the amount of water supplied to the housing according to the height of the weight detected by the weight sensor by the sensing of the flow sensor. system. The method of claim 1,
The landscaping block,
And elastically rotating the scaffold by a spring hinge, wherein the spring hinge has an elastic rotating scaffold mounted with a pressure sensor.
The controller,
Drive and check valves of the pump of the water circulation assembly so as to change the amount of water filled in the housing mounted on the back plate of the bench and the housing mounted on the seat plate according to the change in pressure detected by the pressure sensor of the revolving foot. A flow control module for controlling the opening and closing of the; characterized in that it further comprises, the park landscaping system. delete The method of claim 1,
In the bench is mounted to the housing,
A receiving groove formed in a predetermined depth is formed,
And the housing is mounted to the receiving groove.

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