KR100836252B1 - Response type facilities control system - Google Patents

Abstract

A response type facility control system is provided to show images familiar with citizens instead of manual landscape architecture or simple facilities. In a response type facility control system, leisure facilities(10) detect the specific position when users exercise or play. A sensing unit(20) is installed in the leisure facilities to output data selected from rotation, shock, position, approach, and temperature, by wire or wireless. In an analysis communication unit(30), a communication unit analyzes and detects a signal transmitted from the sensing unit, outputs detected data by wire or wireless, receives data from the sensing unit, and outputs the data to a control unit. An analyzing unit analyzes data inputted through the communication unit and transmits the analyzed data to the communication unit. A storing unit stores data analyzed in the analyzing unit. The control unit outputs a control signal by wire or wireless according to a previously stored program on the basis of the number of output signals transmitted from the analysis communication unit. A driving unit(50) executes predetermined operations according to the control signal transmitted from the control unit by wire or wireless.

Description

Response type facilities control system

The present invention relates to a responsive facility control system, and more specifically, to apply to the amusement facilities or sports facilities and cultural facilities installed in apartment complexes, neighborhood parks, buildings, etc., to overcome the purpose of simple play and fitness or cultural facilities only. The present invention relates to a responsive facility control system that can provide viewing pleasure and participation pleasure by providing more diverse contents.

According to the water fountain (10-1997-027343) filed on June 25, 1997, "Motor pump having a discharge amount of water varies according to an external signal; coupled to the tip of the water transfer pipe of the motor pump in the pump A blower for ejecting the conveyed water, and a signal sensing unit connected to the air pump to change the amount of discharge of the motor pump, illuminance and illumination color of the lighting means, and converting a voice signal or an object sensing signal received from the outside into an electrical signal In a known water fountain configured as a generator, a discharge port is vertically formed at the center of a horizontal upper end of a horizontal body provided with a stator and a rotor installed therein, and a water pump and two water dispersion holes are formed to communicate with each other. Forming a T-shaped body and opening and closing by water pressure of water being distributed and transported through water dispersion holes on one side of the body to a discharge port; The discharge amount variable means for controlling the amount of water to be discharged is formed, and on the other side, a casing is integrally formed on the body to insert an impeller that is condensed on the rotor, and cover the impeller to combine the sealing plate formed to guide the water, and then Water fountains, characterized in that by forming a plurality of holes in each of the two ends of the surface formed by combining the grill-type strainer is formed integrally with the suction hole on the lower side ".

However, the conventional water fountain is recognized as a neon light on the street because it is driven uniformly according to a certain program or a certain signal sequence, and it becomes a facility that is not familiar to the general public around the apartment, neighborhood park, or building. It has a disadvantage.

Accordingly, the present invention is to solve the above-described problems, the user applies to the amusement facilities or sports facilities and cultural facilities installed in apartment complexes, neighborhood parks, buildings, etc. to escape the purpose of simple play and fitness or cultural facilities only users Its purpose is to provide a responsive facility control system that can provide a variety of content that responds to the movement of the audience.

The present invention for achieving the above object is a leisure facility for use by the user for exercise or play; A detection unit installed at the leisure facility to detect rotation, impact, position, approach, temperature and output the wired or wirelessly; An analysis communication unit for analyzing and detecting a signal transmitted from the detection unit and outputting the detected data by wire or wirelessly; A control unit for generating a control signal by wire or wirelessly based on the number of output signals transmitted from the analysis communication unit according to a pre-stored program; It characterized in that it comprises a drive unit for performing a certain direction in accordance with the control signal transmitted from the control unit by wire or wireless.

As a preferred embodiment, the leisure facility is a fitness bicycle for the leg movement by rotating the foot, rotating disk for arm movement by rotating the hand, warm up to activate the cardiopulmonary function by running lightly, iron rod for hanging arm exercise, Sit-ups to raise your upper body to strengthen your abs, punch-down punches to relieve stress, see-saws for two people to climb up and down, rocking chairs to sit and shake and relax, swings to and fro and play, piano Piano keyboard sculptures embodied like keyboards, lawns with a plurality of lawns, and other instruments that provide a predetermined space for various sports or sports.

According to a preferred embodiment, the driving unit is a solenoid valve for opening and closing the supply water according to the control signal of the control unit, a pump which is a power source for pumping the supply water, a motor for providing rotational force, LED for emitting various kinds of information, sound or An audio output unit for outputting music, and a video output unit for outputting still or moving pictures.

As a preferred embodiment, the sensing unit is selected from a rotation sensor for detecting the rotation, an impact sensor for detecting the shock, an infrared sensor for detecting the position, a human body sensor for detecting the human body approach, a temperature sensor for detecting the temperature.

According to a preferred embodiment, the analysis communication unit receives the data from the detection unit and outputs the data to the control unit, an analysis unit for analyzing the data input via the communication unit and forwarded to the communication unit, the analysis unit analyzed And a storage unit in which data is stored.

According to a preferred embodiment of the present invention, it is not just a passive landscape or environmental facilities, but can give a familiar and friendly image to the citizens, and can renovate the external image of local governments or operators by providing practical and beautiful facilities. There is an advantage.

In addition, by expanding the base of daily sports and appealing to health facilities, it also increases the competitiveness of construction companies and provides an indirect advantage of preoccupying a leading position in the saturated construction market.

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

1 is a block diagram schematically showing a responsive facility control system according to the present invention, which is installed in the leisure facility 10 and the leisure facility 10 for the user to use for exercise or play, and is rotated, impacted, In accordance with a sensing unit 20 for detecting a position, approach, and temperature, an analysis communication unit 30 for analyzing and detecting a signal transmitted from the sensing unit 20, and outputting the detected data; Control unit 40 for generating a control signal based on the output signal transmitted from the analysis communication unit 30, and a drive unit 50 for performing a predetermined direction in accordance with the control signal transmitted from the control unit 40. At this time, the control unit 40 is preferably composed of a microprocessor and a program stored therein, because it is flexible for later expansion or modification.

The responsive facility control system is designed to react according to a user's action, and looks at the configuration of FIG. 1 in more detail.

FIG. 2 is a detailed block diagram illustrating the leisure facility of FIG. 1, wherein the leisure facility 10 is a fitness bicycle 101 for rotating a leg by a foot and a rotating disc 102 for rotating an arm by a hand. Warm up (103) to activate the cardiopulmonary function by running lightly, iron bar (104) for hanging arm exercise, sit up to strengthen the abdominal muscles by raising the upper body (105), punching bag to relieve stress by tapping fist (106) , A seesaw (107) for two people to climb up and down, a rocking chair (108) to sit and shake and have peace, a swing (109) to play back and forth, and a piano keyboard sculpture (110) , A lawn 112 in which a plurality of lawns are planted, and other mechanisms 113 for providing a predetermined space for various sports or sports.

Here, the other mechanism 113, when stepped on the floor fractional stone to produce a fountain by the drive unit 50, a complex exercise mechanism such that the fountain is produced by the drive unit 50 according to the position and part of the exerciser This can be.

Look in detail for the detection unit 20 installed in the leisure facility (10).

3 is a detailed block diagram illustrating the sensing unit of FIG. 1, wherein the sensing unit 20 includes a rotation sensor 201 for detecting rotation, an impact sensor 202 for detecting an impact, and an infrared sensor 203 for sensing a position. It is configured to be selected according to the characteristics of the leisure facility 10 of the human body sensor 204, the temperature sensor 205 for detecting the temperature of the human body approach or not.

4 is a detailed block diagram illustrating an analysis and communication unit of FIG. 1, wherein the communication analysis unit 30 receives data from the detection unit 20 and outputs data to the control unit 40. And an analysis unit 301 for analyzing the data inputted through the communication unit 301 and delivering it to the communication unit 301, and a storage unit 303 in which the data analyzed by the analysis unit 301 is stored. .

5 is a detailed block diagram of the driving unit of FIG. 1, wherein the driving unit 50 is a solenoid valve 501 for opening and closing the supply water according to a control signal of the control unit 40, and a power source for pumping the supply water. Pump 502, motor 503 for providing rotational force, LED 504 for emitting various types of information, audio output unit 505 for outputting sound or music, video output for outputting still image or video It comprises a unit 506.

Based on this configuration, the operation flow of the reactive facility control system will be examined.

For example, when the user's chin approaches the bar, the blue LED symbolizes one time and the blue fountain rises once.When the user's chin approaches, the yellow LED symbolizes twice. The yellow fountain rises twice, and when the user's chin approaches again, the green LED symbolizes three times and the green fountain rises three times.

In addition, in this process, sound or music may be output through the audio output unit, and the shape of the bar may be displayed through the video output unit.

Meanwhile, the present invention is not limited to the wired communication method, but may be extended to the wireless communication method.

6 is a view illustrating a wireless communication method in a responsive facility control system according to the present invention, a health bicycle 600 having a wireless communication module and a sensing unit, and a center having a wireless communication module for wirelessly transmitting and receiving control signals. In operation 601, the fountain may be soared according to the distance and position of the fitness bike, and the LED may be flashed according to the number of times, and the fountain may be embodied as a fountain 602 for outputting music or sound.

Therefore, when the fitness bicycle 600 moves around the fountain 602, it detects this and operates the corresponding fountain. For example, if the fitness bicycle is located at the point a, it is 602a, and if it is located at the point b, the position is 602b, the position c is located. 602c, located at point d, 602d, located at point e, 602e, located at point f, 602f, located at point g, 602g, located at point h, 602h, located at point i, 602i, located at point j. At 602j, the fraction is activated.

That is, the fitness bike detects the number of revolutions of the rear wheels and detects the number of revolutions of the front wheels and sends them wirelessly to the center. By calculating the current position of the health bike can be analyzed, the center transmits a control signal for operating the corresponding fountain wirelessly, the corresponding fraction of the fountain is operated according to the control signal.

1 is a block diagram schematically showing a responsive facility control system according to the present invention.

Figure 2 is a block diagram showing in detail the leisure facilities of FIG.

3 is a block diagram illustrating in detail the detector of FIG. 1;

Figure 4 is a block diagram showing in detail the analysis and communication unit of FIG.

5 is a block diagram illustrating in detail the driving unit of FIG. 1;

6 is a view for explaining a wireless communication method in a reactive facility control system according to the present invention.

Claims (5)

In the responsive facility control system that creates a fountain and outputs audio and video when using the leisure facilities attached to the building, A leisure facility 10 for detecting a specific location when the user uses exercise or play; A sensing unit 20 installed at the leisure facility 10 to output data selected from rotation, impact, position, access, and temperature by wire or wirelessly; A communication unit for analyzing and detecting the signal transmitted from the detection unit 20, outputting the detected data by wire or wirelessly, receiving data from the detection unit 20 and outputting data to the control unit 40 ( 301, an analysis unit 301 for analyzing the data input through the communication unit 301 and delivering the data to the communication unit 301, and a storage unit 303 in which the data analyzed by the analysis unit 301 is stored. An analysis and communication unit 30; A controller 40 for generating a control signal by wire or wirelessly based on the number of output signals transmitted from the analysis communication unit 30 according to a pre-stored program; Driver 50 for performing a predetermined operation according to the control signal transmitted from the controller 40 by wire or wirelessly Responsive facility control system comprising a. The method of claim 1, The leisure facility is a fitness bicycle 101 to rotate the feet to exercise the leg 101, a rotating disc 102 for rotating the arm by hand, warm up 103 to activate the cardiopulmonary function by running lightly, hanging arm exercise Iron rod 104 to do, sit up to strengthen the abs by raising the upper body (105), punching bag to relieve stress by tapping the fist (106), seesaw (2) up and down and enjoy the two people, sit and shake and relax Rocking chair 108 to have a swing, swing back and forth to enjoy back and forth 109, piano keyboard sculpture 110 implemented as a piano keyboard, a lawn 112 planted with a plurality of grass, predetermined for various sports or sports Reactive facility control system comprising a guitar mechanism (113) to provide a space of. The method according to claim 1 or 2, The driving unit, the solenoid valve 501 for opening and closing the supply water in accordance with the control signal of the control unit 40, the pump 502 to be a power source for pumping the supply water, the motor 503 for providing a rotational force, emits light and various information LED 504 for displaying a, an audio output unit 505 for outputting sound or music, and a video output unit 506 for outputting a still image or a video, the detection unit includes a rotation sensor for detecting the rotation ( 201), a shock sensor 202 for detecting a shock, an infrared sensor 203 for detecting a position, a human body sensor 204 for detecting whether a human body approaches or a temperature sensor 205 for sensing a temperature Facility control system. A health bicycle 600 which wirelessly detects the rotation speed of the front handle and the rotation speed of the rear wheel with a wireless communication module and a sensing unit; A center 601 having a wireless communication module for performing an arithmetic function to issue a control signal according to a predetermined program and transmitting and receiving wirelessly; A fountain 602 which is composed of a plurality of fountains, soaks up fountains of corresponding positions according to the distance and position of the fitness bicycle and simultaneously flashes LEDs according to the number of times and outputs music or sound; Responsive facility control system comprising a. The method of claim 4, wherein The fitness bike rotates by hand to rotate the disk 102 for arm movement, warm running 103 for activating the cardiopulmonary function by running lightly, iron bar 104 for hanging arm movement, to raise the upper body to strengthen the abdominal muscles Sit-ups (105), punching bag (106) to relieve stress by punching, seesaw (107) for two people to climb up and down, rocking chair (108) to sit and shake, and go back and forth A swing 109 for enjoyment, a piano keyboard sculpture 110 embodied like a piano keyboard, a lawn 112 with a plurality of lawns planted therein, and a guitar mechanism 113 for providing a predetermined space for various sports or sports. Responsive facility control system.

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