KR20240017493A - Monitor stand to relieve turtle neck symptoms by inducing posture correction - Google Patents

Abstract

The present invention relates to a monitor stand that can alleviate turtle neck symptoms by inducing posture correction, and includes a stand formed at the top so that a monitor can be mounted and having connection bars formed on one lower side and the other side, and one side of the stand. A first support and a second support are respectively coupled to one side and the other to support the stand, and a non-slip pad is formed at the bottom to prevent the desk from slipping, and a first support and a second support are formed on the stand to detect the user located in front of the stand. and a sensor unit that detects the user's posture, a driving unit formed inside the pedestal and lifting the pedestal from the first support and the second support based on the information detected by the sensor unit, and an inside of the pedestal. A control unit formed on the base to control the operation of the drive unit by analyzing the user's posture detected by the sensor unit, and a lighting unit formed on the base to emit light according to the operating states of the sensor unit and the monitor. It is characterized by

Description

Monitor stand to relieve turtle neck symptoms by inducing posture correction}

The present invention relates to a monitor stand that can alleviate turtle neck symptoms by inducing posture correction. More specifically, it relates to a monitor stand that adjusts the height of the monitor to suit the body of the user looking at the monitor and detects the user's posture to induce correction. This is about a monitor stand that can alleviate turtle neck symptoms by inducing posture correction.

Turtle neck syndrome affects 48% of office workers and accounts for a large proportion of the syndromes that occur among office workers.

Turtle neck syndrome is a condition in which the spine bends and the neck falls out. It is caused by working in an incorrect posture for a long time or tilting the neck forward too much when using a computer.

In particular, when the neck is tilted forward too much, a lot of load is applied to the cervical spine (neck vertebrae), which causes pain to spread to the shoulders and back, makes the eyes easily fatigued, and in severe cases, numbness in the hands due to nerve damage.

If you tilt your neck forward more than your normal posture, an additional load of about 2 to 3 kg is applied for every 1 cm of the cervical spine, and depending on the condition, an additional load of up to 15 kg is applied, so if you continue to have bad posture, permanent damage to the cervical spine can occur. This can be inflicted.

When studying or working using a PC, the position of the monitor that is not at eye level is a major cause of turtle neck syndrome.

Even if you work or study with the correct posture, if the height of the monitor is not at a certain distance from your eye level, you will automatically look at the monitor hunched over, which can cause turtle neck syndrome.

Korean Utility Model Publication No. 20-2013-0003288 is about a “monitor stand,” which supports the monitor at eye level to prevent PC users from experiencing herniated disc or turtle neck, as well as enabling efficient use of cramped desks. We propose a configuration that stores the keyboard and mouse on a stand that holds the monitor.

However, since the vertical height of the monitor stand is fixed, there is a problem in that it causes an unnatural posture depending on the user's physical condition.

Korean Utility Model Publication No. 20-2013-0003288

The purpose of the present invention to solve the above problems is to detect the user's physical condition and posture, so that the height of the monitor can be actively varied according to the user, so that the user can look at the monitor in the correct posture to prevent turtle neck symptoms. The goal is to provide a monitor stand that can alleviate turtle neck symptoms by encouraging posture correction.

In addition, another object of the present invention is to detect the user's posture and induce posture correction by changing the height of the monitor when the user is looking at the monitor in a posture that causes turtle neck or in an incorrect posture, thereby encouraging the user to correct the posture to the correct posture. The goal is to provide a monitor stand that can relieve neck symptoms.

In addition, another purpose of the present invention is to visually check whether the user's posture is detected by guiding the user's posture with a light, and to output the user's current posture, correct posture for correction, and stretching through the monitor. The goal is to provide a monitor stand that can alleviate turtle neck symptoms by inducing posture correction that can correct the condition.

The monitor stand, which can alleviate turtle neck symptoms by inducing posture correction according to the present invention to solve the above problems, is formed at the top so that a monitor can be mounted, and has a base formed on one side of the lower side and a connection bar on the other side, and A first support and a second support are respectively coupled to one side and the other side of the pedestal to support the pedestal, and a non-slip pad is formed at the bottom to prevent the desk from slipping, and a first support and a second support are formed on the pedestal and are located on the front of the pedestal. a sensor unit that detects the user and detects the user's posture; a driving unit formed inside the pedestal that raises and lowers the pedestal from the first support and the second support based on information detected by the sensor unit; A control unit formed inside the pedestal to control the operation of the driving unit by analyzing the user's posture detected by the sensor unit, and a lighting unit formed in the pedestal to emit light according to the operating states of the sensor unit and the monitor. It is characterized by including.

In addition, the sensor unit of the monitor stand, which can relieve turtle neck symptoms by inducing posture correction of the present invention, includes a distance sensor formed on the front of the stand to measure the distance between the user and the stand, and a distance sensor formed on the front of the stand. a height sensor that recognizes the user's pupil and measures the position of the pupil; a recognition camera formed on the front of the stand to photograph the user's face and upper body and determine the posture; and a height sensor formed on the desk to determine the user's posture. It is characterized by consisting of a posture sensor that determines the posture of the lower body by detecting the knee position of the user, and a weight sensor that is formed in a plurality distributed on the chair seat on which the user is seated and detects the user's hip position and pressure distribution.

In addition, the monitor stand that can relieve turtle neck symptoms by inducing posture correction of the present invention is formed at the lower part of the pedestal and includes a sterilizing lamp that sterilizes the keyboard and mouse located at the lower part of the pedestal by irradiating UV-C; A position sensor formed on the lower part of the pedestal to control the operation of the sterilizing lamp by detecting the keyboard and mouse located on the lower part of the pedestal, and formed on the front of the first support to manually adjust the height of the pedestal. It is characterized in that it further includes a first gauge formed on the front side of the second support and a second gauge formed on the front side of the second support to set the operating time of the sterilizing lamp.

In addition, the lighting unit of the monitor stand, which can relieve turtle neck symptoms by inducing posture correction of the present invention, is formed on the front of the stand and turns on different lights depending on the operating state of the sensor unit and the user's posture. It is characterized by consisting of a detection light and a reaction light formed on the rear of the pedestal and synchronized with the image and sound signals output from the monitor and irradiating the color output from the image and sound signals to the rear.

In addition, the control unit of the monitor stand, which can relieve turtle neck symptoms by inducing posture correction of the present invention, is configured to photograph the user's standard posture through the sensor unit and store the position of each body part, and the sensor Based on the positions of the pupil, chin, and shoulder among the user's body parts measured in real time through the unit, in the case of a turtle neck posture or a posture that is outside the set error range of the standard posture, the position of the monitor is raised and lowered through the driving unit. It is characterized by guiding the user to correct his or her posture to a position that meets the standard posture.

In addition, the control unit of the monitor stand, which can relieve turtle neck symptoms by inducing posture correction of the present invention, sends an image measuring the user's posture and posture to the monitor when it is determined that the user's posture is poor through the sensor unit. It is characterized by outputting correction images for correction to encourage posture correction.

As described above, according to the monitor stand that can alleviate turtle neck symptoms by inducing posture correction according to the present invention, the user's physical condition and posture can be detected, and the height of the monitor can be actively varied according to the user. It has the effect of encouraging people to look at the monitor in the correct posture to prevent turtle neck symptoms.

In addition, according to the monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention, the user's posture is detected and the height of the monitor is changed when the user is looking at the monitor in a posture that causes turtle neck or in an incorrect posture. It has the effect of encouraging you to correct your posture.

In addition, according to the monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention, it is possible to visually check whether the user's posture is detected by guiding the user's posture with a light, and whether it is operating or not can be visually confirmed through the monitor. It has the effect of allowing the user to correct their posture by printing out the current posture and the correct posture and stretching for correction.

Figure 1 is a perspective view showing the upper appearance of a monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention.
Figure 2 is a bottom perspective view showing the outer appearance of the lower part of a monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention.
Figure 3 is a side view showing the monitor stand being raised and lowered, which can relieve turtle neck symptoms by inducing posture correction according to the present invention.
Figure 4 is an example showing a monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention, the height of which varies depending on the user's perception.
Figure 5 is a side view showing the monitor holder detecting the user's posture, which can relieve turtle neck symptoms by inducing posture correction according to the present invention.
Figure 6 is an example showing the operation of the detection light of the monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention.
Figure 7 is an example showing the operation of the response light of the monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention.
Figure 8 is a diagram showing the overall structure of a monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention.

Specific features and advantages of the present invention will be described in detail below with reference to the accompanying drawings. Prior to this, if it is determined that a detailed description of the functions and configuration related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

The present invention relates to a monitor stand that can alleviate turtle neck symptoms by inducing posture correction. More specifically, it relates to a monitor stand that adjusts the height of the monitor to suit the body of the user looking at the monitor and detects the user's posture to induce correction. This is about a monitor stand that can alleviate turtle neck symptoms by inducing posture correction.

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

Figure 1 is a perspective view showing the upper appearance of a monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention, and Figure 2 is a view showing the upper appearance of a monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention. It is a bottom perspective view showing the outer appearance of the lower part of the monitor holder, Figure 3 is a side view showing the monitor holder being raised and lowered, which can relieve turtle neck symptoms by inducing posture correction according to the present invention, and Figure 4 is a posture according to the present invention. It is an example diagram showing a monitor stand that can relieve turtle neck symptoms by inducing correction, the height of which varies depending on user perception, and Figure 5 shows a monitor stand that can relieve turtle neck symptoms by inducing posture correction according to the present invention. It is a side view showing the monitor holder detecting the user's posture, and Figure 6 is an example showing the operation of the detection light of the monitor holder that can relieve turtle neck symptoms by inducing posture correction according to the present invention. Figure 7 is an exemplary diagram showing the operation of the reaction light of the monitor stand that can alleviate turtle neck symptoms by inducing posture correction according to the present invention, and Figure 8 is an illustration showing the operation of turtle neck symptoms by inducing posture correction according to the present invention. This is a diagram showing the overall structure of the monitor stand that can alleviate.

As shown in Figures 1 to 8, the monitor stand that can alleviate turtle neck symptoms by inducing posture correction according to the present invention is formed so that the monitor 10 can be mounted on the upper part, and is provided on one lower side and the other side, respectively. The stand 100 on which the connecting stand 140 is formed is coupled to one side and the other side of the stand 100 to support the stand 100, and a non-slip pad is formed at the bottom to prevent it from slipping off the desk 50. A first support 200 and a second support 300, a sensor unit 400 formed on the pedestal 100 to detect the user located in the front of the pedestal 100 and detect the user's posture, and the pedestal A driving unit 600 formed inside the 100 and lifting the pedestal 100 from the first support 200 and the second support 300 based on the information detected by the sensor unit 400, and the pedestal 100 ) A control unit 700 is formed inside and controls the operation of the drive unit 600 by analyzing the user's posture detected by the sensor unit 400, and a state in which the sensor unit 400 is operated by being formed on the pedestal 100. Alternatively, it may include a lighting unit 500 that emits light in synchronization with the image output from the monitor 10.

The stand 100 has a flat upper surface so that the monitor 10 can be mounted thereon, and a control unit 700, a driver 600, a lighting unit 500, and a sensor unit 400 are built inside. It is formed so that

At this time, the stand 100 is provided with a connecting stand 140 on one lower side and the other side that is inserted into the first support 200 and the second support 300 and is formed to be raised and lowered by the driving unit 600, and the connecting stand 140 ) is inserted and coupled to the first support 200 and the second support 300, respectively, the lower surface of the support 100 is spaced apart from the desk 50.

At this time, the keyboard 20 and mouse 30 can be inserted and stored in the space spaced apart from the bottom of the stand 100, so when the computer is not in use, the keyboard 20 and mouse 30 are stored at the bottom of the stand 100. It is positioned so that the desk 50 can be widely used.

In addition, a connection terminal 120 is provided at the top of the stand 100 to supply power to the sensor unit 400, lighting unit 500, driver 600, and control unit 700 or to supply power to the computer connected to the monitor 10. It is formed so that it can be transmitted.

On the upper front of the stand 100, a holding groove 110 for storing a writing instrument is formed from one side of the stand 100 to the other side, and the holding groove 110 is concave in an arc shape to hold a writing instrument. This prevents the writing instrument from rolling when used.

The first support 200 and the second support 300 are formed in a ㅗ shape so that the connection bar 140 can be inserted into the upper center, and the lower part has a wide surface in contact with the desk 50 to form a pedestal ( By distributing the load of 100 to the desk 50, the pedestal 100 can be stably supported.

At this time, anti-slip pads are formed on the lower surfaces of the first support 200 and the second support 300, so that the first support 200 and the second support 300 may slip while in close contact with the desk 50. This prevents it from moving easily.

If necessary, the anti-slip pad may be formed of adhesive silicone to prevent the first support 200 and the second support 300 from moving when the height of the monitor 10 changes.

The sensor unit 400 is formed to recognize the user using a plurality of sensors and cameras, and stores the user's standard posture to determine whether the posture is correct or bad by determining the current posture according to the standard posture. It is formed.

The sensor unit 400 is formed on the base 100, but in order to measure the user's posture in more detail, it is also formed on the chair 40 and the desk 50 on which the user sits, so that the user's posture can be measured more accurately. do.

The driving unit 600 is used to lift the pedestal 100 up and down. It is formed in the inner center of the pedestal 100 and is connected to the gearbox to generate driving force. A drive shaft 620 that provides rotational force in one and the other direction of (100) is formed perpendicularly at the upper center of the first support 200 and the second support 300, respectively, and is rotated by the drive shaft 620. It consists of a lifting shaft 630 that elevates the pedestal 100.

The driving unit 600 is formed so that the stand 100 can be raised and lowered according to a control signal generated by the control unit 700. The height varies depending on the user's posture detected by the sensor unit 400, allowing the user to It can be controlled to maintain the correct posture.

Additionally, the drive motor 610 can be used as a motor with a brake function so that the pedestal 100 can be stopped at the lifted position, and an encoder or step motor can be used to determine the lifted height.

The control unit 700 is formed inside the pedestal 100 and is configured to control the operation of the driving unit 600 and the lighting unit 500 based on information input through the sensor unit 400.

To this end, the control unit 700 is formed to store the user's body information detected through the sensor unit 400 so that the user can be recognized, and the standard posture of the user's face and upper body is stored and based on this, the user's body information is stored. You can determine whether your posture is correct or poor.

The driving unit 600 can be operated based on the information determined by the control unit 700, and based on the lighting unit 500, it is possible to output as light whether the user's current posture is bad or correct.

The lighting unit 500 is formed on the pedestal 100 and outputs the state detected by the sensor unit 400 as light to guide the user to check the operating state of the sensor unit 400 and check whether the user's posture is poor. By outputting light in accordance with the image and sound output from the monitor 10, it is possible to induce concentration on the image along with an indirect lighting effect.

For this purpose, the lighting unit 500 is formed on the front of the pedestal 100 and includes a detection light 510 that turns on different lights depending on the operating state of the sensor unit 400 and the user's posture, and the pedestal 100. It is characterized in that it consists of a reaction light 520 formed at the rear and synchronized with the image and sound signals output from the monitor 10 and irradiating the color output from the image and sound signals to the rear.

The detection light 510 is formed on the front of the pedestal 100 and outputs light to confirm the state in which the sensor unit 400 is detecting the user, and at the same time, the color of the light turns on according to the user's posture. It is used to allow the user to visually check whether his or her posture is correct by varying .

The detection light 510 is embedded in a strip shape on one side and the other front of the pedestal 100 to emit light, and the light output from the detection light 510 can be viewed from the outside on the pedestal 100. A transparent window is provided to allow for this.

At this time, the window formed in the pedestal 100 is formed as an opaque window, so it is desirable to allow only the color of the light to be confirmed without being directly exposed to light. Through this, the user can be detected by the light emitted from the detection light 510. You can prevent your eyes from being dazzled.

In addition, the detection light 510 detects the user's posture and outputs blue or green if it matches the standard posture stored in the control unit 700, and yellow if the user's posture deviates from the standard posture by more than 5% of the error range. If it exceeds 10%, it is desirable to print it in red so that the user's posture can be checked.

The reaction light 520 is formed in a strip shape on one side and the other side of the rear of the pedestal 100 and is divided into a plurality of sections so that different colors can be output for each section.

At this time, the reaction light 520 is connected to the computer and is formed to be synchronized with the image and sound signals output to the monitor 10, and is colored for each section of the reaction light 520 according to the background color output to the monitor 10. are output differently.

In other words, by outputting light similar to the image output from the monitor 10, when the user looks at the monitor 10, the user feels that the image output from the monitor 10 extends outside the bezel of the monitor 10, thereby enhancing aesthetics. It becomes possible.

In addition, the reaction light 520 blinks in accordance with the sound signal output based on the sound signal, so that the light changes according to the rhythm of the music when listening to music, thereby enhancing the aesthetic sense.

Since the light output by the reactive light 520 can be used as indirect lighting, light is irradiated to the back of the monitor 10 according to the user's selection to prevent vision deterioration that occurs when looking at the bright monitor 10 in a dark environment. It can be prevented.

In addition, a sterilizing lamp 130 is formed at the lower part of the pedestal 100 and sterilizes the keyboard 20 and mouse 30 located at the lower part of the pedestal 100 by irradiating UV-C, and the lower part of the pedestal 100. A position sensor 460 that detects the keyboard 20 and mouse 30 located at the bottom of the support 100 and controls the operation of the sterilizing lamp 130, and a position sensor 460 on the front of the first support 200. A first gauge 210 is formed on the front of the second support 300 to manually adjust the height of the support 100, and a gauge is formed to set the operation time of the sterilization lamp 130. It is characterized by further including 2 gauges (310).

The sterilizing lamp 130 is formed to remove bacteria or viruses remaining on the surface of the keyboard 20 and mouse 30 stored in the lower part of the stand 100 so that they can be used hygienically. It is arranged long from one side to the other in the lower center.

The sterilizing lamp 130 has a UV-C LED formed inside it so that it can irradiate UV-C. In order to prevent the user from seeing the light generated when UV-C is irradiated, the keyboard 20 and The mouse 30 is designed to be operated only when it is stored.

For this purpose, a position sensor 460 is provided at the lower part of the pedestal 100 to detect the state in which the keyboard 20 and mouse 30 are inserted into the lower part of the pedestal 100. A plurality of position sensors 460 are provided. Since they are formed at regular intervals, the positions of the keyboard 20 and mouse 30 can be detected in detail.

At this time, the sterilizing lamp 130 has a reflector provided inside to control the direction in which UV-C is irradiated, so that it only lights up at the location where the keyboard 20 and mouse 30 are detected by the position sensor 460. UV-C irradiation becomes possible.

In particular, since a plurality of position sensors 460 are distributed and arranged in the lower part of the pedestal 100, the position where the keyboard 20 is inserted, the size of the keyboard 20, the position of the mouse 30, and the size of the mouse 30 are measured. You can check it.

The first gauge 210 is located on the front upper part of the first support 200 and is formed as a rotating dial so that the height at which the support 100 is raised or lowered can be manually adjusted according to the amount of rotation.

At this time, a first display 211 is provided on the upper surface of the first gauge 210, so that the current height displayed on the first display 211 can be checked, and as the first gauge 210 rotates, the first display 211 is moved by the driving unit 600. It is possible to check the height of the elevated pedestal 100.

The second gauge 310 is located on the front upper part of the second support 300 and is formed as a rotating dial to adjust the time for outputting UV-C when the sterilizing lamp 130 is turned on according to the amount of rotation. It is formed so that

At this time, a second display 311 is provided on the upper surface of the second gauge 310 so that the current UV-C irradiation time can be checked. When the second gauge 310 is rotated, the sterilization time increases or decreases. You can check the changed settings.

In addition, a plurality of USB ports 220 are provided on one side of the first support 200, allowing peripheral devices to be connected through the first support 200 without directly connecting to the computer, making it convenient to use, and the pedestal 100 Since power can be supplied through the connection terminal 120 formed in , sufficient power can be supplied to peripheral devices that consume a lot of power.

In addition, if necessary, the specific USB port 220 can be used as a port that can supply power through a power adapter rather than being connected to the USB terminal of a computer, and through this, mobile phones or various mobile devices can be charged at high speed. do.

The sensor unit 400 includes a distance sensor 410 formed on the front of the pedestal 100 to measure the distance between the user and the pedestal 100, and a distance sensor 410 formed on the front of the pedestal 100 to recognize the user's pupil and measure the distance between the user and the pedestal 100. A height sensor 420 that measures the position, a recognition camera 430 formed on the front of the pedestal 100 to photograph the user's face and upper body and determine the posture, and a recognition camera 430 formed on the desk 50 to determine the user's knee position It consists of a posture sensor 440 that detects the posture of the lower body and determines the posture of the lower body, and a weight sensor 450 that is formed in multiple pieces distributed on the seat of the chair 40 on which the user is seated and detects the position and pressure distribution of the user's buttocks. It is characterized by

The distance sensor 410, the height sensor 420, and the recognition camera 430 are formed on the front of the pedestal 100 and are used to detect the position and posture of the user located in the front of the pedestal 100.

At this time, the distance sensor 410 is formed to detect the distance to the user's face and body parts formed on the upper body by irradiating infrared rays, and based on the distance information measured through the distance sensor 410, the face is moved to the shoulder. It is possible to determine whether the posture of the turtle neck is more forward.

Additionally, since the distance between the user's pupil and the stand 100 can be checked through the distance sensor 410, it is possible to determine whether the viewing distance toward the monitor 10 is appropriate when looking at the monitor 10.

The height sensor 420 is used to determine the position of the user's pupil. It tracks the user's pupil and measures the height from the base 100 to the pupil, so that the user can look at the monitor 10 based on the measured distance information. It becomes possible to determine the state of the head being tilted.

That is, through the height sensor 420, it is possible to determine whether the monitor 10 is in a low position with the head lowered or the monitor 10 is in a high position with the head raised upward, and based on this, The monitor 10 can be adjusted so that the pupil is positioned at the center of the monitor 10 so that the neck is not maintained in a position that puts a strain on the neck.

The recognition camera 430 is configured to identify the user by photographing the user's face, and captures the user's standard posture, pupil position, face, and shoulder position based on the user's information recognized through the control unit 700. The posture can be judged based on .

At this time, when registering an initial user, the recognition camera 430 photographs the user's standard posture and reflects the distance value of each body in the image through the distance sensor 410 and the height sensor 420 along with the captured body information. It becomes possible to set the user's standard posture based on the reflected image.

In addition, the user can set the standard posture himself, but if necessary, the control unit 700 updates the standard posture according to the user's current posture or the positions of the pupil, face, and shoulder, so that the user can perform the task stably. You can also change your posture to the standard posture.

In order to detect the user's posture more precisely, a posture sensor 440 and a weight sensor 450 can be formed on the desk 50 and the chair 40, respectively. Using this, it is possible to determine the user's knee position and hip position.

The posture sensor 440 is formed in a plurality distributed on the lower surface of the desk 50 or is formed to detect the user's knees using a camera, and the user's posture can be confirmed by determining the position of the knee.

The position of the knee can be determined to be poor if the user detects an extended knee when the user maintains poor posture or if the knee is determined to be deeper inside the desk 50 than the position measured in the standard posture. .

Generally, when the user is sitting in a standard posture, the user's buttocks are located close to the backrest of the chair 40, so it is difficult to keep the knees spread, and even if spread, the feet do not touch the floor, so the knees are in almost the same position. It comes into existence.

However, when the user assumes a lying position with his back against the backrest, his buttocks slide in the opposite direction of the backrest, and his knees move inside the desk 50, resulting in poor posture.

Additionally, since the knees can be maintained in an unfolded state, the posture sensor 440 can detect poor posture of the user based on the position of the knees or the unfolded posture.

The weight sensor 450 is formed on the seat of the chair 40 and is used to detect the position of the user's buttocks. A plurality of weight sensors 450 are distributed on the seat at regular intervals to measure the force applied to the seat along with the position of the user's buttocks. The load can be measured.

At this time, based on the state of measuring the buttocks position and load maintained in the standard posture, if the user lies down with his back against the backrest or the buttocks slip in the opposite direction of the backrest, the weight sensor 450 is used to measure the buttocks. It is possible to detect that the location of has changed.

Additionally, because the load applied to the seat changes as the position of the buttocks moves, it is possible to infer what the user's current posture is based on the changed load.

The control unit 700 determines the posture of the user's upper body based on the distance sensor 410, the height sensor 420, and the recognition camera 430, and simultaneously determines the posture of the user's lower body based on the posture sensor 440 and weight sensor 450. By inferring the posture, it is possible to determine whether the current user's posture is poor or correct.

In addition, the control unit 700 is preferably provided with a communication module 710 to transmit and receive data from the posture sensor 440 and the weight sensor 450 that are not formed on the pedestal 100, and is based on the communication module 710. It is possible to receive measured information in real time.

The posture sensor 440 and the weight sensor 450 can be used by receiving power from a battery, and power is supplied wirelessly by matching the frequencies through a magnetic resonance method to maintain the posture sensor 440 and the weight sensor 450. may be formed so that it can be used.

The control unit 700 is formed to photograph the user's standard posture through the sensor unit 400 and store the position of each body part. Among the user's body parts measured in real time through the sensor unit 400, the pupil, In case of a turtle neck posture or a posture that is outside the set error range of the standard posture based on the positions of the chin and shoulders, the position of the monitor 10 is raised upward through the driving unit 600 so that the user can posture to a position that matches the standard posture. It is characterized by encouraging correction.

The control unit 700 can determine whether the user is a registered user based on image information captured by the recognition camera 430 formed in the sensor unit 400, and adjusts the posture to the current user based on the standard posture stored when the user is registered. The driving unit 600 is controlled so that the height of the monitor 10 is variable.

That is, when the user is authenticated, the height of the monitor 10 can be automatically adjusted to a position that matches the user's standard posture, allowing the user to use it without separate adjustment.

Cases where the user's posture becomes poor can usually be categorized into a turtle neck posture in which the user's face is pushed toward the monitor 10 and a posture in which the user leans against the backrest and the buttocks fall forward to place a load on the lower back.

At this time, when the user assumes a turtle neck posture, the control unit 700 determines whether the posture is poor by comparing the currently measured positions of the pupil, chin, and shoulder with the user's pupil, chin, and shoulder positions based on the stored standard posture. I do it.

The distance sensor 410 measures the distance to each body part of the pupil, chin, and shoulder individually, the height sensor 420 measures the height of the user's pupil, and the recognition camera 430 measures the entire upper body of the user. By taking pictures, it is possible to compare the ratio of the shoulder to the face, the asymmetry of the shoulder, and the distance between the backrest of the chair (40) and the shoulder.

The control unit 700 determines that the posture is poor and corrects it if the error range is 10% or more from the default value of the standard posture based on the information input through the distance sensor 410, the height sensor 420, and the recognition camera 430. The process proceeds.

The correction process uses the driving unit 600 to raise the monitor 10 upward when the user assumes a turtle neck posture and induce the angle of looking at the monitor 10 to be upward, thereby causing the user to tilt the neck back. There will be.

Through this, the user can correct the turtle neck posture by moving the neck as the monitor 10 is raised and lowered, and the detection light 510 blinks so that the user can recognize that the user has poor posture.

When the user corrects his or her sitting posture and the posture remains less than 5% of the body information set in the standard posture, the stand 100 is lowered, allowing the user to adjust the position of the monitor 10 to an angle that can be viewed in the standard posture. .

In addition, if the user is a teenager, the standard posture can be continuously updated by the sensor unit 400, and based on this, the user can be guided to look at the monitor 10 with the correct posture according to changes in the user's body. .

Additionally, if the user changes the height of the chair 40, errors may occur from the standard posture depending on the height of the chair 40. In this case, the backrest position of the chair 40 in the image captured by the recognition camera 430 The user's body position can be recalculated based on the head position.

That is, after recognizing the current user's position based on the standard posture, the height of the stand 100 is adjusted so that the current position and the standard posture are located on the same line, the distance sensor 410, the height sensor 420, and the recognition camera (430) is able to recognize the user and determine the posture.

At this time, the height of the stand 100, which is set based on the standard posture, can be adjusted to reflect the correction value according to the current position, which has changed according to the user's height adjustment of the chair 40, to adjust the correct position looking at the monitor 10.

In addition, when the posture sensor 440 and the weight sensor 450 detect that the error range of the standard posture is 10% or more due to the user leaning back against the backrest and the buttocks are moved forward and the waist is bent, the control unit 700 By raising the stand 100 to the maximum movable level so that the user cannot easily view the monitor 10, the user can correct his or her posture to view the monitor 10.

Generally, when one leans back against a backrest, the height of the pupil is lowered, but when the monitor 10 is raised upward, the neck must be tilted back excessively, making it difficult to look at the monitor 10 in the current posture.

That is, in order to correct such poor posture, the control unit 700 causes the monitor 10 to be raised upward to its maximum level, thereby guiding the user to correct his or her posture in order to view the monitor 10.

In addition, with the posture corrected, the information measured from the distance sensor 410, height sensor 420, recognition camera 430, posture sensor 440, and weight sensor 450 is less than 5% of the error range of the standard posture. Only when measurement is made, the stand 100 descends to the normal position according to the standard posture, so the user has no choice but to assume the correct posture.

If the control unit 700 determines that the user's posture is poor through the sensor unit 400, it outputs an image measuring the user's posture and a correction image for correcting the user's posture to the monitor 10, respectively, to encourage the user to correct the posture. It is characterized by

Even when the control unit 700 raises and lowers the stand 100 to correct the user's posture, if the user does not correct the posture, a posture correction image is output to the monitor 10 and the user corrects the posture displayed on the monitor 10. You can force people to watch videos.

At this time, the posture correction image compares the user's current posture with the standard posture and provides information on pain that may be caused by the current posture and information on diseases that may develop in the future, and outputs the correct posture through the monitor (10).

In addition, the control unit 700 can output the current user's posture through the recognition camera 430 along with the posture correction image, guides the user to check his or her current posture, and projects the standard posture onto the current posture. When the current user's posture matches the standard posture, the posture correction image is created to end.

In other words, the user must correct the posture to match the standard posture with an error range of less than 5% to end the posture correction video. If the user does not correct the posture, the posture correction image is continuously displayed and the user cannot work through the monitor 10. do.

Therefore, it is desirable that the control unit 700 includes a control function to block the information output to the monitor 10 in conjunction with a computer, and monitors the information currently measured through the sensor unit 400 through the monitor 10. It must be possible to output it in (10).

As described above, according to the monitor stand that can alleviate turtle neck symptoms by inducing posture correction according to the present invention, the user's physical condition and posture can be detected, and the height of the monitor can be actively varied according to the user. Encourage users to look at the monitor in the correct posture to prevent turtle neck symptoms. Detect the user's posture and encourage them to correct their posture by changing the height of the monitor if they are looking at the monitor in a posture that causes turtle neck or in an incorrect posture. It detects the user's posture and guides it with light to visually check whether it is working or not, and displays the user's current posture, correct posture for correction, and stretching through the monitor to correct the user's posture. It has the effect of allowing it to happen.

As described above, the present invention has been described with a focus on preferred embodiments, but those skilled in the art may vary the present invention without departing from the technical spirit and scope of the claims of the present invention. It can be implemented by modifying or modifying it accordingly. Accordingly, the scope of the present invention should be construed by the appended claims to include examples of many such modifications.

10: Monitor 20: Keyboard
30: mouse 40: chair
50: Desk 100: Stand
110: Holding groove 120: Connection terminal
130: Sterilization lamp 140: Connecting rod
200: 1st support 210: 1st gauge
211: first display 220: USB port
300: 2nd support 310: 2nd gauge
311: second display 400: sensor unit
410: Distance sensor 420: Height sensor
430: Recognition camera 440: Posture sensor
450: Weight sensor 460: Position sensor
500: lighting unit 510: detection light
520: reaction light 600: driving unit
610: drive motor 620: drive shaft
630: Elevating shaft 700: Control unit
710: Communication module

Claims (6)

a stand formed at the top so that a monitor can be mounted and having connecting rods formed on one lower side and the other side;
a first support and a second support respectively coupled to one side and the other side of the stand to support the stand, and having a non-slip pad at the bottom to prevent the desk from slipping;
a sensor unit formed on the pedestal to detect a user located in front of the pedestal and detect the user's posture;
a driving unit formed inside the pedestal and lifting the pedestal from the first support and the second support based on information detected by the sensor unit;
a control unit formed inside the pedestal to control the operation of the driving unit by analyzing the user's posture detected by the sensor unit;
a lighting unit formed on the pedestal and emitting light according to the operating status of the sensor unit and the monitor;
A monitor stand that can relieve turtle neck symptoms by encouraging posture correction.
According to clause 1,
The sensor unit
a distance sensor formed on the front of the pedestal to measure the distance between the user and the pedestal;
a height sensor formed on the front of the pedestal to recognize the user's pupil and measure the position of the pupil;
a recognition camera formed on the front of the pedestal to photograph the user's face and upper body and determine the user's posture;
a posture sensor formed on the desk to determine the posture of the lower body by detecting the position of the user's knees;
A plurality of weight sensors are distributed and formed on the chair seat on which the user is seated and detect the position and pressure distribution of the user's buttocks.
A monitor stand that can relieve turtle neck symptoms by encouraging posture correction.
According to clause 1,
a sterilizing lamp formed on the lower part of the pedestal to sterilize the keyboard and mouse located on the lower part of the pedestal by irradiating UV-C;
a position sensor formed at the lower part of the pedestal and controlling the operation of the sterilizing lamp by detecting the keyboard and mouse located below the pedestal;
a first gauge formed on the front of the first support to manually adjust the height of the support;
A second gauge formed on the front side of the second support to set the operating time of the sterilizing lamp.
A monitor stand that can relieve turtle neck symptoms by encouraging posture correction.
According to clause 1,
The lighting unit
a detection light formed on the front of the pedestal to turn on different lights depending on the operating state of the sensor unit and the posture of the user;
A reaction light formed on the rear of the pedestal and synchronized with the image and sound signals output from the monitor to irradiate the color output from the image and sound signals to the rear.
A monitor stand that can relieve turtle neck symptoms by encouraging posture correction.
According to clause 1,
The control unit
It is configured to capture the standard posture of the user through the sensor unit and store the position of each body part,
Based on the positions of the pupil, chin, and shoulder among the user's body parts measured in real time through the sensor unit, in case of a turtle neck posture or a posture that is outside the set error range of the standard posture, the position of the monitor is adjusted to the upper position through the driving unit. Characterized in that by elevating the user to correct the posture to a position that meets the standard posture.
A monitor stand that can relieve turtle neck symptoms by encouraging posture correction.
According to clause 1,
The control unit
When it is determined that the user's posture is poor through the sensor unit, an image measuring the user's posture and a correction image for correcting the posture are output to the monitor, respectively, to encourage the user to correct the posture.
A monitor stand that can relieve turtle neck symptoms by encouraging posture correction.