[Claim 1] The present invention uses an Acrylic sheet or safety glass sheet or plastic sheet (1), footrest or footprint sticker or others (2) as needed, load cells (3), controller and sends signals to an external device(s) (4), signal amplifier (5), USB port for supply and an external signal receiver (6) and is a power source for the equipment in the weighing and balancing platform, frame, or other balance assessment and analysis device (7), shows on Figure 1.

[Claim 2] The present invention displays real-time data of the person. It performs an instant analysis of the person's balance using the Microsoft Excel program developed in Macros by the applicant and the inventor's program.

[Claim 3] The results of individual data and reference statistics by displaying personal and general information. It also displays data and analyzes the balance area and position of the balance distance from the center body. The data display is graphed with an area circle or similar circle or oval. It also shows the results of the information that divides the level of balance. It also displays information instantly while testing the display of data that contains both numeric data, points, or another format. These are instantaneous assessments and are divided into balance criteria displayed as numbers, dots, or another format at blue or another color; each number, point, or another format represents a data point or series, entre of stabilization pressure of the subject.

[Claim 4] The small circle or similar circle or oval represents the boundary of the excellent equilibrium level, the medium circle or similar circle or oval represents the boundary of the normal equilibrium level, and the large circle represents the boundary of the problematic balance, as shown in Figure 2.

[Claim 5] There is also a summary of the data in a table, such as sex, age, weight, and height. Calculation of Body Mass Index (BMI), Body Fat (% BFP), Fat Mass (FM), Water should drink per day (TBW), Movement of body balance area, Position of COP from the center of the body, Health Index Including showing the level of the health index, shows on Figure 3.

SUBSTITUTE SHEET (RULE 26)

A platform or frame or plate may be disposed of and used on the base, or it may be used alone. A lower surface of the first pad or a surface plate may come into contact with a supporting surface (e.g., a base, the ground, or likely); an acrylic sheet, safety glass sheet, plastic sheet, or a high-stiffness material or preferably that is formed of a material with good durabilities, such as chrome, rubber, acrylic, or tempered glass, to bear the load of both the feet (i.e., a load of the human body, sensing pad) (1) can be formed of acrylic or tempered glass;

A footrest sticker, footprint sticker, or others for placing feet of varying size may be displayed extended in a transverse direction and spaced apart from each other at a certain or specific or particular interval in a longitudinal direction or user. Furthermore, each of the plurality of lines may guide the user to a front and rear location of a foot corresponding to a different length (2);

A sensing device or load cells or detecting units (3) for sending signals to external devices, the controller (4) may receive a training situation from the mounting detecting unit, may execute a balance training program corresponding to the received training situation, and may output the training program screen on the output unit of the sensing device (4) or the external display device. The sensing device, according to the present disclosure, may include a sensing module, a control module, and a display device; a control module can send signals to external devices like a display;

A signal amplifier (5), a pressure measuring unit that be electrically connected to a crossing portion of the line or unit (TX, RX), amplifies (5) the analog pressure signals to be sent to the ADC unit (in the controller) for conversion into digital signals;

A USB cable (6) is a USB cable for supplying power from a power source; the power supply unit may provide or supply power to each sensing component. In an embodiment, the

AMENDED SHEET (ARTICLE 19) power supply unit may be a wired power connection configuration (e.g., a USB type) capable of connecting an external power source to the sensing pad (1). Furthermore, to upload code and communicate from TX/RX lines in the controller (4) via a USB port with a USB cable (6).

An external signal receiver, the sensing device (3) according to the present disclosure, may include a sensing module, a control module, and a display device; the controller may receive a training situation from the mounting detecting unit and may execute a balance training program corresponding to the received training situation, and may output a training program screen on the output unit of the sensing pad (1) or the external display device, the display device may receive the external signals to have information to display.

The present invention has special characteristics: a weighting and balance assessment and analysis device comprising a platform or frame; at least one of an Acrylic sheet, safety glass sheet, plastic sheet, or a high-stiffness material; at least one of a footrest sticker or a footprint sticker; a controller for sending signals to external devices; a signal amplifier; a USB cable for supplying power from a power source; and an external signal receiver. All of them are placed on a weighing and balancing platform, frame, or other balance assessment and analysis device (7), as shown in Figure 1. The computer may output the extraction data, transmitted in real-time, in real-time as shown in Figure 2. Step procedures are on plate or platform, which check, instant analysis, and assess balance, balance distribution, balance distance, balance sway, balance area, user weight, the center of balance, user movement, stability, USB cable connection, records, and database collections, and predict fall risk in real-time using any device with Microsoft Excel capability without installing any additional software. Moreover, this present invention is a simple tool with simple step procedures, movable, user-friendly for easy use, installation, and setup, without a highly skilled and experienced worker, and lightweight, connecting the device to Microsoft Excel. Furthermore, the present disclosure without the need to attach sensors to the body or wear a special suit.

[Claim 2] The device of claim 1, wherein the device is configured to display real-time data of a person by performing instant analysis, wherein the instant analysis determines a person’s balance using Macros in a Microsoft Excel program. The device shows pressure points related to the person’s balance in real-time; a sensing device has been used that collects sensing data about a variety of information, such as pressure, acceleration, and tilts, about users, transmits the collected sensing data to a computer, and outputs or analyses the sensing data in real-time. As such, a sensing device transmits and outputs the collected sensing data to a computer in real-time, providing a current state of the user, such as left and right balance level, an upper and lower balance level, plantar pressure, or movement of the center of mass, in real-time.

AMENDED SHEET (ARTICLE 19) The present invention device displays the person's real-time data. The device is configured to display personal and general information, analyze a balance position area and a position of a balance distance from a center body, wherein the display shows a circle or oval to divide a level of balance, wherein the display instantly shows balance criteria containing at least one of; numeric data, point, or another format; wherein at least one of; a numeric data, point, or another format is the color blue or another color; and wherein at least one of; numeric data, point, or another format represents a data series of stabilization pressure of the person. It performs an instant analysis of the person's balance using Macros in a Microsoft Excel program developed in Macros by the applicant and the inventor's program.

Using computer software for calculating weight and center of pressure (Abstract) and teaching determine balance using Macros in a Microsoft Excel program. Figure 2 illustrates a user computer for an implementation software program for weight and body balance calculations, such as an integrated assessment analysis tool. Figure 3 illustrates descriptive data. The integrated part assessment analysis tool may be the application of the illustrated Figure 1. The integrated part assessment may be one or more of the following software suites, which includes the functionality for a calculation worksheet program, for example, a spreadsheet program such as Microsoft Excel; macros are programs built into Excel that users can create to perform calculations. Operations of the method described in connection in hardware may be implemented with a software module executed by hardware or implemented by a combination of the hardware and the software module.

[Claim 3] The device of claim 2, wherein the device is configured to display data, display personal and general information, analyze a balance area and a position of a balance distance from a center body, wherein the display shows a circle or similar circle or oval to divide a level of balance and graphed with an area circle or similar circle or oval to divide a level of balance; wherein also shows the results of the information that divides the level of balance; wherein the display shows or display instantly shows or displays information or intake instantly balance criteria containing at least one of numeric data, point, or another format; wherein at least one of a numeric data, point, or another format is the color blue or another color; and wherein at least one of the numeric data, point, or another format represents a data point or data points or data series or data entre of stabilization pressure of the person or subject.

A sensing device transmits and outputs the collected sensing data to a computer in real - time to provide a current state of the user, such as left and right balance level, an upper and lower balance level, plantar pressure, or movement of the center of mass, in real-time.

AMENDED SHEET (ARTICLE 19) A sensing device has been used that collects sensing data about various information, such as pressure, acceleration, and tilts, about users, transmits the collected sensing data to a computer, and outputs or analyzes the sensing data in real time.

The reference line guides the user such that the center of pressure (COP) of the user is located in a target area. The target area may be, but is not limited to, a central area of the second pad, as shown in Figure 2.

For example, for training/ assessment of measuring the movement of the COP of the user or the like using a sensing pad, the reference line for placing the COP of the user on an initial location (a target area) may be displayed. The computer may receive sensor values measured from the plurality of pressure sensors in the sensing pad or the body sensor module and may calculate the COP using pressure values measured from the plurality of pressure sensors to determine a balanced level of the user or may compare a tilt measured from the body sensor module with a tilt value which becomes a criterion to determine the balance level of the user.

The display shows a circle or oval to divide a level of balance, which can show various circles and oval-like shapes that provide pressures related to balance and another use of circles to show tilt related to balance. Figure 2 is an assessment of plantar pressure. A measurement time may be set. A weight support rate and a pressure distribution may be derived from the assessment. Figure 2 can be an assessment of sit pressure. A movement area, a weight support rate, and a pressure distribution of the COP may be derived from the assessment. Figure 2 illustrates the result of assessing the limit of stability (LOS). It may be verified that Figure 2 illustrates a movement area of the COP on a screen in the same form as a sensing pad and illustrates a movement area of the COP in numerical values. Figure 2 is a drawing illustrating the result value of tilt sensor data obtained by a body sensor module. It is verified that Figure 2 illustrates a coordinate location of tilt sensor data on a screen in the same form as a sensing pad and in numerical values.

The display instantly shows balance criteria containing at least one numeric data, point, or format. As such, a sensing device transmits and outputs the collected sensing data to a computer in real-time. In real-time, it provides the user's current state, such as left and right balance level, an upper and lower balance level, plantar pressure, or movement of the center of mass. Referring to Figure 2, on a screen in the same form as a sensing pad, the sensing pad may be divided into four parts to indicate a weight support rate. The pressure distribution may be displayed in color and may indicate that it corresponds to higher pressure as it goes from a blue color to a red color.

AMENDED SHEET (ARTICLE 19) The present invention device displays personal and general information; a control unit (4) transmits and outputs the collected sensing data to the computer in real-time. In real-time, it is important to provide the person or user's current state, such as left and right balance level, an upper and lower balance level, plantar pressure, or movement of the center of mass. While testing the display containing numeric data, points, or another format, the data display is displayed . These instantaneous assessments are divided into balance criteria displayed as numbers, dots, or another format at blue or another color; each number, point, or another format.

[Claim 4] The device of claim 3, wherein a small circle or similar circle or oval represents a boundary of excellent equilibrium; a medium circle or similar circle or oval represents a boundary of the normal equilibrium; and a large circle or similar circle or oval represents a boundary of problematic balance. However, using circles shows the limits of stability (equilibrium), with the colors and/or diameters changing as the stability and weight change. Figure 2 creates digital balance feedback in an auditory and visual form that can be used separately, in combination, or interchangeably depending on task, environment, and individual. Examples of the present invention display a visual representation of COP and Base of Support (BOS), making it easy for an individual to see which direction to move their body weight in order to improve balance. In addition to audio output, the computational device is able to produce visual feedback on its display. In particular, according to an example, there is 1) Graphical representation of COP within base of support, which is diagram of feet and moving dot representing COP see Figure 2. 2) Threshold of limits of stability visually represented by colored circle within base of support see green circle of figure 2. The color or other properties of the circle may change as the COP approaches the threshold. Other shapes may be used that more or less accurately represent an estimate of the actual COP threshold. 3) Graphical representation of pressure sensors and activity of sensors with weight shift. In the Figure 2 example, the graphical representation is in the form of circles where the circle diameter increases with pressure/weight. Other examples are possible, where other characteristics, such as color, patterning, etc., change to provide an indication of pressure. The graphical elements are reproduced (overlaid) at corresponding locations of the sensors within the representation of the feet/insoles on the base of support. It can be applied to provide visual feedback regarding balance, thereby aiming to improve balance for the person.

As shown in Figure 2, it is easy for an individual to see which direction to move their body weight to improve balancing. In addition to audio and frequency output, the computational device is able to produce visual feedback on its display and show data visualization. The user interface for data visualization is the interface area that displays the variables of the dataset of the

AMENDED SHEET (ARTICLE 19) person. The motivation for doing so would have been to provide visual feedback that can be used to improve balance.

[Claim 5] The device of claim 3, wherein a summary table includes at least one of a group comprising sex, age, height, weight, Body Mass Index (BMI), Body Fat (% BFP), Fat Mass (FM), Total Body Water (TBW), drunk per day, Movement of body balance area, Position of center pressure (COP) from the center of the body, and Health Index. As shown in Figure 3, when the center of mass moves for each user irrespective of the weight of the user (e.g., when the user sits or stands), there is an effect capable of identifying the movement of the center of mass through a change in the color of the plantar pressure output screen.

AMENDED SHEET (ARTICLE 19)