TH2003002688C3 - A device to help assess the ability to sit and stand. - Google Patents

Abstract

The device to help assess sitting and standing ability consists of 3 main parts, namely the sitting training unit, the standing training unit, and the display and evaluation unit. The sitting trainer measures the sitting weight on both sides and transmits the values. Go to the display and evaluation set. The standing training unit measures the stance weight of both feet, both the toes and the heel, and sends these values to the display unit and evaluates as well. Excavate, display and evaluate. It serves to show the results of weight loss from both sitting and standing training sets. Including a summary of the training results in a graphic format to be used to assess the ability to sit and stand at all times during the training and can be used to evaluate before and after. training as well

Claims (1)

1. The device to help assess the ability to sit and stand consists of 3 main parts: the sitting training set, the standing training set, and the display and evaluation set. The sitting trainer measures the sitting weight values on both sides and sends those values to the display and evaluation unit. The standing training unit measures the standing weight of both feet. Both parts of the toes and heels. Pass that value to the display and evaluate it. The performance and evaluation unit serves to show the weight contribution from both the sitting and standing training sets. Including a summary of training results in graphical form To assess the ability to sit and stand. It has a unique feature is a sitting training set, which consists of a strong chair that can support the weight of the user. with or without backrest the top of the chair It consists of 2 seat pads (1), made from strong materials. But the surface is not too hard. so that users can sit comfortably The size of the plate is suitable for sitting and both plates are placed in a level plane. The seat pad (1) is attached to the weight sensor (2), but not to the frame of the chair to provide accurate weight measurements. The base of the weight sensor (2) is attached to a sturdy metal plate (3) and both ends are attached to the frame of the chair (4). It consists of a signal receiver (5) that receives the value from the weight sensor (2) and processes it into a weight value. The receiver (5) is contained in a box (6) and is powered by a battery (7). The box (6) is attached to the stand-up chair. Consists of 4 footboards (10), made of strong materials, each of which is arranged to support the foot position, which is the toe and overfoot, 2 sides. The size of the footboard can support the size of the foot sufficiently. Each pad is mounted on a weight sensor (11). All pads are independent of each other and are not attached to the frame of the training suit (12). practice standing By measuring the weight of both the toe and the overfoot. The base of the weight sensor (11) is attached to the frame of the training stand (12) and can be moved in or out with a slide bar (13) and locked with a screw (14) to suit foot distance while standing Standing training base There are support legs (15) in all 4 corners. Each leg has anti-slip rubber pads (16) to prevent slipping of the standing training set. when the user stands up Central area of the stand base There is a support rod (17) to prevent deflection of the base in the load area. when the user stands up Stand controller It consists of a signal receiver (18) that receives the value from the weight sensor (11) and then processes it into a weight. The values obtained can be transmitted to the display unit and evaluated either manually or wirelessly. This receiver (18) is contained within the structure of the trainer and is powered by a battery (19) display and evaluation unit. It consists of a processor (22) and a display screen (23). The processor (22) works in two modes (mode), i.e. sitting training evaluation and standing training evaluation. The processor (22) receives data. The weight value from the controller of the sit trainer or the controller of the stand trainer. via wire or wirelessly and the processor (22) can know that the weight data sent comes from the controller of any set automatically, so the user does not need to select the mode of operation obtained weight value is displayed on the screen (23), separated by sensor values (24) and average total weight (25). Physical therapists and patients can instantly know which side of the weight is tilted from the display screen(23) in the form of a virtual bulb(26) where the number of virtual bulbs or the color of the bulbs are displayed. virtual fire It can be adjusted according to different levels of weighting. in the case of sitting training Show results as left side and right side according to the weight difference. If the practitioner sits with balance and has good balance, the virtual lamp in the middle lights up to let the practitioner sit. in the case of standing training Show results in eight directions According to the direction of weighting and degree of weight difference If the practitioner is well balanced, the center lamp will light up to let the practitioner know. With the display in the form of a virtual lamp (26) lit at this level In addition to showing the ability to balance or balance static. It can also evaluate the effect of incline training. to record data The user can press the record button (27) to start recording. and press again to pause. The user can define the recording frequency(28), check the recording time(29). Users can press the summary of training results (30) in the case of sitting training. There are 2 forms of summary of the training results: Model 1 is a graph showing the relationship between weight differences on both sides while sitting and time (31) and Model 2 is a bar graph showing the frequency of the difference in the level of descent. weight (32) in the case of standing training Summarize the training results in a two-dimensional graph. is the average of the weight difference in different directions (33) and the number within parentheses is the frequency in that direction (34). The user can press and hold the record button (24) for a specified period of time. to save the graph As well, the user can press and hold the training summary button (30) for a specified period of time. to delete training data The training results summary graph is used to evaluate the patient's training results. Including comparisons before and after training ------------ 1. The device to help assess the ability to sit and stand consists of 3 main parts, namely the sitting training set, the standing training set, and the display and evaluation set. The sitting trainer measures the sitting weight on both feet and sends it to the display and evaluation unit. The standing trainer measures the standing weight on both feet. Both parts of the toe and heel and then send the said value to the display and evaluation set. The display and evaluation unit serves to show the result of the investment. Weight from both sitting and standing training sets Including a summary of training results in graphical form to use in the assessment Ability to sit and stand It has a unique feature, which is a sitting training set, which consists of a strong chair that supports the user's weight, with or without a backrest. the top of the chair It consists of 2 seat cushions (1), made from strong materials, but the surface is not too hard. so that users can sit comfortably The size of the sheet is suitable for both sitting and The two sheets are placed in an even plane. The seat pad (1) is attached to the weight sensor (2), but not to the frame of the chair. in order to measure the correct weight The base of the weight sensor (2) is attached to a strong metal plate (3). and both ends are attached to the frame of the chair (4). It consists of a signal receiver (5) that receives the value from the weight sensor (2) and then processes it into a weight value that is sent to the set. Display and evaluate manual or wireless This signal receiver (5) is contained in a box (6) and uses a power supply. The battery power(7) box(6) is attached to the chair. To make it easy to carry, the standing training set consists of 4 foot pads (10), made of strong materials, each pad arranged to support the foot position, which is the toes and the heels of 2 sides. feet can support the size of the foot is enough Each plate is mounted on a weight sensor (11). All plates are independent and non-attached. with the structure of the standing training set Weight sensor (11) measures the weight of the foot when standing by measuring the weight of both the forefoot and heel. The base of the weight sensor (11) is fixed to the frame of the training stand (12) and can be moved in or out with a slide bar (13) and locked with a screw (14) to suit foot distance while standing Standing training base There are support legs (15) at all 4 corners. Each leg has anti-slip rubber pads (16) to prevent slipping of the standing training set. when the user stands up Central area of the stand base There is a support rod (17) to prevent deflection of the base in the load area. when the user stands up Stand controller contains a receiver The signal value (18) is responsible for receiving the value from the weight sensor (11) and processing it into the weight value. The obtained value will be sent to the display unit and evaluated either manually or wirelessly. This receiver (18) is contained within The structure of the training set is standing and uses a battery power supply (19) for easy portability. Display and Evaluation Set It consists of a processor (22) and a display screen (23). The processor (22) works in two modes (mode), ie sitting training evaluation and standing training evaluation. The processor(22) receives the weight data from the sitting trainer controller or the stand trainer controller. via wire or wirelessly, and the processor (22) can know that the weight data is transmitted. come from the controller of any set automatically so the user does not have to choose the mode of operation obtained weight value The results were displayed on the screen (23), separated by sensor values (24) and average total weight (25). physical therapist and The patient can instantly know which side of the weight is tilted from the display screen(23) in the form of a virtual lamp(26) where the number of virtual lamps or the color of the virtual lamps are displayed. can be adjusted according to the level difference in weight loss in the case of sitting training Show results in left and right sides according to the difference in weight. If the trainee has good balance and balance, the virtual lamp in the middle will light to let the trainee know when sitting. In the case of standing training, the result will be eight directions. According to the direction of weighting and the degree of difference in weighting, if the practitioner maintains good balance, the virtual lamp in the middle will light up to let the practitioner know. with display in The virtual lamp characteristics (26) are lit at this level. In addition to showing the ability to maintain balance or static equilibrium, the effect of incline training can also be assessed. to record data The user can press the record button (27) to start recording. and press again to pause. The user can define the recording frequency(28), check the recording time(29). The user can press the training summary button (30) in the case of sitting training. There are 2 forms of training results, namely, the first form is a graph showing the relationship between the differences of The weights on both sides while sitting and time (31) and the second form is a bar graph showing the frequency of the difference in Weight reduction (32) in the case of standing training Summarize the training results in a two-dimensional graph. is the average level of The difference in weight in different directions (33) and the numbers within the parentheses are the frequencies in those directions (34). to save the graph As well, the user can press the button. Summary of training results (30) Hold for the specified period. to delete training data A graph showing a summary of training results can be used to evaluate the patient's training results. Including comparisons before and after training as well.