TR201803394A2 - PILATES EXERCISE TOOL USING CALCULATING ENERGY AND EXERCISE DATA USED - Google Patents

Abstract

SUMMARY OF THE INVENTION The invention relates to pilates training apparatuses which enable equal development of body muscles and the elimination of body posture disorders and to provide a plurality of exercise movements on it. user, weighing the weight, the tension settings made on the machine and determine what movements the machine makes, calculates the calories the user spends, also measures the pulse, the user's energy and exercise data, water loss data, such as a virtual teacher that reflects the screen to the user It is a new training device created with the main display (5).

Description

DESCRIPTION CALCULATING USER'S ENERGY AND EXERCISE DATA PILATES EXERCISE TOOL Technical Area The present invention; development of body muscles and body posture which provides the elimination of the disorders and on which a large number of movements can be made. It's about pilates exercise equipment.

In particular, the invention is designed to weigh the weight of the person using the pilates exerciser and then use the machine. It detects the calories consumed by the user with motion, acceleration and distance sensors. Calculating, measuring the pulse at the same time, bringing many innovations to the user. It is about the pilates exercise device that calculates the energy and exercise data spent.

Description of the State of the Art Reformer machine, first designed by Joseph Pilates in 1924, physical where exercises are performed, called pilates reformer in the world, exercise are machines.

A traditional pilates machine is made of parallel wooden or metal frames. is formed. This is a 'parallel frame', which is a rail under a platform or It moves back and forth thanks to the wheels. This moving platform on the frame allows the user to use it during exercise. It's the person you're on. This platform has different resistances to the frame, According to its design, it is connected with 5 to 8 springs and connected variable springs. It varies according to the movements to be made on the machine.

In all designs made in the world, these springs are designed by the user or the instructor, It is activated or passive according to the exercise to be done. user, carrier on the frame, the movable platform, sitting or lying on it or standing at the end of the frame and reaching the so-called foot bar It pushes itself together with the platform, or the tensioner located at the frame end and proper exercise by pulling the straps threaded on the so-called pulleys performs his movements.

In addition, on the opposite side of the front part of the machine with a foot bar, there is a tower called a tower. mechanism and a spring tensioned arm working bar attached to this mechanism.

The user works against the adjusted spring resistances on these machines and the It consumes energy in relation to work.

The energy expended in Pilates equipment depends on the weight of the user, the amount of exercise he does during exercise. movements, the settings made on the machine before starting the movements, especially how many tension springs are actively adjusted at which resistance and how fast the movements are. and it depends on which tee you are making.

The energy spent is very important for the person exercising. a person who does sports all issues such as nutritional needs, water loss during exercise, cardiological limits It is related to the calories and time spent during exercise. In time developed, treadmill, elliptical bike, rowing machine, etc. such as sports equipment, user The only variable depends on the exercise speed, as it contains only one movement and one exercise for It can make measurements such as calorie counter, time or step counter, heart rate monitor and shows this to the user on a screen.

This situation is uncomplicated for other instruments and in their standard settings, approximately It is a calculable situation and has been accepted in world sports academies. Especially These measurements, which trainers are very sensitive to, are used in pilates exercise machines, spring resistance, user positions, variety of movements and exercise Since it can be calculated with a very complicated structure in terms of the variety of speeds, Therefore, depending on the experience of instructors and academics, predict the forces of the spring resistors on the machine by watching the movements they make. They obtained average values with a high margin of error. But users There is debate in many places about the calorie values they spend. Full The caloric value spent cannot be calculated. spent in high tolerances Since calories can be calculated, exercise activities are adversely affected.

The athlete's desired body condition and condition will take longer to reach its goal. causes it to occur.

In the patent application no TR 2017/16225: Pilates exercise which is the subject of the invention the upper mechanism to which the springboard and upper adjustment columns are attached, Foot attachment mechanism including interchangeable foot attachments in different sizes, spring connection to which the movable console or platform in the middle section is connected mechanisms and different types of heads on different types of pilates equipment. easy-to-use and improved design, including header mechanisms to which it is attached Combining many different 'Features' to achieve a new pilates configuration An engineering design has been obtained.

This is not a solution to the problems described above in the application mentioned.

Developments in Pilates mechanisms are given.

Clarifying the Objects of the Invention Starting from the known state of the technique, the aim of the invention is to negativities are eliminated, the amount of energy spent can be found with a close probability and many more problems, in a shorter time the user's exercise the energy and exercise spent by the user enabling the realization of their goals It is the development of pilates exercise device that calculates data.

Another object of the invention is to adjust the tension adjustments made on the pilates apparatus, what movements the user does, the user's body weight, the movement numbers, which parts of the device are used during the exercise, time, (with ambient temperature, weight, distance, accelerometer, gyroscope, motion sensors) by detecting the energy spent by the user during the exercise and the associated water consumption. to detect the loss, at the same time measure all the data on the screen by measuring the heart rate. is to view. With these data, it allows the user to do the exercise program. and calculating water needs and cardiological data during exercise. monitoring is provided.

Another purpose of the invention is to help people do exercises in a healthier way. The energy spent by the body, the amount of water loss and the According to the amount of exercise performed, the user can quickly adjust his body to the desired level can be achieved.

Another purpose of the invention is to create a virtual exercise instructor that behaves as if it were a virtual exercise instructor. Pilates is the development of exercise equipment.

Another purpose of the invention is to stimulate the user's wrong actions, Tracking and detecting the exercises performed, which guides according to the amount of energy kcal. A pilates exercise device where a program can be prepared accordingly. is to be developed.

In order to achieve the mentioned purposes, it brings many innovations, The user who 'predicts' the problems he may experience and warns, spends A pilates exercise device has been developed that calculates energy and exercise data.

Explanation of Figures Figure 1; In a representative embodiment of the invention, the pilates exerciser is hand-held drawing of the view.

Figure-2; In a representative embodiment of the invention, the movable platform of the pilates exerciser is the drawing of the bottom view of the section.

Figure-3; Perspective of pilates exerciser in a representative embodiment of the invention drawing of the view.

Reference Numbers 1 Ultrasonic distance sensing sensor 7 Moving platform 2 Tension spring switch 8 Pilates machine carrier frame 3 Carrier platform weight sensor 9 Belt pulley (load cell) 3a Swing barrier weight sensor 10 Swing barrier tension spring (load cell) 3b Belt pulley weight sensor (load 11 Tower movement bar 4 Tension spring 12 Foot bar 4a Active tension spring 13 Pulse monitor sensor 4b Passive tension spring 14 Tensioner belt handle Main monitor Detailed Description of the Invention How the new exerciser works: First of all, different forces connecting the moving platform (7) on the machine to the system are applied. Which of the tension springs (4) have active tension springs (4a) and which ones are passive tension springs? The information that it has a spring (4b) is detected with the tension spring switch (2) and reported to the main screen (5).

Then, as soon as the user climbs onto the moving platform (7), the user's weight is platform weight sensors (3) located at the bottom of the mobile platform data is sent to the main screen (5). Exercise on the exerciser As soon as it starts, the ultrasonic distance detection on the moving platform (7) How far does the sensor (1) travel from the starting point of the moving platform (7)? It notifies the main screen (5) that it has arrived. At the same time, the ultrasonic distance sensing sensor (1) measures the movement acceleration depending on the speed of the moving platform (7) and displays information on the main screen (5). sends it. The tower movement bar (11) located on the tower part of the exerciser has three different The tower movement barrier with a resistance can be tensioned with the tension spring (10). tower move The tower motion barrier weight sensor (R) located at the spring connection point of the bar (11) as soon as the movement barrier (11) is tensioned, it sends the tension load data to the main screen (5).

The heart rate sensors (13) located on the sides of the foot bars (12) When held by, it sends the pulse rate data to the main screen (5). User sitting on the movable platform (7), holding the tension belt handle (14) with his hands When it pulls, it pulls itself together with the moving platform (7).

Belt pulley weight, located behind the belt pulley (9) when it pulls itself sensor (3b) indicates that the user is starting to exercise on the belt mechanism. It reports the data and the tensile load amount to the main screen (5).

There is an ambient temperature detection sensor in the main screen (5). Carrier platform weight sensor (3), user weight detected by tension spring switch (2) Number of active tension springs (4a) of the moving platform detected by the tension spring switch The number of passive tension springs (4b) of the moving platform detected by the ultrasonic The moving platform (7) motion detected by the distance sensing sensor (1) analysis data, the force detected by the tower motion barrier weight sensor (Sa) the force data detected by the belt pulley weight sensor (3b). all are sent to the main screen (5).

Calculating the instant and total amount of calories consumed by the user on the main screen (5) The method is the work done by an object of known weight and moving under the influence of a force. is based on the principle. Movement of the mobile platform (7) using all data The F force used for the movement is multiplied by the movement distance of the platform (7). The energy consumed for this work is calculated in joules and then converted to calories.

The energy that is not used on the moving platform (7), but consumed in the tower part, is the tower. Tower movement bar weight, located at the back of the travel barrier tension spring (10) the force detected in the sensor (Sa) and the amount of change on the force. with the working angle of the tower movement bar (11) calculated by determining the The energy consumed is determined by calculating the torque. Pilates exercise machine The energy consumed by the user during the exercise is in calories on the main screen (5) is displayed. It depends on the weight of the user, the energy expended, the duration of the exercise and the environment. The water loss due to the temperature is calculated by the system and displayed on the main screen (5).

The heart rate sensor (13) located on the side of the user foot bar (12) heart rate measurement data from the heart rate monitor sensor (13) as soon as he holds it with both hands displayed on the main screen (5).

Designed pilates exercise device; Moving platform (7) 4 on all tools of this type It can be connected to the frame with 6 tension springs (4) of different hardness.

In this type of tools, both the counter pulley (9) belt system and the foot bar (12) are available. There is a tower part in 50-60% of this type of tools and in the literature there is a tower part. it is called.

In the designed and developed exercise device, 3 different weight sensors, ultrasonic distance sensing sensor (1), heart rate monitor in the form of a pulse counting probe (13), heat sensor sensor and tension spring (4) position determination tension spring switches (2), microprocessor based There is a main screen (5) consisting of electronic circuit and LCD screen. The 1st group carrier platform weight sensor (3) detects the weight of the athlete. 2nd group belt pulley weight sensor (3b) tension of the belt pulley (9) system detects strength. 3rd group tower movement barrier weight sensor (Sa) arm at tower movement barrier (11) the tensile strength of the working mechanism and also the stress change. detects the angle at which the lever operating mechanism moves.

In the designed exercise device, you can measure the movement, distance and speed of the moving platform (7). There is an ultrasonic distance detection sensor (1) that detects it.

In the lower part of the designed exercise device, at which resistance the moving platform (7) 6 detecting that the tension springs (4) are stuck and which ones are active. There is a tension spring switch (2).

There is an electronic circuit on the main screen (5) of the designed exercise device and There is a sensor in this circuit that reads the ambient temperature.

To measure the user's pulse on the foot bars (12) of the designed exercise device There is 1 pair of heart rate sensors (13) left and right for

The designed exercise device determines which part of the device is exercised, they are made on the part of the mobile platform (7) pushed by the foot from the foot bar (12). exercise, movable platform that is manually pulled from the handle of the roller belt system (7) The exercise done in the part of the tower is on the hand bar that moves in the part (11) exercise, tower motion bar tensioner partially attached to the upper part of the tower are the parts of the exercise in which the springs (10) are pulled.

When calculating calories, the developed exercise device basically calculates work (W) = force(F) x distance (delta). It uses the x) principle. Energy consumed for work done (joules) = (applied force) x (the amount of movement of the object).

Then, the joule value, which is the equivalent of the work done, is converted to calories on the screen (5). is displayed. The amount of force analyzed by the system and the (7) in addition to the travel distances, the movement accelerations depending on the weight of the person, the movement The speed and friction losses caused by the slide rail were also analyzed by the system. added to the account. The heart rate monitor sensor (13) used sends the data it receives to the main screen (5). reflects.

Depending on the ambient temperature and calories burned and the person's weight, The water loss during the process is calculated and displayed instantaneously on the main screen (5).

All data is processed and reflected on the main screen (5), as well as each sensor. and the work done by the switch is calculated on the data it collects and on the main screen (5) is displayed.

The invention aims to develop the body muscles at an equal rate and to prevent body posture disorders. It is necessary to perform many exercise movements on it and It is related to pilates exercise equipment that provides; the weight of the user weighing the tension settings on the machine and which movements on the machine. at the same time, which detects what the user is doing and calculates the calories consumed by the user. measuring the heart rate, energy and exercise data of the user, water loss data guiding the user by reflecting the information on the screen, like a virtual teacher who calculates - the user's weight on the movable platform (7) to the main screen (5) at least one carrier platform weight sensor (3) that sends its information, at least one ultrasonic device that sends the user's travel distance information distance sensing sensor (1), tensioner on the movable platform (7) The one who sends the information about which of the springs (4) is used and the amount of tension at least one tension spring switch (2), - to the main screen (5) on the tower movement bar (11) that the user is working At least one tower motion barrier weight sensor that detects and reports its weight (Right) indicates the condition of use of the tension springs (4) and the amount of force applied. at least one tension spring switch (2), which measures and sends its information, - user weight information on the belt pulley (9) to the main screen (5) at least one belt pulley weight sensor (Bb), which sends - on the sides of the foot bars (12) that give the heart rate information to the main screen (5) heart rate sensors (13), - plates machine carrying frame (8) that carries all its elements on it contains.

User weight detected by the carrier platform weight sensor (3), tension spring The number of active tension spring (4a) of the moving platform detected by the switch (2), the tensioner Number of mobile platform passive tension spring (4b) detected by the spring switch, Moving platform (7) detected by ultrasonic distance sensing sensor (1) motion analysis data is detected by the tower motion barrier weight sensor (Sa). force data, force detected by the belt pulley weight sensor (3b) At least one main unit that carries the data to the screen in the form of the control unit to which the data is sent. screen (5) is created.

It depends on the weight of the user, the energy expended, the duration of the exercise and the ambient temperature. Depending on the water loss, the ambient temperature and the calories burned and the weight of the person To calculate and inform the user about the amount of water loss during sports. located in the main screen (5) that allows the system to be calculated by the system. at least one ambient temperature sensing sensor that sends ambient temperature data has been created. Sensors that send 3 different weight information, ultrasonic distance detection sensor (1), heart rate sensor (13), heat sensor and tension spring (4) positioning tension spring switches (2), microprocessor-based electronic circuit and The main screen (5) consisting of an LCD screen has been created.

Carrier platform weight sensor (3), belt pulley, which detects the weight of the athlete Belt pulley weight sensor (3b), which detects the tension force of the (9) system, tower the tension force of the arm operating mechanism at the movement bar (11) and the same At what angle does the arm operating mechanism move from the voltage change in time? A tower motion barrier weight sensor (3a) has been created, which detects that the

Ultrasonic distance detecting the movement, distance and speed of the moving platform (7) detection sensor (1) is formed.

Tension springs (4) with different forces connecting the moving platform (7) to the system information about which ones are active tension springs (4a), which ones are passive tension springs (4b), tensioner the main screen (5), which is detected by the spring switch (2), - user weight, as soon as the user climbs on the mobile platform (7), carrier platform weight, located at the bottom of the mobile platform The main screen (5), where data is sent by being detected by the sensors (3), - as soon as the exercise starts on the exercise device, the movable platform (7) The ultrasonic distance sensing sensor (1) on it is movable. how far the platform (7) travels from the starting point at the same time, the ultrasonic distance sensing sensor (1) is moving. the main unit that reports the movement acceleration measurement information depending on the speed of the platform (7). - The tower movement bar (11) located on the tower part of the exercise device has three different tower movement barrier tension spring (10), with resistance - tower movement bar (11) located at the spring connection point bar weight sensor (3a), tensioner as soon as the tower travel bar (11) is tensioned the main screen (5), where the load data is sent, - heart rate sensors (13) located on the sides of the foot bars (12) when held by the user, the main The user sits on the movable platform (7) and grasps the tension belt handle (14) with his hands. When you pull it by holding it, it pulls itself together with the moving platform (7). belt pulley weight sensor (3b), located behind the belt pulley (9) data that the user has started to exercise in the belt mechanism and the tension the main screen (5), where the load amount is reported, is created.

Calculating the instant and total amount of calories consumed by the user on the main screen (5) The method is the work done by an object of known weight and moving under the influence of a force. for the movement of the mobile platform (7) using all data, based on the principle of The force F used is multiplied by the movement distance of the moving platform (7). The energy consumed for this work is calculated in joules and then converted into calories. The energy consumed in the tower part, which is not used on the moving platform (7), The tower movement bar weight, located at the rear of the tower travel bar tension spring (10), the force detected in the sensor (Sa) and the amount of change on the force. with the working angle of the tower movement bar (11) calculated by determining the In the pilates exercise device, the energy spent is determined by calculating the moment, The energy consumed by the user during the exercise is in calories on the main screen. (5) is displayed, depending on the user's weight, energy expenditure, exercise time, and The water loss due to the ambient temperature is calculated by the system and displayed. screen (5) is created.

Like a virtual trainer, all data is reflected on the screen and the user is informed. The main screen (5), to which it is directed, is created.

Claims (1)

REQUIREMENTS are related to pilates exercise equipment, which enables the development of body muscles at an equal rate and the elimination of body posture disorders and enables many exercise movements to be performed on it. It is like a virtual instructor that measures the weight of the user, determines the tension settings made on the machine and what movements he makes on the machine, calculates the calories consumed by the user, also measures the heart rate, calculates the energy and exercise data of the user, and water loss data, and guides the user by reflecting information on the screen. main screen (5), at least one carrier platform weight sensor (3) that sends the weight information of the user on the moving platform (7) to the main screen (5), at least one ultrasonic distance detection sensor (1) that sends the movement distance information of the user, the moving platform At least one tension spring switch (2), which sends the tension spring (4) on the top (7) and the tension amount information, at least one tower movement bar weight sensor that detects the operation of the user on the tower movement bar (11) and reports the weight to the main screen (5). (Right), measure the usage status of the tension springs (4) and the amount of applied force and send the information at least one tension spring switch (2), at least one belt pulley weight sensor (3b) that sends the user weight information on the belt pulley (9) to the main screen (5), at least one of the foot bars (12) that gives the pulse information to the main display (5) It is characterized by the fact that it includes the heart rate monitor sensors (13) on the sides and the plates machine carrier frame (8) that carries all the elements on it. It is a pilates exercise device according to claim 1, its feature is; User weight detected by the carrier platform weight sensor (3), the number of active platform active tension spring (4a) detected by the tension spring switch (2), the number of mobile platform passive tension spring (4b) detected by the tension spring switch, ultrasonic distance sensing sensor At least one main screen that displays the data in the form of the control unit where the motion analysis data of the moving platform (7) detected by (1), the force data detected by the tower motion barrier weight sensor (3a), the force data detected by the belt pulley weight sensor (3b) are sent to the screen. (5) contains. It is a pilates exercise device in accordance with claim 1, and its feature is; The sender of the ambient temperature data located in the main screen (5), which allows the system to calculate and notify the user the amount of water loss during sports, depending on the weight of the user, the energy consumed, the time of exercise and the ambient temperature, the water loss due to the ambient temperature and the calories burned and the weight of the person. includes at least one ambient temperature detection sensor. 4. It is a pilates exercise device according to claim 1, its feature is; Sensors that send 3 different weight information, ultrasonic distance sensing sensor (1), heart rate sensor in the form of a pulse counting probe (13), heat sensing sensor and tension spring (4) positioning tension spring switches (2), microprocessor based electronic circuit and LCD consists of the main screen (5). 5. It is a pilates exercise device according to claim 1, its feature is; The carrier platform weight sensor (3), which detects the weight of the athlete, detects the tension force of the arm working mechanism on the belt tower movement bar (11), which detects the tension force of the belt pulley (9) system, and at the same time, the angle at which the arm working mechanism moves from the tension change. tower motion barrier weight sensor (3a). 6. It is a pilates exercise device according to claim 1, its feature is; It contains an ultrasonic distance detection sensor (1) that detects the movement, distance and speed of the moving platform (7). 7. It is a pilates exercise device in accordance with the request, and its feature is; The information about which of the tension springs (4) with different forces connecting the moving platform (7) to the system are active tension springs (4a) and which ones are passive tension springs (4b), is determined by the tension spring switch (2) and notified to the user on the moving platform (7). As soon as the user exits, the user weight is detected by the carrier platform weight sensors (3) located at the bottom of the mobile platform and the main screen (5) is sent, the ultrasonic distance detection sensor (1) on the mobile platform (7) as soon as the exercise starts on the exercise device. The tower motion bar (11) located on the tower part of the main exerciser, which reports how far the moving platform (7) has traveled from the starting point, and at the same time, the ultrasonic distance sensing sensor (1), measuring the movement acceleration depending on the speed of the moving platform (7), has three different resistances. tower movement bar tension spring (10), tower movement bar (11), tower movement barrier weight sensor (3a) located at the spring connection point, The main screen (5), where the tension load data is sent as soon as the tower movement bar (11) is stretched, the heart rate monitor sensors (13) located on the sides of the foot bars (12) are held by the user, the main user, where the heart rate data is sent, sits on the mobile platform (7) and puts his hands on it. When the tensioner pulls by holding the belt handle (14), the belt pulley weight sensor (3b), located behind the belt pulley (9) at the moment it pulls itself together with the moving platform (7), displays the data that the user has started exercising on the belt mechanism and that the tension is high. It contains the main screen (5) where the amount is reported. It is a pilates exercise device according to claim 1, and its feature is; The method of calculating the instant and total amount of calories consumed by the user on the main screen (5), the F force used for the movement of the moving platform (7), using all the data, based on the principle of work done by an object moving with the effect of a force whose weight is known, with the movement distance of the moving platform (7). The energy spent for this work done by multiplying it is calculated in joules and then converted into calories, the energy consumed in the tower part, which is not used on the moving platform (7), is the force detected in the tower movement bar weight sensor (Sa) located at the back of the tower movement bar tension spring (10). and the amount of change in strength and power, the working angle of the tower movement bar (11) and the required moment are calculated and the energy consumed is determined, the energy consumed by the user during the exercise on the pilates exercise device is displayed on the main screen (5) in calories, the weight of the user, the energy expended, exercise time and environment It contains the main screen (5) where the water loss due to the click is calculated and displayed by the system. 9. It is in accordance with any of the above claims and its feature is; It includes the main screen (5) where the user is informed and directed by reflecting all the data on the screen, like a virtual instructor.