TW200418546A - System and method for controlling an exercise apparatus - Google Patents

Abstract

The various embodiments of the present invention generally provide a control system and a process for an exercise apparatus configurable into a combined treadmill and stepper mode. The apparatus may also be configured into stepper only and treadmill only modes. The apparatus generally includes a master control unit, a first sensor, in communication with the master control unit, which generates a first signal indicative of an effective tread speed for the apparatus, and a resistive element that includes at least one resistance level. Using the first signal, the resistance level, and empirical information, the amount of energy expended by a user of the apparatus may be calculated and the operation of the apparatus controlled. Various sensors, actuators and information, such as that obtained from various data structures, may be utilized in performing calculations and controlling the features, functions and operation of the apparatus.

Description

200418546 (1) Description of the invention: [Technical field to which the invention belongs] The present invention relates to a system and method for controlling the characteristics, operations, and functions of motion equipment. More specifically, the field of the present invention is related to the control of the combination of walking or striding (which usually occurs in a horizontal or substantially horizontal direction) and the movement of climbing stairs, steps and / or mountain climbing ( It usually appears in a vertical or substantially vertical direction) system and method of the characteristics, operation and function of the sports equipment. [Previous technology] Nowadays, the use of indoor walking, running and or step-shaped sports (", collectively referred to as" stepping, ") ^) ° different sports equipment systems have been developed, the otb 遝 翻 介 如 # A series of movements, that is, moving at a level or substantially, without the need to move, set the direction, and ... change its current position. Such a device is not limited to iff 夕 # /. Taken as a common practice, the train series includes treadmills and elliptical training equipment (which can also run on a joint while reducing the impact of running on joints and 1 # Qiu Fen) and J: # # y C y, Guan Ji and other sheep ^ and other cheek-like devices. In addition, after the ladder, step (as in J and / or drawing the climbing step ...-turning step), or the mountain-climbing movement Π, collectively referred to as "Miao Niu," / you linked (its development, the qi movement (B) Many different sports equipment systems have been built—that is, a vertical or actual movement, without the need to move ▲, ...: straight movement. In addition, there is now a place, place, or interposition.… 5 span Steps and step-shaped movements have been slowly developed in the sports equipment system of 〇〇 ^. Since the beginning of the year, the actual athletes have developed a lot of different systems and the left and the right have been developed for 200418546 control. For example -One (for stepping) elliptical training cry-one (for stepping) step master (STA test ster) = or this department has a level for controlling a combination of substantial (ie: 1 ;: See 2 Movements and Movements That Are Vertically Vertical (ie, Stepping) = Characteristics and Functions of Control Systems and Methods. In addition, Biography :: Preparation 2 is used to determine the use of a combined step and step The total amount and system of energy exerted by an individual The requirements of methods and methods. [Abstract] The cross-references of related applications are as follows: The present invention combines the entire contents of the following reference documents, as if the reference documents are fully described here, and declares the priority of the following applications: Application On February 28, 2003, the inventor was DQugCrawfQrd et al., Whose name is "System and Method for Controlling Motion Equipment," U.S. Provisional Patent Application No. 60/450, " ㈣. The present invention is also Incorporating all of the following * examination documents' as if the reference documents are hereby incorporated in its entirety and the following applications have priority each month: the application was filed on February 28, 2003 for Mao Piaget, etc. U.S. Provisional Patent Application No. 6 50, 7 8 9 whose name is "Double-layer sports equipment"; application dated February 26, 2003; the inventor was Gary Piaget, et al. Sports Equipment, U.S. Provisional Patent Application No. 60 / 451,104; filed February 26, 2003, the inventor was Gary Piaget et al. And was further filed by Dorsey and Whitney Patent Law Firm Document number 2 0 7 2 / US / 2 and 200418546 US Postal Express Service Mail No. EV 3 0 4 8 8 3 4 6 3 The name identified by US is “Double-layer sports equipment,” the first US patent application for patent application; please refer to 2 〇 February 26, 2003, the inventor was /, Ga; Piaget et al. And further filed by Dorsey and Whitney Patent Law Office 2 07 / us / 2 and US Postal Express Service Mail Number EV3 Q 4 8 8 3 4 5 US Provisional Patent Application No. Gui ^ identified by QUS as "Sports Equipment with Pedal"; filed on February 26, 003 and further filed by Dorsey and Whitney Patent Law Firm Document number 3 4 QQ 5 / us and USPS Express Service mail number _ 4 7 4 6 3 280 US

U.S. Provisional Patent Towel for "Sports Equipment with Pedal", pending application number, filed on February 26, 2003 and further filed by Dorsey and Whltney Patent Law Firm No. 3 4007 / US Post Express Service Mail No. EV4 4 7 4 6 3 2 9 3 US US Provisional Patent Application No. ^ identified by the name "Double-layer sports equipment with a single rear roller (virtual pivot)"; Application was made in 2000 February 26, 3 years and further identified by Dorsey and Whitney Patent Law Office Document No. 3 4 1 03 / US and USPS Express Service Mail, EV 4 4 7 4 6 3 3 0 2 US Is a "double-layer exercise equipment for hydraulic resistance, arm movement and non-power," U.S. Provisional Patent Application No .; & Application was filed on February 26, 2003 by Doug Crawford and was further developed by Dorsey and Whi Tney Patent Law Office Document No. 3 4 0〇 / US and US Postal Express Service Mail No. EV4 4 7 4 6 3 1 2 6 US The name 200418546 identified by the US is a control system and method for sports equipment, American Pro In one embodiment of the present invention, a sports device includes: a main: a control unit; a -sensor, the -sensor is in communication with the main control unit, The first sensor generates a signal indicating an actual running speed of the device; and a resistance element, which includes 3 to V provided resistance levels. The sports equipment of this embodiment is It can also further include a data structure, which contains data indicating the amount of energy consumed at a given resistance level. In this way, the main control unit can access the data structure, and according to the first A signal and at least one p and six fire advance orders =, _, at least one of the power levels determine the amount of energy consumed.

In another embodiment, the sports equipment may further include a second sensor, which is in communication with the main control unit, and the second sensor is configured to move downward with each of the pedals. It depends on at least one second signal. The stomach master controls the amount of energy consumed based on the received first and second «. Also, the sports equipment can further include a data structure, and the material structure includes instructions—given actual: walking speed and—at least one of a given level of resistance, the shell material. And the 4 main control orders I can use the data from this data structure to calculate the amount of energy consumed. In yet another embodiment, the tread surface causes the resistance element to attach a first force to the tread surface. The resistance exercise equipment may include at least one element that is divided in a substantially vertical direction or may be constructed. If 10 200418546 is not a second force and all the forces are distributed by the athlete on the tread, then it will be offset. At least a part. Similarly, in another embodiment of the sports equipment, the main control unit may be constructed to control the actual tread speed of each of the at least one tread in a substantially horizontal direction. A tread control unit can be included in the sports equipment. Such a tread control unit can communicate with the main control unit and can control the rotation of at least one tread on the sports equipment. Alternatively and / or additionally, the exercise device 2 may be constructed so that the main control unit controls the operation of the tread control unit. In this way, the control implemented by the main control unit can indicate, for example, a first signal of a tread speed. In some embodiments, the tread control unit may include at least one of a DC motor and a motor. In still another embodiment of the present invention, the exercise equipment can be constructed so that the exercise equipment for stepping, stepping, or stepping and climbing can be utilized. The main batch system is used to control the early control, which can be constructed to determine # ~ steps, climbing stairs, or a combination of steps and climbing stairs. At least one of the expected actual tread speed and the expected resistance level: J r Used by moving equipment. Moreover, the expected actual tread speed = at least the resistance level of f-one can be used through one: 亥. The principal i allows 1 staying-and the talented person / maintenance system can also be constructed to decide whether to climb the step 3 of the step 3 and the theory of climbing steps—the, ,, and 0. The movement of the white ladder is facilitated by the device according to the level of resistance. In another embodiment, the device can be constructed to operate at least 18,546 V machines, steppers or a combination of running and stepping machines: yes In the step machine mode, the main control unit can be constructed: when the first sensor provides a zero reading, the amount of calories consumed is determined according to the second gas sign. Similarly, for the treadmill mode, the main control unit can be constructed: when a step or a second signal provides a zero reading, 'the energy consumed is determined by a first signal or a tread speed signal. the amount. In addition, 'Many different embodiments of the present invention provide a system for controlling the operation of a sports equipment. The sports equipment system can be constructed to operate as a treadmill, a stepper or running and stepping. Machine combination. An embodiment of such a system includes a processor; a first sensor that communicates with the processor for sensing a substantially horizontal motion of a tread on the sports device and Generating a first signal indicating the substantially horizontal motion; a second sensor in communication with the processor for sensing a substantially vertical motion of the tread in the motion device and generating an indication of the The second signal of substantially vertical movement; 1 a data storage device 'which includes a data structure information, and the Xiao data structure information is used to determine the flight elimination based on the first signal and / or the second signal The amount of energy. Furthermore, the processor may be configured to control the operation of the motion device based on at least one of the first signal and the second signal. The processor can also be constructed to give an average actual tread speed during the given period when the first signal is received indirectly regularly, and access the data from the data structure based on a resistance level, And based on the average actual tread speed and the data to determine the amount of time spent in the given period. 12 200418546 Move 0 π ^ Ding, Dan 1 tooth, catch a manufacturing object, the object contains a 0 month month The useable media 'is a computer-readable code device provided in its 2 for selecting a mode of sports preparation, and the computer-readable code device is connected to:-

A computer-readable code device for selecting a treadmill mode X # 彳 of the "readable code device. = The computer-usable media system may further include an electronic code device for selecting a combination of a running mode and a step mode in another aspect of the present invention. The device includes a computer-enabled device. , W Α usable media, which has a = readable code device in it for selecting the device =: Hai computer readable code device contains one of the following devices: Selection-computer step program for pacing machine materials. One for selecting a stepping stroking & setting 'B computer-readable computer code device, and one for selecting combined running device Get the code device. The computer in m and machine mode can be used in another embodiment of the present invention. In the example of ##, this is to provide a control system and system that uses # and s to move equipment. The control season is used for operation. ^, An embodiment of the system includes a main control unit; and a record reserved-one for control by the main: the memory element is used for the second time. Among them, the Xibei material structure includes at least one data unit of the applied motion, and wherein: a stepper mode is constituted during use and the _ Y ^ preparation system can be built into a fork type. In another embodiment 13, 200418546, the sports equipment can be further built in a treadmill and a treadmill mode. It is constituted as a combined step 2. In another embodiment of the present invention, it is provided with a program memory or storage device. The program memory or stray storage device is actually implemented by the processor. The implementation of ^ Α 的 私 式 'to construct a sports device becomes a plurality of modes —: The program of the instruction may include: receiving at least one user input: number; two == received user input signal, and by One of the "U" modes provided by the sports equipment is selected. The == type provided by the sports equipment can further include a stepper mode and a running stack type and a combined treadmill and stepper mode. At least one. In another embodiment of the present invention, it provides a method that determines the energy consumed during the exercise of a sports device with a combined treadmill and stepper function. The method 'wherein the sports device includes: Pedal assembly, basin is operated under many steps per minute, and has individual treads operating at one actual :: tread speed. Such a method includes: : Two-heartedness-the first value of a specific weight; receiving a second value indicating the resistance setting on the sports equipment; receiving a third value indicating the lambda tread speed for the sports equipment; receiving At least one indication-the fourth value of group V2 used for the combined treadmill and stepper functions in the resistance range of the lower hall 4 V 0 2; and calculated as the first value, the first value and the third Calories burned as a function of the value and the at least one fourth value. ^ In another embodiment of the present invention, it provides a method for monitoring output power on a sports device that can be constructed for use in a 14 200418546 The output power of nine wheels or the output power of a stepper. The moving equipment includes a miscellaneous stepper such as a ^ V 13 Xuanyun ... pedal assembly, which falls under many steps per second and is in stepper mode. During the operation on an individual tread. Such a large soil + y 7 * direction down to it-, an embodiment of this method includes: receiving a pill not a weight of the first one-by-one resistance level multiplication- Eclipse Also prepare the value of the brother of the sword, and choose the second stepper mode or the function, such as "Taxi + hot type" when the treadmill mode is selected. This method can be It further includes receiving the first feed of # _ / — at the speed of the tread,. B ~ each inconsistent, the first discernment; 9 such as-第一 μ first value ^ by the group using the treadmill The model ’s athletes, Xiao consumption ’s V 〇2, your inverse, and ### are the calories burned as a function of ^ k. In addition, * When the stepper mode is selected, this method = take-in-a-cut-v ^ w further contains ... the completion of one private minute is counted as the first value, today, / number of brothers -The signal bluff; and the value, the second signal and the instruction are cleaned by the athletes in the group stepper mode. Vn 2 'Use ^ & Calories burned by bismuth. Therefore, it can be understood that the present invention is prepared for the use of many devices, data structures, procedures, methods, and some drawings and bangs. The detailed description is to describe the embodiments of the present invention. However, the g-type martial arts of the present invention, the heart is not to be interpreted as being limited by the following drawings or detailed description. [Embodiments] Many different embodiments of the present invention provide a control system for a sports device that simulates a combination of 15 and 2 stride and stepping movements. The movement system can be characterized as similar On a sandy beach, people step ^ ^, climb a loose surface and similar movements. Among them, ^ ^, an athlete's feet are partially sliding. Furthermore, the consistent embodiment of the system of the present invention provides a method for controlling the control of a sports device, whether the eighth line of the eighth line is not reduced, whether the device is constructed to use a combination of stepping and stepping, and only stepping motion. , Only stepping exercise, or some of its application = mention = different real cows of the present invention which will be described in more detail below are used to estimate and / or calculate when a combination of steps / steps two two two steps only The mode or and / or the step-only mode uses the amount of the energy applied by an athlete. Regarding the movement I and square == the calculation system can also be controlled by the control system of the present invention. Calculated by different implementations at midnight. As discussed in detail in the related application above, the sports equipment of the present invention includes a set of pedals, a 1; (or tread) is a spinning material on the pedal, which is transported in a stepped motion. The 2 pedal system is constructed to rotate around an axis so that a stepping motion can also be obtained. These pedal systems are expected to be independent of one pedal rising or lowering 'and the other pedal system falling / raising — :::: displacement. Such a displacement system is expected to produce 纟 when the treads are rotated around each turn to provide a combined stride and step motion. Ban Fang 疋: The hair system and method are designed to control the combined step movement, and take into account the energy consumed by an athlete. In order to achieve such control and / or energy calculation features and functions, as shown in Figure 16 of Figure 1, 200418546, at least one embodiment of the device of the present invention is inclusive. Plus + ^ ^ is a master control unit (Master Control Unit, MCU) 1 η, yrn υ U Tread Control Unit (TCU) 2 0, v U Tread Speed Sensor (TSS) 3 〇, u U step sensors rr

Step Sensor (SS) 4 〇, an athlete input interface Ιη_ In㈣Ca, ΙΙΠ) 5 ◦, and an athlete output interface (User 〇utpu &quot; nterface, U0I) 6 〇, and control and measurement of consumption Required computer programs and data structures. Each of these components is described in more detail below. It should be understood that many different embodiments of the present invention may include all of these components, one beep, or none of them. Control System Overview At least one embodiment of the present invention includes a main control unit 丄 0. The main control unit ;! 〇 series can be used to control different aspects of the operation, features and / or functions of the sports equipment (hereinafter referred to as the equipment). The control unit 10 provides control signals for the device 1 and d, including but not limited to: driving the tread belts. The chief technology engineer, Fanfan 10, also receives many different input signals that provide status and other operational information. The main control unit 10 can be constructed to generate y — Ran Li's house ’s full-wheel output signal is shown in Figure 1 and is a step control signal 丄 5. The step-by-step signal 15 is expected to provide control signals to the "step control unit, 20". These signals can be a digital signal format, an analog signal format, a combined number and analog signal format, and if the present invention A specific format is needed for other implementations. 17 200418546, shown in Figure 1, in at least one example of the present invention, the main control single opening π n, Beta 10 is also expected to be constructed to receive a tread Speed sensor 3 〇 determined + speed signal of a tread on the side of the tunnel to the wood 35. The tread angle sensor 3 〇 is too small, and the system measures the speed of the treads, so that the actual tread speed Also, y Bei 1 No, P An athlete feels when walking on these treads, and / or Measure if such an athlete is on the ground instead of on the device at a time, k τ ^, Moving up and down, the distance traveled by a sportsman within a given period. It can be opened by the tread speed sensor 30, the master control 1 ^ .. ^ ^ 〇 and / or other The actual calculated by the device — 乂 Well-known and well-understood measurement maps, such as miles per hour, kilometers per hour, sighs per minute, or similar conditions, are presented to the ... Therefore, 'The main control unit 10 receives the tread speed signal and 2 is the surface speed signal system It is used to calculate an actual pedaling-related parameter ', for example, the amount or wattage consumed during the sport activity. The characteristics, functions and 5 different embodiments will be described in more detail below. Figure 'Many different embodiments of the present invention can also be a step sensor 40. The step sensor 40 can be built for one The step signal 45 goes to the main control unit 10, and the step is caused by: 5 indicates how often a given tread system is raised or lowered, and how often it refers to the "step" system performed by an athlete of the device, 1 The transfer of the step sensor 40 ^ _ The embodiment will describe the characteristics, functions and many different implementations of the TU in more detail below. Still referring to FIG. 1, many different embodiments of the present invention also Department can 18 200418546 Contains more than one athlete's turn-in interface 5 〇 Through communication, some athletes 'turn-in referrals provide the athlete's workability early! Communication. In addition to the input device' the athlete-an actual Including tread speed, the athlete can identify 1 and // enter; 1 surface 50 can also be constructed as a package input device, this parameter packs ~ ^^ one of different other parameters &gt; the number system includes but is not limited to ·· An expected output power $ # ^ the weight of the athlete, the routine routine, and others. Furthermore,:-an expectation can be made by the athlete ## ^ input interface 5 0 system The operation of the device is, for example, by adding :: work + period to control the actual speed, the angle of the treads, the reduction of ^ ^ ^ into the μ surface resistance or other parameters. «Characteristics and functions of the mobile input interface 5 Q will be described in more detail below. 5 Embodiments Many different embodiments of the present invention can also include more than one athlete output interface 6 0, these athlete output interfaces 6 0 are connected to the main control unit 1 through the communication key 65 ◦ Communication. The athlete's input 60 is to facilitate the status, operation, diagnosis, and other from the equipment to the athlete and / or others (ie, to a coach, trainer, nurse, physician, technician, and / or others). Communication of information. The features, functions, and many different embodiments of the present output interface 60 will be described in more detail below. I Control Unit (Master Control Hni f, as described above, 'Many different embodiments of the present invention basically include a master control unit 1 0' the master control unit! 〇 can control the operation of this equipment 19 200418546! ：: points and / or functions. It should be understood that the main control system is based on the structure or can be constructed (for example, through software, hardware coding or other). , Any control unit and / or processor that generates control signals and provides output signals (such as for presentation or display to a player). Such input, control and / or output signals may be included in the well-known and / or Or combined with a sports machine 偌 +, IX /, other signals used by others .... Supported by a sports equipment and standing in at least one embodiment, the main control unit 10 includes an empty system: 'its It uses a digital signal processor such as: a personal computer processor, a special purpose processor, or the like to process input and produce output (display and control). Other processors' display drivers of the output controller and: are used to support and / or zoom in by the main control, and the points and functions. Specially provided by the industrial control, the main control Unit work or data storage device or data misstored = types of memory used or combined with the memory of the device can be separated and restricted to: read-only memory, programmable read-only memory,;: include but not only Read memory, electronic removable memory, programmable memory, memory, flash memory, ED .: ^ memory, flash memory, magnetic storage RAM / RAM, non-volatile mobile storage device ( Such as memory chips and flash storage devices, the main control unit (Tn, dagger version card) and the like. I0 generally also includes and / or is connected to a 20 ZUU4I8 ^ 4b source supplier. The settings of the battery backup and / or other information are provided to save the movement configuration including many different messages. The main control unit 10 can also be built and / or used as a common output car of the output port. Such input Examples of targets used for levelling include but are not limited to Shi 丨 Tanbu, RJ-11 and RJ-45 interface bee, D-Guangzhou train, parallel port, "FireWire" or lEEE802i socket 'universal serial bus card port, video port, PS / 2 port, wireless interface port In order to understand, the person who is familiar with this technology should be able to set up the system and components of the temple and the structure of the stone, and it can be a unit or a plurality of parallel units. , Long-distance unit (two = single provided through an external device through a computer), eight other local or long-distance personal features and functions in any other structure .... different implementations are as described above, the present invention At least one of the many different embodiments includes a tread control unit 20 that controls the speed of rotation of the treads on individual pedals. In one embodiment, »Hai Tread Control 20 has controlled the operation of a motor by using a digital signal from the main control unit. The motor drives the treads. Such digital signals can be in any suitable signal format. For example, pulse width modulated signals can be used. As those skilled in the art can understand, the pulse width modulation system can be used to control the operating speed of the DC motor by changing the time period while the DC motor is being supplied with power, and thus control directly or indirectly connected to So the speed of any tread of the motor 21 200418546. Such a time period can be changed by supplying / not supplying an input current pulse to the motor. The pulse width modulation system can also be used to control the rotation speed of the motor by controlling the duty cycle of the motor, that is, the longer the duty cycle, the longer the period for providing the driving current, or by modifying any During a pulse period of a given duty cycle (ie, a longer pulse width is usually equal to a longer "on" period of the motor). Directly or indirectly through the tread control unit 2 The main control unit S can be constructed to control the power provided to the motor so that the rotation speed of the shaft of the motor and the rotation of the tread directly or indirectly connected to the motor Speed is controlled simultaneously. In addition, the power pulse is periodically guided to the motor through the tread control unit 20. The main control unit 10 can increase or decrease the rotation speed of the motor shaft, which in turn causes the These treads increase or decrease in speed. It should be further understood that the rotation speed of the shaft of the motor can be reduced by applying a current in the opposite direction (which can be a negative or positive current depending on the particular application being used). And / or stop 'to know about the stable A. This axis ^ adds a slowdown or braking effect. In some embodiments, the main control unit 10 provides the σ hole number of the treadmill body to the control star of the treadmill; on system Zaofan 20. Such tread control signals directly or indirectly control the operation of the motor, and thereby control the speed and / or direction of the treads. It can be understood that, for some alternative embodiments, the main control, single 10 series can be constructed to provide these tread control steps. Tread control unit 2 0 # 诸 姐 』, ' And for these tread control signals, 22 recommends 418546. The motor rotates the open panel in a second or opposite direction. Step: Fang: It is defined as when the treads leave, the athlete passes the ancient The athlete faces the panel and # effectively travels on the treads and faces the panel,; :: =: Xiang is defined as the travel of the treads toward the panel effectively ^ athletes face the panel At that time, the mover moved backwards away from the face, and the bow area moved in the direction of the second tread of the face. At the place, he positioned himself 1 hour. When a runner is appropriate, he can wait for him to leave. When the direction of 180 degrees of the panel is performed with the two treads toward the panel, the athlete effectively moves the two: Γ step upwards ". The positions of the different embodiments of the panel used in the present invention and The rumor a ... is structured in more detail in the relevant application In addition, those familiar with the technology can understand that a fixed motor can usually operate within a predetermined range of rotation speed, and larger or less speed can use pulleys, belt drives 7 miles to 4 · 0 miles per hour in the direction of the mother-in-small, in order to provide the first-tread direction in the direction of the first tread surface. The speed of the tread under the operating range is comparable. In alternative embodiments, larger and / or smaller speeds can also be provided in the direction of the second tread. Furthermore, the motor is constructed by the king Provides a speed of 0 · miles per hour at this specific operating range. However, 'larger or smaller operating speeds, larger or smaller speed ranges, and / or larger or smaller speed increments The system may be provided in other embodiments as required. However, the present invention is not considered to be limited to devices operating at any specific speed range or at any specific speed. Tread Speed Sensor TSS) As mentioned above, at least one of the many different embodiments of the present invention includes a tread speed sensor 30, which is used to calculate and / or control the actual tread speed. It should be understood that the tread The speed sensor 30 basically provides a feedback loop (providing a speed measurement signal) to the main control unit 10. In some embodiments, the tread speed sensor 30 enables the main control unit 1 〇 Monitoring and control of the treads performed by the tread control unit 20. In other embodiments, such as an AC motor or other tread driving mechanism is used and the actual tread speed can be directly or indirectly by it In the case where it is determined according to the tread control signal 15 or other signals, the tread speed sensor 30 may or may not be used. In yet other embodiments, when the driving mechanism for the treads may not be reliably calibrated or controlled based on input signals to a driving mechanism and / or other signals, the tread speed sensing 30 It is important for the operation of the device. Therefore, it should be understood that, in some embodiments, the tread speed sensor 30 is provided with a signal for calculating the difference and controlling an actual tread speed, and such a signal can be used as required in the present invention. Generated or derived in a particular embodiment of the invention. More specifically, in at least one embodiment of the present invention, a tread speed is sensed that the 30 series includes a read switch (hereinafter referred to as a “tread switch”), and the tread opening relationship is configured to detect that The passage of the pulley or the magnet 24 200418546 directly or indirectly connected to the other components of the motor / drive mechanism. By each corresponding rotation of the pulley and / or the drive shaft (gears and the like can be used) The stepping magnet detects the passage of the stepping magnet through the stepping switch, and the stepping open relationship outputs a stepping speed signal 35 to the main control unit 10. The main control unit 10 receives and uses the Tread speed signal to calculate the actual speed of the treads. It should be understood that 'the actual speed of the treads can be obtained from any position on the pulley (or any other driving mechanism member): Therefore, it should be understood that by positioning the tread magnet and the corresponding tread switch inward or outward respectively along the radial direction of the pulley, one can obtain Greater or smaller accuracy. In this way, for the purpose of the embodiment of the present invention, the position of the tread magnet on the pulley is set above the shaft of the pulley, so that a given number of the pulleys The number of rotations is a measured value that results in an increase and decrease in the actual tread speed as small as 0.1 miles per hour. Although the above embodiment of the present invention is constructed based on obtained by the passage of a magnet on the pulley Sensor readings to determine the actual tread speed, it should be understood that the rotational speed of the treads, the motor, the drive shaft, or any other drive-related components and the calibration of the rotational speed can be appropriately Used by the tread speed sensor and / or the main control unit to determine the actual tread speed. Furthermore, it should be understood that the dagger 3 is not limited to a tachometer, potentiometer, optical sensor and the like Many other types of sensors can be used by the tread speed sensor 3 〇 to provide the tread speed signal to the main control unit 1 025 200418546 in In other embodiments, m, the control system does not need to be controlled by the person, and the actual actual tread speed system is not necessary. The motor can also be controlled without a feedback loop, such as by this = ^ In the feedback loop of the connection to the main control unit, the speed of the motor can be controlled based on empirical data and statistics ^ ^ implementation examples and other materials, which are based on the horse ^ its current level (or duty cycle ) I enter this information and operation purely to prepare the operating characteristics. For example, the amount and / or the performance of the athletes due to the Xin, I during the measurement according to the weight of the athlete, it should be understood that this The invention of the invention is not equal and / or calibrated. For example, using different clothes and A-processors ::: It is possible to implement the example. °. In order to control the actual tread speed according to the tread speed sensing) The remote control signal of the main control unit (10 ^, when the tread control signal is available to the tread control sheet = leather construction composition decides when to lift the motor to maintain the actual 'accelerating or decelerating speed or in a period of time) Speed is a reality of expectations Tread As described above, for: ΓΓ: within the range of. The surface speed can range from 0.7 per hour to the embodiment. The actual surface speed of the actual tread can be changed from a range of: -4.0. In this period, "+", or "-", the button is increased or M, the mover uses the example, through a player input interface 5: force: the desired actual tread speed surface 5 0 is connected to the The master control order is specified, and the athlete inputs are introduced 1 0. The use of buttons to increase or decrease the control setting is well known to those skilled in the art and will not be discussed further here. Additionally and / or alternatively, The actual tread speed can be controlled based on inputs from non-athletes, such as by providing pre-planned routine trips, by an instructor (for example, in the setting of an exercise course), or other inputs. (Step-Sensor, SS) As mentioned above, many different embodiments of the present invention can be constructed to include a step sensor 40 for detecting when an athlete takes a "step". In one embodiment, the step sensor 40 is configured to detect the relative motion of a rocker arm. As described in the related application, 'the rocker arm system generates a gap between the right pedal and the left pedal. A dependency makes * when one pedal system descends (or travels to the ground), the other pedal system automatically rises' and vice versa. Detecting and / or sensing the relative motion of the rocker arm can use examples In terms of a reading switch (called by Qian, "step switch") and a corresponding shop (others called ": step: iron") are completed. In this embodiment, when the right tread is tied in the direction and moves (that is, the axis that can be rotated relative to the tread is up or down 3 B spring, hit 1, M »妾 to the rocker arm The stepping magnet system correspondingly passes the stepping switch, and the stepping v relationship generates a stepping signal 4 5 to pass to the main control list. When the rocker arm and the stepping ^ '# the left stepping surface is lowered ,, ^ ^ The ocher iron system correspondingly moves in an opposite or second direction, and passes the $ ~ ά ν switch and generates a step signal 4 5. Regardless of the rotation point of the swinging arm 佶: Then Jin Di asked why The read-on relationship can be set to detect the movement of the step magnet's downward movement, and thus to detect the swing arm of the step magnet connected to 27 200418546 and the part of the athlete). Such a detection system can be all of a step or a step <mother-step (its measurement system is suitable to be transmitted to the main control unit. It should be understood that the position of the step magnet relative to the axis of f can be Decide-a "step + ,, :: every one of the rocker arm rotation measurement required", "the movement detected by the read switch", "Golu /: (or the up / down of a given tread) Second movement) of ice. In this way, in one embodiment of the stepping magnet and pair; * of the stepping sentence, at least is set on the rocker arm to detect the "stepping" of the inclination / tilt angle to V-central inches. Furthermore, it should be understood that others are used to provide step sensing. In this way, the sorrow of ^ _ due to need includes but is not limited to: Potential stone sensor ‘optical sensor’ rotary sensor Ren: I shell-like object. Furthermore, along the rocker arm or on the device, the position of any given step sensor in his position can also be done without departing from the spirit of the present invention or the standard half-T flying track. change. By way of example, the step: sensor system can be appropriately set such that the reading system attached to one or more treads is used to measure the movement of such a tread. Again, the position of such sensors relative to the 7 given rotation axes for the tread can determine the extent to which the step height can be measured. In at least one embodiment, the step sensor system may be configured to generate and output a step signal to the main control unit 丄. The step signal is used by the main control unit to determine different parameters, to control the operation of the device 2 and / or to determine the performance characteristics of the sport. This is described in more detail below. 28 200418546 Operator input 亘 .υη ι ^ It is stated that at least one embodiment of the present invention includes one or more athlete input interfaces 50. Some embodiments of the player input interface 50 may be constructed to accept input from a player, for example by a button appropriately placed on a player interface. In other embodiments, the athlete's instructions, information, and other inputs can be communicated to the master control by the athlete's input interface 50 through the communication key 55, using the input device. Devices include but are not limited to: keyboard, control wheel, biometric input (such as input provided by one heart rate or other biometric sensor), voice input: and = other input devices. Furthermore, the athlete enters the $ (i.e., ‘Source other than the athlete’) input interface structure and

It: A group of exercise courses or an interactive weight loss course ('Guan Er Yue' on the computer represents or executes on an input that is entered by the athlete through 50 points in the interface, so the athlete turns into the interface The 504 does not use this, the athlete does ^ the main control unit. In short, the control unit, D Ge Zhe: The 50 series can be constructed to pass to the main control and / or to the device: And = and a plurality of and are generated by humans and computers. § Rotation control signals for local or remote sources. Generally speaking, many different embodiments of the sportsman output medium = also include ... 6 〇. Such a sportsman's output interface 6 〇 Department of early 29 200418546 is used by the main control unit to communicate real-time == pre- or post-exercise related information to the messenger through the communication link 65 5: to others. So The information can include the energy consumed, one example: the readings advanced, the distance traveled, and the percentage of exercise in a given threshold (anaerobic or aerobic). In addition, such an education system can be passed to the actual athlete through the output device of these athletes or 杳 h. These output devices include the detailed examples of the different implementations of ^ 不 ^ Body, LCD display. 4 If the hand-held display, and the cap is dry, the cathode ray tube, and the earphones are wired and wireless; the device for copying the printer; and other wheels for copying. If the athlete outputs an interface, the communication channel can be transmitted through many different capabilities, diagnostics, and / or other information. Out; mover, status, nature: Serial port, parallel port. Examples of round trips include, but are not limited to, shishi ^ serial bus port, infrared baby itch. Consistently, any form of wire, cable, and radio frequency is made by many of the present invention. The output or presentation device can be provided by the example.

At least one of the many different A different modes of the present invention can also be used in the three-step mode and the running climbing mode as desired. , Yan'yi or Wangbu · Stepping mode only; Run for detailed discussion. In the present invention, each of the two two-pull formulas is provided as a modification below. In other implementations: In the known examples, only the running climbing mode is provided, which provides a running climbing mode and a step 30 200418546 mode. As described in more detail in the related application, at least one of the embodiments of the device includes a locking mechanism which, when activated, is a left and right pedal that is parallel to each other, making the combination of The tablet system has the early ten to other embodiments. The locking feature may not be included, and other embodiments may not be constructed when an athlete steps on it (that is, the device in some embodiments). The system can be constructed so as not to stay in the running mode.) Therefore, it should be understood. When specifying a specific embodiment and / or use mode, the present invention is constructed to constitute a step mode. , Running mode and running climbing mode. Step mode-the device can be built to operate as a "step machine" (hereinafter referred to as "step machine mode,") when built constitutes step machine mode In general, the control unit-generally does not provide any tread control signals to the motor. If the main control unit does provide any tread control signals, the tread control signals are used in the most Or control of the rotation of the drive shaft 'by the rotation of the drive shaft and extending in the, or minimized so that some control of the rotational movement of the tread). Because the motor system may not be supplied: the pulley system may not be rotated as desired ', so when in stepper mode' the main control unit system should not receive any treads from the tread speed sensor Speed signal. However, in the "stepper mode", when the tread magnet is aligned with the tread switch, the tread speed sensor can generate a continuous tread speed signal, and the main control unit can be constructed to ignore the Signal. However, the main control unit continuously receives every “step” with 31 200418546 initiated by the athlete, so that the step signal is used to calculate the current amount of: 2 step signals and process the amount or calories consumed. At the time, the "work of the person was more explicit, it should be understood that, such as the user of the equipment-generally expected: the movement of the Hanbei of the moon for a given period (such as the moment of time, or the movement of In the early and / or during the exercise, the number of "Yango" and / or the last "work", ",", the past "burning," as measured by calories ": usually 'athletes are based on the place. Helmet 7, s 丨 The "work" performed during exercise is used to measure the "combustion," and the force of the carding force usually requires two parameters: the weight of the person who is familiar with the technology. Generally… :: 疋 疋 Sports-related v〇2; The sound of the movement ,,… θ — The number of calories per minute for a given routine trip can be expressed by the following equation: 'Calories per minute = Sportsman &quot; 5 (constant) equation i "Kin" 〇2 * 〇 · The first part of the equation, the weight of the sportsman is indirectly determined by the user of the equipment, or connected to the heart ... as above As discussed, the establishment of the master control system constitutes the loss through this operation. The user ’s input interface for the user 50 is received by the user. The athlete is able to weigh. For example, the calories burned are calculated. The device is used as an example and is used in the past. The device can be constructed to measure the If f% of the athlete indirectly by measuring the weight of the athlete: it is well known that the weight of the athlete is less than 1 W ο, and it can be transmitted in different forms. τ… is used in conjunction with the present invention to determine the weight of a runner. 2004 2004 546. + = The second component burned by n given exercises described above is V02- ". The exercise performed (Example 2 and in the following, it can be understood that V0 2 treadmill, weightlifting and similar sports ^ step 'swimming, climbing stairs, riding a foot or resistance level is related to the function of the exercise, such as in flat On the ground or on _ = = = course and by = —stairs of a given step height] Consumed by: Wu Guo Institute of Sports Medicine (ACSM) has been-the equations and / or diagrams of the Academy provide. Example ::::: In terms of step function, such as when the second field built by at least one of the present invention is constructed in the stepper mode, the American College of Sports Medicine, the second formula: other formulae can be used. However, in this reality, there is a dependency between the f pedal and the right pedal, so. The formula of m is not used by the Wu Guo School of Sports Medicine, and: 糸 can be used to determine the consumption when performing a stepping action based on the amount of "j_ li of the central inches" obtained by the athlete. In terms of V 0 2, the relationship can be expressed by the following equation: (repeated step is called M0.04) + 3 · 5 equation 2 degrees), "" Ητ ,, = number of inches per minute The total obtained is generally high for athletes. Because of this, in order to determine V 02, the main control unit needs to be the total height of all the steps performed during the given period "I any given step performed by the athlete during a given period 33 200418546 steps The true height can be changed during the extension period with the steps of the previous one and the last one. The five can usually understand one ::: The department can also be changed. In this way, the athletes will usually take less than full ' And therefore less than the height of v2 that any athlete will apply to Erjia. In order to be accurate ... the amount of internal power applied is less than the amount of offensive work, ... ▲ reflects the slaves performed by an athlete 5, a sports equipment, Such as the same embodiment of the present invention, waiting for the shore to go to τ τ. Qian Xi is not / is not a regular step, these abnormal steps v "are less than the complete step or extended step (ie athletes Step at the same time at rest, or when the lower end of the stepping fish touches the stop.) In general, these steps and / or step yields = and thus are determined by the movement: the actual value of v02 can be calculated by measuring the actual step height and step frequency of Λ. It should also be understood that, in many different embodiments of the invention, the stepping altimeter can be directly measured using a potentiometer, encoder, or similar device. / However, other embodiments of the invention may include or use potentiometers, encoders, or other sensors to directly measure the step height performed by an athlete 'and therefore' the master control unit cannot directly calculate The total step height I in a given period. Instead, the device can be constructed to be determined based on the steps A 5 generated by the step sensor ^ V Q 2. When the main control unit system is not provided with the measured step height f information, the main control unit system can be constructed to be based on the step sensibility η. The detected steps per minute of the athlete "r" 1 actual are supplemented. The pace is determined by the athletes to determine the v02 of the 2004 200418546 exercised by the athlete in a given period. More specifically, at least one embodiment of the device may be constructed to multiply the number of stepping signals received by the sensor and the female master of the central master Yangmu according to the master control unit multiplied by the athlete according to — An average step

The default step height “D” provided by Ravg is in inches (or comparable units of measurement) and the total step height m can be calculated based on empirical research. For example, at a fixed resistance: a A study performed on the body weight of a fixed athlete. For at least one embodiment of the present invention, the preset degree D is expected to be 6 inches for the maximum travel of the treads in an upward / downward motion of the eight series. However, shore _ fen mIyi should understand that for other

1 3, D series can be larger or smaller. Report D The average step rate Rav is also acceptable. Tian Ai Shou, in this case, extra aVg, Wen. Therefore, the empirical research department for other example 1b may be needed to determine Ravg. K b, for at least one embodiment, t, including 哕 μ borrowed on the stepper, which is tied to the step of the step, and the mother § each of the steps detected by the step sensor The calculation of the minute i &gt; s actuM 糸 is less than or equal to a predetermined and empirical measure ~ ten average step rate r., N When the athlete recognizes A ag (a, Vg, d, Ravg is equal to the average of the experience), determine The degree of complete step D under the red weight and resistance level. This one: a solid athlete is given an average performance level (in steps per minute) of a 6-inch maximum step depth level or at 哕 2, which is measured based on an average performance measurement performed on that experience. The following equations, ~ athletes, and a, the function performed by the athlete is related to the actual number of steps performed by x Jin: 35 200418546 V 〇- (Ractuai * D * 〇 · 〇4) + 3 · 5 Equation 3 (where, RactuaI = the real step achieved per minute, and D = the maximum step depth) For example, the weight of a first athlete is 17.5 pounds or 7 9 · 54 kg, and the best The ground is moving at a first resistance level (ie, 'Ractual = Ravg). In addition, suppose that for 40 mile / blade 4 miles (ie,' based on empirical research, it can confirm that之 The first part of the exercise at the resistance level-the athlete should be able to complete 40 full steps per minute). Furthermore, suppose D is equal to 6 hours (that is, 'the maximum step depth is assumed to be 6 inches). So_ Alas, the first athlete is going to recount at the level of use — The mother of the movement under R + should reach “40 steps * 6 in 4 minutes * 6 in English 4 = 9 / In ^ I / 4 〇inches / minute total step height Ητ (which can be determined by the rabbit ρ. 9 ..., meaning UD). Using the above formula for the equation's mover V0 will therefore become: (24〇 * 〇〇〇 八八 # · — 1 3 · 1. Furthermore, using Equation 1, the athlete The calories burned in minutes will be 糸 ς 〇μ, with a female Gerry system of 5.2 calories per minute. However, 'in another exercise hi〆 钟 2 5 steps, the brother-athlete is the same every minute) Exercise. At the rate of this production = '(other settings are maintained as: R * D 9 ^ down' The athlete's step height 1 will be (25 * 6 * 0 · 〇4) 150 'and the resulting W It will be: exercise at a performance level of ζ3.5; in short, by consuming less energy at less than optimal / exercise system. W, and the same average experience rate of j resistance When the level is at a step higher than the catch rate, for example, Zada Kactual = 36 200418546 steps (in minutes, under Ravg = 4Q steps / minute, the master The premature system therefore reduces the total number of steps = HT 'by multiplying the maximum λ steps R ice degree D by the empirical average, and thus reduces the total steps = HT' and thus achieves a total of one modification. Total step height ... can be used in Equation 2: Determine V02, which is as follows: Let V0 2 — (R, 't ua 1 氺 HM * 0. 0 4) + 3.5. For example, When the first athlete is tied to the first stepping speed of the actual step of 5 5 minutes, "(6 5 * (6 * (4 0/65)) * 〇. 5 * (3 · 69 "〇 ·") + 3.5 = 13.〇9: 13.1.1. υ 4 ·: Here, the above example shows that when an athlete is striding down at a step rate of high: read established step rate, the athlete reads = effectively performs more steps of shorter depth and is effective The ground consumes the same amount of 2 ... to cause the same amount of vertical increase as if the athlete performed fewer steps at the end of the step with a step depth. -In short, for at least one embodiment of the present invention, in order to determine: n: the master control unit consumed by a given weight of athlete at a given level of resistance uses the sense of step The weight and current resistance level settings of the exerciser provided by the tester Z 'before or after the step. As described above, 'The main control unit can be constructed to determine a sportsman 37 200418546 v 〇2 by using the step signals and experience data obtained during the test period' without receiving a real step height. Instructions. The empirical data can be shown by the program shown in Figure 2. This program can be designated by an athlete &apos; s body weight 2000. It should be understood that athletes of a wide range of body weight can use the equipment. For this embodiment, ′ such a weight range is specified within the range of 丄 00 to 30. Of course, other weight ranges can be provided by other embodiments as needed. In addition, the program provides a resistance level I, for example, the level OH 2 2 ◦ 2. At this point, a first-athlete is tested to determine the number of true steps that can be performed within a given period (i.e., '-minutes'). Then, these results were saved 206, and the subsequent athletes of the same weight were then expected to meet the same level of resistance: eyeballs q q 8 and a half break 4 'until a sufficient sample combination has been eliminated. Up to now, it is 208. According to the sample set, an average and statistical operation system can be applied to the sample set. The mercury σ determines the r 1 2-2 at a given resistance level and / or a change in the weight of the athlete. 1 4. Then, these additional problems, from the additional measurement system of δ, are expected to be used for curve fitting, regression analysis, standard variation, which can be implemented by other statistical and / or other mathematical operations-a first : Sample set ^ and: a third sample set to determine the relationship between the following Ximen-〆 疋 卜 歹]: between a range of weight set Ravg and a 仏 ^ 1U, Ό 疋 resistance level The average resistance associated with a given weight of an exerciser, 2 丄 〇. It should be understood that these tests and corresponding measurements can use only male, female, and / or mixed gender sample sets. -Once a given weight and resistance t Ravg is determined, the procedure can be performed up to 38 200418546 2 1 6; and between the target range of a resistance level and the weight of an athlete The relationship is 2 1 8-2? Η blood z 2 〇. For example, Figure 3 shows one of the field fitting curve fitting examples. This curve fitting system can be used to determine the number of ia Ee /, for the athletes at a plurality of resistance levels. Weight ^ of ^. As shown in the figure, our relationship can be predicted at a given weight 'and the level of resistance is substantial but not complete ^ In short, it should be understood that the amount consumed by one athlete 2 According to the resistance level used for the device, go, _, cut the appropriate fitness level (also P is less than the desired fitness level to go to 7 places-Cheng Weiwei p, or this can not be required for the entire exercise line ~ "In short, the higher the level of resistance, the only thing you need to know to reduce a step, J. The greater the system. Similarly, under the resistance of a mouth, the movement required to reduce a step The weight of a person and _. 1 li can also be based on what should be understood is that the relationship between weight, resistance and ^ ^ ^ ^ can also be given a level of resistance, for example in the table, in a # 、 口 疋糸 can be expressed in a data structure that is a function of the M's weight of the athlete, as shown in the vignettes vA, t1. In general, our “phase", in a given period, when Two 7fc it nr ^-the linkers are tied to the same p and exercised under *%, empirical test It can be shown that the number of steps performed by-is usually greater than the number of steps performed by one :: athletes. Using such information, the actual number of steps performed by a specific weight of athletes under a given resistance by ... -Special, and interpolate the fixed feed 疋 甴 / 阿 度 Ητ and the transport 39 reached by the athlete

Similarly, the above relationship also states that "M is not a mathematical formula or a deduction method. A curve fitting soft system such as DATAFIT6.1.1.10 manufactured by Oak Valley Engineering Co., Ltd. and Kaikangxinkou can be used to obtain such a mathematical formula based on empirical test results. Therefore, when constructed in the stepper mode, at least one embodiment of the present invention can be constructed to a level of decisive resistance—the amount of work consumed by an athlete VQ 2. According to V0 2 of this decision, the calories burned by the athlete per minute can be calculated using the equation in other suitable calculation methods. As mentioned above, the master control unit can also be constructed to determine the calories burned by a player for a given sport or similar for a given period, such as a few minutes. If necessary, the performance data of the athlete can be directly stored by the main control unit or stored in a memory or stored in a location of 18,018,546 (for example, a storage or memory that can be moved by people who are far away) Yuan Ni Tian Zhi ~ — 卞 J 中 'and it can be used for quota performance measurement and / or other purposes. 荖 Then, the stored data can be mathematically calculated ^ WK ^ v,, , Yuanchong method, or other methods to process and / or analyze to achieve the desired prince + virgin A 7, σ if the total amount of consumption is consumed, the average number of steps of the heartbeat rate of the mother, or other. The device can be constructed in another mode of operation (later running mode only). When in the running-only mode, the right side: The surface is expected to be fixed at a given tilt. In one implementation:;,: :: Slope: It is set at a 10-degree slope, however, in other shells, the slopes of other angles can be used. In the running-only mode, the lean Φ batch is at 丨-^ 5 ^ ν ° 玄 主 抆Control of desired output of treadmill The tread control unit 20 (by which the speed of the treads is controlled) and receives the tread speed signal from the facial speed sensor. In addition, the main control unit is expected to receive the tread speed from the tread sensor. State signal, which indicates the tread surface located in the 10-degree slope structure. It should be understood that 'the tread magnet and the tread opening relationship can also be constructed to form the tread surface. When these tread systems are used in the running-only mode, Does not generate a step signal. As is the case with Bubu X, the main control unit can be properly programmed to use or go to Im & once, and not to be used by the step sensing when running only mode Any output signal provided by Jie. However, it is controlled by a control point for a long time. J. Hay step sensor outputs a steady state step signal. The absence of this signal can be ignored-Shi Shi Ruzi is here to be used by the main control unit, To detect the relative position 41 200418546 on a given tread (that is, / —, # L ', and / or the corresponding rise in the relative tread); lower. Lower. Such a decline can be These treads become symptomatic of being unlocked or other error conditions. When in running-only mode, the determination of the amount of work consumed when an athlete is exercising can be determined by using a given weight. It is determined by the decision established by the American Academy of Sports Medicine ¥ ACS (ACSM) which determines the v02 consumption per hour per mile and i 0 degree inclination. Simultaneous calculations and algorithms are well known to those skilled in the art. :, 'The main control unit can access such American Academy of Sports Medicine Acts, Tables and the like to determine the 70 — such as soil — y Gan L u Μ as an example of an athlete in the equipment only The amount of calories and work burned in the running mode. Running Climbing: Another mode that can be constructed and operated is nuclear. As will be described in more detail below, when the equipment is in the field of A / mu and the fruit type is 'Tunhai,' it is a treadmill and a treadmill (that is, a combined sports towel is convenient for stepping and crossing ..... The main system-the input machine can be controlled by the surface speed ㈣jfi (provided that you have the ability to say no) and the step sensor (provided by each, the right to accept. A # 步The number of instructions) Although in the running and climbing mode, the main control single female constitutes the output of the step control signal to the step control unit: It can also be a signal. Premature 70 and / or other outputs for the present invention At least one climbing mode of the device. Day and year * m. For example, 'when running phenotype, the power consumed by an athlete is based on experience research B female 4 A k 〇 can be rooted. Research nine and effective tread It depends on the speed. This study h &gt; refers to the collection of + .. two studies and nine general and Lukou π — a sportsman at a resistance level dry target k] and — effective tread 42 200418546 consumed in the speed range v _ 〇 Data points. As familiar with this withered film | You can understand, V〇 员 技术For a given resistance, enter a good G. For effective tread speed, these empirical studies are performed under the weight of many different athletes. For the next two empirical studies, heart rate monitoring and Monitored and implemented. W Referring to Fig. 4, the basin sun, r, +, mouth, and 叙述 describe a ν η 2 1 example of a sportsman used in the present invention. Νο can be calculated by the program. As shown in the figure *, the program can start by choosing one and one-to-one weight giver (for example, 3 'a book Al On ★ U 餸 垔 is 12 pounds) And athletes), and then choose gender (steps 4 η η,, and Heyou and want #, ^,, 乂,.) The athlete is to warm up properly, as published in the test agreement, and used for Xi μ γ even + U .. The resistance used for the equipment is set to a level of one brother, wrap you 丨 丄 牛 例 and 5 levels 1 (step 4 〇 2) 〇 The equipment is also constructed for a The first ^ mouth brother tread speed setting, for example, working miles per hour (step 4 0 4) ip μ ^; According to these settings, the athlete's effective jumping rate and other biometric indicators are monitored (step 4 06). According to the monitoring 'the amount consumed by the athlete v〇2 can be Determined, recorded and stored (step, /% 4 U «). If necessary, the weight of a different athlete can be tested for ra. For any other purpose, the resistance level can be kept constant for a different tread speed setting Repeat the procedure for a different resistance level while keeping the tread speed set to a constant value (steps 410-412-414). The results of these collected measurements can be used by the wind in different resistance ranges, different In the range of effective tread speed, in the range of weight of athletes, in the range of sex, 20042004546, and / or in other wheat numbers, define or refine V 〇2. In the case of the rider, for each combination of the resistance level of π and the effective tread speed, at least 10, .Am, and WW samples were collected. As mentioned above, the V ω system should not be changed based on the weight of the sportsmen who are running sports. However, for the purpose of sampling, the data is based on the changes of the athletes. The weight is collected ... Once the expected number of data samples is collected (step 4 "), then the data points can be edited by Di Zhushan x Zhou Tiandi and can be plotted, list ^^ For example and g, use the above curve Fitting body or matching software) or processing it to determine ν〇2 (step 4 18) related to a given resistance level and effective tread speed. 2 of the equipment of the Ming 1 &quot; broken athlete every minute An example of the measured results of the consumption f is shown in Figure 5. In this figure, when the resistance level (designated by the "— &gt; Reverse °°") changes, the tongue The effective tread speed is guaranteed to be checked and you are still waiting. In this way, when the resistance level is set from a level 1 "cross and A ,, 丄 &lt; easy movement set to a level 2," Γ 吝 sighs and increases when sighing, the substantial proportion of calories per minute : Health. In contrast, 'Fig. 6' provides a representation of the calories burned in the female minute at a given resistance—thousands of 160 pounds of exercise—when the effective tread speed is increased. As shown in Figure 6, for this empirical study, an increase of one mile per hour in the effective treadmill speed resulted in an increase of approximately 2.5 calories per minute. Another empirical data for a consistent yoke example of the present invention can be retrieved and used, and a program that is different from V2 which is related to a M1, knife level consumption range and effective tread speed is shown in section 7 Figure. As shown in the figure, the program can be opened from 2004 to 200418546. It starts with a test item derived from an individual who has undergone demographic changes (step 7 0). For example, for a study carried out in conjunction with at least one embodiment of the present invention, the individual population of a test item consists of

Obtained from the Adel phi University student, Lingshi Yuzi Wang, Wang Tijiao, and the entire group of staff members. ○ The representative samples of these test items were screened for testing the combined students (step 702). It should be understood that such screening can use PAR-caffeine, medical history review, and other known techniques. Then, the unitary matrix system can be developed, and the matrix system can be used for identification. Project (ie, the test item that has passed the screening) and the desired test (step 704). &amp; π &lt; u 4). For at least one embodiment, a coverage design system can be used to develop the matrix so that all available test items (hereinafter referred to as participants) perform all experiments. Period = :!-Participants perform all "H-form I" in a randomly selected order ... Eliminate the basis of any familiarity (steps in the test period, Xinlu Chong also AA, n, ^,; metabolic test You can use examples

F made by Fitco Equipment, Quogue

The Max II is implemented as an open circuit lung, a two-degree metabolic system, and a circuit lung test. The test and use methods here are two analysis of the technical staff who are familiar with this technology: usability

Warren Col 1 ins ^ ^ u n 1 Washers made by Hans-Rudolph, for example, can be used to calibrate the throughput. What's more, the metabolic data can be obtained… to convert from BTPS to STpD by obtaining the surrounding 45 200418546 temperature, relative humidity and air pressure immediately before each test. It is desirable, but not necessary, that tests should be performed under laboratory conditions that meet testing criteria published by the American Academy of Sports Medicine, such as

Lippincott William &amp; Wilkins acknowledged the "5.0 Standards published in the Sixth Edition of the Wu Guoqin School of Sports Testing and Disposal Guidelines in 2000." The entire contents of this document are incorporated herein by reference. Or, it is expected that 'these tests are also performed under laboratory conditions published by the Australian Sports Association'. These laboratory conditions are physiological tests such as the elite sports published by the Human Kinetic Press in 2000. This document The entire contents are hereby incorporated by reference. 〃 Furthermore, for at least one embodiment of the present invention, each trial is expected to continue until the heart rate of the participant 帛 (per minute ± 5 :: Dioxin (± 150 milliliter of oxygen per minute) and ventilation (23 a liter) are confirmed until the steady state is reached. It should be understood that the jump rate of some people can be measured by a hidden AR meter or Other heartbeat monitors were set up again and again. "The heartbeats of some participants were continuously monitored during each trial period. Furthermore, during the last 15 seconds of each minute, they were: The bounce rate can be used for data acquisition.-(Rating 〇f Perceived Exerti-, ',', can be used for example and the proportion of the catalogue of S Borg's perceptual use <丄 98 people come from Borg's perceptual use and pain ratio published by the publishing house) were obtained during the last minute of each of the four tests. Once all the arrows — ~ the poor material has been used for the desired test (such as (Specified in the matrix) ^ scoop obtained by all wheat producers (step 7 0), the process 46 200418546 sequence to reduce the data for computer analysis (step 7). It should be understood that many different The sequence of ^, .m / times can be used to reduce the data used for computer analysis. For at least one embodiment of the present invention ... this analysis system includes data for each variable and each test and is used in Calculate the mean and standard deviation of the data for different experimental health methods (step 7 1 2). For example, the statistical analysis of A_A can also be applied to such data, mean and / or standard deviation. In addition , Less than 0 · 5 water The t-test of "probability of meaning" can be applied to the data. According to the results of the above statistical and / or other data analysis, data points that can be mapped or "curve-fitted" (as described above) are obtained , To obtain a narrative, designation or description of the level of resistance, the effective number of calories burned during a given period of time, and any other graphs, tables, algorithms, lean materials expected by the U-inch method of the present invention Structure or the like (step 7 1 4). In summary, it should be understood that many test regimens can be used to obtain empirical values for v◦ 2 data / information within the scope of exercise regimens. Such information / information can be provided to the main control unit or &quot; other local or distance calculation unit or stored in the main control unit or other local or back-spaced alien unit, so that different embodiments of the present invention The system can be constructed. When running and climbing mode, according to the selected effective surface speed and the selected resistance level, accurately calculate the calories burned by a given weight of athletes per minute. It should be further understood that such an empirical test regimen can also be applied to other types of exercise discussed herein, to a combination of exercise patterns and / or to the exercise patterns of 47 200418546 and / or to the present invention. One embodiment separates people from constructing many different hibiscus-type devices. As mentioned above, at least one embodiment of the device of the present invention can be constructed to operate in one of the following three modes: only running mode, Tread + fork and running climbing modes only. In order to specify that the athlete expects the device to operate two or more modes to the master control unit at any given time in order to quickly and with a minimum number of athlete turns. The following procedures / methods have been established for at least one embodiment of the present invention, as shown in Figure 8 and with reference to 9: 〆 丨 〆 贝 〆 ^ ....... ° You start 5 again and you start The chemical system can be appropriately started by depressing the “power,” An button (step 8). The technology he used to start the device can also be used, such as :: = pedal. After the power is applied to the device ; Main:: Γ × requests many different information 'makes the weight of the athlete to break π and the athlete can use the more +) and slower r "_ ,,, soil-v) by way of example Speed button to enter such information. Constructed = ^ Preparation system has been used before, then the device can display the weight of the previous exerciser, and such weight system

By changing / Λ King (step P… steps 8 2-8 0 4-8 0 6). The main control C resistance level is “movement setting”, which can also be entered into the Doo 70 (step 80, .. some embodiments straight. It is understood that the motion used in the present invention: p-force level The system can be used for each hydraulic cylinder to enter the main unit ... The athlete input, the surface input-a corresponding input on the conventional and manually adjusted. However, it should be understood that the 48 Y Limited to adjusting the level of resistance in a human way, and others are automatically included under the control and / or guidance control of the athlete, the main control unit and, or other books: money controllers, penalties and other devices Or semi-automatically set resistance level. In this way, Η; Η owing can be appropriately determined by hydraulic, pneumatic, electromechanical methods, knife off or a combination of them and / or using other Gan King or can be It is used or constructed to control the resistance level of other specific embodiments of the present invention or the "movement setting," and second, according to Fig. 8, for at least one embodiment of the present invention, the second resistance level is Is set to `` 〇 ', (step Step 810)… The main control unit is expected to proceed to run only). When only running + π fighters mistake C step 8 1 2 input, for example, the heart movement can be rotated by many different treads (step 8 "= 'button, and the starting units can refer to ^ 4 athletes or the main control). When the effective tread speed expected by Jin Yun 2 1 (step 816 Tian Tian 4 athletes specify, the main control list 4, _ _ sensor and do not use The "the effective tread speed can be replaced by points, when the range is increased or decreased. When the middle of the 2nd, the master", the resistance level is set in the range 1-mode or only tread : Shan Fan is looking forward to constructing the device for running and climbing by pressing the start 々friend〆 // step 8 1 8). The athlete can turn around by starting the steps, stopping by one step, by one step by step, or by other steps (step 82). Then, the main control list 49 200418546 is not effective—a valid tread speed is determined by the athlete selected by the main control unit either in this mode or in step mode in running mode (m 822). In at least one practical example of the present invention, this pass; jl, 1U rewards can specify a valid expectation, and if so specified, deduct a # I surface speed 疋 4, deduct the expectation Operation mode r mode (step 824_826) 1 糸 糸 is for running yoden and a resistance water into the raft ^ animal a tread speed scale Feng system is controlled by the main control unit or the, the device # i 品 从 狄 ^ p bite cut When designated on the 4th, it will be: Bihiro Yorden mode. When only one resistance level is used. And each only ΓΓ is operated in the step-only mode (step 828) and only one effective tread speed system) the running-only mode.寸 9 inches, the remote device is operated accordingly, by specifying a resistance level and if there is one), 借 ... borrow 7 effective tread speeds of the sun (control 罝-^ ^ and are prepared by the athlete and / or Constructed by 哕 φ k to make early-to operate on top: "Hai master controlled any of the stern styles of any given Japanese during a motion stroke. With the stroke of the finger $ 0 catty The mode used can be automatic or manual, while the point female system can be completed automatically and half-fly. It should also be understood that the procedure of the desired mode of the device-based on the specified program and / or device contains Two sets of systems can be used. This way of travel (1 俜 can ... limited to press the button, form, program eight series, the device should not be switched between more than one different mode in 4 days), external guide movement stroke During the period of time, they ca n’t teach the transformations that are performed during a group of sports) or other. Although the above discussion is mainly based on an earlier embodiment, 50 200418546 =,:, the present invention is not limited Here, as discussed above, this department can be constructed to make A wide-range control unit that senses two dynamics, inputs and outputs. More specifically and specifically with reference to the human-made unit and / or data processing aspects of the present invention, it should be understood that: Controller, processor. In some embodiments, a processing controller may not even be included. In this way, the scope of the main control: 7L can generally include the actual i '' Dumb, processing π can provide few (if any) control functions and / or capabilities and / or the system can be constructed to mainly receive data input and generate it for display π, to the money mover, To highly advanced processors, such as those using a micro-processor architecture (for example, a Pentium microprocessor). Such processors can be combined with other devices to provide personal computer-like capabilities, features, and functions, And the system can be constructed so that the processing system can control even if not all the features of the present invention as described above. The work and workmanship are also many different features, operations and functions of u. Additional features and provides a force month b and / or control. Thus, it is understood that many embodiments of the system indicates that W is not limited to the embodiment described herein, the =

And other embodiments can be used to control the features and operation of the device. I Furthermore, many different embodiments of the present invention may include—types, quantities, qualities, ranges, and forms of sensors and / or sensing devices. As mentioned above, the present invention is any sensor that can be constructed to actually include a compatible implementation of a given embodiment. What it feels like: Departments can be constructed to monitor different, any and / or all of the device = 51 200418546 colors and / or functions. Some of these features can be about how an athlete uses and / or enjoys the device. The sensor, for example, can measure the speed, the inclination, the step height, the step depth, and the foot of the athlete: the impulse on the tread (for example, it is used to determine whether the athlete is struggling or stepping lightly And adjust the performance of the system according to the movement I force or gently step), the pressure exerted by the athlete on any grip (for example, 'used to determine whether the athlete is, "Bad,"), the Indicator of athlete's physical condition or other biological indicators, stride length (for example, use force to determine whether some treads should be moved to the console ^ or: leave control * to provide the athlete with a more (Or better, or more comfortable exercise) and others. Similarly, the 'sensors' can be set separately or with multiple facet character monitoring parameters in addition to the experience of the athlete. Such parameters can include motor time, The use of impact or hydraulic systems (for example 'the pressure that an impact has been applied to determine when service may be needed) and other parameters. Different embodiments can be constructed to process inputs provided by many sensors and input devices, so such embodiments can also be constructed and / or constructed to control a wide range of actuators. Such an actuator is a motor that drives the treads. Other actuators may include, but are not limited to, a step height actuator (for example, the root — — ^ 土 &gt; ά &gt; athletes Adjust the step + ancient # &gt; t ^ 瑨 step return and / or step depth actuator), for example, the step surface actuator can control a single The speed of the tread or two treads, the angle of impact or resistance direction, and other aspects of the actuator. 52 Ni resistance actuators (for example, electric and other forms of ... ,, force sense, water dust, pneumatic To the end of the day, the system can be used to control the surface-Doe or how much energy to rise or fall), environmentally-activated crying = block cooler fan, heater, audio-video device,: 'of one Actuator of an athlete's experience ，， 关 ： This equipment example can be used in the way of n ^ μ to apply the power of θ to buy power or to automatically make the system: preparation, operation, structure, or the use of actuators to construct "work is strange to provide To a control unit ^ is provided by any of the above-mentioned controllers (example 2 = provided by an accessible actuator. Furthermore, = = input from a place), sensor input, for example, is To be provided by the athlete. Sports equipment (such as height, body 4 2_ 仃 王 部 乾 围 'from the cluster statistics to indicate information (for example, whether' 2 = do not smoke) to the medical history of dirty diseases, so as to improve the # The onset of visceral disease or the exercise of the heart or the exerciser's heart rate control target or other information. The system or procedure provided by a longer cooling period to exercise. = Provided by other and or other devices, can be β i &amp; ♦ D Many different embodiments of the present invention operate under the setting of a group or a level, and its * force water Γ ::: or :: he specifies the effective tread speed can be two others. So, the standard ,, The system can be modified or modified, because a specific actor r controls the change or customization of the early yuan. The second system can be specified (for example, the related equipment system can be modified to operate 53). 200418546 Used as a starting resistance level lower than that of the indicator, while still increasing or decreasing the resistance level indicated by an indicator during exercise. The three sports systems of the same level setting can be used. Or turn The system can be provided by an automatic system, such as a sports video device, which incorporates a trigger included in the video signal, which indicates when to change the settings of the / actuator to the device. Similarly, the input system can be provided by Long-distance ^ Provided by local computer programs, software itineraries, and other devices. In addition, a wide variety of outputs can be provided by embodiments of the present invention. An embodiment of an athlete interface is shown in FIG. As discussed above, the output signal to the actuator can be provided by the main unit or other processors. In addition, the signal to the athlete's wheel is: in the audio, video, haptic or other signal environment Zhongti (,,,, and other signals can also be output by the device, including the performance level of _ equipment, for example, 'in a group or level setting, the second level and the athlete's performance level information system It can be provided to the instruction 'to ensure that the sportsman does not use excessive force or too little force. Similarly, such performance information can be provided to monitoring services. For example, In other words, a heart: The patient's efficacy data (such as exercise level, the maximum heart rate Li average heart rate obtained and the like) can be provided to the emergency monitoring force, to the teacher or therapist (for patients Surveillance), or as usual. In addition, 'equipment performance data can be provided to the manufacturer through a 4-wire or wireless Internet connection, research shells or other personnel, to help make other diagnostic applications. Super, Direction, and 54 200418546 By using many different sensors, no. T, U, U, U4, U, S, U, S, U, S, U, S, U, S, U, S, A Cases can be constructed to provide a wide range of settings and operations. For example, an embodiment can be constructed to provide a movement J based on one athlete input or other input to the three non-returning + Ask to switch between styles. A horizontal creme bismuth L f that provides a tread pivot, a jade axis, the depth of such a pivot, a step south, and / or other settings can be set. 5 can be set . Examples including § Using wired or beneficial lines ^… deep cross-linking between multiple devices embodiments can be provided, record t, k for athlete performance records and / or in An example of the setting structure on the mobile smart reference + θ s card can be set. 'This embodiment can be expected in force 2 in a gym, hotel or other settings. Summary It should be understood that this Invention &amp; P ^ 4, "" has been described in detail with reference to certain embodiments and examples. Within the scope of the invention described in the patent application, specification and / or drawings, Variation culture or modification can exist. [Simplified description of the drawings] (a) The first part of the drawings is a number of different sensors and actuators in one embodiment of the control system of the present invention. , Signal and device; Figure 2 is a display of a thousand ,,, y = km /, in order to use in an embodiment of the present invention is different from one of the device # 用 婆 U will be consumed by the user Flow chart of the procedure steps of the quantity; 55 200418546 Graphical representation of empirical data obtained by combining the exercise equipment in the step-only mode; 图 4 is a display showing the exercise equipment used in an embodiment of the present invention when it can be determined in the combined running and stepping modes Flow chart of the amount of energy consumed by a user; Figure 5 is the empirical data obtained by combining the exercise equipment in the combined running and stepping mode when the effective tread speed is kept constant and the resistance level is changed Graphical representation; Figure 6 is a graphical representation of the empirical data that can be obtained by using the combined running and stepping modes of sports equipment when the effective tread speed changes and the resistance level remains constant; one by one 2. The experience of one embodiment of the W loader can be used to calculate the amount of energy consumed at a range of resistance levels and effective tread speed f; Figure 8 It is a flowchart of a program for a sports device that can be constructed and used in an embodiment of the present invention; Graphical representation of the sportsman interface according to an embodiment of the present invention. Element representative symbol 10 15 2 0 3 0 Main control unit step control signal Tread control unit Tread speed sensor 56 200418546 4 0 4 5 5 0 5 5 6 0 5 Tread speed signal step sensor Tread signal Sportsman input interface communication key Sportsman output interface communication key 57

Claims (1)

200418546 Scope of patent application: 1 · A sports equipment including: a main control unit; a first sensor, the first sensor is in communication with the main control unit, and the first sensor system Generate a first signal indicating an actual treading speed of the equipment; and a resistance element, which includes at least one provided resistance level 2 · If the sports equipment in the scope of the patent application item (1), The step includes a data structure that contains data indicating the amount of energy consumed by a given level of resistance. 3. If the sports equipment of item 2 of the patent application scope, wherein the main control unit accesses the data structure, and determines the amount of energy consumed according to the first signal and at least one of the resistance levels. The sports equipment of item 1 further communicates with the main control unit of 12 Hai, and each of the second moves downwards can control at least 1 ™ Dany, and the Hai Hai system is based on the received first and Stem — "罘 弟 and younger brother Yi Xun 旒 and calculate the amount of summer consumption. ^ ～ δ 又 顸 ， ## further includes a data structure, the data structure includes the protection of one: set the actual travel speed and a given resistance level, say that Wang Xi does not have a canceled surface 58 1 · If you apply for a patent Range 2 contains a second sensor, which is a sensor that generates a second signal with a pedal. 200418546 The amount of energy is rampant, and the main control unit uses secondary materials' from the data structure to calculate the amount of energy consumed. 7. If the motion device 4i of the scope of patent application is applied, the motion equipment includes at least one tread surface, so that the resistance element divides a first force on the tread surface in a vertical direction. 8 · If the sports equipment in the scope of patent application No. 7 is applied, if at least one part of the second force in Asia and Africa is distributed to the tread by one athlete, at least part of it will be cancelled. -9-The sports equipment according to item 7 of the scope of patent application, wherein the main control unit is constructed in a substantially horizontal direction to control the actual tread speed of each of the at least one tread. 10 · If the sports equipment in the first item of the scope of patent application, it is a further one: including a tread control unit, the tread control unit communicates with the main control early, and is controlled by at least one of the sports equipment Turn around. 2 1 · Sports equipment as claimed in item 10, of which. The main control unit controls the operation of the tread control unit. ^ 1 2. The sports equipment according to item 11 of the patent application scope, wherein the main control unit controls the operation of the tread control unit according to at least the first signal. 13. The exercise equipment according to item 11 of the patent application scope, wherein the tread control unit further comprises at least one of a DC motor and an AC motor. 1 4 · If the sports equipment in the first item of the scope of the patent application, the 59 200418546 sports &amp; equipment is constructed so that stepping, climbing stairs or a combination of steps and climbing stairs is used by the sports equipment. 15 · If the sports equipment in item 14 of the scope of patent application, the mouth control master το is based on a desired actual tread speed and one of the expected P-force Jc, to decide whether to step, Climbing stairs or a combination of steps and climbing is used by the exercise equipment. 16 · If the sports equipment in the scope of patent application No. 15 wherein at least one of the desired actual tread speed and the desired resistance level can be specified through a user interface. 17 • The motion equipment of item 14 in the patent scope, wherein the main control unit is used to decide whether to climb the stairs or the combined stepping and climbing movements according to the resistance level. 18 · The sports equipment according to item (1) of the scope of patent application, in which ... the equipment can be constructed to operate as at least one of a treadmill, a stepper or a combination of running and stepping machines. I. The sports equipment as claimed in item 4 of the patent application range, wherein when the sensor provides a zero reading, the main control unit: the second signal determines the amount of calories consumed. '... 20. The exercise equipment according to item 19 of the patent application scope, wherein the exercise equipment is built in the stepper mode. 2 1 · Please refer to the sports equipment in item 4 of the patent, in which, when a step or a second signal provides a zero reading, this: determines the amount of energy consumed according to the-signal. Zhi Zaofan 22 · For example, the 21st mobile device in the scope of patent application, of which 60 2UU418546 This sports device is built in the treadmill only mode. Loans :: 7 types of systems and systems for controlling the operation of sports equipment, which can be arrested. This system is also known as a treadmill, a treadmill or a treadmill, and a treadmill. Said combination, the system includes: a processor; a * 11 device, which is in communication with the processing H, for sensing the level of a foot on the sports equipment And a first signal indicating a level-wise motion of the mass; "a first-sensor" which is in communication with the processor for sensing the actual surface of the tread on the sports equipment Vertical movement and generating a second signal indicative of the substantially vertical movement; and a data storage device including a data structure information, the data structure information is used for the first signal and / or the first signal Two signals determine the amount of energy consumed. 24. The system for controlling the operation of a sports device as described in claim 23 of the patent scope, wherein the processor controls the operation of the sports device based on at least one of the first signal and the second signal. 2 5 · If the system for controlling the operation of a sports device is described in item 23 of the scope of patent application, when the first signal is received indirectly on a regular basis, the processor is structured by the data according to a level of resistance. Accessing data determines an average actual tread speed during the given period, and determines the movements taken during the given period based on the average actual tread speed and the data. 2 6 · An article of manufacture, the article contains: 61 200418546 A computer-usable medium, which duplicates θ ^ ^, is a computer-programmable spear king code device implemented in it for use with an λ In four modes of one sport device, the computer-readable code device further includes: a computer-readable code device for selecting a treadmill code device and a dagger-type computer-readable code device. A computer-readable program for selecting a stepper mode. 27. For example, please make the article manufactured by the patent scope No. 26: the computer can use the media system to step-inclusive-a computer-readable program ^ table settings To select a combination of running mode and step mode. 2 8 · —A kind of equipment, the equipment contains: ★ a computer can use the media 'It is a computer code code device implemented in it, used to select a mode of the device, the computer can master A coding device includes at least two of the following: a coding device; .- one computer-readable program for selecting—a treadmill mode—one computer-readable device for selecting_ treadmill mode; and A computer-readable code device for selecting a combined treadmill mode. 2 9 · — A control system for sports equipment includes: and a system of stepper mode, the control system is used to reserve one for a main control unit; and a memory element, the memory element is 62 200418546 = :: Accessed data structure 'Among them, the f material structure is the data unit of the package, the force exerted during the use of the mobile device', the movement &quot; can also be constructed to form a stepper mold 1 ^ A treadmill mode. * / Micro-type and 3 ◦. For the application of the patent application scope No. 29 for sports equipment system, among them, Xi.fan and _ Wenqie. In addition, the control of A 5 Hai sports equipment can further be built into a stepper and treadmill mode. u 上口 〇 = ί poem: a type of program memory or storage that can be accessed by the processor: a type of memory or storage device can actually be implemented by one of several modes-formula 2 to build an operation ^ ^ ^ The program of the order includes: receiving at least one user input signal; and selecting one of a plurality of exercise modes provided by the exercise device according to the received user input signal. π 3 2 ^ The program memory that can be accessed by the processor in item 31 of the patent claim or stored in ^ has a storage description. Among them, the sports equipment mentioned by the sports equipment: the Dou Xi sports plate system contains a Stepper mode and at least one treadmill mode and a combined treadmill and stepper mode. 33. A method for determining the energy consumed during the use of a sports device with a combined treadmill and stepper function, wherein the sports injury system includes: a two-pedal assembly that operates under many steps per minute : And has an individual tread operating under an actual tread gradient, the method includes: 63 200418546 value; value; receiving a first value indicating a specific weight; receiving-one indicating the sports device The resistance setting first receives an indication for the actual tread speed of the sports equipment. The first receiving at least one indication is a self-rich soil. The athlete has a resistance with the running name and stepper function for the combination. , The fourth value of V0 2 consumed under our resistance; and # the difference is the calories burned as a function of the first value and the fourth value of the second value. 3 4 ways to monitor the power output on sports equipment ... Hey === use Γ—a treadmill to output power or—a: under many steps per second; move ::: contains a dual pedal assembly 'its In a real tread ... Speed during stepper mode: two individual treads, the method includes: the third value and the first value receiving at least one indicating a weight; receiving an instruction on the sports device Value; and a stepper mode remotely selected as the second value of a T1 solid function; chess style or the 5 When the treadmill mode is selected, the method may receive one, further including: receivers &amp; not If㈣g and Yiyi's younger brother receive the level of calculation as the first value, the second value, the signal and the instruction 64 by the group using the treadmill mode, the soil and eight athletes consume v 孓The calories burned by a function; experience materials When the stepper mode is selected, the method goes in—receiving a signal indicating that each step contains a signal; and # 刀 钟 所 -Second count of the number of steps Different for this first value, 4 # 木5 Hai brother binary, the second hearing is the envy of a button - with this group of steppers mode i Syrian army - not only the date of a function of calories burned. 、， 测 贝 枓 Pick up one, Schematic: Like the next page 65