222 results about "Resistance training" patented technology

A dynamic cable-actuated resistance training device comprises a base having first and second side pods at opposite ends of the base. A first motor is located in the first side pod and a first cable guide is located in the second side pod, with a first cable passing between the first motor and the first cable guide and being attachable to a workout handle or bar. A second motor is also located in the second side pod and a second cable guide is also located in the first side pod, with a second cable passing between the second motor and the second cable guide and being attachable to a workout handle or bar.

A resistance training machine, a method of providing custom workouts, and a method of providing feedback on user form and user balance are disclosed. The resistance training machine includes a left and right motor, a left and right pulley system, a left and right cable, a machine controller, and an HMI. Advantageously, the resistance training machine can provide isotonic exercises, isokinetic exercises, and feedback on form and balance for a user. The first method includes a user calibrating one or more exercises, selecting an exercise, selecting an exercise mode, and performing the exercise. For each exercise, a motor may ramp up to and ramp down from a selected velocity or force level. The second method includes a user performing an exercise, a machine controller receiving position data, torque data, and force data throughout the exercise, the machine controller generating user feedback, and an HMI displaying the feedback to the user.

A resistance training machine, a method of providing custom workouts, and a method of providing feedback on user form and user balance are disclosed. The resistance training machine includes a left and right motor, a left and right pulley system, a left and right cable, a machine controller, and a human machine interface. Advantageously, the resistance training machine can provide isotonic exercises, isokinetic exercises, and feedback on form and balance for a user. The first method includes a user calibrating one or more exercises, selecting an exercise, selecting an exercise mode, and performing the exercise. For each exercise, a motor may ramp up to and ramp down from a selected velocity or force level.

The invention provides hybrid power fitness equipment. The hybrid power fitness equipment comprises a tension assembly; the driving motor and the resistance device are matched through a one-way bearing; the tension assembly is in transmission connection with the one-way bearing through the transmission assembly, when the tension assembly is in a first resistance training state, the resistance device and the driving motor are in transmission connection with the one-way bearing, and the resistance device provides resistance for tension resistance; when the tension assembly is in the second resistance training state, the resistance device and the driving motor are in transmission connection with the one-way bearing, and the resistance device and the driving motor jointly provide resistance for the tension assembly; when the tension assembly is in a tension recovery state, the driving motor is connected with the one-way bearing to provide recovery force for the tension assembly, and the recovery force and resistance are provided on the premise of low-cost improvement by using the resistance device and the driving motor at the same time. The contradiction between the one-way resistance experience bottleneck of a resistance training assembly in the prior art and the cost of traditional two-way force equipment is solved.

The invention relates to the field of pelvic floor muscle recovery treatment, in particular to a female pelvic floor muscle recovery treatment device and an adjusting structure thereof.The female pelvic floor muscle recovery treatment device comprises a movable base, a control box is arranged on the surface of the movable base, a hydraulic rod is installed on one side of the control box, and a recovery supporting plate is installed at the top of the hydraulic rod; a massage repairing device capable of massaging female pelvic floor muscles is installed on the upper surface of the repairing supporting plate, a movable structure is installed in the repairing supporting plate, and a lifting adjusting structure capable of freely moving is arranged above the repairing supporting plate. The top of the lifting adjusting structure is provided with an abdomen repairing structure capable of repairing female abdomen muscle tissue, and the matrix type layout of the massage vibrators can stimulate pelvic floor muscle groups in a partitioned mode, so that the biological feedback effect is enhanced. The leg repairing structure drives a sliding ball to move in an arc groove through an electric telescopic rod, switching between resistance training and passive stretching is achieved, and lower limb venous thrombosis is effectively prevented.

The invention relates to the field of upper limb joint rehabilitation training, in particular to an upper limb joint rehabilitation training method and system based on an exoskeleton mechanical arm, and the method comprises the steps: collecting sEMG signals of a target muscle group of a user in real time in a training process; calculating the root mean square of the amplitude of the sEMG signal in the current time window; if the root mean square is smaller than a muscle force insufficient threshold value, a training mode is switched to a full-assistance mode; if the root mean square is not smaller than the muscle force insufficient threshold value and smaller than the normal muscle force threshold value, the training mode is switched to a semi-assistance mode; if the root mean square is larger than or equal to the normal muscle force threshold value, the training mode is switched to an anti-resistance training mode. The rehabilitation training effect of the upper limb joints can be effectively improved.

A portable, wearable resistance band training apparatus having at least one resistance device secured in a channel of a strap portion forming shoulder straps, and a plurality of access openings in the shoulder strap portion for grasping and extending the resistance device from the sleeve for performing one or more resistance training exercises.

A method of use and system of an adjustable, multiple routine, resistance exercise, apparatus having a single, continuous length of elastic flexible and / or stretchable tubing, banding, and / or strapping, formed in a continuous loop, by having the two free ends of the length of tubing, banding, and / or strapping connected securely together, thus forming a continuous loop exercise device, having at least three scalable calibrated sections demarcated by a plurality of adjustable-locking-release mechanisms facilitating the scalable calibrated sections, forming a chain of loops with the plurality of adjustable-locking-release mechanisms strategically spaced along the length of the formed continuous loop device.

A rehabilitation system for use with a limb brace assists a user in regaining, flexion, extension and hyperextension flexibility in an injured joint as well as aiding in resistance training in order to regain lost muscle mass about the joint. The system uses a pair of band holders that are rapidly attached to and detached from the pair of aligned brace legs of the brace, each holder having a receiver. An interchangeable resistance band is removably received within each receiver, either in the posterior or anterior position, held therein by bulbous ends of the band. The resistance band introduces static loading when the user is at rest as well as dynamic loading when the user is utilizing the joint. A pulley system can be used to offer the resistance band a medially located pivot point so that the resistance band offers variable resistance during dynamic loading.

A fitness apparatus for adjustable resistance training includes a handle and one or two weight assemblies, configured as a kettlebell, dumbbell, or barbell. Each weight assembly comprises a housing fixedly connected to the handle, a pin movably connected to the housing, and a plurality of stacked weights adapted to fit within the housing. The pin selectively engages one weight, allowing precise weight adjustment. When the handle lifts the housing, the selected weight and all weights above are lifted together. In a kettlebell embodiment, a single weight assembly is attached to the handle. In a dumbbell embodiment, two weight assemblies are fixed to opposite ends of the handle. In a barbell embodiment, the handle comprises two detachably connected rods, each rod with a weight assembly at its free end. This configuration allows users to easily adjust the resistance by selecting different weights through the pin, accommodating various fitness levels.

A resistance exercise system having, in certain embodiments, a DC power supply system, a DC motor connected to the DC power supply system, a drive section connected to a drive element, a resistance delivery element connected to the drive element, and an extractable exercise resistance delivery section, a predetermined variable resistance section intermediate the DC power supply system and DC motor, an electrical condition sensor, and a variable resistance section control in communication with the electrical condition sensor and the predetermined variable resistance section. In some embodiments, the resistance exercise system includes a computing facility providing the ability to configure the exercise system to provide predetermined static or variable exercise resistance during exercise, and for example, during a positive or negative exercise stroke. Some embodiments allow users to create and, if desired, display varying and complex resistance exercise routines with or without use of resistance weights.

Provided herein are Methods and Systems For a Multi-Motor module system for a Resistance Training Machine.

Provided herein are Closed Loop Rope System for a Resistance Training Machines, Systems, and Methods of Use.

A resistance training machine, a method of providing custom workouts, and a method of providing feedback on user form and user balance are disclosed. Provided herein are Methods and Systems For Controlling Resistance Training Machine that provides varying force and velocity levels for isokinetic and isotonic exercises, respectively, for a user.

A dynamic cable-actuated resistance training device comprises a base having first and second side pods at opposite ends of the base. First and second motors are located in the first and second sides pods respectively, and cables attached to the motors exit the side pods vertically to provide exercise resistance. Exercise-level tensions in the cables are only applied at or above a preset force-start point, which is at a certain height above the base, of the ends of the cables. The height may be based on a number of factors including the user's height, body proportions, exercise type, and may also be modified by the user.

A time series of raw performance data samples pertaining to performing of a set of repetitions of a movement by a user is collected from a sensor. A set of features is generated from the collected time series of raw performance data samples, including by extracting one or more waveform shape features. The set of features, including the extracted one or more waveform shape features, is provided as input to a model that outputs an estimate of repetitions in reserve.

Configuration of hardware enables multi-modal functional exercise programs at distributed locations. For example, systems, software, methods and hardware are associated with such configuration. Some embodiments relate to a use-case whereby a plurality of exercise platform devices are each connected to a network, each machine being configured to enable multi-modal functional workouts (for example, including medicine ball workouts, cardiovascular workouts, and / or resistance training).

A computer-implemented system for a system of exercise machines includes a first exercise machine, a second exercise machine, and a mechanical energy storage device mounted to the first exercise machine. An apparatus is configured to alter a resistance of the mechanical energy storage device and dissipate the energy of the mechanical energy storage device. A server includes a processor, memory, and a networking interface. A communication pathway enables the server to communicate with the first exercise machine and the second exercise machine to communicate a virtual position of the first exercise machine relative to the second exercise machine. The server receives data, extracts performance information from the data, and transmits the performance information to the first exercise machine and the second exercise machine to alter the resistance of the mechanical energy storage device.

A method for estimating a maximum power value generatable by a user during a resistance training exercise on an exercise machine includes executing at least three resistance training exercises. The push load to be set for the third execution of the resistance training exercise depends on the comparison of the last measured power peak value with the power peak values measured during the previous executions of the resistance training exercise.

The present invention pertains to a multifunctional-vest apparatus comprising a front panel and a rear panel, interconnected via a pair of adjustable fasteners to provide a secure and customizable fit for a user. The rear panel is equipped with a compartment for weights and a hydration feature. The vest further includes a set of shoulder straps, wherein at least one shoulder strap configured to secure components, such as a hydration tube, thereby enabling convenient access to hydration during use. This vest apparatus is particularly suited for enhancing a user for different weight increments for resistance training while staying hydrated.

1. Name of the designed product: resistance training ball. 2. Use of the designed product: the designed product is used for resistance training and body building. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view.

The invention relates to the technical field of rehabilitation training, in particular to a double-leg buckling function rehabilitation device. Comprising a supporting table, a base plate, a backrest plate, guide rails, movable blocks, a limiting frame and the like, the base plate and the backrest plate are installed on the supporting table, the guide rails are symmetrically arranged on the supporting table, the movable blocks are arranged in the guide rails in a sliding mode, and the limiting frame used for containing the feet of a patient is rotatably installed on the movable blocks. The double-shaft motor drives the ejector rod to achieve passive flexion movement, and the device is suitable for an early postoperative stage or a patient with weak muscle force; meanwhile, the patient is supported to autonomously generate force to complete active buckling training, progressive resistance can be applied through a spring system to enhance the training intensity, passive training, active training and resistance training are integrated through the design, the patient does not need to replace equipment in the whole rehabilitation process, the equipment investment and management cost of a medical institution are effectively reduced, and the rehabilitation training efficiency is improved. And continuity and efficiency of rehabilitation training are improved.

The utility model relates to the technical field of medical instruments, and discloses a finger rehabilitation device which comprises a glove (1), a fingertip part (2) of the glove (1) is provided with a hard fingerstall (3), the hard fingerstall (3) is provided with a slot (4) for a finger to insert, and one side, far away from the fingertip part (2), of the side wall of the slot (4) is provided with a replaceable flexible patch (5). The hard fingerstalls (3) are used for replacing flexible fingerstalls to complete fixed connection between the fingertip parts (2) of the gloves (1) and the fingers of a user, so that the phenomenon of force release during hand impedance training of the user can be prevented, the training efficiency is improved, the phenomenon of looseness of the fingerstalls can be effectively avoided, and the connection integrating degree between the fingerstalls and the fingers is maintained. The replaceable flexible patch (5) is arranged in the slot (4), so that the comfort of the finger in the slot (4) can be improved, the friction of the fingertip can be increased, and the connection tightness between the finger and the fingerstall is further improved.

A respiratory training weight and a respiratory training device are disclosed. The respiratory training weight includes a body, a cap, a magnet, a mass block, and a ferromagnetic plate. The ferromagnetic plate is located at the base of the body, the mass block is placed on the ferromagnetic plate, and the magnet is positioned between the mass block and the cap. The magnet and ferromagnetic plate interact magnetically to hold internal components together and, when multiple weights are stacked, to prevent separation during use. The device includes a respiratory chamber housing the weights, a base with a gas flow passage, and a mouthpiece. The configuration ensures stable airflow and consistent resistance during respiratory training. The modular design allows for easy manufacturing of different weight levels by varying the mass block, improving production efficiency and enabling precise, graded resistance training.

The application discloses a resistance breathing training device, which comprises a shell, a light-transmitting cover arranged at the lower end of the shell, an inner shell body, a first air inlet and outlet arranged at the top of the inner shell body, an exhale movable seat arranged on the inner side of the upper part of the inner shell body, an exhaust port arranged on the sidewall of the upper part of the inner shell body, a first inhale port arranged at the top of the exhale movable seat, a one-way sealing piece arranged at the upper end of the first inhale port, a second inhale port arranged at the bottom of the exhale movable seat and blocked by a blocking block, a resistance adjusting piece arranged on the inner lower part of the inner shell body, a movable sleeve threadedly connected to the upper part of the resistance adjusting piece, an adjusting sleeve with a second air inlet and outlet sleeved on the lower part of the resistance adjusting piece, a connecting rod with the upper end connected to the blocking block and the lower end abutting against the top of the resistance adjusting piece, and an elastic piece arranged between the exhale movable seat and the movable sleeve in the axial direction. The resistance breathing training device can realize the inhale resistance training and the exhale resistance training simultaneously and solve the problems in the prior art.

An apparatus for resistance training is provided. The apparatus can include a bar having a pulley hub at an end thereof. The apparatus can further include two slings, each sling including a connector and a rigid straight or arcuate rod. The slings can be suspended on the pulley hub and support an elastic band that can provide resistance during exercise. A foot plate can also be provided to hold a portion of the band on the floor during use.

The present invention discloses a knee joint resistance training device, comprising a thigh fixing rod, a calf fixing rod, a pair of thigh fixators, a pair of calf fixators, a tension spring, and a plurality of buffer mechanisms, wherein the other ends of the plurality of buffer mechanisms are all arranged on the annular airbag of the air source, the buffer mechanism comprising a first buffer movement mechanism and a second buffer movement mechanism, the first buffer movement mechanism being arranged on the annular airbag, wherein an adjustment mechanism is arranged in the receiving groove of the adjustment limit block, the adjustment mechanism comprising a sliding assembly, a step rod, and a connecting rod mechanism, the sliding assembly being arranged in the receiving groove, and the connecting rod mechanism being arranged on the step rod. Due to the tension spring and the plurality of buffer mechanisms provided in the device, a good buffering effect can be provided during exercise, and the annular airbag realizes inflation and pressure maintenance, so that the thigh fixator and the calf fixator are fixed to the user's thigh and calf, respectively, to achieve a buffering effect.

The present application relates to the technical field of magnetic field enhancement, in particular to a local magnetic field enhancement method in free space based on muscle strength enhancement. The method comprises: establishing a free space for implementing resistance training; determining a local muscle strength enhancement part; determining a target magnetic field required according to the local muscle strength enhancement part; establishing a uniform magnetic field in the free space; applying a local magnetic field enhancement unit at the local muscle strength enhancement part, thereby realizing local magnetic field enhancement, synchronous implementation of resistance training and magnetic field stimulation, and further realizing muscle strength enhancement. The present application provides a local magnetic field enhancement method in free space based on muscle strength enhancement, which can greatly reduce the implementation cost, effectively reduce the heat of the coil, and provide a guarantee for the feasibility of synchronous implementation of resistance training and magnetic field stimulation.

1. Name of the product in this design: Adjustable resistance training belt. 2. Purpose of this design: For patient rehabilitation training. 3. The key design feature of this product is its shape. 4. Images or photos that best illustrate the design key points: usage status reference diagrams.