68 results about "Gripping exercises" patented technology

A pair of horizontal pivotable rowing arms and second pivotable vertical arms pivot on oil hydraulic motion resistance wedges attached to an underside of a desk. A vertical support with bicycle type pedals and handle bars pivots out at a desired angle for use. Other resistance devices may be a spring, rubberized cord, magnet, or air cylinder. Hand grips twist and have tension arms for gripping exercises as well as moving the lever arm for full arm exercises. Foot straps on a foot board and bicycle pedals enable leg exercises.

Rotatable hand supports for performing advanced pushups on a floor or ground surface. The main handle of the supports has a grip portion constructed to be grasped by a user. The base has a bottom portion adapted to contact the floor, a top portion rotatably connected to the bottom portion, and a bearing assembly supporting the top portion on said bottom portion. A support connects the handle to the top portion of the base and supports the handle at an elevated position relative to the base and above the floor. A hand clutch extends from the main handle and can be squeezed to perform hand-grip exercises simultaneously with a pushup exercise.

Rotatable hand supports for performing advanced pushups on a floor or ground surface. The main handle of the supports has a grip portion constructed to be grasped by a user. The base has a bottom portion adapted to contact the floor, a top portion rotatably connected to the bottom portion, and a bearing assembly supporting the top portion on said bottom portion. A support connects the handle to the top portion of the base and supports the handle at an elevated position relative to the base and above the floor. A hand clutch extends from the main handle and can be squeezed to perform hand-grip exercises simultaneously with a pushup exercise.

A hand and foot lever-arm rowing type exercise device is mounted in the leg space under a desk or cubicle work surface. A resistance device such as a spring, rubberized cord, air cylinder, attaches between the pivotally attached adjustable lever arms and the desk. Hand grips twist and have tension arms for gripping exercises as well as moving the lever arm for full arm exercises. Foot straps on a foot board and bicycle pedals enable leg exercises.

The multi-grip exercise bar includes an elongate cylindrical shaft having end sleeves at opposite ends for selective mounting of weights. The cylindrical shaft has a pair of intermediate, symmetrically disposed, offset, coplanar grip portions formed by trapezoidal bends in the shaft, defining a main longitudinal axis and an offset longitudinal axis. Eight knurled grips are formed on the shaft. A pair of handles extend from a central section of the shaft parallel to each other, providing another pair of grips. Two outer sections of the shaft along the main axis provide a wide pair of grips for straight lifts, and two sections along the offset axis provide a narrow pair of grips for straight lifts. The four oblique legs of the offset portions provide wide and narrow pairs of grips for curl lifts, with either internal or external rotation of the wrists. The two handles provide grips for triceps lifts.

The present invention is a pair of hand grips that are to be rolled along a surface during an exercise routine. In more detail, each hand grip has an elongated, substantially straight, cylindrical crossbar with a first end and a second end. A first wheel is rotatably mounted at the first end of the crossbar and a second wheel is rotatably mounted at the second end of the crossbar. In operation, the wheels rotate about an axis that is defined between the ends of the crossbar, to move the hand grip over a surface. Movement of the hand grip over the surface can vary, depending upon the particular exercise routine being followed by the user. In order to perform an exercise routine, the user can assume a kneeling position, a sitting position or a bending-at-the-waist position.

A multi-grip exercise weight apparatus includes a weight plate pivotally attached to a bar handle such that the weight plate is pivotable in both angular directions. A grip ring is disposed around the perimeter of the weight plate. A plurality of support spokes extend from a central hub on the weight plate radially outwardly to the grip ring. A plurality of different grip regions are defined on the grip ring between adjacent support spokes. An end handle may be attached to the weight plate to provide a looped kettlebell-type grip.

A hand held exercise device includes a pair of dumbbells rotatably attached to a cross bar and which can be held between the hands of a user gripping the dumbbells. Grips are preferably positionable around the dumbbells to require the user to hold the exercise device in an open hand grip. The dumbbells are removably connected to the cross bar to permit use of the dumbbells separately, with or without the grips.

The invention relates to the technical field of massage healthcare and discloses an LED grip exercising ball. The LED grip exercising ball comprises a ball body which is composed of an outer squeezing layer and an inner luminescent layer, wherein the squeezing layer is made of transparent silicon rubber; the luminescent layer is composed of a bearing spherical surface and LED (light emitting diode) lamps on the outer surface of the bearing spherical surface, the LED lamps are in at least two colors, the inside of the bearing spherical surface is provided with a control circuit board and a power source which are electrically connected, the LED lamps are electrically connected with the control circuit board, the inside of the squeezing layer is uniformly provided with a plurality of pressure sensors electrically connected with the control circuit board, and the outer surface of the squeezing layer is provided with a hanging fastener connected with a hand strap. The LED grip exercising ball has the advantages of being diversified in function, applicable to people needing grip restoration exercise, simultaneously achieving grip exercise massage as well as grip strength range display, and enabling patients to adjust the restoration treatment and exercise arrangement according to the displayed grip strength range.

A wrist-grip exercise device is disclosed comprising two partial spheroids interconnected by an elastic central bridge, which partial spheroids may be rotatable axially 90 degrees in opposite directions around a longitudinal axis under the force, with each partial spheroid acting as a graspable handle. In some embodiments the partial spheroids are in the shape of hemispheres. The elastic bridge provides resistance to facilitate exercise and power to return the device to its original shape after being twisted and contorted during use. The elastic central bridge may be an elastomeric polymer material interconnecting the two partial spheroids. In other embodiments the central bridge is a coil spring. In some embodiments the handles are inflatable to facilitate compression grip exercises. In some embodiments the handles are attached to the coil spring by male-female connection system. Another embodiment of the present invention substitutes polyhedrons for the two partial spheroids.

An exercise device for exercising the grip muscles of the hand and auxiliary muscles used in gripping by simultaneous isometric exercise of the hand muscles while exercising other muscles isotonically.

A gripping exercising glove contains an internal support structure, an internal plurality of fastening straps, a traction strip on face. Weight may be attached to glove by the plurality of fastening straps allowing user to perform various exercises without gripping. The internal structure contains an adjustable palm band; an adjustable wrist band; each wraps around and is attached to hand; at the palm and above wrist regions. The two bands are connected by the internal face stabilizing strap and the internal back stabilizing strap. The plurality of fastening straps is laterally and perpendicularly connected to the adjustable palm band, positioned on the inside of the palm. The glove contains a palm side, with plurality of paired slits and wrist opening. These slits traverse the palm side. The support structure is positioned and attached within the with the plurality of fastening straps traversing these paired slits.

The present invention provides a kind of sports equipment with adjustable grip, the base of the sports equipment defines a central line connected from its front end to its rear end, and separates the left and right sides; the grip of the sports equipment The device includes a frame connected to the base, and two handles connected to the frame, the two handles are respectively located on the left and right sides of the central line, for the user's left hand and Right-hand grasping, in a preferred embodiment, the two handles are respectively pivotally connected to the frame according to an axis in the front-rear direction, and each handle can rotate relative to the frame with one end as the axis, and selectively Positioning at a predetermined angle in the movable range makes the other end closer to or farther away from the aforementioned central line.

The invention discloses an assisting elastic fist glove for keeping the gripping fist shape. A fist glove body is of a fist-imitated-shaped glove type structure. A fist extending-in opening and a thumb extending-out opening are formed in the fist glove body. Exhausting and sweat discharging holes are further evenly formed in the fist glove body. A plurality of magnet therapy sheets are embedded into the portions, corresponding to the acupuncture points of the human body, of the inner side of the fist glove body. By means of the assisting elastic fist glove, a user does not need to frequently and specially pay attention to keeping the hand shape and the fist shape, does not need to discontinuously think, detect and feed back whether the posture of the user is right or not and whether the fingers loose or are deformed or not with subjective consciousness and does not need to spend much mentality and labor on maintaining gripping health maintaining exercising, and therefore it is possible for the user to carry out gripping exercise during walking, bus taking, chatting, television watching, still lying, meeting holding and even sleeping; as the magnet sheets are arranged on the fist glove body, the static magnet therapy method on the acupuncture points on the hand is completed while gripping exercise is carried out, and the assisting elastic fist glove can be widely used in health maintaining exercising.

Exercise grip and methods of forming exercise grips are disclosed. In one aspect, an exercise grip includes a wrist strap and a protective portion. The protective portion has a palm end and a finger end. The palm end is located closer to the wrist strap than the finger end. The finger end is formed offset from a centerline axis of the palm end of the protective portion.

The invention discloses a grip exercise type power generation power bank. The power bank comprises a pressing rack, return springs, an acceleration gear set, an overrunning clutch and a generator; the pressing rack comprises left and right sets of symmetric linear racks; guide rails for limiting moving directions and displacements of the racks are mounted above the linear racks; the return springs annularly sleeve the guide rails; the acceleration gear set comprises a first-grade gear, a second-grade gear and a third-grade gear; the first-grade gear and the second-grade gear are connected through the overrunning clutch; the third-grade gear is mounted on a rotating shaft of the generator, and can drive the rotating shaft to rotate; the third-grade gear is engaged with the second-grade gear; the linear racks are engaged with the first-grade gear; and the generator is used for converting mechanical energy of the acceleration gear set to electric energy. The power bank uses matching among the pressing rack, the return springs, the acceleration gear set, the overrunning clutch and the generator for converting the mechanical energy of human grip to the electric energy, so that electricity is generated when realizing exercise of finger grip and forearm muscle, and greenness and environmental protection are achieved.

A tension adjustable forearm gripping exercise device that is made with large handles with a knurled surface made of aluminum and a center portion made of steel. The device is adjustable through the tension used in securing the handles through end cylinders into a center cylinder with a securing nut. Each handle terminates in a ball joint that is placed into end cylinders that are then attached to the center cylinder where the tension adjusting securing nuts are tightened to the end cylinders / handles to the desired tension.

1. The name of the design product: multifunctional leg training equipment. 2. The use of the design product: leg exercise, foot massage, grip exercise, arm exercise, etc. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view. 5. The top view is omitted because it is not often seen in use.

Wrist Grip Exercise Spinning Balls

A grip exercise assembly comprises a stationary body extending along an axis. The stationary body includes a stationary handle. A movable member has a tubular wall extending about the axis and that defines an interior cavity. The movable member is sleeved around the stationary body and slidable therealong. The movable member includes a movable handle and a rod configured to receive one or more plate weights and / or elastic resistors.

The utility model discloses a novel split type A-type hand-muscle developer which comprises a grip exercise mechanism, an installation mechanism is installed at the holding end of the grip exercise mechanism, and the surface of the installation mechanism is sleeved with a grip in a threaded mode. The mounting mechanism comprises a mounting head, and a threaded sleeve is arranged on the surface of the mounting head; the grip comprises a grip body arranged on the surface of the threaded sleeve in a sleeving mode, and a threaded groove in threaded connection with the threaded sleeve is formed in the grip body. The A-type hand-muscle developer has the advantage that the grip is convenient to replace, and the problems that in the using process of an existing A-type hand-muscle developer, the holding handle of the hand-muscle developer is inconvenient to disassemble and replace, the using requirements of exercisers with palms of different sizes are difficult to meet, the holding experience of a user is affected, and the whole hand-muscle developer needs to be replaced after the handle is abraded, so that the use cost is reduced are solved. And the use cost is increased.

The invention relates to the technical field of hand rehabilitation exercise, in particular to a hand nerve rehabilitation grip strength exercise device which comprises a fastening connection structure and an exercise processing structure, the side end of the fastening connection structure is connected with the exercise processing structure in a limiting mode, and the fastening connection structure is used for tightening the hand. Limiting connection of the exercise processing structure can be conducted at the same time, the exercise processing structure can conduct finger exercise and turn-over exercise of the wrist at the same time, the exercise processing structure comprises a mounting combination part and a nerve exercise part, and the side end of the mounting combination part is connected with the nerve exercise part in a turn-over mode. The installation combination part and the nerve exercise part can be relatively rotated and adjusted, and the fastening connection structure comprises a binding belt, a first hook-and-loop fastener, a second hook-and-loop fastener and an annular winding belt. Through the integral arrangement of the fastening connection structure and the exercise processing structure, grip exercise work is achieved.

The utility model belongs to the technical field of hand-muscle developers, and particularly relates to a hand-muscle developer facilitating rehabilitation exercise of a patient, which comprises a clamping plate, the bottom of the clamping plate is fixedly connected with a connecting cylinder, a U-shaped frame is fixed on the outer side of the bottom of the connecting cylinder, a first limiting groove is arranged on the inner wall of one side of the U-shaped frame, and a second limiting groove is arranged on the inner wall of the other side of the U-shaped frame. A movable frame is arranged on the inner side of the U-shaped frame in a clamped mode, the movable frame comprises a traction rod, a fixed frame is arranged on the inner side of the U-shaped frame in a clamped mode, the fixed frame is located below the traction rod, and the fixed frame comprises a supporting rod. When the grip strength exercise intensity is adjusted according to the rehabilitation condition of a patient, the position of the fixed frame on the inner side of the U-shaped frame can be moved after the nut is loosened, so that the distance between the fixed frame and the movable frame is adjusted, the distance of the movable frame needing to be pulled to move when the patient exercises is adjusted, the training intensity is adjusted, and the adjustment operation is convenient and flexible.

Provided is an alarm clock of a wrist developer serving as an ordinary timekeeper and an ordinary wrist developer as well.As the alarm clock of the wrist developer, the problem that poor wakening effect is exerted upon many commuters and students by ringing tones is solved. The structure comprises a wrist developer body, a display device and a setting device. The joint for two arms of the alarm clock of the wrist developer is provided with a sensor used for detecting the magnitude of gripping force. The display device is used for displaying magnitude of gripping force, the frequency of gripping force, dates and time. The setting device is used for setting the magnitude for gripping force to remove the alarm as required, time intervals and frequency of gripping force and setting dates and time. As the sound is made as the alarm clock of the wrist developer, grip exercises should be taken with force and time intervals up to the standard. Therefore, the alarm tends to pause sound otherwise starts to make sound. The sounds are not made until grip exercises satisfy requirements for quality and quantity. In the above way, interference to other peoples in the same house to the maximum degree is reduced and a user is waken by the alarm clock to the furthest.

The invention relates to a household sit-up bench which comprises a support. The support comprises a front end supporting rod, a rear end upper supporting rod and a rear end lower supporting rod. The bottom end of the front end supporting rod and the bottom end of the rear end lower supporting rod are both connected with a horizontal rod, and a cross rod is connected between the two horizontal rods. The rear end lower supporting rod is sleeved with a sliding sleeve, the sliding sleeve is rotationally connected with the rear end upper supporting rod and the rear end lower supporting rod, fixing through holes are formed in the rear end lower supporting rod, and a fixing pin is arranged on the sliding sleeve. A seat cushion is fixed to the front end supporting rod, a back cushion is fixed to the rear end upper supporting rod, and the two sides of the back cushion are both fixedly provided with a hand grip. The back cushion and the seat cushion of the household sit-up bench are separated, and the height of the back cushion can be adjusted according to different use requirements; the cross rod is connected between the front end supporting rod and the rear end lower supporting rod, and firmness of the sit-up bench is improved; a user can conveniently conduct grip exercising by means of the hand grips on the two sides of the back cushion.

The utility model discloses a multifunctional grip strength exercising device applied after an internal arteriovenous fistula operation. The multifunctional grip strength exercising device comprises an annular grip strength body, wherein the annular grip strength body is used for being extruded by hands of a patient after the internal arteriovenous fistula operation to exercise arm muscles and achieve early maturity of an internal fistula. By means of the time and quantity monitoring system, customized exercise can be conducted on the exercise time and the exercise quantity according to the conditions of a patient, the hands of the patient can be fully exercised, the filling degree of internal arteriovenous fistula of the patient can meet the requirement for clinical use, and meanwhile when the patient conducts corresponding mature exercise of internal fistula, the internal fistula of the patient can be fully exercised. According to the internal fistula training device, medical staff can conduct appropriate monitoring work and can visually know whether a patient conducts effective training or not, the training effect is more ideal, and therefore great convenience is brought to the training work of the patient with mature internal fistula.

The invention provides an intelligent neurological rehabilitation arm exercise device, and relates to the technical field of arm exercise devices. The intelligent neural rehabilitation arm exercise device comprises a forearm exercise mechanism, a grip exercise mechanism is hinged to one side of the forearm exercise mechanism, a connecting plate is fixedly arranged on the other side of the forearm exercise mechanism, and a big arm fixing mechanism is fixedly arranged on one side of the connecting plate. An inflation mechanism is fixedly arranged on one side of the bottom face of the big arm fixing mechanism, the forearm exercise mechanism comprises a first mounting plate, and a lower inflation cushion is fixedly arranged on the upper surface of the first mounting plate. The forearm exercise mechanism and the big arm fixing mechanism are arranged, meanwhile, the grip exercise mechanism is combined, the whole device can be fixed to the big arm of the user through the big arm fixing mechanism, then the forearm of the user is fixed through the forearm exercise mechanism, and support is provided for forearm exercise of the user through the big arm fixing mechanism; and the user can conveniently realize the function of exercising the arms under different body positions.