1006 results about "Push ups" patented technology

Rotatable hand supports for performing pushups on a floor or ground surface. The handle of the supports has a grip portion adapted to be grasped by a user. The rotatable base is 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.

The invention provides a five-freedom exoskeleton type robot for healing upper limbs, which comprises a mounting deck used for mounting the robot. The mounting deck is provided with a lead rail, an erector is arranged on the lead rail and is provided with a height adjustment mechanism, a rotatable mounting arm is arranged on the erector by a rotatable axis. A healing mechanical arm body composed of a shoulder width, an upper arm, a forearm and a hand lever is installed on the rotatable mounting arm. Five freedom joints and five drive motors are respectively arranged on the rotatable axis of each joint; four torque sensors which are connected with the drive motors in a cascading way are respectively arranged on the parts of shoulder, elbow and wrist, wherein, the shoulder parts are provided with two torque sensors, the elbow part is provided with one torque sensor and the push-up part of the wrist part is provided with one torque sensor. The torque sensors that are taken as transfer devices and detecting devices are connected with a motor reducer and an executing mechanism. The robot provides single joint movement of each joint and three-dimension multi-joint compound movement for suffers as well as provides simple and basic movement training of daily life.

An adjustable hydraulic press with movable upper and lower units is composed of vertical columns, upper transverse beam, primary slide block, the slide block for pressing edge, bench, floating bench, lower transverse beam, the primary and secondary cylinders fixed to upper transverse beam, and a push-up cylinder fixed to lower transverse beam for driving said floating bench.

A device for assisting a user in performing push-up exercises on a floor surface is disclosed. The device includes at least one rigid shell that has a convex outer surface and a concave inner surface. Each surface is mutually connected by a peripheral edge that defines a shell opening. A means for handling is fixed with the concave inner surface within each shell and is adapted to be grasped by the user. Preferably a pair of such shells are adapted to mechanically, selectively and mutually attach at the peripheral edges thereof to form a container thereby. In use, the user grasps the means for handling of each of the shells with either hand and perform exercises on the floor surface by pressing each shell against the floor surface. The convex outer surface requires the user to continuously stabilize the device on the floor surface, thereby exercising muscles not normally exercised while performing the exercises.

An improved exercise apparatus for use in performing exercises may include: an upper portion which may have a handle coupled to an upper surface, and a lower surface; and a lower portion having a lower surface including a slip resistant material, and having an upper surface rotatably coupled to the lower surface of the upper portion. The exercise apparatus, is a fitness product designed to allow the exerciser to do push-ups without strain on the wrists and / or to increase the number of major muscle groups used, as compared to an unassisted push-up. The exercise may be used by assuming a push-up position on the floor, while engaging the apparatus in the exerciser's hands with the handle in a starting position, about parallel to the body. One disc of the exercise apparatus device may be placed in the left hand, and the other disc may be placed in the right hand. As the exerciser pushes his body up, the handle may rotate and / or swivel about 90 degrees so that the handle may then be substantially perpendicular to the exerciser's body at the height of the push-up. As the exerciser exercises, the handle may swivel back to the starting position, parallel to the body.

An exercise apparatus includes an elongate bar having a medial portion and opposed ends disposed outwardly of the medial portion with a pair of hand grips mounted on the bar in spaced-apart relation and configured to slide along the length of the bar against a resistance force from a first exercise position to a second exercise position. A resistance member fixed to the bar and movably attached to at least one of the hand grips increases the resistance force as the hand grip slides along the bar from the first exercise position to the second exercise position. The resistance member includes inner and outer band attachment mounts spaced-apart along the length of the bar and an elastic band attached to and disposed between the band attachment mounts. A user performs push-up exercises from a prone position and barbell exercises from a supine position or a standing position.

An exercise device in one embodiment has a member (102) attached to a joystick control (108). A user (202) is positioned to perform push-up and squat exercises with member (102) below and against the abdomen or buttocks. Movements of user's torso down, up, forward, back, and side-to-side generate traditional control commands, including roll, pitch, and yaw. The downward motion and / or pressure by the user (202) triggers a switch (502). Control (108) collects the motion and trigger data and transmits same via an electronic link (110) to a computer (112) for processing. Hence, the user receives the benefit of a serious exercise program while playing games, thus making exercise fun.

An apparatus for performing pushups thereupon, comprising: two arcuate side pieces each comprising a gradually sloping front section and a sharply descending back section terminating in feet; each back leg being telescopically extendible from a back section of an arcuate side piece, and incorporating a locking means to keep the back legs extended by a desired amount; the front and back feet for supporting the apparatus on the ground; the apparatus further comprising a rectangle of struts coupling the arcuate legs together, and an upper cross bar for coupling the arcuate side pieces together near the highest point thereof; such that a user may alternatively:(i) grip the gently sloping front sections and ergonomically support his arms thereby to perform moderate press ups, or (ii) support his ankles on the upper cross bar and hands on the ground to perform demanding press ups.

There is provided an intraocular lens insertion device capable of appropriately regulating the motion of a rear supporting portion during a process of moving an intraocular lens, and reducing the possibility of reoperation being required after the intraocular lens is inserted into an eye. An intraocular lens insertion device 1 comprises a main body 2, and a slider 3 and a plunger 4 that are attached to the main body 2. Further, the intraocular lens insertion device 1 is of a preset type in which an intraocular lens 5 is placed inside the main body 2 in advance. The slider 3 includes a first abutting portion 21 for pushing up a supporting portion 7 (rear supporting portion 7a) arranged on a rear side of an optical part 6 with respect to a lens advancement axis A, and second abutting portions 22a, 22b abutting against an outer edge of a rear portion of the optical part 6.

A configurable exercise system which may be transformed into multiple pieces of exercise equipment is disclosed. More specifically, embodiments provide an adjustable-weight medicine ball with two halves that may be separated and used to implement dumbbells, kettlebells, push-up bars, or other pieces of exercise equipment. Each half of the medicine ball may have a handle and / or features for accepting one or more weighted objects for varying the weight of each half. Additional components may be joined to one or both halves of the medicine ball to implement other pieces of exercise equipment. Additionally, components may be inserted between the halves of the medicine ball to implement other pieces of exercise equipment. Further, in one embodiment, the exercise system may be easily and quickly transformed, compact in size, and relatively low-cost.

The present invention is a separable weight adjustable medicine ball, which can be used in a variety of exercise routines. The present invention is primarily comprised of two pieces, which can either be separated to perform exercises that involve dumbbells or push-up handles or be combined to perform exercises that involve a medicine ball. The present invention allows a user to incrementally increase the exercising load with a plurality of weights. The plurality of weights is separated between the two pieces and held in place with a pair of weight supports. The plurality of weights is secured on the pair of weight supports with a pair of collar clamps. The collar clamp is an user-friendly device that can be opened by squeezing the sides of the collar clamp and can be closed by releasing the sides of the collar clamp.

Systems and methods for treating a vessel include devices having a main elongated element with a balloon at its distal end, an auxiliary elongated element wherein a distal end of the auxiliary elongated element is proximal to the balloon, and a core wire having a internal core wire portion and an external core wire portion, wherein the external core wire portion is external to the balloon. In some embodiments, a distal connecting element is attached to the distal end of the balloon. In some embodiments, the distal connecting element is positioned at a rotational distance from the auxiliary elongated element. In some embodiments, the balloon is a fixed wire balloon. Inflation of the balloon causes guidewires positioned within the device and external core wires to be pushed up against the lesion, providing a focused force for cracking the lesion.

In a control unit for an automobile power transmission apparatus which includes a gear-type transmission and several of the motors are controlled so as to suppress thrust or push-up on the torque of the output shaft of the transmission due to inertia torque or to suppress draw or pull-in on the output shaft.

An exercise device can include: a platform; a handle coupled to a first side of the platform; and an inflatable member coupled to an opposite second side of the platform, the inflatable member having a rounded portion with an apex opposite of the handle, the inflatable member having an inflation port. The inflatable member can have an annular flange around an inflatable portion, the annular flange being mounted to the platform. The device can include an annular fastener ring mounted to the platform with the annular flange therebetween, the annular fastener ring being received onto a first surface of the annular flange, and a second surface of the annular flange being received onto the second side of the platform. The device can include fasteners passing through the annular flange and mounting the annular fastener ring to the platform.

The rotatable push-up exercise device provides device for aiding a user in performing push-up type exercises. The device has a platform rotatably mounted on a base. The platform may selectively be held stationary or may be free to rotate when performing push-up exercises. The device includes a gripping bar mounted on the platform. The base is adapted to rest on a support surface, such as the floor. A pair of exercise devices are normally utilized together. In use the user grasps the gripping bar of each device with one hand and performs push-up exercises. Due to the rotation of the support surface with respect to the base, the user is forced to exercise the shoulders and other muscle groups in the user's body, in addition to the arm and chest muscles, in order to maintain a stable position.

An upper body workout apparatus assembly comprises two upper body workout apparatuses for each side of a user's body. Each apparatus may have a support bar supported by a plurality of lateral supports. A sliding handle is configured to rotate about each support bar as well as sliding along the length of the support bar. The user may grasp each sliding handle with one of the user's hands to perform push-up, dip, pull-up, abdominal or other exercises, whereby each sliding handle is moved between a distal and proximal position relative to its support bar. One or more anchor mounts secure each apparatus to a wall or ceiling during pull-up type exercise. The apparatuses are positioned adjacent one another as part of the assembly.

An elongate bar having sliding handgrips concentrically mounted thereon adapted for use with a resistance-type exercise device. In a preferred embodiment, the bar has at least two, and more preferably four, axially oriented grooves in the outer surface thereof dimensioned to accommodate handgrip linking means therewithin. The handgrips, which are constrained to move only in an axial direction, are interconnected by linking means such as belts, in such a manner that the handgrips remain equidistant from the center of the bar throughout their axial range of motion. The interconnecting belts or cables are disposed to travel within the elongate grooves on the bar to provide the bar with a low profile. In the preferred embodiment, the linking means are belts that are supported by pulleys housed within recesses in the bar and rotatably attached thereto. The bar further includes resistive force attachment means operable for attaching weights, springs, cable(s), elastic bands or the like thereto to provide a resistive force. In a further embodiment, the bar includes floor supporting means and can be used for performing pushups. In yet a further embodiment, the bar includes wall attachment means and can be employed for performing pull-ups.

The present invention is a push-up exercise device and a dip exercise device for effectively and efficiently focusing on strengthening an individual's stabilizer muscles. The push-up exercise device may include a handle support connected to a top plate, which is in turn connected to a bottom plate. A hemisphere is removably connected to the bottom plate, and the top plate and the bottom plate may rotate about one another. The push-up exercise device may include a handle support connected to a plate which is connected to a ball. The dip exercise device may be two handle supports connected to a plate connected to multiple legs. The handle supports may rotate and pivot relative to the plate.

An athletic sports bra adapted to provide support, shape and elevate the breasts during moderate to strenuous activity. A permanently attached push-up pad with or with out underwire is combined with the features of an athletic sports bra. The push-up pad of the invention when placed in a bra cup looks and feels more natural. The inner cup lining adjacent the skin can be a soft fabric that wicks moisture away from the skin. In an embodiment, a push-up sports bra includes an envelope between the front panel and the rear panel of the bra cups that receives a flexible pouch containing a liquid mixture.

A pleated shade assembly capable of height adjustment without use of pull cords, comprising an upper elongated support; a lower elongated member that is manually adjustable up and down; primary lines extending through shade pleats to suspend the bottom elongated member; primary rotors at the top elongated support to entrain the primary lines; at least one secondary line having operative connection to the primary lines; and apparatus acting on the secondary line or lines for counterbalancing suspension force exerted on the primary lines at different shade height adjusted levels including dual rotary members exerting tensioning force on said secondary line or lines, and including a spring coupled to the dual rotary members exerting force tending to entrain the secondary line or lines about the dual rotary members, for storage on at least one of the members.

An exercise apparatus used by an individual that is performing a variation of a push-up exercise. The exercise apparatus includes a footing, a lower housing, a lower housing cap, a bearing element, and an upper platform. The footing is attached to the lower housing and prevents the lower housing from rotating or laterally moving along a floor or other support surface. The upper platform rotates relative to the lower housing through the bearing element, which rests on the lower housing cap. The upper platform has either an ergonomical handle or a punch pad attached to it for an individual to utilize the exercise apparatus through.

A portable exercise device having a base member and a plurality of handle grips. At least two of the handle grips are adjustable on the base member. The handle grips permit a user to exercise the chest muscles, shoulders, back, arms, and triceps of the user. The base preferably has a non-slip bottom creating a unit that will not tip over or slip.

Field effect transistor with increased charge carrier mobility due to stress in the current channel 22. The stress is in the direction of current flow (longitudinal). In PFET device, the stress is compressive; in NFET devices, the stress is tensile. The stress is created by a compressive film 34 in an area 32 under the channel. The compressive film pushes up on the channel 22, causing it to bend. In PFET devices, the compressive film is disposed under ends 31 of the channel (e.g. under the source and drain), thereby causing compression in an upper portion 22A of the channel. In NFET devices, the compressive film is disposed under a middle portion 40 of the channel (e.g. under the gate), thereby causing tension in the, upper portion of the channel. Therefore, both NFET and PFET device can be enhanced. A method for making the devices is included.

An improvement is disclosed for a push-up handle of the type having a cylindrical base rotatably fixed to a grip. The improvement comprises a shell having a convex outer surface and a concave inner surface, and a connector for selectively fixing the grip of the push-up handle to the shell. The shell is adapted to receive the push-up handle therein so that a peripheral portion of the base contacts the inner surface of the shell. As such, with the push-up handle resting in the shell, and with the outer surface of the shell resting on a floor surface, a user may perform push-ups such that the grip imparts rotation to the shell through the contact of the base with the shell. The outer surface contacts the floor surface at essentially a single point, resulting in little effective rotational friction between the grip and the floor surface. The shell tends to maintain a stable position on the floor, resisting tipping.

A Push-Up Exercise Apparatus for the purpose of fitness and exercise includes a swiveling base, a handle, and an arcuate member.

An enhanced push-up bar assembly is provided in which the a plurality of springs are disposed therein for providing recoil during performance of push ups. The push-up bar includes a base section formed of two parallel main bodies, a plurality of spring devices having a predefined spring constant, a vertical support section dimensioned and adapted for insertion into the opening of the protrusion of each main body, and coupling with a top portion of the spring member disposed in each of the at least one cavity, and a locking member adapted for slideably holding the vertical support section in the protrusion. Each main body has at least one cavity accessible through an opening formed on a top surface of a protrusion extending perpendicular, and in a vertical direction, to the main body. Additionally, each spring member is dimensioned for insertion into the at least one cavity. The locking member is configured to allow a predefined range of vertical travel of the vertical support section within the protrusion.

A packing that includes a bottle and / or a bottle and box combination wherein the container may have a first handle portion, a second handle portion, and a bottom grip portion. The first handle portion can extend in a front to back direction and the second handle portion can extend in a transverse direction to the first handle portion. The bottom grip may include a protrusion and recess on the bottom of the container. The box can be configured to have openings to provide access to the first and second handle portions such that the container need not be removed from the box to utilize the contents contained therein. The box may also include a bottom opening and a push-up portion to provide access to the bottom grip portion.