775results about How to "Hold steady" patented technology

A video game controller for a video game and a receptor assembly may include a controller core unit including a housing formed with a top, bottom and opposite sides, at least the top having a plurality of control buttons thereon; and a base portion provided with a first connector; a receptor having a shape substantially similar to a component appearing in the video game. The receptor may be a gun-shaped sub-unit with a barrel portion and a gripper portion with an open slot adapted to receive the core unit.

An alignment trial system for a hip prosthesis comprising: (a) a trial femoral prosthesis comprising a head component, a neck component and a stem component; and (b) a trial acetabular cup prosthesis wherein the head component of the trial femoral prosthesis and the trial acetabular cup prosthesis include interlocking engagement formations and wherein the trial acetabular cup prosthesis includes means to facilitate the formation of a bore in the pelvis. The invention also relates to a method of inserting an acetabular cup prosthesis comprising the steps of: (I) preparing the femur and pelvis for insertion of a femoral prosthesis and an acetabular cup prosthesis; (ii) inserting the alignment trial apparatus of the above first aspect such that the trial femoral prosthesis is located in the prepared femur; (iii) locating the patient's hip such that the trial cup prosthesis is seated in the prepared portion of the pelvis; (v) drilling a bore in the pelvis; (vi) removing the alignment trial apparatus; (vii)inserting the acetabular cup prosthesis into the pelvis using the mark as a guide.

Both ends of the lead arrangement project outward from side surfaces of a package to form outer lead regions. Each of the outer lead regions includes a pair of outer lead projections and lead terminal smaller projections that are located between the outer lead projections. The outer lead projections and lead terminal smaller projections project outward. Adjustment is made to the projection amount of end surfaces of the lead smaller projections lying in a plane perpendicular to a longitudinal direction of the lead arrangement, whereby the end surfaces projecting less than end surfaces of the outer lead projections. Thus, cut surfaces of lead connection portions with edged corners are not exposed. This arrangement prevents that the cut surfaces damage other devices.

A wound therapy combination comprising a suction head and a surgical drape. The suction head comprises a planar flange portion and a tubular connector piece on a first face that communicates with an aperture extending to a second face. The second face is formed with projections that define flow channels for facilitating flow of liquids to the aperture.

The purpose of this invention is to provide taping socks which hold the ankle so as to protect the instep or the Achilles' tendon and prevent intorelance during walking or exercising. In the taping socks which have tightening parts woven in the socks, the first tightening part 7a is to tighten the Achilles' tendon and to be knitted around an ankle part S00, and a second tightening part 7b is to tighten an arch part P00 and to be knitted around the instep part 5. The said first tightening part 7a and said second tightening part 7b are crossed in an X shape at a flection part of front side to protect the Achilles' tendon and the instep part as well as hold the ankle part S00.

[Problem] An underpants type disposable diaper cover capable of firmly holding an absorbent pad.

[Means for Solving Problems] In an underpants type disposable diaper cover comprising a front body part (F) and a back body part (B) which are formed in such a manner as to be continuous with each other at a crotch portion and both side portions, thereby creating a waist opening (23) and a pair of right and left leg openings, and an absorbent pad (10) which is detachably attached to an inner surface thereof, a plurality of waist portion-elastic members (24) are spaced, reaching from one side to the other side, in a longitudinal direction along the waist opening (23) in the front and back body parts (F, B), a plurality of curved elastic members (26, 28) are spaced without intersecting each other in each of the front and back body parts (F, B), which extend from an upper level with respect to a middle level in a longitudinal direction on one side in a lateral direction, to an upper level with respect to a middle level in the longitudinal direction on the other side in the lateral direction, and extend so as to be curved toward the crotch portion with increasing closeness to a central portion in the lateral direction; and a curved portion of at least one of the curved elastic members (28) is configured in the front body part (F) as to pass on both sides with respect to an upper end portion of the attached absorbent pad.

The anastomotic apparatus is equipped, in a fork which extends in the stapling direction, with an organ gripping mechanism which has a first gripping teeth plate member, a second gripping teeth plate member, a housing, and a clamping teeth drive section connected to at least the aforementioned first gripping teeth plate member or the second gripping teeth plate member to move the first gripping teeth plate member and the second gripping teeth plate member relative to each other by one unit space in the longitudinal direction, and is configured to clamp near a section of an organ to be stapled; an extroverting mechanism configured to move the aforementioned organ gripping mechanism within a turn-out movement range; and a grip controlling mechanism. With the anastomotic apparatus, the burden on the organ tissue can be reduced.

A cable clamp comprises an anchor to be fixed to a workpiece, a clamp portion for clamping a cable, and a flexible protection member for protecting the cable. The anchor and the clamp portion are integrally molded. The clamp portion includes a holder having a concavity, and a cover for closing the concavity. The cover has one end connected to one end of the holder by a hinge. The other end of the cover and the other end of the holder have cooperable latch portions adapted to be latched to one another. The protection member includes a holder-side portion fixed to the holder, and a cover-side portion that extends substantially parallel to the cover in its open state and that is pressed by the cover in its closed state to envelop the outer surface of the cable in cooperation with the holder-side portion.

A non-contact transport apparatus comprises a top plate with a supply port for supplying air thereto, a diffuser plate having a plurality of discharge holes for discharging air, and a sheet-shaped nozzle plate interposed between the top plate and the diffuser plate and having a plurality of nozzles therein. The top plate, the nozzle plate and the diffuser plate are stacked and integrally connected to one another through a plurality of connecting bolts. Air is supplied from the supply port and via flow passages to the plurality of nozzles. Air is directed to the outside from the plurality of discharge holes, via radially formed nozzles oriented in a radially outward direction.

Since the battery is placed in the battery tray, the battery can stably held in place even if the battery support part of the floor panel is somewhat uneven. The battery support part (31) on which the battery (B) is supported is a part of a floor panel (30) of the vehicle (21), the number of the mounting holes (31) is at least two, the battery is placed in a battery tray (5) placed on the battery support part, the battery tray has lugs (5a) provided with holes (5b) having a diameter greater than that of the hook rods (1) and smaller than an outside diameter of the tubular spacers (3) at positions corresponding to the mounting holes, and the battery tray (5) is fastened together with the battery (B) to the battery support part (31) of the floor panel through the tubular spacers by the hook rods.

An iontophoresis device capable of stably holding a drug during a storage period and of transdermally administering the drug to an organism at a high transport number during use. The iontophoresis device includes an electric power source. A first electrode assembly may be electrically coupled to the electric power source to store and transdermally administer an ionic drug to an organism via iontophoresis. The first electrode assembly stores the ionic drug at a temperature less than or equal to zero degrees Celsius and administers the ionic drug at a temperature greater than zero degrees Celsius. A second electrode assembly may be electrically coupled to the electric power source as a counter electrode to the first electrode assembly.