140results about How to "Prevent snagging" patented technology

A dissecting tip is provided for use with a surgical stapler or instrument. In one embodiment, the dissecting tip is secured to the end effector of the surgical instrument, e.g., to the cartridge assembly. The dissecting tip extends distally from the end effector and is configured to dissect or separate target tissue from certain tissue, e.g., adherent, connective, joined or other tissue.

An improved golf putter incorporating a weight management system that allows for adjustment of a golf club head weighting by incorporating an adjustable weight system wherein weights may be removed and replaced quickly and easily without requiring a specialized tool is disclosed. Weights received within weight ports formed in the heel and toe portions of the putter are maintained securely affixed within the club head body by plugs adapted for snap fit engagement with the club head. Unlike other putter weight adjustment systems disclosed in the art, the present invention does not require use of a special tool, such as a wrench, to remove and replace the weights. While the preferred golf club embodiment disclosed is a putter, the present invention contemplates incorporating any of the features and / or advancements disclosed herein into any golf club. In addition, the present invention further includes novel aspects relating to overall design, including mass distribution and a rearwardly projecting portion having an upwardly sloped sole that prevents the club from snagging the turf. Furthermore a hollowed out area formed within the rearwardly projecting portion is sized and shaped to receive a correspondingly sized and shaped sensing module adapted to measure club head movement and wirelessly transmit data to a remote graphical user interface.

A safety utility belt that includes a number of retaining rings each provided with a safety cover flap securable over the retaining ring to prevent snagging of the retaining ring. The safety utility belt includes a heavy duty webbing back belt, a reflective center belt strip, a buckle assembly, a belt strip end that is coupleable to the buckle assembly to secure the back belt about the waist of a user, a horizontally pivoting tool retaining ring, a no-snag tool retaining ring safety cover flap securable over the tool retaining ring to prevent snagging of the tool retaining ring, a vertically pivoting attached D-ring, and a no-snag D-ring safety cover flap securable over the D-ring to prevent snagging of the D-ring. The no-snag tool retaining ring safety cover flap and the no-snag D-ring safety cover flap include a storage hook and pile fastener strip that is securable to a companionate section of hook and pile fastener material provided on a back side surface of the back belt when the no-snag tool retaining ring safety cover flap is folded backward against the back side of the back belt in a no-snag storage position.

A crash cushion comprising a resilient cylinder having a substantially vertical longitudinal axis and an outer surface at least a portion of which is adapted to be exposed in or to a roadway. A deflector skin has a curved contour shaped to mate with the outer surface of the cylinder. The deflector skin is mounted on the outer surface over at least a portion of the portion of the outer surface that is adapted to be exposed to the roadway. A crash cushion system includes an array of cylinders and at least one deflector skin. In another aspect, a plurality of cylinders, at least some of which define a side of the array, each have an outermost vertical tangent, the combination of which defines a vertical plane. One or more deflector skins each including a leading edge and a trailing edge are mounted to corresponding ones of the cylinders forwardly of the tangent. In one preferred embodiment, the one or more deflector skins are substantially flat and are oriented in a non-parallel relationship with the vertical plane. Preferably, only the leading edge of the deflector skins is mounted to the cylinder. Methods for using and assembling the crash cushion systems are also provided.

A snag-free or safety instrument, such as a wristwatch, having substantially smooth and flowing contours and being free of stems and protrusions eliminates or greatly reduces the potential of state of the art wristwatches to scratch, puncture or tear the skin of persons other than the wearer whom the watch may contact, when worn in normal use and in situations involving possible close contacts as in care giving and sports activities.

A utility belt that includes a number of retaining rings for securing desirable tools to the utility belt as need that further included a cover strap for each of the retaining rings so that all unused retaining rings can be secured to minimize snagging of the retaining ring and possible death or injury to a user.

Described is a device for automatically tying and untying shoe laces. The device includes a gear box for positioning with the tongue of a shoe, the gear box having pulleys around which laces can be wound. A motor is included in the gear box for selectively turning the pulleys to wind and unwind the laces. Controls accessible via the tongue of a shoe are provided for activating the motor. The laces are included for winding through lace holes of the shoe and around the pulleys. To prevent snagging and provide for smooth operation of the laces, the laces are formed of a plastic cable with a lacing sleeve wrapped around the plastic cable.

An battery-powered, portable air conditioner apparatus is provided having an insulated chest with two holes in the lid. A fan is positioned in one of the holes for drawing air into the chest, where heat is exchanged with the contents of the chest, and the other hole is a vent, through which the conditioned air exits. The air conditioner apparatus may be provided with a receptacle that is capable of engaging rechargeable, cordless power tool battery packs.

A combination money clip and card holder adapted to retain paper currency and to removably store flexible cards such as credit cards. The product is constructed of three extrudeable plastic material parts that are easily assembled to produce a durable, smooth exterior surface. The product is light weight and of a size to be conveniently carried in a pocket or purse.

A stent or stent-graft delivery system includes a stent ejection component. The stent ejection component includes a body and an ejection collar. The ejection collar extends from the body in the proximal direction. The ejection collar assists in automatically ejecting a proximal end of a stent when the tapered tip is moved in the distal direction to deploy the stent. A stent or stent-graft delivery system may also include a retain-sleeve landing component. The retaining-sleeve landing component includes a body and a landing collar. The landing collar extends from the body in a distal direction. The landing collar automatically captures a tapered tip of the delivery system when the tapered tip is moved in a distal direction to deploy a stent contained in the delivery system. Upon capture of the tapered tip, the stent ejection component with the tapered tip attached has an atraumatic profile.

A rapid doffing and donning vest uses a clam shell design wherein the ends of the cummerbund are removably attachable to the rear panel. A blade on the cummerbund mates with a receiver on the rear panel and has a plunger hold the two together. The plunger is attached to a pull strap located on the front panel's shoulder strap via a cord. As the pull strap is pulled outwardly, the cord pulls the plunger away from the mated blade and receiver and allows the two to decouple detaching the cummerbund from the rear panel. Outward pulling on the pull strap also facilitates decoupling of the shoulder strap from the rear panel. When the vest is doffed, the front panel and cummerbund remain attached to each other and detached from the rear panel.

A system of placing a vest with a rear hook and loop fastener on an infant, laying the child on a changing pad having a surface hook and loop fastener, and attaching the vest to the changing pad by fastening the hook and loop fasteners together, securely holding the infant onto a changing pad while changing a diaper. The changing pad has a flap that when closed, covers the surface hook and loop fastener when the system is not in use, to prevent snagging other clothing. The vest that can be placed on the child prior to and in preparation for changing a diaper when the child is standing, seated upright, or lying down. The vest has a front hook and loop closure for easy opening and closing by the user. The vest optionally includes tethered toys to amuse the child during diaper changing.

A cooling device for a battery module is provided that includes a cooling element having at least one through hole extending from a first side of the cooling element facing the battery module to an opposite second side of the cooling element, at least one spring element disposed on the second side of the cooling element, in order to exert a contact force on the second side of the cooling element in a tensioned condition, and at least one clamping device coupled to the spring element and extending through the through hole, wherein a contact region of the clamping device extends beyond the second side of the cooling element when the spring element is in a relaxed condition.

A stent or stent-graft delivery system includes a stent ejection component. The stent ejection component includes a body and an ejection collar. The ejection collar extends from the body in the proximal direction. The ejection collar assists in automatically ejecting a proximal end of a stent when the tapered tip is moved in the distal direction to deploy the stent. A stent or stent-graft delivery system may also include a retain-sleeve landing component. The retaining-sleeve landing component includes a body and a landing collar. The landing collar extends from the body in a distal direction. The landing collar automatically captures a tapered tip of the delivery system when the tapered tip is moved in a distal direction to deploy a stent contained in the delivery system. Upon capture of the tapered tip, the stent ejection component with the tapered tip attached has an atraumatic profile.

Disclosed is a supplemental support that is designed to prevent a knee brace from migrating out of position. The device comprises an inelastic, elongated strap with hook fasteners on its inward surface and loop fasteners on its outward surface adapted to connect a knee brace to a waist support. A loop is provided at the upper end of the strap for securing to a conventional waist belt, while a protective cover secures over any exposed length of strap to prevent chaffing or damage to clothing. The hook fasteners secure to the neoprene fabric or any exposed loop fasteners on a conventional knee brace, or alternatively the strap is inserted between the brace straps and the neoprene to ensure that the brace does not move along the user's leg. When positioned between a waist belt and a knee brace, the device ensures the brace remains in position during activity.

The invention belongs to the technical field of textile, and particularly relates to a manufacturing method of a cotton knitted shirt. The manufacturing method of a cotton knitted shirt comprises thesteps of fabric loosening, tailoring, lining sticking, small part sewing and liquid glue bonding sewing to form a large part. During fabric loosening, a cotton knitted fabric is subjected to looseningfor more than or equal to 24 hours and then tailored; in the lining sticking process, full linings are stuck to sleeve caps, a collar and sleeve legs; and the sleeve caps, the collar and the sleeve legs are sewn to obtain a semi-finished product, and cut pieces are bonded and connected by adopting a liquid glue bonding and sewing device when all the components are combined to obtain the cotton knitted shirt. The manufacturing method is scientific and reasonable in design, and the produced product is soft and smooth in texture, has good crease resistance and air permeability, has large extensibility and elasticity and is comfortable to wear.

A removable luggage identification apparatus includes a substantially planar body, a plurality of fastener seats, each fastener seat being located near the perimeter of the body, and a plurality of mechanical fastener members, each fastener member being located and configured so that a retaining head of each fastener member is significantly laterally shielded by physical structures of the indicia body, thereby preventing the fastener members from being snagged by lateral contact with external objects. A corresponding method of identifying luggage is provided.

A system and method for preparing a plastic bag especially useful for carrying electronic products by extruding spaced apart ribs onto the interior surfaces so that the bag volume is greater, so that a greater amount of VCI or anti-static material can be carried in the bag volume and providing greater surface area for outgassing of the VCI into the bag interior. The ribs also facilitate insertion of items into the bag and prevent clinging of the bag interior surface to flat portions of the product carried therein.

The invention relates to a large-diameter steel strand compression type anchorage device comprising a large-diameter steel strand compression type anchorage device. The device is characterized in that: the device comprises a steel strand. A taper sleeve is wedged between a central steel wire and an outer-layer steel wire at one end of the steel strand. One end of the steel strand is provided with an irregular-shaped steel wire bushing. The irregular-shaped steel wire bushing is formed by wound irregular-shaped steel wires with cross sections shaped as equilateral triangles. A cylindrical compressing sleeve is arranged outside the irregular-shaped steel wire bushing. The outer wall of one end of the compressing sleeve is in a cone shape, and the inner wall of the other end of the compressing sleeve is in a cone shape. The steel strand provided with the taper sleeve, the irregular-shaped steel wire bushing and the compressing sleeve are compressed by using a compressing mold, and are combined into an integral whole. With the taper sleeve wedged between the central steel wire and the outer-layer steel wire, the end of the steel strand is expanded, such that the compression forces among the steel wire layers are increased, and a wire drawing phenomenon of the steel wire strand in tension can be effectively prevented. Therefore, the holding force upon the steel strand is increased, and the anchorage performance is improved. The anchorage device can be widely applied in the field of constructions.