93results about How to "Inhibit chafing" patented technology

An automated tire manufacturing curing module 10 according to the present invention is illustrated. This system or module 10 provides for the complete vulcanization of pneumatic tires at one tire curing module 10 using only one mold 50 for a particular tire size or style. This curing module 10 is preferably an integral part of a tire building module which forms the tire carcass subassembly 4 and the tire belt tread subassembly 3. These two subassemblies 3, 4 after being formed hot and assembled on a detachable elevated temperature building drum core 22 are shown inserted while on the building drum core 22 into a tire curing mold 50 immediately after their assembly is completed. When at the tire curing station, the mold 50 will then be closed and heated at a mold curing module 10 which permits the tires 200 to be cured or otherwise vulcanized and removed from the mold 50 and the building drum core 22. The curing module preferably has a curing dome 80 having one or more induction heating coils 81, 82, 83.

A ratcheting one-way clutch includes a cam plate formed with cam surfaces angularly spaced about a central axis, and a rocker plate having pockets angularly spaced about the central axis, each pocket including a surface having a pivot axis located within the pocket. A rocker, located in each pocket, pivots about the pivot axis toward and away from the cam surfaces. Each rocker has a center of mass, located relative to the pivot axis when the rocker is retracted into the pocket away from the cam surfaces, such that an acute angle formed between a first line that extends radially from the central axis through the pivot axis and a second line that passes through the center of mass and the pivot axis is equal to or less than twenty degrees.

A winter liner system, including a hunter knit liner for wear underneath a protective helmet. The hunter knit liner fully encircles, and partially covers, the head of the wearer and includes a decorative exterior layer, an interior layer, and an interior foam layer sandwiched therebetween. The liner has two ear flaps extending downwardly to cover ears, and a looping band on each ear flap for holding the chinstrap of the helmet. At least one ear flap includes a side pocket integrated therein. The liner includes an elongated bill extending downwardly and horizontally across the front portion. The bill has an exterior surface which adheres directly to the front of the helmet. A plurality of snapping mechanisms, which include male snap heads embedded within the helmet and cooperating female snap receptacles integrated into the liner, removably securing the liner into the helmet.

A credit card modularized set having a flexible stow envelope for receiving a companion nose-clasping type reading glasses, with a length and width approximately that of a conventional credit card; wherein as the set is stacked within a group of conventional credit cards, no portion of the set is substantially protrusive nor recessive of the stacked group. The reading glasses component has a special beam bridge portion having a square cross-sectional shape thereby affording maximum torsional resistance for its diminutive size plus a laterally tapering cross section evenly distributing any imposed bending loads. The modularized set has a minimal thickness enabling its user to slip the set conveniently within the user's wallet modularly among the user's credit cards for ready availability.

A towed antenna system and method of use includes a communication device disposed on a buoyant body attached to a housing by a tether. The housing includes a spool, a reel-wire guide, and a motor. The buoyant body and the reel housing are deployed from and towed at from a submerged platform. Hydrodynamic forces from towing prevent the buoyant body from rising to the surface while maintaining the housing at an equilibrium depth. To establish communication, the tether is released from the spool and the buoyant body rises to the surface. The tether is released until the communication session is over or until the tether is fully deployed. The reel-wire guide prevents the tether from becoming snagged during release. Once the communication session has been completed, the tether is retracted and the buoyant body re-establishes its equilibrium depth.

A fixing system for cables, in particular in wind turbines, includes a main body (1) that can be fixed to a supporting structure and cable holders (11) that have an opening for cables to be inserted. Each opening can be closed by a cover device (45). The cable holders (11) are mounted on the main body (1) and in an arrangement extending at least over a part of a circle with the opening of the cable holders on the outside. The cover device includes retaining elements (45), by which the opening of the respective cable holders (11) can be blocked to secure inserted cables.

The invention discloses a liquefied natural gas sampling and continuous collecting device, which comprises a sampling system, a gasification system, an on-line analysis system and a continuous collecting system, wherein the sampling system comprises an LNG sampling probe, a sampling pipeline and an LNG filling pipeline; a closed deep cooling cavity is formed at the front end of the LNG sampling probe; the sampling pipeline is arranged in the LNG sampling probe in a penetrating manner; the LNG filling pipeline is arranged in the LNG sampling probe in a penetrating mode and communicates with a closed deep cooling cavity; one end of the sampling pipeline penetrates through the closed deep cooling cavity and is connected to the gasification system; the gasification system is used for gasifyingan LNG sample conveyed by the sampling pipeline; the on-line analysis system is connected to an outlet of the gasification system and is used for carrying out on-line analysis on a gasified natural gas sample and providing gas component parameters; and the continuous collecting system is connected to the outlet of the gasification system and is used for continuously collecting the gasified natural gas samples.

A shoulder strap construction includes a dog bone shaped center pad slidably mounted on an elongate strap. The pad is constructed with a convex curvature that fits over the shoulder of a user.

A neck-protective member for preventing chafe encountered when wearing a wetsuit is provided that fits snugly around the wearer's neck, with its lower edge under the edge of the neck opening in the wetsuit. The edge of the neck opening in the wetsuit bears against the protective member rather than the skin of the wearer's neck, preventing painful chafing that can be experienced around a wearer's neck upon prolonged wetsuit use.

In a particularly preferred embodiment of the invention, the neck-protective member of the invention comprises a generally conical neck portion, which fits around the wearer's neck, and a skirt portion, which fits over the wearer's shoulders, under the wetsuit. The neck portion may be formed of a single band-like member cut from a sheet of flat material, preferably “smoothskin” neoprene rubber material, oriented such that the smooth surface of the “smoothskin” neoprene rubber material is to the inside and contacts the wearer's neck.

Similar members can also be provided for prevention of chafe between the ends of sleeves in the garment and the arms of the wearer.

The invention discloses an anti-glare screen protection film. The main structure of the anti-glare screen protection film comprises a main film, a mounting adhesive layer, a mounting adhesive protection film, an anti-glare scratch-resistant layer, a protection film adhesive layer and a scratch-resistant layer protection film, wherein the three layers of the main film, the three layers of the mounting adhesive protection film and the scratch-resistant layer protection film are film structures of polyethylene terephthalate (PET) material, and the three layers of the mounting adhesive layer, the anti-glare scratch-resistant layer and the protection film adhesive layer are adhesive structures with different properties. The invention also discloses a making method of the anti-glare screen protection film. The anti-glare screen protection film provided by the invention is easy to mount, and capable of quickly and automatically removing bubbles; no adhesive residue is left on the screen surface after the anti-glare screen protection film is removed; the anti-glare screen protection film can be repeatedly sticked and used after being removed from the screen; the anti-glare screen protection film has the functions of scratch resistance, excellent abradability, stain repellence and the like, and can effectively eliminate reflected light and strong glare in a situation that an extreme brightness contrast exists at a time or in a space so as to cause visual sense uncomfortableness and object visibility reduction; in addition, the anti-glare screen protection film has the characteristics of high fashion property, capability of strengthening liquid crystal picture stereo feeling and making the color more plentiful, and the like, and can be widely applied to screen protection of various liquid crystal display screens. The making method of the anti-glare screen protection film provided by the invention is simple, easy to operate and suitable for industrial production.

A line shield has a tube that can be secured with respect to a sinker to guide the sinker over submerged obstructions. The tube has a tube passage, through which a line attached to the sinker passes, and terminates at a tube leading end and a tube trailing end. The tube is preferably secured to the sinker by a resilient hood having a hood passage sized to frictionally fit over the tube trailing end, and to frictionally fit over an eye of the sinker or a connecting element attached thereto, such as a snap. The frictional engagement of the resilient hood with the eye and the tube trailing end maintains the tube in close proximity to the sinker or connecting element. In use, the tube leading end is raised so that the tube acts as a ramp-shaped deflector to guide the sinker over obstructions.

The invention discloses a self-film-cutting type aluminum profile double-side-face synchronous film pasting machine. A contact roller and a cutting knife are in linkage through a transmission mechanism, wherein the contact roller is located behind a film rolling roller, and a part of the contact roller coincides with the conveying track of an aluminum profile; a knife edge of the cutting knife makes contact with a film guiding roller; when the contact roller rotates to the outer surface of the contact roller through the transmission mechanism to make rolling contact with the outer surface of the area, subjected to film pasting, in the aluminum profile, the cutting knife can rotate, a gap exists between the knife edge of the cutting knife and the film guiding roller, and an elastic device deforms; a film unwound from the film rolling roller can pass through the gap; and two sets of film pressing rollers are symmetrically arranged at the two ends of a clamping mechanism, telescopic rodsdo telescopic motion to be used for adjusting the distance between the two ends of the clamping mechanism, and the two sets of film pressing rollers make rolling contact with the corresponding side faces of the area, subjected to film pasting, in the aluminum profile correspondingly. The self-film-cutting type aluminum profile double-side-face synchronous film pasting machine has the advantages that synchronous film pasting of the two opposite side faces of the aluminum profile is achieved, the mechanical structure for automatically cutting off the film is optimized, and operation convenienceis improved.

Provided is a longitudinal drawing device capable of reducing the occurrence of transfer damage, scratches, or the like on a thermoplastic film when drawn longitudinally. Specifically, a longitudinaldrawing device (5) draws a thermoplastic film (F), heated by heating rolls (13), by means of a difference in peripheral speed between a plurality of low-speed driving rolls (8) and a plurality of high-speed driving rolls (9). The plurality of low-speed driving rolls (8) and the plurality of high-speed driving rolls (9) are respectively composed of suction rolls having low-speed-side suction holes(8b) and high-speed-side suction holes (9b) which are a plurality of suction holes in conveyance surfaces thereof for conveying the thermoplastic film (F). A plurality of the heating rolls (13) are provided between adjacent low-speed driving rolls (8) and high-speed driving rolls (9). Each of the plurality of heating rolls (13) is provided with a following electric motor (15) serving as an actuator. Each of the plurality of heating rolls (13) is configured to be independently rotationally drivable. The output torque of each of the following electric motors (15) is controlled so as to coincidewith a target value set for each of the following electric motors (15).

Underwear adapted to add an inner structure to a traditional covering comprising waistband and fabric panels conventionally covering the buttocks, hips, and genital areas. The inner structure may include a fabric panel bearing a ridge intended to occupy the cleft separating the buttocks, with the fabric panel adhering closely to the buttocks. The inner structure may also or instead include a fabric scrotum guard which covers the rear of the scrotum and which separates the scrotum from the inner thighs and separates the right and left perineal folds where inner thighs meet the lowermost trunk. The scrotum guard may include adjustment structure for adjusting tightness of the fit with the Y formed at the scrotum and the entire perineum. The front of the traditional covering may have an opening for retrieving the penis which opening is arranged horizontally rather than in the traditional generally vertical orientation.

To suppress generation of scratches and dirt on a printed face and to intend to reduce in size, a switchback device (1) provided in a conveyance path (12) for a printed medium (3), for reversing the direction of movement of the medium (3) sent from an upstream part (4) of the conveyance path (12) and then delivering the medium (3) to a downstream part (5) of the conveyance path (12), comprises a pair of operation rollers (15) including a drive roller (13) for conveying the medium (3) and a slave roller (14) cooperating with the drive roller (13) to pinch the medium (3); and a changeover mechanism (16) for changing a direction of the pair of operation rollers (15) including the drive roller (13) and the slave roller (14). The medium (3) sent from the upstream part (4) of the conveyance path (12) which is pinched by the pair of operation rollers (15) is, in this state, changed in direction as a result of a change of the direction of the pair of operation rollers (15) by the changeover mechanism (16), and then is delivered to the downstream part (5) of the conveyance path (12) by reversing rotation of the drive roller (13). Thus, generation of scratches and dirt on the printed face (3a) of the medium (3) can be suppressed and the space for taking the medium (3) in upon switchback can be reduced in size.

The invention discloses a scratch-resistant color screen protective film. The protective film mainly comprises a main film, an assembly glue layer, an assembly glue protective film, a scratch-resistant layer with colors, a protective film glue layer and a scratch-resistant layer protective film. The protective film has the following advantages: the protective film is easy to assemble; the bubbles can be rapidly and automatically eliminated; the screen surface is free of residual glue after the protective film is removed; the protective film can be repeatedly pasted and used after being removed from the screen and has the functions of resisting scratch, resisting wear and preventing fouling; and as different colors of organic dyes and other dispersing aids are added to the scratch-resistant layer, the whole protective film has the characteristics of transparent and bright colors, strong fashion sense and the like after uniform dispersion and can be widely used for protecting the screens of various liquid crystal displays. The manufacturing method of the scratch-resistant color screen protective film is simple, easy to operate and suitable for industrial production.