43results about How to "Low bending resistance" patented technology

A process for spiral membrane element production is disclosed in which creases are stably and sufficiently formed to thereby enable the later step of winding or the like to be smoothly conducted while eliminating the 'wrinkling' or 'breakage' caused by the distortion of creased parts. The process comprises the step of forming a multilayer structure S2 comprising a membrane 1 which has been folded, a feed-side passage material disposed on the feed side of the folded membrane 1, and a permeation-side passage material disposed on the permeation side of the folded membrane 1 and the step of spirally winding at least the multilayer structure S2 on a perforated core tube 5, wherein the folded membrane 1 is obtained by forming beforehand in a membrane a folding initiation part L2 reduced in bending resistance along each of folding lines L1 for the membrane, folding the membrane 1 at the folding initiation parts L2, and heating and pressing the membrane 1 during and / or after the folding.

The object of the invention is to provide a silent chain transmission device which can reduce width of chains, reduce occupying space, reduce abrasion, vibration and noise, reduce number of parts, easily assemble, can lighten weight to improve tracing ability of tracing speed change. The silent chain transmission device rotates in a transmission way by meshing a chain (120) and a chain wheel (110); the chain (120) is formed by alternatively bending a chain link plate (132, 142) provided with plate teeth (134, 144) through a connection pin 9121); the chain wheel (110) is provided with chain wheel teeth (111) at an outer peripheral surface, wherein the plate teeth (134) are arranged in the outermost row of chain link plate (132) at the width direction of the chain (120); and the chain wheel (110) is provided with a pair of flanges (112) that guide the chain by engaging sprocket-engaging teeth on the outermost plates of the chain.

The invention provides a patch of a male fastening means, in particular, a hook patch with decreased bending resistance. The patch according to the invention comprises a backing bearing a plurality of male fastening elements, in particular hook elements. The patch is integral and comprises a plurality of incisions. Said incisions do not extend across the whole width of the patch but preferably leave at least one intact bridge across the cross-direction of the patch. Furthermore, a fastening tape tab having a manufacturer's and user's end is provided, the fastening tape tab comprising a support layer bearing on its major surface of the user's end at least one fastening patch according to the invention. Furthermore, a strip is provided from which a patch according to the invention is cut.

A flexible touch screen fold along middle is provided. The flexible touch screen has a window region with a touch function, a folded section, and a non-window region for arranging leads. A part of the electrodes located at the folded section is made of transparent electrode material with a bending resistance. Because the electrodes of the folded section are made of the material with a bending resistance, the bending stress of the electrodes at the folded area of the flexible touch display panel can be improved, and the service life of the flexible touch display panel can be increased.

The invention discloses a copper bar bending device. The copper bar bending device comprises a base plate, a main shaft, a copper bar bending mechanism, a copper bar locating mechanism, a locking mechanism and a copper bar pressing mechanism. The copper bar bending mechanism comprises a rotating disk, a wire pressing device, a handle and a handle limiting device, wherein the rotating disk is arranged on the main shaft in a sleeved mode, the wire pressing device and the handle are fixed to the radial outer side of the rotating disk, and the handle limiting device is fixed to the base plate. The copper bar locating mechanism comprises a backing plate, a core plate and a guide rail, wherein the backing plate and the core plate are sequentially arranged on the main shaft in a sleeved mode, a copper bar to be bent is longitudinally supported by the guide rail and one side of the backing plate, the inner side of one end of the copper bar to be bent abuts against one side of the core plate, and one end of the wire pressing device abuts against the outer side of one end of the copper bar to be bent. The copper bar pressing mechanism comprises an L-shaped pressing plate, a T-shaped nut and a pressing bolt. The locking mechanism comprises an upper pressing block and a locking nut. The copper bar bending device saves time and labor when operated, and is high in machining efficiency, low in cost, small in bending resistance in the bending process and suitable for single-piece or small-scale production.

A display component is provided. The display component has a flexible display panel, a first glass substrate, and a second glass substrate. The flexible display panel includes a first display portion, a second display portion, and a bending portion. The bending portion connects the first display portion and the second display portion. The first glass substrate covers a first light emitting surface of the first display portion, and the second glass substrate covers a second light emitting surface of the second display portion.

The invention provides a plastic fibre rotating connector. One end of the fixed end sleeve of a fixed head is embedded with a fixed end fibre and the other end thereof is embedded with a fixed end lens; the end surfaces of the fixed end fibre and the fixed end lens are closely matched with each other in a contacting way; a fixed metal sleeve is arranged outside the fixed end sleeve. A movable endfibre is embedded at one end of the movable end sleeve of the rotating head and a movable end lens is embedded at the other end thereof; the end surfaces of the movable end fibre and the movable end lens are closely matched with each other in a contacting way; a rotating metal sleeve is arranged outside the movable end sleeve. The fixed end fibre and the movable end fibre are plastic fibres; the fixed end fibre sleeve is arranged outside at the end of the fixed end fibre which is embedded into the fixed end sleeve; the movable end fibre sleeve is arranged outside at the end of the movable endfibre which is embedded into the movable end sleeve. The plastic fibre rotating connector of the invention solves the technical problems that: in the background technique, the numerical aperture and core diameter of the fibre are small, the requirements on the mechanical processing precision and the assembly coupling precision are extremely rigid, the coupling difficulty is large and the cost is high. The plastic fibre rotating connector is especially applicable to local area network with a plurality of connecting points, and the short-distance information transmission system.

The invention discloses a double-swing main jet wefting insertion mechanism of a jet loom, comprising a fist-level main jet and a second-level main jet. The double-swing main jet wefting insertion mechanism of a jet loom is characterized in that the first-level main jet and the second-level main jet are arranged on the same buckle seat and synchronously swing with the buckle seat, the first-levelmain jet is arranged in front of the second-level main jet, and the nozzle of the second-level main jet is aligned with the nozzle of the first-level main jet one by one. In the invention, the fist-level main jet performs the main dragging action on weft yarn, the second-level main jet is the supplement of the fist-level main jet, and the second-level main jet and the first-level main jet are arranged on the same buckle seat and synchronously swing, which not only can obtain large enough traction to provide enough time for the weft yarn to fly but also can cause the weft yarn to fly along a straight line so as to reduce unnecessary bending resistance, and thus the weft yarn can smoothly fly. The invention lowers gas consumption, and can better improve wefting insertion rate to obtain the effect of energy saving and high efficiency. Meanwhile, the invention can better adapt to the requirements of high speed and wide width of jet looms.

The invention relates to the field of powder coatings, in particular to a fast-curing powder coating and a preparation method thereof. The powder coating comprises a polyester mixture and an amino resin mixture; the polyester mixture is: polyarylate, polyterephthalene Butylene formate, polyethylene micropowder wax, microcrystalline cellulose, polyvinyl acetate, liquid silicone rubber, nano-silica agglomerates, barium sulfate, melamine formaldehyde resin; the amino resin mixture is: urea-formaldehyde resin, isoamyl Rubber, rare earth oxides, matte calcium carbonate, polyacrylonitrile, nano-titanium dioxide, polyvinylidene fluoride resin. The coating of the invention has high surface energy receiving efficiency, rapid curing, good mechanical strength and wide application range.