33results about How to "Eliminate fold" patented technology

A fly shield for covering a horse's head to protect the horse from flies or other detrimental which is characterized by a pair of substantial rooms that accommodate the horse's eyes, and a pair of ear-hoods for accommodating the horse's ears in a flexible manner and an adjustable fastening device. Thereby, the disclosed fly shield is able to offer the horse with protection as well as comfort.

A device for tensioning a dual-skin flexible wall capable of interaction with at least one rigid mount, the device being mounted at the opposite edges of two skins to be retained by the rigid mount. The device includes a cord designed to interact with a groove formed in the rigid mount, and an inflatable bead capable of spacing the two skins away from and parallel to each other. Once inflated, the inflatable bead has a substantially cylindrical shape and remains confined outside the volume occupied by the rigid mount.

A method of making an S-shaped bent edge component comprising: placing in order an upper layer of metal base plate and a lower layer of metal base plate as well as a middle layer of heat-isolating materials in between; fixing the metal base plates with the heat-isolating materials; forming J-shaped edges on the base plates by stamping, and the J-shaped edges of the base plates are perpendicular to a horizontal portion of the metal base plates; each of the J-shaped edges of the base plates has an outwardly bent curve with a crown and a curve end; by means of a stamping step performed by an upper mold M1 with a concave surface and a flat surface and a lower mold M2 with a flat surface, the concave surface of the mold M1 exerts lateral force onto the curve ends so that the J-shaped edges of the base plates inwardly bend towards the upper metal base plate.

A portable intermittent fault detector includes an enclosure that carries electronics and a display. The electronics are selected, arranged, and connected in a manner that minimizes noise, including noise that could interfere with an ability of the portable intermittent fault detector to detect intermittent faults in complex electrical systems. The portable intermittent fault detector also includes a passive heat management system hat conveys heat away from the electronics. In addition, a test module assembly of the portable intermittent fault detector includes an inner assembly with test module boards that are rigidly secured to one another and an outer support that carries the inner assembly in a manner that absorbs impacts and other forces on the portable intermittent fault detector.

The invention discloses a mould and a die forging method thereof for prolonging the service life of a multidirectional die forged mould. The mould comprises an upper mould, a lower mould and a lateral male mould; the mould is characterized in that the lateral male mould comprises a small male mould which is located at the front end and a mould matrix which is located at the rear end; the front end of the small male mould is used for contacting a part and performing extrusion forming on the part to form a foot shape of the part; the rear end of the mould matrix is used for being fixed on a die holder or a piece of power equipment; and a contact place of the rear end of the small male mould and the front end of the mould matrix has a structure in a plane butting way or in the concave-convex coupling butting way which can prevent the small male mould from being rotated. The die forging method comprises the following steps that the mould is adopted; and during die forging, the small mould is changed to ensure the temperature of below 200 degrees centigrade. The mould and the die forging method have the advantages of capacities of prolonging the service life of the multidirectional die forged male mould and reducing wear of the mould, convenience in clamping, obviously improving the quality of the parts, greatly reducing production cost, greatly improving production efficiency, and realizing mass production of the parts by a multidirectional die forging process.

The invention discloses a hook and loop semi-finished product dyeing and drying device, comprising a dyeing box and a drying box, a heating plate is installed in the drying box, and a purification mechanism is connected to the outer wall of the drying box; the dyeing box The end of the box is fixed with a right-angle plate, and a cavity is opened inside the right-angle plate, a gear one is installed in the cavity, a reset mechanism is connected between the gear one and the cavity, and a motor is fixed in the cavity. The driving end of the motor is fixedly connected with an incomplete gear that meshes with gear one, and guide rods are fixed on the inner walls of both sides of the lower end of the cavity. The present invention eliminates the folding of the Velcro through the reciprocating movement of the smoothing roller before the Velcro is dyed and dried, ensures the full contact of the Velcro with the dye solution and the hot air, ensures the effect of dyeing and drying, and greatly improves the drying process. The water vapor generated in the system is condensed and purified to avoid the problem of pollution.

The invention discloses an OCr17 continuous casting blank and a production method thereof. The continuous casting blank comprises the following chemical components in percentage by mass: 0.04-0.06% of C, 0.25-0.45% of Si, 0.40-0.55% of Mn, 0.035% or less of P, 0.030% or less of S, 16.50-16.75% of Cr, 0.60% or less of Ni, and the balance of Fe and inevitable impurities. The production method comprises the steps of: control of a continuous casting machine crystallizer water flow, a secondary cold water flow and crystallizer electromagnetic stirring parameters, slow cooling of the continuous casting blank and casting blank angle finishing chamfering plane width control. The method enables the surface pass percent of the continuous casting blank of rolled steel to reach above 99%, and guarantees elimination of surface and subsurface cracks of the continuous casting blank; and through angle finishing, the angle rolling broadening deformation is reduced, the angle temperature drop is reduced, the OCr17 wire folding and cracks are eliminated, the wire rod primary inspection pass percent is above 99%, and the acid washing secondary inspection pass percent is above 95%.

A completely folded body of an airbag, includes: an outer peripheral wall including a vehicle body side wall portion, and a receiving side wall portion. An outer peripheral edge side in a state where the receiving side wall portion is superimposed on the vehicle body side wall portion and is flatly deployed is subjected to radial folding and folded. An accommodation recess portion for accommodating an upper portion on a gas supply port side of an inflator is provided on a bottom surface. A radially-folded folded portion is disposed so as to surround a circumference of an intermediate portion from a base portion near the center of the ceiling surface of the accommodation recess portion in a linear supply path, for supplying the inflation gas from the inflator, to a tip portion disposed on an inner surface side near the center of the receiving side wall portion.

A ring comprising a first fabric layer; a second fabric layer circumscribing the first fabric layer and a rigid member disposed between the first fabric layer and the second fabric layer. The ring being manufactured by providing a sheet of fabric, folding a first panel about a fold line towards a center of the sheet and folding a second panel along a second fold line towards the sheet such that the first panel and second panel are in abutting relationship once folded to create a seam. A rigid member is placed along the seam. The panel is folded about the seam so as to sandwich the rigid member between the first panel and second panel. Heat is applied to the entire structure to bond the first panel to the second panel. A first end of the panel is affixed to a second end of the panel to form a ring. The ring is placed about a hot cylindrical surface and then removed to harden.