43results about How to "Increase the tensile load" patented technology

In a connector housing with integrated cable clamp, it is proposed to provide a receptacle sleeve for an electrical cable that is integrally formed on the connector housing and provided with clamping elements that are distributed over the radius and point in the mating direction. When a pressure screw is screwed onto the receptacle sleeve, the clamping elements are pressed radially inward and the electrical cable is clamped in position.

A connecting socket for a filter hose has an inner part having a first contact surface extending in circumferential direction on the inner part and an outer part having a second contact surface extending in circumferential direction on the outer part. A contact section of a filter hose is contacting the first and second contact surfaces when secured on the connecting socket. The outer part has an outer sleeve that is pushed onto the inner part such that the contact section of the filter hose is clamped between the first and second contact surfaces.

The invention relates to a diaphragm valve (1) having a valve housing (2) and a valve member (3) movable relative to said housing. The valve member (3) comprises a diaphragm carrier (6) that can be driven to execute a switchover motion (26) having a sealing diaphragm (8) mounted thereon, which delimits a valve chamber (7) in which a valve seat (47) is found. The sealing diaphragm (8) has a sealing section (53) opposite said valve seat (47) belonging at least partially to a loose diaphragm section (55) of the sealing diaphragm (8), which can lift from the diaphragm carrier (6) to reduce the stress on the sealing diaphragm (8) when said diaphragm carrier is removed from the valve seat (47) during switching.

The invention discloses a production technology of high-modulus alkali-free glass fiber. The technology comprises steps of preparing raw materials, fusing, wire drawing, winding, glue dipping, drying and detecting. The high-modulus alkali-free glass fiber comprises following chemical components by weight: 57-60% of SiO2, 0.5-1.5% of TiO2, 12-14% of Al2O3, 0.2-0.5% of Fe2O3, 22-23% of CaO, 0.1-0.5% of LiO2, 2.5-3% of MgO, 0.3-0.5% of Na2O, 0.1-0.5% of K2O and 0.2-0.5% of CeO2, wherein the sum of the weight percentages of the components is 100%. The glue dipping step adopts a dipping glue comprising following components by weight: 10 parts of 618 epoxy resin, 1 part of a triethylene tetramine curing agent and 2-4 parts of an acetone diluent. The high-modulus alkali-free glass fiber prepared by the technology is high in elastic modulus, high in product strength, and good in acid resistance and insulating property.

The invention relates to a retaining device for at least one battery cell, wherein the retaining device comprises at least two retaining elements, each retaining element comprises at least one fastening means, and the at least two retaining elements are mechanically detachably connected by means of the fastening means.

A plate link chain in the form of a conveyor chain comprising at least two chain strands that are disposed parallel to one another and are comprised of a sequence of inner plate members and outer plate members, wherein the inner plate members are provided with openings for receiving at least one sleeve for connecting the inner plate members of oppositely disposed chain strands, wherein the outer plate members are provided with openings aligned with the openings of the inner plate members to receive a link pin that extends through the sleeve and is fixed on the outer plate members, and wherein the inner plate members are comprised of at least two individual plates, one of which, of at least the inner plate members of one chain strand, is provided with angle brackets for the mounting of further chain components.

The invention relates to a pipe fitting made of composite material with high-tensile load and a manufacturing method of the pipe fitting and belongs to the technical field of composite material forming. The pipe fitting comprises two embedded parts and a composite material layer. The composite material layer is coated on the outer peripheries of the embedded parts, and the two embedded parts are arranged at two ends of the pipe fitting. The embedded part is provided with more than two cone angles, and an area formed between adjacent two cone angles is a groove. Each cone angle comprises an ascending line and a descending line, an included angle between the ascending line and a central line of the cone angle on the outermost side of the pipe fitting is smaller than an included angle of the ascending line and a central line of the cone angle on the inner side, and the diameter of a sharp point of the cone angle on the outermost side is smaller than that of a sharp point of the cone angle on the inner side. The cone angle on the outermost side of the fitting is one cone angle at the leftmost end of the pipe fitting or one cone angle at the rightmost end of the pipe fitting. The pipe fitting, which is made of composite material and manufactured by the method, has tensile load of 40t, and actual tensile fracture load of 48t.

A connecting socket for a filter hose has an inner part having a first contact surface extending in a circumferential direction on the inner part and an outer part having a second contact surface extending in a circumferential direction on the outer part. A contact section of a filter hose is contacting the first and second contact surfaces when secured on the connecting socket. The outer part has an outer sleeve that is pushed onto the inner part such that the contact section of the filter hose is clamped between the first and second contact surfaces.

A high-voltage direct-current optical fiber power composite submarine cable, an extruded composite unit (30) is arranged between an insulating filler unit (20) and an armored sheath unit (40), and the composite extruded unit (30) includes an inner and The longitudinally-wrapped aluminum-plastic layer (31), rubber-coated cross-linked layer (32) and rubber-coated elastic layer (33) arranged in sequence on the outside, the rubber-coated cross-linked layer (32) and the rubber-coated elastic layer (33) pass through the wave-shaped interface Composite cladding, the elastic modulus of the material of the rubberized cross-linked layer (32) is greater than the material elastic modulus of the rubberized elastic layer (33); the optical fiber unit (60) is embedded parallel to the central axis A or helically with a certain pitch In the encapsulating cross-linked layer (32), the reinforcing fiber bundles (70) are parallel to the central axis A and optionally embedded in the encapsulating cross-linked layer (32) and / or the encapsulating elastic layer (33). The longitudinal water sealing performance and flexibility of the high-voltage direct current optical fiber electric composite submarine cable are significantly improved.

A diaphragm valve (1) is proposed having a valve housing (2) and a valve part (3) movable relative to the valve housing. The valve part (3) comprises a diaphragm carrier (6) which can be driven to perform a switching movement (26), which carries a sealing diaphragm (8) fixed there, which delimits the valve chamber (7), the valve seat (47) is located in the valve cavity (7). The sealing diaphragm (8) has a sealing section (53) lying opposite the valve seat (47), which at least partially belongs to the loose diaphragm section (55) of the sealing diaphragm (8), when the diaphragm carrier is in the When removed from the valve seat (47) in the case of switching, the loose diaphragm section (55) can be lifted from the diaphragm carrier (6) in order to reduce the stress on the sealing diaphragm (8).

A pre-stressed orthopaedic implant includes a tension member extending through a bore in the implant. The tension member can include a bolt that is tightened into threads at the closed end of the bore, thereby compressing the implant between the bolt head and the threaded engagement. The implant is fixed within a bone while the implant is maintained in compression to improve the implant's ability to withstand tensile loads.

A method of manufacturing a semiconductor device prepares contact members, each of which has a cylindrical through-hole, and column-shaped connection terminals, each having a polygonal shape in a cross-sectional view along a length direction thereof, wherein a length of a diagonal of the polygonal shape is greater than an inner diameter of the through-holes. Chamfers with a curvature for fitting an inner surface of the through-holes are formed at corners of the connection terminal, and the connection terminals are press-fitted into the through-holes of the contacts. By doing so, the area of contact where the connection terminals press-fitted into the contacts contact the inner circumferential surfaces of the through-holes of the contacts is increased. This increases the tensile load of the connection terminals fitted into the contacts.