112 results about "Section modulus" patented technology

A vehicle radiator including inlet and outlet headers, a soldered core having a plurality of coolant flat tubes joining the inlet header and the outlet header with cooling fins on opposite sides of the coolant flat tubes, and a multifunction flat tube on at least one side of the core. The multifunction flat tube has a greater section modulus than the coolant flat tubes, and is soldered to adjacent cooling fins and the inlet and outlet headers whereby the multifunction flat tube carries coolant from the inlet header to the outlet header. The multifunction flat tubes each also have an inner flow resistance which is substantially smaller than the inner flow resistance of individual coolant flat tubes whereby more coolant flows through each multifunction flat tube than flows through an individual coolant flat tube per unit time.

A flexible tube comprising a skirt and a distribution head, resistant to cracking under stress and forming a barrier to water. The wall of the tube is made from at least one first polymer from the group of polypropylenes, with, at the mid-point from the end of the skirt furthest from the head to the end of the neck forming the distribution hole of the tube, a thickness of between 0.30 mm and 1.00 mm, with a section modulus of between 700 MPa and 80 MPa, the section moduli of the components of the wall being chosen to follow a law of maximum dispersion. The tube finds application in the storage of all products, in particular pasty bodies in cosmetics and pharmaceuticals.

A fixing device includes: a rotatable endless fixing belt; a nip forming member arranged inside the fixing belt; a facing rotating body that abuts the nip forming member via the fixing belt to form a nip portion with the fixing belt; a heat source that directly heats up the fixing belt at a portion other than the nip portion; and a supporting member that supports the nip forming member. The fixing device conveys a recording medium carrying an unfixed image to the nip portion to fix the unfixed image to the recording medium, and the supporting member includes a rising portion extending in an abutting direction of the facing rotating body against the fixing belt and having a tip close to an inner circumferential surface of the fixing belt, and is set to have a section modulus of 200 mm3 or higher.

A beam shoe for attaching a (first) beam end-on to a load-bearing construction, especially to a second beam disposed in the same plane as the beam to be attached and running at right angles thereto, the beam shoe comprising an originally flat, one-piece, strip-like sheet-metal portion or blank, which is shaped to an upwardly open channel-shaped retaining member having a web-like rectangular bottom for bracing the beam to be attached on the beam shoe as well as two web-like, parallel retaining legs, the retaining member embracing, in assembled condition, an end portion of the beam to be attached at the underside and side faces thereof, the legs, which are bent over upwardly from the bottom at right angles and disposed along two opposite borders of the bottom, being provided with through holes for rod-like fasteners such as nails in particular in order to join the beam shoe to the beam to be attached, the inside spacing of the legs therefore being (at least) as large as (and if necessary somewhat larger than) the width of the beam to be attached, wherein a fastening flange provided with through holes for rod-like fasteners such as nails and / or screws is bent over at right angles along that longitudinal border of each retaining leg which faces the load-bearing construction (or if necessary the second beam), the fastening flange being designed to be placed with its outside face remote from the channel-shaped retaining member of the beam shoe on the load-bearing construction / the second beam and to be fastened thereto with rod-like fasteners such as nails and / or screws, and wherein the web-like bottom is reinforced by a (bottom) reinforcing flange or the like in order to increase its section modulus against sagging under relatively large load.

Embodiments of the present invention may include a frame structure for a vehicle seat having two frames, a pile portion, and a section modulus reducing configuration. The two frames extend in a specific direction. At the pile portion, the two frames abut each other in a direction perpendicular to the specific direction and connected to each other.The section modulus reducing configuration is formed at an edge portion in the specific direction of the pile portion, and is configured to achieve a reduction in section modulus.

Provided is a vehicle upper structure which is capable of increasing, in a simple manner, a section modulus (resistive force) against a bending moment to be imposed on a roof reinforcement by a swinging phenomenon of a gusset occurring when a side impact load input into a center pillar and a roof side rail member is applied to the roof reinforcement from the gusset during a vehicle side impact event, to allow the load to be effectively dispersed to the roof reinforcement. The vehicle upper structure comprises a roof side rail member 4, a roof reinforcement 15 and a gusset 30, wherein an end of the gusset 30 on a side fastened to the roof reinforcement 15 has a shape which inclines with respect to a line L1 oriented in a vehicle front-rear direction, in top plan view.

A spark plug is provided which is designed to be compact without sacrificing a mechanical strength of a porcelain insulator. The spark plug includes a metal shell having a base end and a top end. The porcelain insulator is made of a hollow cylinder which includes a body and an insulator head. The body is retained within the metal shell. The insulator head extends from the base end of the metal shell in a lengthwise direction of the porcelain insulator and has a length made up of a major body leading to the body of the porcelain insulator and an end portion lying far away from the body. The major body has an outer diameter D 1 , an inner diameter D 2 , and a section modulus Z at a smallest-outer diameter portion thereof which meet relations of 7.1 mm<=D 1 <=8.8 mm, D 2 >=2.8 mm, and Z>=33 mm<3>.

This invention relates to a device for bending, molding and steeling of car glasses, in which, the bending unit includes corresponding up and down bending units and rollers, and each of the bending units includes a side bending unit, and each side bending unit includes a spring steel board, a link frame, an elevator, a bearing base, and two ends of the steel board are hinged with the elevator fixedly, the spring steel blard is hinged with the link frame, a fixed pin is set in the middle of the hemline of the link frame and multiple bearing bases are installed on the board characterizing that it is integral bending when a solid frame composed of the spring steel board and the link frame is bent, and its section modulus is much greater than that of a single spring steel board.

By improving the rigidity of a pulley while suppressing a weight of the pulley from increasing, excessive noises due to resonance can be reduced. A washing machine 1 includes a drum 9 rotatably disposed in the water tub 5. The washing machine 1 has a motor to rotationally drive a pulley 20, which is fixed to the drum 9, via an endless belt 13. The pulley 20 has a plurality of arms 23 radially extend from the boss 22 to support an outer wheel 21. The arm 23 has a variable cross-sectional portion 24 in which a section modulus against bending in an axial direction gradually decreases from the boss 22 to the outer wheel 21.

A steering column assembly of the present invention includes a lower support bracket, an upper support bracket, and a jacket disposed within and extending along a longitudinal axis through the lower support bracket and the upper support bracket. The steering column assembly includes a yoke support housing and a plurality of tubes spaced from one another circumferentially about the longitudinal axis and interconnecting the yoke support housing and the upper support bracket. The invention includes a method of fabricating the assembly. An advantage of the present invention is to provide the steering column assembly that achieves a high section modulus, improved and predetermined stiffness characteristics, and improved packaging characteristics to hold various components such as ECL mechanisms, steering tube position sensors, BSTI switches, wires and the like.

The invention relates to a self-propelled traction ship model control and measurement method, which is characterized by setting navigation acceleration, speed and stroke and the like of a ship model by utilizing a computer editing instruction; then, transmitting the information to a driving motor on a ship model tractor through lines to control the ship model tractor to drag the ship model to operate and monitoring the ship attitude through a measurement device; and determining various technical indexes, such as ship rinsing and sinking amount, water surface fluctuation, ship safety surplus, section modulus, channel surface fluctuation and ship speed in and out of a ship compartment in the prototype. The method has simple operation, and stable operation; and the measured data has the advantages of high real-time performance, high precision and good fitting effect with the prototype.

A spark plug is provided which is designed to be compact without sacrificing a mechanical strength of a porcelain insulator. The spark plug includes a metal shell having a base end and a top end. The porcelain insulator is made of a hollow cylinder which includes a body and an insulator head. The body is retained within the metal shell. The insulator head extends from the base end of the metal shell in a lengthwise direction of the porcelain insulator and has a length made up of a major body leading to the body of the porcelain insulator and an end portion lying far away from the body. The major body has an outer diameter D1, an inner diameter D2, and a section modulus Z at a smallest-outer diameter portion thereof which meet relations of 7.1 mm≦D1≦8.8 mm, D2≧2.8 mm, and Z≧33 mm3.