167results about How to "Low extension" patented technology

A battery pack including a lightweight and high-rigidity end plate is provided. The battery pack includes: cell stacked body including a plurality of stacked rectangular cells; first end plate disposed at one end of cell stacked body in the stacking direction of rectangular cells; second end plate disposed at the other end of cell stacked body; and connection member connected to first end plate and second end plate. At least one of first end plate and second end plate includes first member made of a first metal material and second member made of a second metal material different from the first metal material. First member and second member are stacked in the stacking direction of rectangular cells. The rigidity of the second metal material is higher than that of the first metal material. The specific gravity of the first metal material is lower than that of the second metal material.

A computer mouse having a separately movable hand rest. The mouse comprises a housing having a conically shaped depression within a top wall of the housing tapering to an aperture through the top wall. A connecting pin extends through the aperture with an interior end secured within the mouse housing. A hand rest providing support to the heel and palm of the hand is orbitally connected to the connecting pin by an aperture through the hand rest located within a concave portion sized to fit within the depression of the mouse housing. The hand rest has an arcuate shaped bottom portion and a base end moving about the mouse housing during use to maintain alignment of the hand rest with the hand. The housing moves free of interference from the hand rest adjacent the arcuate shaped bottom portion. A tensioning means tensions movement of the hand rest about the housing.

The invention discloses a wear-resisting high-strength cable produced by a non-single material and a preparation method of the wear-resisting high-strength cable. A cable body is an 8-strand structure core body which is prepared from ultra-high molecular weight polyethylene (UHMWPE) and high-strength polyester according to the amount ratio of 3 to 1; a high-toughness wear-resistant coating woven by adopting vectran fibers is arranged outside the core body; and a wear-resistant coating which is especially made of a wear-resistant material PTFE as a matrix coats the outer surface of the sleeve; the preparation method comprises the following steps: fabricating a cable body by the procedures of preparing roving, preparing rope yarns, infiltrating resin, preparing rope strands, braiding ropes, prestretching and drying; weaving a high-strength wear-resisting sleeve on the surface of the core body; and dipping and coating a wear-resisting coating which is especially prepared from PTFE as a matrix on the outer layer of the sleeve.

The invention discloses an LED (light emitting diode) epitaxial layer structure. The LED epitaxial layer structure comprises a sapphire substrate, a low temperature buffer layer located on the sapphire substrate, a high temperature GaN layer located above the low temperature buffer layer, a high temperature N type GaN layer located above the high temperature GaN layer, a transition layer located above the high temperature N type GaN layer, a luminous layer arranged above the transition layer, a P type AlGaN layer located above the luminous layer and a high temperature P type GaN layer located above the P type AlGaN layer, wherein the transition layer is formed by alternately arranging Si3N4/GaN superlattice layers and non-doped GaN layers, the thickness of the transition layer ranges from 30nm to 120nm, and the luminous layer comprises InxGa(1-x)N layers doped with In and non-dopted GaN layers, which are alternately arranged. The invention further discloses a growth method of the LED epitaxial layer structure. The LED epitaxial layer structure reduces stress between the high temperature N type GaN layer and the luminous layer.

A runway over which can travel vehicles driven by gravity, comprising a supporting structure and a track line structure sustained by the supporting structure and extending from a upper start region to a lower arrival region, wherein the supporting structure is limited to a central region of the runway by forming a pillar, and the track line structure includes some track line sections directly connected to the supporting structure and several overhanging track line sections of large extent, which project out of the supporting structure and are sustained by the same by means of rigging systems whose extension can be regulated; these rigging systems establish the geometrical location of the overhanging track line sections. In the embodiments intended to be used as games, the structures are embodied by the composition of systems of composable modular elements, which moreover allow to realize non-suspended runway structures, and which are compatible and integrated with a general system of composable elements, preferably the system of composable elements according to the U.S. Pat. No. 6,315,628.

In a connection structure of a rigid printed circuit board and a flexible circuit each having a plurality of connection terminals, there are provided a connection structure that can obtain a necessary connection strength and prevent short-circuiting between adjacent connection terminals, and a connection process thereof. A rigid printed circuit board having a plurality of connection terminals is superimposed on a flexible circuit that puts a conductive pattern having connection terminals having the same configuration as that of the connection terminals of the rigid printed circuit board at an end thereof by flexible insulating resin, and connected to the flexible circuit with a solder due to thermo compression. A solder resist is disposed on the flexible insulating resin on the flexible circuit, and the solder connection can be realized by using a solder plating formed on one or both electrodes of the rigid printed circuit board and the flexible circuit while an amount of occlusion gas is controlled.

A heat exchanger which has i) a fin material comprising a triple-layer clad material constituted of a core material composed of an aluminum alloy containing from 0.5 to 1.8% by weight of Mn and from 0.5 to 3.0% by weight of Zn and, provided on both sides of the core material, a brazing filler material composed of an Al—Si alloy containing from 6.5 to 13.0% by weight of Si and from 0.15 to 0.60% by weight of Cu and ii) an aluminum alloy tube having a Zn concentrated surface; the both having been brazed with each other; wherein, after brazing, recrystallized grains of the core material have an average length of from 100 to 1,000 μm in the lengthwise section of a fin and the recrystallized grains of the core material are 4 or less in average number in the thickness direction of that lengthwise section. This heat exchanger is improved in the durability of fin joints and fins themselves and their strength after corrosion.

The invention relates to an actuating drive (1) for a bidirectionally adjustable actuating element (3), in particular for an exhaust gas recirculating device or for a turbocharger, comprising an actuator (4) for generating driving forces, comprising a toggle lever (6) that is connected to the actuating element (3) in an articulated manner via a first toggle lever joint (7), and comprising a force transmitting arrangement (5) that connects the actuator (4) to the toggle lever (6) in order to transmit forces. An output-side output element (11) of the force transmitting arrangement (5) is pivotably mounted on a support housing section (12) of the actuating drive (1), and the toggle lever (6) is connected to the output element (11) in an articulated manner via a second toggle lever joint (13). Wear reduction can be achieved using a transverse support (42) that supports the toggle lever (6) and/or the actuating element (3) on a guiding housing section (18) of the actuating drive (1) in a direction of support (17) that is oriented transversally to the direction of movement (2) of the actuating element (3).

The invention relates to an offshore underwater component device mooring cable. The offshore underwater component device mooring cable is characterized by being of a sheath-core composite double-layer structure, an inner core is of a eight-strand structure made of DM20 ultra-high molecular weight polyethylene, an outer layer is a fixing sheath formed by weaving wear-proof high-strength polyester fibers, the inner core is formed according to the steps of manufacturing rough yarn, manufacturing rope yarn, manufacturing strands, weaving ropes, soaking the inner core in resin, prestretching the inner core and drying the inner core, and the fixing sheath is formed according to the steps of splicing threads, twisting the threads, manufacturing strands and weaving the 32 strands around the inner core into the fixing sheath in a one-off mode through a double-layer weaving machine.

The invention discloses a high-strength fiber double-layer interweaved composite hose and a production method of the composite hose. The high-strength fiber double-layer interweaved composite hose comprises a hose blank, wherein in an inner surface and an outer surface of the hose blank, a rubber material layer is composited on at least the inner surface of the hose blank; the hose blank is a double-layer fabric with a double-layer section, and six paths of warps form a circulative weaving tissue; the double-layer fabric comprises an inner layer and an outer layer, the outer layer comprises an outer-layer warp and an outer-layer weft, the inner layer comprises an inner-layer warp and an inner-layer weft, and the inner-layer weft is interweaved with the inner-layer warp and is also interweaved with the outer-layer warp, so that the inner layer and the outer layer are interweaved into a whole body. According to the high-strength fiber double-layer interweaved composite hose disclosed by the invention, the woven hose blank has good flexibility, high pressure resistance, a few interweaving points, small yarn strength loss and small torsion degree; superlarge-aperture and high-pressure-resistance hoses meeting the market demand can be produced without special modification on the original device; the production process is simple; the practical value is high, and the production generalization performance is excellent.

The invention discloses a laser cladding metal-ceramic coating material based on ZrO2 doping. The laser cladding metal-ceramic coating material based on ZrO2 doping is prepared by mixing 5-20 wt% of Ti powder, 70-92 wt% of TiBCN ceramic powder and 3-10 wt% of ZrO2 powder. The coating material is clad on the surface of a titanium alloy substrate by a laser cladding technology. The coating materialcan absorb strain energy of residual thermal stress of laser cladding, reduce crack generation and extension caused by stress concentration, improve fracture toughness of the cladding coating, and increase strength and corrosion resistance of the cladding coating to form a toughened metal-ceramic cladding coating.

The invention discloses a manufacture method of a secondary-seaming ternary-papermaking forming net. Sixteen heald frames are adopted to interweave polyester or nylon monofilaments into three layers of different weaving structures into a whole, the three layers of different weaving structures comprise a paper-forming layer, an intermediate connecting layer and a machine layer, the minimum tissue unit comprising sixteen polyester monofilaments as warps and thirty-two polyester or nylon monofilaments as wefts, the warp number ratio of the paper-forming layer to the machine layer is 1:1, the weft number ratio of the paper-forming layer to the machine layer is 2:1, and the intermediate connecting layer comprises one half of total wefts and is characterized by being formed by the secondarily seaming of the self warp seaming and the self weft seaming of the paper-forming layer. The invention has the advantages of smooth papermaking surface, firm interlayer binding force, no internal abrasion or net elongation and compact and even net structure, and the machine layer has wear resistance, small thickness, long service life and strong dewatering performance.

Semiconductor Device And Method Of Producing A Semiconductor Device A semiconductor device comprises a memory cell (160) including a transistor body (150) having a top surface (111) and including a first doping area (10a) and a second doping area (10b) with a channel region (110) in between. The memory cell (160) further includes a gate electrode (3a) arranged above the channel region (110) and separated therefrom by a dielectric layer (2a). An oxide-nitride-oxide layer (66) has first portions (661) and second portions (662). The first portions (661) of the oxide-nitride-oxide layer (66) are arranged above at least parts of the first and second doping areas (10a, 10b) and are substantially parallel to the top surface (111) of the transistor body (150). The second portions (662) of the oxide-nitride-oxide layer (66) are adjacent to the gate electrode (3a) and extend in a direction not substantially parallel to the top surface (111) of the transistor body (150).

A method for enhancing a coverage distribution of a robotic garden tool (100) operating within a predetermined working area (200), wherein the robotic garden tool (100) is provided with steering control means operable to change a movement direction of the robotic garden tool (100), and a positioning device (120). The method comprises the steps of providing (301) working area related data, defining (302) a temporary working area (500), based on the working area related data, which temporary working area (500) at least partly extends within the working area (200), estimating (303) a current position (600) of the robotic garden tool (100), evaluating (304) the estimated current position (600), selectively adapting (305) the temporary working area (500), in response to the step of evaluating (304) the estimated current position, selectively adapting (306) a movement direction of the robotic garden tool (100), in response to the step of evaluating (304) the estimated current position. The steps of selectively adapting (305) the extension of the temporary working area (500) and selectively adapting (306) a movement direction of the robotic garden tool are performed so as to push the robotic garden tool towards the temporary working area or so as to keep the robotic garden tool within the temporary working area (500).

The invention discloses a knitting method for anti-stretch and anti-laddering dense and thick weft-knitted fabric. According to the method, the number of pieces of participant yarn in each coil height can reach up to 8, rectilinear yarn section arrangement of floating threads and weft insertion for limiting fabric stretch is achieved, and loose and curve yarn section arrangement of linter coil structures for increasing fabric thicknesses is also achieved. The fabric knitted through the method is dense and thick, little in fabric stretch, good in dimensional stability and anti-laddering.

The invention discloses a synthetic method of glycerol carbonate. The synthetic method is characterized in that: N,N-dimethylformamide is mixed with tetraethyl ammonium iodide and glycerol to obtain an electrolyte, the electrolyte is saturated with CO2 at normal pressure and is electrolyzed under conditions of a constant current, and the electrolyte is esterified and distillated to prepare glycerol carbonate. Compared with the prior art, the synthetic method of the invention, which has the advantages of simple technology, convenient operation, safety, cheap and easily available raw material, effective utilization of a greenhouse effect gas carbon dioxide, substantial reduction of atmospheric pollution, realization of the high efficiency conversion of glycerol, and alleviation of the increasingly exhausted energy problem and has a very significant meaning to the environment protection, is a technical route with a good industrial synthetic value.