164results about How to "Reliable arrangement" patented technology

A ceramic substrate comprising a metallic layer on its surface, wherein said metallic layer includes: a silver layer containing silver; a gold layer containing gold; and a nickel layer containing nickel, in this order from an outermost layer of said metallic layer.

An electrical connector containing one or more connector modules, each having at least one contact support and a multiplicity of contact elements connected to the contact support in a non-releasable manner. The contact elements are connected to the contact supports by way of plastic material injection molded around part of the contact elements.

An electrical connector includes, in substitution for contacts, a substrate having a plurality of signal patterns and a plurality of ground patterns on at least one surface, each of these patterns having at one end a contact portion adapted to contact a mating object and at the other end a connection portion to be connected to a cable, a housing having an inserting hole for inserting the substrate therethrough, and holding members for fixing the substrate to the housing. A capacitor and a resistance chip connected in parallel are mounted on at least one of the signal patterns. In this manner, the connector achieves its miniaturization, stability of impedance, reduction in cross talk, and better return loss level and transmission characteristics.

A surface acoustic wave element is provided including an IDT and reflectors provided on both sides of the IDT that are on a surface of a quartz plate. The quartz plate is made from an in-plane rotated ST cut quartz plate whose cutting angle is expressed as (0°, 113°-135°, ±(40°-49°)) by defining and using Euler angle. The IDT and reflectors are arranged at a slant of PFA±3° with respect to a direction of a phase velocity of a surface acoustic wave in the quartz plate. If the cutting angle of the quartz plate is expressed by the Euler angle (φ°, θ°, Ψ°), the power flow angle PFA is expressed that the PFA=0.374 (θ°−90°)−10.0°.

The invention discloses an independent suspension system for a super-heavy chassis. The independent suspension system for the super-heavy chassis comprises upper cross arm assemblies, lower cross arm assemblies and hydro-pneumatic springs, wherein the upper cross arm assemblies, the lower cross arm assemblies and the hydro-pneumatic springs are symmetrically arranged at the two ends of an axle. One end of each upper cross arm assembly is connected with a swing arm support of a vehicle frame through a first bearing structure. One end of each lower cross arm assembly is connected with the swing arm support of the vehicle frame through a second bearing structure. The other end of each upper cross arm assembly is connected with the upper end of a steering knuckle through a first spherical hinge device. The other end of each lower cross arm assembly is connected with the lower end of the steering knuckle through a second spherical hinge device. A supporting lug at the upper end of each hydro-pneumatic spring is connected with a hydro-pneumatic spring support on the vehicle frame through a first knuckle bearing structure. A supporting lug at the lower end of each hydro-pneumatic spring is connected with the corresponding lower cross arm assembly through a second knuckle bearing structure. The independent suspension system for the super-heavy chassis has the characteristics of being compact in structure, reasonable in arrangement, high in reliability and easy to maintain; and a super-heavy vehicle adopting the independent suspension system has good motor driving performance and rapid passing capacity.

The invention belongs to the aerospace manufacturing technology, and relates to a preparation device of an aircraft composite material fuselage wall panels and a preparation method thereof. Cap-shaped stringers are formed through solid male molds; large opening frame type female molds are adopted to lay skins to form the wall panels; and cap-shaped stringer positioning tools are adopted to control gaps of the stringers so as to realize precise positioning of the cap-shaped stringers and to finish the production of the fuselage wall panels. In the preparation method of the aircraft composite material fuselage wall panels, the phenomenon of internal corner ester enrichment and external corner attenuation of the cap-shaped stringers can be effectively reduced by adopting an atmosphere feeding manner and a rubber soft mold process, so that the part thickness uniformity is improved; and one-way prepreg is required to be filled in cementing R areas in cementing assembly, and +- 45-degree laying layers are added, so that the stress concentration caused by the R areas, formed between the cap-shaped stringers and the skins, structurally bearing external loads can be relieved. Air bags in the cementing formation process are used as pressure transfer mediums in the cap-shaped stringers and cavities of the skins, and are capable of effectively guaranteeing the formation quality of the skins and cementing surfaces of the R areas.

The invention relates to a device 2 and a method for dehumidifying and control of humidity inside an enclosure 1 comprising electrical equipment. The device 2 comprises a heating element 3 located to be in contact with the ambient air of the exterior of the enclosure 1 and a cooling element 4 located to be in contact with the ambient air of the interior of the enclosure 1. Dew condensed at the cooling element 4 is guided to the heating element 3 so that humidity from the air, condensed at the cooling element 4, may be transported to the heating element 3 to be vaporised wherein the water guiding means comprises a capillary structure 6. In still another aspect of the invention, the functionality of the heating and cooling elements may be switched so as to reverse the flow of water and provide a humidity control arrangement.

A weight machine is used for acceleration movement of heavy weights, and jumping and throwing exercises. The weight machine includes a hydraulic cylinder that will retard movement of the weight under gravity, and will permit free movement against the force of gravity.

The invention relates to a method for integrating an electronic component into a printed circuit board, whereby the electronic component (4) comprising contacts (6) oriented towards the insulating layer (1) is fixed to a laminate at least consisting of a conducting or conductive layer (2) and a non-conducting or insulating layer (1). According to the invention, once the component (4) has been fixed to the insulating layer (1), holes or perforations (8, 11) corresponding to the contacts (6) of the component (4) are formed in the conducting layer (2) and in the insulating layer (1), the contacts coming into contact with the conducting layer (2), enabling a reliable integration or embedding of an electronic component (4) into a printed circuit board.

The invention discloses a soil water content prediction system and method based on a time sequence. The system comprises a remote server, a data transmission gateway, a meteorological station in a preset range and a plurality of soil information acquisition nodes arranged in the preset range. The remote server calculates and outputs a soil water content prediction value in a preset range in the future preset duration according to soil related information acquired by soil information acquisition nodes at the same moment and the weather related information acquired by a meteorological station.The system is high in response speed and convenient, flexible, reliable and efficient to arrange; according to soil characteristics and weather conditions of different regions, soil water content prediction related parameters can be adaptively adjusted, analysis processing is performed according to atmospheric environment data and soil environment data, and a prediction value of the soil water content is given and used for guiding irrigation operation, so that the irrigation efficiency is effectively improved, and water resource waste is reduced.

A wiper seal subassembly for disposal in rotor vanes or stator lobes of a vane-type camshaft phaser comprises a backing spring and a sealing element. The sealing element includes spring retention features that loosely retain the backing spring and that are integrally molded into the sealing element. The spring retention features include undercut retention features, such as an overhanging edge, that prevent the backing spring from vertically detaching from the sealing element. The spring retention features further include sidewall tabs that prevent the backing spring from horizontally detaching from the sealing element. The sealing element is formed from a plastic composite material during an injection molding process using a simple injection mold tooling design. The single-piece wiper seal subassembly is provided at the tip of each rotor vane and / or stator lobe of a vane-type camshaft phaser for varying the timing of combustion valves in an internal combustion engine.

A coupling unit for a battery module, includes a first input, a second input and an output. The coupling unit is configured to connect the first input or the second input to the output in response to a control signal. The coupling unit and at least one battery cell are included in a battery module. The at least one battery cell is connected between the first input and the second input of the coupling unit. A first terminal of the battery module is connected to the output of the coupling unit, and a second terminal of the battery module is connected to the second input of the coupling unit.

A drive arrangement for actuating a hatch of a motor vehicle with a drive for producing driving having a drive motor for producing movement of the hatch between an open position and a closed position and having a transmission linkage connected on the output side of the motor. The transmission linkage has a first driven lever and a second driven lever for transmission of pushing forces and / or pulling forces to the hatch, and the driven levers, in the installed state, converge on a joint arrangement which is located on the hatch and are coupled to it by drive engineering in a manner such that the lines of dynamic effect of the two driven levers form an included angle with one another which corresponds to the respective position of the hatch.

A semiconductor wafer includes multi chip areas each including two or more device chip areas and arranged in an X-axis direction and a Y-axis direction, a plurality of scribe lines formed parallel to the X axis and the Y axis such as to separate the device chip areas from each other, and one or more alignment marks formed in each of the multi chip areas on the scribe lines between adjacent ones of the device chip areas included in one multi chip area, the one or more alignment marks being fewer than the device chip areas in each of the multi chip areas and used for positioning of the semiconductor wafer.

A coupling unit for a battery module, includes a first input, a second input, a first output and a second output. The coupling unit is configured to connect the first input to the first output and the second input to the second output, on a first control signal, and, on a second control signal, to separate the first input from the first output and the second input from the second output, and to connect the first output to the second output.

An introducer assembly (10) includes a balloon catheter (12) for deploying a medical device (19) in a body lumen or for dilating a body lumen at a range of diameters from a minimum deployment diameter to a maximum deployment diameter. The balloon catheter includes an outer balloon (42) and an inner balloon (40) located within the outer balloon (42). The outer balloon (42) has an unstretched diameter equivalent to the minimum deployment diameter and the inner balloon (40) has an unstretched diameter equivalent to the maximum deployment diameter. The outer balloon (42) is made of an elastic material able to stretch from the minimum deployment diameter to the maximum deployment diameter, while the inner balloon (40) is preferably of an non-compliant material.

The invention relates to a ship with at least one deckhouse as a superstructure, wherein an engine room is provided with at least one main engine and at least one fuel tank for liquefied gas is present. The fuel tank for liquefied gas is provided below the main deck of the ship in the area of the deckhouse or of a superstructure. For reasons of safety, a good use of cargo space, and also the possibility of retrofitting a fuel tank for liquefied gas, the fuel tank is arranged in particular as a type-C tank in a fuel room, which is provided adjacent to the engine room, wherein the connection dome of the fuel tank is connected by means of a standard connection in the engine room adjacent to the fuel room.

The present invention relates to a body floor structure (1, 21, 31, 41), which, within the center tunnel (2), comprises a first receiving clearance for receiving a first energy storage device (4, 34, 44) for the storage of energy for driving the vehicle and in the rear seat region (3) comprises a second receiving clearance for receiving a second energy storage device (5, 25) for the storage of energy for driving the vehicle and a motor vehicle, specifically a hybrid vehicle, which comprises this body floor structure (1, 21, 31, 41).

An oil strainer includes: a lower member having an oil suction hole opening in oil stored in an oil pan; an upper member having an oil discharge hole leading to an oil pump; and a strainer element. The lower member and the upper member are joined to each other with the strainer element held between joint surfaces of the upper and lower members. Thus, it is possible to form the oil strainer into a flat shape so as to be compactly arranged in a narrow space, and also maximize an area of the strainer element to prevent clogging. Further, the lower member and the upper member, which are die-molded articles, are highly flexible in their shapes, whereby the oil suction hole and the oil discharge hole can be arranged in the most suitable positions, and the cross-sectional area of oil flow can be sufficiently secured.

A gate valve assembly for shearing an elongated member and controlling a fluid flow through a through bore of the gate valve assembly. The through bore Is adapted for fluid communication with a well bore and is prepared for receiving the elongated member. The gate valve assembly comprises a gate element movably arranged transverse to the through bore between an open position in which a gate bore of the gate element communicates with the through bore and a closed position in which the through bore of the valve assembly is closed off. A shear gate is arranged in a recess in the gate element, the recess has an opening into the gate bore and is oriented transverse to the through bore, and the shear gate is movably arranged in the recess between a shear gate open position in which the gate bore is open and a shear gate closed position in which a cutting portion of the shear gate occupies the gate bore. The invention also comprises a method for shearing an elongated member arranged in a through bore of a gate valve assembly and closing the through bore.

A storage controller and associated disk or disk portion where after the controller terminates its access to said disk or disk portion, data integrity problems in the disk or disk portion can be detected. Before host data associated with a write command is written from the cache memory to the disk or disk portion, an identity of the storage controller as a current user of the disk or disk portion and indication that the controller is operating in a mode it stores data in a cache is recorded on the disk or disk portion. If the storage controller is shut down abnormally, the record of the identity of the controller and the indication are not cleared. The storage controller is restarted or rebooted and the record is read to learn that the controller was using the disk or disk portion and operating in the foregoing mode before the shutdown.

A gas sensor arrangement for detecting the presence or concentration of an analyte in a measuring gas comprises a gas measuring chamber having an inlet for receiving the measuring gas. A measuring radiation source is arranged in the gas measuring chamber. The measuring radiation source emits radiation in a non-uniform pulse sequence according to a signal from a controller. A radiation detector receives the radiation emitted from the measuring radiation source. The radiation detector sends an output signal to the controller for processing.

A combination showerhead with dial button switching includes a fixing seat, two shower heads and a switch mechanism. The fixing seat has an inlet waterway and at least two diversion waterways. The switch mechanism includes a water diversion plate, a valve spool, a dial button and an elastic body. The water diversion plate is movably connected to the fixing seat and coupled to the inlet waterway and the diversion waterways, so that the plate rotates in a preset angle to switch the waterways. The valve spool is connected to the fixing seat and to the water diversion plate, so that the valve spool slides to drive the water diversion plate to rotate in a preset angle. The dial button has a cam portion and is rotatably connected to the fixing seat. The valve spool abuts against the periphery surface of the cam portion. The elastic body resets the valve spool.