235results about How to "Improve coupling strength" patented technology

A single crystal synthetic CVD diamond material comprising: a growth sector; and a plurality of point defects of one or more type within the growth sector, wherein at least one type of point defect is preferentially aligned within the growth sector, wherein at least 60% of said at least one type of point defect shows said preferential alignment, and wherein the at least one type of point defect is a negatively charged nitrogen-vacancy defect (NV−).

A wavelength selective optical fiber coupler having various applications in the field of optical communications is disclosed. The coupler is composed of dissimilar waveguides in close proximity. A light induced, permanent index of refraction grating is recorded in the coupler waist The grating filters and transfers energy within a particular range of wavelengths from a first waveguide to a second waveguide. Transversely asymmetric gratings provide an efficient means of energy transfer. The coupler can be used to combine or multiplex a plurality of lasers operating at slightly different wavelengths into a single fiber. Other embodiments such as a dispersion compensator and gain flattening filter are disclosed.

The present invention includes an optical waveguide with a grating and a method of making the same for increasing the effectiveness of the grating. In one example, the grating is at least partially covered by a liner layer disposed on at least a portion of a grating; and a cover layer disposed on the liner layer, wherein a first material selected for the core and ridges and a second material selected for the liner layer are selected to provide a difference in the index of refraction between the first and second material that is sufficient to provide a contrast therebetween.

Disclosed are a battery pack and a fabricating method which can increase the coupling strength of a bare cell and a circuit accessory and prevent the circuit accessory from being separated from the bare cell due to external forces such as bending, twisting and falling of a battery, by forming a fixing member protruding from the upper part of the bare cell, and coupling the fixing member with a fixing member hole of the circuit accessory formed in advance by injection molding in the type of the fixing member being laid across the fixing member hole. The battery pack includes: a bare cell having a cap plate on the upper part of the bare cell; and a circuit accessory coupled with the upper part of the bare cell, wherein a fixing member is formed to protrude from the outer surface of the cap plate, a fixing member hole corresponding to the fixing member is formed on the circuit accessory, and the fixing member is inserted in and is coupled with the fixing member hole.

The touch screen panel according to the embodiment of the present invention includes a plurality of coupling patterns arranged on a transparent substrate in an island shape, an insulating film formed on the coupling patterns and having contact holes arranged corresponding to end portions of the coupling patterns, and first and second sensing patterns formed on the insulating film. The second sensing pattern includes second sensing cells, and each of the second sensing cells are formed in a region of the insulating film having a pair of adjacent contact holes to be electrically coupled to coupling patterns exposed through the contact holes.

A combined structure of the outer upper center pillar reinforcement and the seat belt bracket is provided. An outer upper center pillar reinforcement is mounted on a panel of a vehicle body, and is provided with protruding portions at both ends thereof inside a vehicle, and a coupling portion formed between the protruding portions. The seat belt bracket is coupled to the outer upper center pillar reinforcement by welding, thereby improving the coupling force and the safety.

Disclosed is an electric vehicle which receives power from a road surface by means of a wireless connection, in which an optimal configuration of a repeater (which is a resonator) and a receiving coil relative to the vehicle body is clarified. A first coil configuring the repeater forms a first wireless connection with a receiver coil, and a second coil forms a second wireless connection with a transmitting coil. The first coil is proximally arranged below the receiving coil and is aligned with the receiving coil, which is on the top side of a vehicle underbody panel; the second coil is arranged on the bottom side of the vehicle underbody panel. A performance indicator k*Q of the path from the transmitting coil below the road surface to the receiving coil of the electric vehicle is increased.

A vehicle body front part structure having a front side frame including a compressive load bearing frame member extending longitudinally of a vehicle body, and a bending load bearing frame member branched from a longitudinally central portion of the compressive load bearing frame member and curved inwardly toward a longitudinal centerline of the vehicle body as extending rearwardly of the vehicle body. The compressive load bearing frame member has a rear end portion curved inwardly toward the longitudinal centerline of the vehicle body, and reinforcement beads formed on a sidewall of the rear end portion of the compressive load bearing frame member.

An engine is provided. The engine includes a thermo-molded composite cylinder block including a front engine cover attachment interface and a transmission attachment interface. The engine further includes a cylinder liner comprising a different material than a composite cylinder block and integrally molded with the composite cylinder block, the cylinder liner defining a portion of a boundary of a cylinder and including a top deck at least partially extending across a water jacket cavity surrounding the cylinder.

A gear includes a metal core and a synthetic resin tooth body. The metal core includes a cylindrical portion, and a disc portion that extends inwardly in a radial direction from one end of the cylindrical portion. The synthetic resin tooth body is coupled to the cylindrical portion of the metal core. A plurality of rotation prevention grooves is formed on the outer peripheral portion of the cylindrical portion, and a plurality of rotation prevention grooves is formed on the inner peripheral portion of the cylindrical portion.

The seat recliner includes a base (10) mounted to a first seat member. The seat recliner includes a gear (60) mounted to a second seat member and being rotatable relative to the base. The gear has first teeth (61) along a peripheral face of the gear. The seat recliner includes a locking member (20) movable inside of the first teeth. The locking member has second teeth (21) engageable with the first teeth. The seat recliner includes a cam (40) configured to rotate the locking member to engage the first and second teeth with each other for establishing an angle between the first and second seat members. The seat recliner includes a guide (11B) on the base and having a guide face (11b) for slidably guiding the locking member to engage the first and second teeth with each other. The guide extends radially from a vicinity of the first teeth to a vicinity of the cam. A near side of the guide relative to the first teeth and the locking member define a gap (G1) therebetween.

A vehicle body front part structure having a front side frame including a compressive load bearing frame member extending longitudinally of a vehicle body, and a bending load bearing frame member branched from a longitudinally central portion of the compressive load bearing frame member and curved inwardly toward a longitudinal centerline of the vehicle body as extending rearwardly of the vehicle body. The compressive load bearing frame member has a rear end portion curved inwardly toward the longitudinal centerline of the vehicle body, and reinforcement beads formed on a sidewall of the rear end portion of the compressive load bearing frame member.

The present invention relates to a storage-battery vent cap which adjusts an internal pressure of a storage battery by exhausting a gas generated inside the storage battery to the outside and blocking inflow of external air. The vent cap includes a cylindrical body installed in a vent hole of the battery and formed with an exhaust hole; a cylindrical insert coupled to the body, a partition being formed inside the insert and a coupling hole and a air vent being formed in the partition; and a valve fixed to the coupling hole and elastically deformed by an internal pressure of the battery to open the air vent. The valve has an umbrella-like shape including a valve body having a larger diameter than that of the coupling hole, a cover formed on an outer circumferential surface of the valve body, and a fixing portion downwardly protruded from the valve body.

Disclosed herein is an automatic cleaning device having a dirt receptacle sensor unit to sense the presence of a dirt receptacle. The dirt receptacle is detachably mounted in an installation chamber defined in a body of the automatic cleaning device.

The present invention relates to a simple and straightforward positive displacement suction / pressure device (rotational clap suction / pressure device) for utilizing in general industrial flow machines, such as various positive displacement pumps, vacuum pumps, compressors, flow meters, and rotary internal combustion engines. The object of the present invention using a double non-uniform rotation is to provide a simple and durable mechanical device having improved efficiency, by replacing the existing linear contact between various types of rotors or between a rotor and a housing, which is a problem in existing positive displacement flow machines and rotary internal combustion engines, with a whole surface.

Disclosed is a secondary battery that can improve coupling strength between a bare cell and a protection circuit module by combining a projected portion of a bare cell with a hole of a lead plate, and to simplify manufacturing process by removing welding process.

The invention provides a gallium arsenide dual-mode band-pass filter and a manufacturing method of the gallium arsenide dual-mode band-pass filter. According to the filter, the requirement for a miniaturized millimeter-wave circuit is met, the insertion loss is small, and the selectivity is high. According to the technical scheme, a loading branch and a lambda / 2 resonator constitute a bent branch line loading type dual-mode resonator of an annular structure; microwave signals fed through an input micro-strip are transmitted to an output micro-strip through two physical channels of the filter, so that frequency selection of a pass band is achieved, wherein according to one channel, the signals are transmitted through an input coupling branch and an output coupling branch, an extra out-of-band transmission zero is provided, and the position of the zero is adjusted through the lengths and the coupling distances of the input coupling branch and the output coupling branch, and according to the other channel, the microwave signals are coupled to the dual-mode resonator through an incoming feeder and then are coupled to the output micro-strip through the dual-mode resonator, two transmission pole pass bands and two transmission zero stop bands are formed by the dual-mode resonator, and one of the transmission pole pass bands and one of the transmission zero stop bands are provided by a dual module of the dual-mode resonator.

An engine is provided. The engine includes a thermal set composite cylinder block including a front engine cover attachment interface and a transmission attachment interface and a cylinder liner integrally molded with the composite cylinder block, the cylinder liner defining a portion of a boundary of a cylinder. The engine further includes a bulkhead insert extending through the thermal set composite cylinder block and is directly coupled to a cylinder head.

Disclosed herein is a secondary battery pack constructed such that an insulative mounting member is coupled to the top of a battery cell through a specific coupling structure. The secondary battery pack includes a battery cell having an electrode assembly of a cathode / separator / anode structure mounted in a battery case together with an electrolyte in a sealed state, an insulative mounting member having openings, through which electrode terminals of the battery cell are exposed to the outside, the insulative mounting member being constructed in a structure in which a safety element is mounted to the top of the insulative mounting member, the insulative mounting member being in direct contact with the top of the battery cell, and an insulative cap coupled to the top of the battery cell such that the insulative cap surrounds the insulative mounting member while the safety element is mounted to the insulative mounting member The battery case is provided at the top thereof with at least one coupling groove, and the insulative mounting member is provided with at least one through-hole communicating with the at least one coupling groove, whereby the coupling of the insulative mounting member to the battery cell is accomplished by the insertion of at least one coupling member into the at least one coupling groove through the at least one through-hole such that the at least one coupling member is not exposed to the outside of the insulative cap.

A portable terminal including a body, a front deco positioned along a periphery of the body, a main battery cover positioned on a rear surface of the body to cover a battery, and a waterproofing cover interchangeable with the front deco and the main battery cover so that when substituted for the main battery cover and front deco all water intrusion paths on the portable terminal are sealed.

The invention provides a photonic crystal nano cavity quantum ring single-photon emission device and a preparation method of the photonic crystal nano cavity quantum ring single-photon emission device so as to solve the problem that a single photon source exists in a single quantum dot microcavity, and belongs to the field of quantum informatics. A buffer layer, a lower Bragg reflection mirror, an optical flaw layer and an upper Bragg reflection mirror are grown on a substrate in sequence. An upper electrode contact layer is grown on the peripheral zone above the upper Bragg reflection mirror. A lower electrode contact layer is grown below the substrate. A surface transverse two-dimensional photonic crystal structure is formed by an air hole-semiconductor which is manufactured through micro-nano machining. The optical dimension of an internal transverse resonant cavity is half the gain wavelength of a quantum ring. The pattern wavelength of a transverse two-dimensional photonic crystal resonant cavity is matched with the gain wavelength of the quantum ring. The quantum ring is located in the middle of the optical flaw layer and located at the center of a three-dimensional nano cavity formed by the upper Bragg reflection mirror, the lower Bragg reflection mirror and the transverse two-dimensional photonic crystal structure. The quantum ring is used as a light-emitting medium, so that quantum efficiency is higher. The quantum ring material can cover a wave band which cannot be covered by quantum dots.

A shelving system includes a plurality of pultruded vertical posts and horizontal traverses. The horizontal traverses are coupled to the vertical posts by means of a bifurcated collar that are placed on each vertical post. Each horizontal traverse includes an end piece which is configured to couple to both halves of the bifurcated collar. Each half of the bifurcated collar comprises a wedge shaped design such that when a load is placed on the traverse, forces are applied to the bifurcated collar that squeezes each half of the collar together more tightly around the vertical post. The traverses may be coupled to one or both sides of the vertical post to allow the shelving system to be extended as far as the user desires in any lateral direction. The shelving system may also be extended in a perpendicular or other angular direction by means of a wedge shaped corner connector.

The invention provides a terahertz magnetic radiation source. The terahertz magnetic radiation source comprises an electron gun, an electron beam collection pole, a first slow wave structure, a drift segment and a second slow wave structure, wherein the first slow wave structure is arranged between the electron gun and the electron beam collection pole, an electron beam and the first slow wave structure jointly act to generate a cluster, the first slow wave structure is used for modulating the travelling speed and the density of the electron beam to form an initial electron string, the drift segment is arranged between the first slow wave structure and the electron beam collection pole and is used for clustering the initial electron string to form a modulated electro string, the second slow wave structure is arranged between the drift segment and the electron beam collection pole, the modulated electron string and the second slow wave structure jointly act to generate electromagnetic oscillation, and the frequency of the electromagnetic oscillation is an integer multiple of the modulation frequency during modulation of the electron beam by the first slow wave structure. The coupling strength between a coherent incident field of the modulated electron string and a high-frequency field in the second slow wave structure is higher than that between a non-coherent incident field of the continuous electron beam and the high-frequency field, and thus, the starting oscillation current density of the terahertz source is reduced.

A cowl cross assembly includes a cowl cross bar positioned in front of a vehicle body, and a cowl cross half-panel joined to one end of the cowl cross bar. A part of the cowl cross bar made of a steel material is cut, and the cowl cross half-panel made of a plastic material is mounted to the cowl cross bar, thereby reducing the weight and the cost and reinforcing the strength to support the air conditioning equipment. In addition, the cowl cross bar can be easily joined to the cowl cross half-panel to improve the workability.