mhurhangee/patent-ind-claim-en huggingface dataset:
A camera module comprising: a lens barrel accommodating at least one lens; a front body accommodating the lens barrel ; a substrate assembly which couples with the front body , is disposed so as to be spaced apart from the lens barrel , and comprises at least one substrate so as to have an image sensor and a connector mounted thereon; a shield can which couples with the substrate assembly so as to accommodate at least one portion of the substrate assembly ; and a rear body which couples with the front body and accommodates the substrate assembly and the shield can , wherein the shield can comprises a hole formed in a position corresponding to the connector , and connection members which are bent and extends towards the inside from the hole , and wherein the connector passes through the hole , and the connector has a ground part disposed on the outer surface thereof so that the ground part and the connection members electrically make contact, characterized in that the hole is disposed with a groove recessed to outside, and in that the groove is disposed on a distal end of each connection member . a lens barrel accommodating at least one lens; a front body accommodating the lens barrel ; a substrate assembly which couples with the front body , is disposed so as to be spaced apart from the lens barrel , and comprises at least one substrate so as to have an image sensor and a connector mounted thereon; a shield can which couples with the substrate assembly so as to accommodate at least one portion of the substrate assembly ; and a rear body which couples with the front body and accommodates the substrate assembly and the shield can , wherein the shield can comprises a hole formed in a position corresponding to the connector , and connection members which are bent and extends towards the inside from the hole , and wherein the connector passes through the hole , and the connector has a ground part disposed on the outer surface thereof so that the ground part and the connection members electrically make contact, characterized in that the hole is disposed with a groove recessed to outside, and in that the groove is disposed on a distal end of each connection member .
Computer-implemented method for ascertaining the representation of the rim of a spectacle lens or of a left spectacle lens and of a right spectacle lens for a spectacle wearer , comprising providing an image of the spectacle wear having image data b(x) pertaining to the spectacle wearer having a spectacle frame that is worn, and providing information data I(x) that are data pertaining to information of the image that are calculated from the image data b(x) of the image of the spectacle wearer , characterized by the following steps: calculating a deterministically optimizable cost function E(u) linking the information data I(x) to spectacle lens data u(x), wherein the spectacle lens data u(x) describe the physical extent of at least one spectacle lens held in the spectacle frame , stipulating a profile of a rim of the spectacle lens or of the left spectacle lens and of the right spectacle lens by optimizing the cost function E(u). calculating a deterministically optimizable cost function E(u) linking the information data I(x) to spectacle lens data u(x), wherein the spectacle lens data u(x) describe the physical extent of at least one spectacle lens held in the spectacle frame , stipulating a profile of a rim of the spectacle lens or of the left spectacle lens and of the right spectacle lens by optimizing the cost function E(u).
A device for controlling parameters of coating heads for bead wires comprising an extruder with a screw, a coating head , a flange of the coating head, an enclosure , a flow rectifier , a channel insert , a guiding lip , a calibration lip , and an independently controlled transfer actuating valve jointed with a cavity of the coating head, which is preferably pneumatically, electrically or other way remotely controlled, wherein the said independently controlled transfer actuating valve comprises a rubber mixture discharge outlet, and wherein the axis of the extruder screw is perpendicular to the direction of the bead wire travel, characterized in that the guiding lip and the calibration lip are divided to parts jointed by a fastener , and in that the cavity of the coating head is positioned in the rubber mixture travel path between the extruder and the independently controlled transfer actuating valve .
A toner cartridge comprising: a housing to accommodate a toner and comprising a toner discharge port at one side in a longitudinal direction (B); a conveying member installed inside the housing to rotate to convey the toner toward the toner discharge port ; and a driven coupler to rotate by a rotational force; characterised by comprising an ejector to rotate by the driven coupler , wherein either one of the driven coupler and the ejector is rotatably supported by a side wall of the housing in the longitudinal direction (B) and connected to the conveying member to rotate the conveying member , and wherein the other one of the driven coupler and the ejector moves in a direction spaced apart from the side wall of the housing with respect to either one of the driven coupler and the ejector when the driven coupler rotates in a reverse direction which is an opposite direction to a forward direction in which the toner is conveyed toward the toner discharge port . a housing to accommodate a toner and comprising a toner discharge port at one side in a longitudinal direction (B); a conveying member installed inside the housing to rotate to convey the toner toward the toner discharge port ; and a driven coupler to rotate by a rotational force; characterised by comprising an ejector to rotate by the driven coupler , wherein either one of the driven coupler and the ejector is rotatably supported by a side wall of the housing in the longitudinal direction (B) and connected to the conveying member to rotate the conveying member , and wherein the other one of the driven coupler and the ejector moves in a direction spaced apart from the side wall of the housing with respect to either one of the driven coupler and the ejector when the driven coupler rotates in a reverse direction which is an opposite direction to a forward direction in which the toner is conveyed toward the toner discharge port .
A fuel cell system (S) having a fuel cell module including a fuel cell , the fuel cell system (S) comprising: a housing including a high temperature chamber (H) in which the fuel cell module is disposed, and a low temperature chamber (L) in which a gas supply system configured to supply a fuel and an oxidant to the fuel cell module is disposed; and a heat insulating partition wall partitioning a section of the housing to define the high temperature chamber (H) and the low temperature chamber (L), the heat insulating partition wall formed with supply passages configured to allow supply of the fuel and the oxidant to the fuel cell module by the gas supply system, wherein an end portion of the heat insulating partition wall is in contact with a wall portion forming the housing . a housing including a high temperature chamber (H) in which the fuel cell module is disposed, and a low temperature chamber (L) in which a gas supply system configured to supply a fuel and an oxidant to the fuel cell module is disposed; and a heat insulating partition wall partitioning a section of the housing to define the high temperature chamber (H) and the low temperature chamber (L), the heat insulating partition wall formed with supply passages configured to allow supply of the fuel and the oxidant to the fuel cell module by the gas supply system, wherein an end portion of the heat insulating partition wall is in contact with a wall portion forming the housing .
A cable , comprising: an inner conductor ; a dielectric arranged around the inner conductor ; an outer conductor annularly arranged around the dielectric ; a plurality of tapes around the outer conductor , each tape providing a successive layer over and circumferentially surrounding an underlying tape or the outer conductor , wherein one of the tapes is a conductor; and a jacket encasing the plurality of tapes.
Structure of a ball valve and an operating key thereof, said valve consisting of a surrounding frame of the valve that is adapted to communicate an inlet and an outlet of a pipeline, said valve including a closing body rotatable between an open position and a closed position, said closing body comprising a spherical body provided with two aligned openings, wherein perpendicularly to said aligned openings the closing body further comprises two rectangular seats in which two shafts fit, each of said shafts extending perpendicularly and transversely to a surrounding surface of the valve; - wherein the ends of the shafts protrude from tubular projections , such that the closing body rotates due to the action of two points attaching the closing body and the operating key of the valve, the force being transmitted by the respective shafts whose ends are arranged integral with the operating key of the valve; - wherein the outer surface of the tubular projections , having running along the inside thereof the mentioned shafts through which movement is transmitted between the operating key and the closing body , is provided with respective notches acting like a stop on free ends of the operating key , given that said free ends of the operating key end up forming fingers which engage the notches in the path of movement of the operating key , such that the movement of the operating key is limited, and the forces for operating on the notch and finger are distributed in each of the tubular projections at 50% preventing the tubular projections from being able to be forced; wherein the shafts comprise pressure-tight joints for leak-tight attachment between the closing body and the surrounding frame of the valve; characterized in that: - the closing body is rotatable in opposed directions; - the movement of the operating key is limited to a quarter turn. - wherein the ends of the shafts protrude from tubular projections , such that the closing body rotates due to the action of two points attaching the closing body and the operating key of the valve, the force being transmitted by the respective shafts whose ends are arranged integral with the operating key of the valve; - wherein the outer surface of the tubular projections , having running along the inside thereof the mentioned shafts through which movement is transmitted between the operating key and the closing body , is provided with respective notches acting like a stop on free ends of the operating key , given that said free ends of the operating key end up forming fingers which engage the notches in the path of movement of the operating key , such that the movement of the operating key is limited, and the forces for operating on the notch and finger are distributed in each of the tubular projections at 50% preventing the tubular projections from being able to be forced; - the closing body is rotatable in opposed directions; - the movement of the operating key is limited to a quarter turn.
A vehicle body behavior control device incorporated into a vehicle body including a plurality of wheels (W), the vehicle body behavior control device comprising: a brake mechanism which is configured to control behavior of the wheels (W); and a control part which is configured to control an interlocking brake operation in which a braking force is applied to the plurality of wheels (W) using the brake mechanism when an operation for applying braking to any one of the wheels (W) is performed based on a gradient value (θ) of a road surface on which the vehicle body travels, characterized in that the control part determines whether or not the interlocking brake operation is to be performed based on the gradient value (θ) of the road surface. a brake mechanism which is configured to control behavior of the wheels (W); and a control part which is configured to control an interlocking brake operation in which a braking force is applied to the plurality of wheels (W) using the brake mechanism when an operation for applying braking to any one of the wheels (W) is performed based on a gradient value (θ) of a road surface on which the vehicle body travels, characterized in that the control part determines whether or not the interlocking brake operation is to be performed based on the gradient value (θ) of the road surface.
A luminescent greenhouse glazing structure comprising: a glass pane for a greenhouse; and, one or more Eu 2+ doped amorphous SiAION thin film layers provided over the glass pane, wherein the Si concentration is selected between 10 and 45 at.%, the Al concentration between 2 and 20 at.%, O concentration between 30 and 70 at.%, the N concentration between 0 and 31 at.% and the Eu 2+ between 0,05 and 8 at.%.
A valve comprising: a housing (12; 112) having an axis and defining an inlet (16; 116) configured to be connected to a fluid line, and an outlet ; a biasing mechanism ; a valve element (26; 126) biased by the biasing mechanism towards a closed position in which the valve element (26; 126) restricts fluid flow from the inlet (16; 116) to the outlet , the valve element (26; 126) being axially movable by fluid pressure at said inlet (16; 116) towards an open position in which the inlet (16; 116) is in fluid flow communication with the outlet ; and a damping chamber (32; 132) having a metering orifice (34; 134) in fluid communication with the inlet (16; 116) irrespective of a position of the valve element (26; 126), the damping chamber (32; 132) having an axially facing surface defined by the valve element (26; 126) and having a variable volume varying from a minimum volume when the valve element (26; 126) is in its closed position to a maximum volume when the valve element (26; 126) is in its open position; and the damping chamber (32; 132) is configured to be in flow communication at all times, irrespective of the position of the valve element (26; 126), with the inlet (16; 116) of the housing (12; 112) via the metering orifice (34; 134); characterised in that : a ratio of a length of the metering orifice (34; 134) to a diameter of the metering orifice (34; 134) is less than 1.5, and the metering orifice (34; 134) is configured to induce a turbulent flow. a housing (12; 112) having an axis and defining an inlet (16; 116) configured to be connected to a fluid line, and an outlet ; a biasing mechanism ; a valve element (26; 126) biased by the biasing mechanism towards a closed position in which the valve element (26; 126) restricts fluid flow from the inlet (16; 116) to the outlet , the valve element (26; 126) being axially movable by fluid pressure at said inlet (16; 116) towards an open position in which the inlet (16; 116) is in fluid flow communication with the outlet ; and a damping chamber (32; 132) having a metering orifice (34; 134) in fluid communication with the inlet (16; 116) irrespective of a position of the valve element (26; 126), the damping chamber (32; 132) having an axially facing surface defined by the valve element (26; 126) and having a variable volume varying from a minimum volume when the valve element (26; 126) is in its closed position to a maximum volume when the valve element (26; 126) is in its open position; and the damping chamber (32; 132) is configured to be in flow communication at all times, irrespective of the position of the valve element (26; 126), with the inlet (16; 116) of the housing (12; 112) via the metering orifice (34; 134); characterised in that : a ratio of a length of the metering orifice (34; 134) to a diameter of the metering orifice (34; 134) is less than 1.5, and the metering orifice (34; 134) is configured to induce a turbulent flow.
A method for producing an SOS substrate comprising the steps of implanting ions into a surface of a silicon substrate to form an ion-implanted region , bonding the ion-implanted surface of the silicon substrate to a C-face surface of a sapphire substrate via an insulating film , and separating the silicon substrate at the ion-implanted region to leave an SOS substrate having a silicon layer on the sapphire substrate , characterized by using a said sapphire substrate in which said C-face has up to 1° degree of off-angle, and before the sapphire substrate is bonded to the silicon substrate , heat treating the sapphire substrate in a reducing atmosphere at a temperature of 700 to 1,000°C to reduce the concentration of metal impurities at the surface thereof.
A rubber composition comprising: a rubber component (A); a foaming agent (B); a polyhydric alcohol (C) having 3 or more hydroxyl groups per molecule; and a composite fiber (D), wherein the rubber component (A) comprises 30% by mass or more of natural rubber based on the entire rubber component, a content of the polyhydric alcohol (C) is 1 to 6 parts by mass per 100 parts by mass of the rubber component (A), and wherein the composite fiber (D) is made of a hydrophilic resin having a coating layer formed on the surface and the coating layer is made of a polyolefin resin. a rubber component (A); a foaming agent (B); a polyhydric alcohol (C) having 3 or more hydroxyl groups per molecule; and a composite fiber (D), wherein the rubber component (A) comprises 30% by mass or more of natural rubber based on the entire rubber component, a content of the polyhydric alcohol (C) is 1 to 6 parts by mass per 100 parts by mass of the rubber component (A), and wherein the composite fiber (D) is made of a hydrophilic resin having a coating layer formed on the surface and the coating layer is made of a polyolefin resin.
Pneumatic vehicle tyre comprising a profiled tread with radially raised profile elements that are spaced apart from one another by grooves and are outwardly bounded in the radial direction by a radially outer radially outer surface forming the ground contact surface, wherein, in the radially outer surface of at least one profile element , sipes are formed arranged one behind the other in the circumferential direction U of the pneumatic vehicle tyre, which respectively extend through the profile element in the axial direction A of the pneumatic vehicle tyre and of which the greatest directional component of their extent is aligned in the axial direction A of the pneumatic vehicle tyre, wherein a portion of the circumferential extent of the profile element is respectively formed between two sipes arranged adjacently one behind the other in the circumferential direction U, wherein, in the radially outer surface , ultrafine grooves are arranged in at least one portion of the circumferential extent of the profile element , spaced apart from one another by a distance d, which are respectively formed with a width b, with b ≤ 0.3 mm, and with a depth T, with T ≤ 0.5 mm, characterized in that the ultrafine grooves formed in a portion of the circumferential extent of a profile element are respectively aligned so as to extend parallel to one another in the radially outer surface and, starting from one of the two sipes , extend to the other sipe to include an angle of inclination α, with 40° ≤ α ≤ 60°, to the circumferential direction U and end at a distance a from this other sipe and in that the width b is formed with 0.1 mm ≤ b.
A polyimide-carbon-sulfur composite comprising porous carbon-based secondary particles formed by assembling and aggregating a plurality of carbon-based primary particles; characterized by a coating layer of polyimide coated on the inside and outside of the pores of the carbon-based secondary particles; and sulfur (S) supported on the pores of the carbon-based secondary particles.
A method for decoding an audio signal in an audio processing system, the method comprising: receiving (D02) a first waveform-coded signal having a spectral content up to a first cross-over frequency (f c ), receiving (D04) a second waveform-coded signal having a spectral content corresponding to a subset of the frequency range above the first cross-over frequency (f c ), wherein the subset of the frequency range above the first cross-over frequency (f c ) includes an isolated frequency interval (202a; 202b) not contiguous with the spectral content of the first waveform-coded signal , receiving a control signal comprising data relating to one or more time ranges and one or more frequency ranges above the first cross-over frequency for which the second waveform-coded signal is available, receiving (D06) high frequency reconstruction parameters for generating a parametrically reconstructed signal (203; 803) having a spectral content above the first cross-over frequency (f c ), generating the parametrically reconstructed signal (203; 803) using at least a portion of the first waveform-coded signal and the high frequency reconstruction parameters, and interleaving (D11) the parametrically reconstructed signal (203; 803) with the second waveform-coded signal based on the control signal , wherein the audio processing system is implemented at least in part with hardware, wherein the spectral content of the second waveform-coded signal has a time-variable upper bound. receiving (D02) a first waveform-coded signal having a spectral content up to a first cross-over frequency (f c ), receiving (D04) a second waveform-coded signal having a spectral content corresponding to a subset of the frequency range above the first cross-over frequency (f c ), wherein the subset of the frequency range above the first cross-over frequency (f c ) includes an isolated frequency interval (202a; 202b) not contiguous with the spectral content of the first waveform-coded signal , receiving a control signal comprising data relating to one or more time ranges and one or more frequency ranges above the first cross-over frequency for which the second waveform-coded signal is available, receiving (D06) high frequency reconstruction parameters for generating a parametrically reconstructed signal (203; 803) having a spectral content above the first cross-over frequency (f c ), generating the parametrically reconstructed signal (203; 803) using at least a portion of the first waveform-coded signal and the high frequency reconstruction parameters, and interleaving (D11) the parametrically reconstructed signal (203; 803) with the second waveform-coded signal based on the control signal , wherein the audio processing system is implemented at least in part with hardware,
Vehicle dynamics control system in a motor vehicle having an electronic vehicle dynamics control unit which is connected to at least one drive control unit (4; 5) and is configured in such a way that it determines at least one setpoint slip (s setp ) or a setpoint slip corridor (s setp_max_HA , s setp_min_HA , s setp_max_VA , s setp_min_VA ) and the actual vehicle speed (v x ) as a reference speed, and that it transmits this at least one setpoint slip (s setp ) or this setpoint slip corridor (s setp_max_HA, s setp_min_HA , s setp_min_VA ; s setp_min_VA ) together with the reference speed (v x ) to the at least one drive control unit (3; 5) which itself, in accordance with the transmitted values and by means of a function module (NR1; NR2), determines setpoint rotational speed values (N min_HA , N max_HA ; N max_VA , N min_VA ) at the motor level and carries out a rotational speed control process.