mhurhangee/ep-ind-claims huggingface dataset:
A trigger assembly comprising: a first part that is rigid and that stores a pressure sensitive switch; and a second part that is elastic and that contacts the pressure sensitive switch in response to a level of pressure applied to the trigger assembly, characterized in that the first rigid part and the second elastic part form a continuous piece, and in that said parts are obtained from the same piece of material to form an integrated trigger assembly. a first part that is rigid and that stores a pressure sensitive switch; and a second part that is elastic and that contacts the pressure sensitive switch in response to a level of pressure applied to the trigger assembly, characterized in that the first rigid part and the second elastic part form a continuous piece, and in that said parts are obtained from the same piece of material to form an integrated trigger assembly.
A semiconductor inertial sensor, comprising: a structural layer of semiconductor material comprising a first semiconductor layer, a second semiconductor layer overlying the first semiconductor layer and a protective layer extending between the first and the second semiconductor layer; a fixed region formed in said structural layer; a rotor element formed in said structural layer, the rotor element comprising a suspended mass and elastic suspension elements extending between said fixed region and said suspended mass; and a stator element, formed in said structural layer and being electrostatically coupled to the rotor to form a variable capacitor; wherein said suspended mass has a first thickness (t1 + t2) and said elastic suspension elements have a second thickness, different from said first thickness; wherein said rotor element is formed by said first and second semiconductor layers (33, 35) and said protective layer, and said elastic suspension elements are formed by said first semiconductor layer. a structural layer of semiconductor material comprising a first semiconductor layer, a second semiconductor layer overlying the first semiconductor layer and a protective layer extending between the first and the second semiconductor layer; a fixed region formed in said structural layer; a rotor element formed in said structural layer, the rotor element comprising a suspended mass and elastic suspension elements extending between said fixed region and said suspended mass; and a stator element, formed in said structural layer and being electrostatically coupled to the rotor to form a variable capacitor; wherein said suspended mass has a first thickness (t1 + t2) and said elastic suspension elements have a second thickness, different from said first thickness; wherein said rotor element is formed by said first and second semiconductor layers (33, 35) and said protective layer, and said elastic suspension elements are formed by said first semiconductor layer.
A belt tensioner for setting and maintaining a predefined tension of a drive belt for driving a deflection roller of a conveyor belt, said belt tensioner having a single-piece plastic body, which is in particular formed with mirror symmetry to a central plane, comprising a fastening section, in particular having a base plate, for fastening the plastic body to a carrier, in particular to a conveyor belt carrier, wherein the fastening section has an adjustment mechanism (67, 69) via which the plastic body can be adjustably fastened, in particular vertically adjustably fastened, to the carrier; a pressing section, in particular having a rear wall, which is configured to press against the drive belt in order to tension the drive belt; and a spring joint device which connects the fastening section and the pressing section to one another, which is elastically yielding along a deflection direction, and via which the pressing section is displaceably supported at the fastening section along the deflection direction so that, when the pressing section presses against the drive belt, the amount of the displacement of the pressing section along the deflection direction is dependent on the respective set drive belt tension, wherein the belt tensioner has a setting aid (77, 79) which indicates when the predefined drive belt tension is set by the belt tensioner. a fastening section, in particular having a base plate, for fastening the plastic body to a carrier, in particular to a conveyor belt carrier, wherein the fastening section has an adjustment mechanism (67, 69) via which the plastic body can be adjustably fastened, in particular vertically adjustably fastened, to the carrier; a pressing section, in particular having a rear wall, which is configured to press against the drive belt in order to tension the drive belt; and a spring joint device which connects the fastening section and the pressing section to one another, which is elastically yielding along a deflection direction, and via which the pressing section is displaceably supported at the fastening section along the deflection direction so that, when the pressing section presses against the drive belt, the amount of the displacement of the pressing section along the deflection direction is dependent on the respective set drive belt tension, wherein the belt tensioner has a setting aid (77, 79) which indicates when the predefined drive belt tension is set by the belt tensioner.
A safety element assembly for a secondary battery, the safety element assembly comprising: a first thin metal sheet for coupling to the secondary battery; a safety element coupled to the first thin metal sheet; and a second thin metal sheet coupled to the safety element, further comprising an insulator interposed between the first thin metal sheet and second thin metal sheet, wherein the insulator and the safety element facing the second thin metal sheet have a uniform thickness, wherein the first thin metal sheet comprises a first region on which the safety element, the insulator and the second thin metal sheet are stacked, and a second region on which the safety element and the second thin metal sheet are not stacked, wherein a surface of the second thin metal sheet opposite to a surface of the second thin metal sheet on which the safety element is attached is exposed, wherein the second region of the first metal sheet is for welding an end of an external lead plate of an electric/electronic device requiring high power, and the second thin metal sheet is for welding to an end of an external lead plate of an electric/electronic device requiring high capacity, and wherein the safety element comprises a positive temperature coefficient, PTC, element or a thermal fuse; wherein the insulator is arranged on a sidewall of the safety element, and the first thin metal sheet has a surface that is larger than surfaces of the safety element and the insulator combined. a first thin metal sheet for coupling to the secondary battery; a safety element coupled to the first thin metal sheet; and a second thin metal sheet coupled to the safety element, further comprising an insulator interposed between the first thin metal sheet and second thin metal sheet, wherein the insulator and the safety element facing the second thin metal sheet have a uniform thickness, wherein the first thin metal sheet comprises a first region on which the safety element, the insulator and the second thin metal sheet are stacked, and a second region on which the safety element and the second thin metal sheet are not stacked, wherein a surface of the second thin metal sheet opposite to a surface of the second thin metal sheet on which the safety element is attached is exposed, wherein the second region of the first metal sheet is for welding an end of an external lead plate of an electric/electronic device requiring high power, and the second thin metal sheet is for welding to an end of an external lead plate of an electric/electronic device requiring high capacity, and wherein the safety element comprises a positive temperature coefficient, PTC, element or a thermal fuse; wherein the insulator is arranged on a sidewall of the safety element, and the first thin metal sheet has a surface that is larger than surfaces of the safety element and the insulator combined.
A display module comprising: a cabinet; and a plurality of Light Emitting Diode, LED, panels arranged on the cabinet in an array, each LED panel of the plurality of LED panels having a plurality of LEDs, wherein the cabinet comprises a first plurality of fastening parts to fasten the plurality of LED panels to the cabinet, characterized in that: the cabinet comprises a plurality of level regulators configured to regulate level differences amongst the plurality of LED panels, in that the first plurality of fastening parts comprises first fastening parts configured to fasten respective corners of the plurality of LED panels to the cabinet, and in that the first level regulators are provided at respective corners of the plurality of LED panels and adjacent to the respective first fastening parts. a cabinet; and a plurality of Light Emitting Diode, LED, panels arranged on the cabinet in an array, each LED panel of the plurality of LED panels having a plurality of LEDs, wherein the cabinet comprises a first plurality of fastening parts to fasten the plurality of LED panels to the cabinet, characterized in that: the cabinet comprises a plurality of level regulators configured to regulate level differences amongst the plurality of LED panels, in that the first plurality of fastening parts comprises first fastening parts configured to fasten respective corners of the plurality of LED panels to the cabinet, and in that the first level regulators are provided at respective corners of the plurality of LED panels and adjacent to the respective first fastening parts. the cabinet comprises a plurality of level regulators configured to regulate level differences amongst the plurality of LED panels, in that the first plurality of fastening parts comprises first fastening parts configured to fasten respective corners of the plurality of LED panels to the cabinet, and in that the first level regulators are provided at respective corners of the plurality of LED panels and adjacent to the respective first fastening parts.
An optical safety device for a press brake comprising: a projector provided in use on one side in a length direction of an upper table in the press brake for projecting a monitoring light directly under an upper die and toward the other side in the length direction of the upper table; a photodetector provided in use on the other side in the length direction of the upper table and having a plurality of light receiving elements (56, 561-566) for receiving the monitoring light and outputting electric signals corresponding to an amount of the monitoring light; and a detection unit for detecting a presence or absence of a foreign body between the upper die and a lower die based on light receiving states of effective light receiving elements (56, 561-566) during the lowering operation of the upper table relative to the lower table; characterized by a determination unit for determining whether or not a shadow of the upper die generated by refracting the monitoring light projected on the side of the light receiving elements (56, 561-566) extends to the light receiving element located closest to the upper die before starting a lowering operation of the upper table relative to a lower table; and an invalidation unit for invalidating the light receiving element located closest to the upper die when it is determined that the shadow of the upper die extends to the light receiving element located closest to the upper die. a projector provided in use on one side in a length direction of an upper table in the press brake for projecting a monitoring light directly under an upper die and toward the other side in the length direction of the upper table; a photodetector provided in use on the other side in the length direction of the upper table and having a plurality of light receiving elements (56, 561-566) for receiving the monitoring light and outputting electric signals corresponding to an amount of the monitoring light; and a detection unit for detecting a presence or absence of a foreign body between the upper die and a lower die based on light receiving states of effective light receiving elements (56, 561-566) during the lowering operation of the upper table relative to the lower table; characterized by a determination unit for determining whether or not a shadow of the upper die generated by refracting the monitoring light projected on the side of the light receiving elements (56, 561-566) extends to the light receiving element located closest to the upper die before starting a lowering operation of the upper table relative to a lower table; and an invalidation unit for invalidating the light receiving element located closest to the upper die when it is determined that the shadow of the upper die extends to the light receiving element located closest to the upper die.
A method of receiving a synchronization signal block, SSB, by a user equipment, UE, in a wireless communication system, the method comprising: receiving at least one SSB mapped to a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols in a first half-frame or a second half-frame included in a radio frame, wherein the at least one SSB is any one of a first SSB received in the first half-frame and a second SSB received in the second half-frame, a signal of the same type is mapped to a first OFDM symbol included in a plurality of OFDM symbols to which the first SSB is mapped and a second OFDM symbol included in a plurality of OFDM symbols to which the second SSB is mapped, and phases of the first OFDM symbol and the second OFDM symbol are different, wherein, based on initial access performed by the UE, the at least one SSB is repeatedly transmitted at a first time periodicity, and wherein, based on radio resource control, RRC, connection state of the UE, the at least one SSB is repeatedly transmitted at a second time periodicity longer than the first time periodicity. receiving at least one SSB mapped to a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols in a first half-frame or a second half-frame included in a radio frame, wherein the at least one SSB is any one of a first SSB received in the first half-frame and a second SSB received in the second half-frame, a signal of the same type is mapped to a first OFDM symbol included in a plurality of OFDM symbols to which the first SSB is mapped and a second OFDM symbol included in a plurality of OFDM symbols to which the second SSB is mapped, and phases of the first OFDM symbol and the second OFDM symbol are different, wherein, based on initial access performed by the UE, the at least one SSB is repeatedly transmitted at a first time periodicity, and
An all-wing oblique wing aircraft designed for reduced surface area to volume ratio, said aircraft having an oblique wing comprising: a forward swept wing segment on one side of the wing and an aft swept wing segment on the opposite side of the wing and characterised by further comprising a center oblique airfoil section connecting said forward and aft swept wing segments, said center oblique airfoil section having a larger chord length near its centerline than the chord length of either of said forward or aft swept wing segments (27, 29); the chord length of said center oblique airfoil section tapering down more rapidly than said forward or aft wing segments as said center oblique airfoil section extends outboard toward said forward and aft swept wings (27, 29); said center oblique airfoil section not being shaped solely to function as a circular fairing to fill the gap between an oblique wing and a fuselage at different oblique wing angles; said center airfoil section not being a second wing in an X wing configuration. a forward swept wing segment on one side of the wing and an aft swept wing segment on the opposite side of the wing and characterised by further comprising a center oblique airfoil section connecting said forward and aft swept wing segments, said center oblique airfoil section having a larger chord length near its centerline than the chord length of either of said forward or aft swept wing segments (27, 29); the chord length of said center oblique airfoil section tapering down more rapidly than said forward or aft wing segments as said center oblique airfoil section extends outboard toward said forward and aft swept wings (27, 29); said center oblique airfoil section not being shaped solely to function as a circular fairing to fill the gap between an oblique wing and a fuselage at different oblique wing angles; said center airfoil section not being a second wing in an X wing configuration.
A device for limiting the reproducibility of information, comprising: a substrate; and a holographic element coupled to the substrate, the holographic element including a first set of optical information perceived upon illumination in a first planar area and a second set of optical information in a coded pattern such that upon illumination the coded pattern is perceivable in a plurality of planar areas without rendering the second set of optical information readily identifiable by an observer, wherein a first portion of the coded pattern is perceived upon illumination in a second planar area and a second portion of the coded pattern is perceived upon illumination in a third planar area and wherein the second planar area is offset from the third planar area by a predetermined distance and wherein at least one of the first portion and the second portion of the coded pattern is obscured from visual inspection from a predetermined point of view by the first set of optical information.
A cooling fin comprising: a body having a rectangular panel shape; a first extension part protruding from an edge of an upper portion of the body and extending in one direction at a right angle with respect to the body; and a second extension part protruding from an edge of a lower portion of the body and extending in one direction in a step form with respect to the body, wherein the second extension part is divided into a plurality of slits, wherein the second extension part comprises impact buffer parts, connecting parts and plate contact parts disposed in sequential order by level in the step form of the second extension part from the body towards the lower part of the body, characterized in that the impact buffer part, the connecting part and the plate contact part disposed along each of the slits form different angles with each other with respect to the body. a body having a rectangular panel shape; a first extension part protruding from an edge of an upper portion of the body and extending in one direction at a right angle with respect to the body; and a second extension part protruding from an edge of a lower portion of the body and extending in one direction in a step form with respect to the body, wherein the second extension part is divided into a plurality of slits, wherein the second extension part comprises impact buffer parts, connecting parts and plate contact parts disposed in sequential order by level in the step form of the second extension part from the body towards the lower part of the body, characterized in that the impact buffer part, the connecting part and the plate contact part disposed along each of the slits form different angles with each other with respect to the body.
A method of modifying B4GALNT3 and B4GALNT4 in a cell via CRISPR/Cas, wherein the cell has at least three alleles of B4GALNT3 and/or B4GALNT4, and wherein modifying B4GALNT3 and B4GALNT4 via CRISPR/Cas eliminates GalNAc residues within N-glycans in proteins expressed by the cell. wherein the cell has at least three alleles of B4GALNT3 and/or B4GALNT4, and wherein modifying B4GALNT3 and B4GALNT4 via CRISPR/Cas eliminates GalNAc residues within N-glycans in proteins expressed by the cell.
A run-flat tire comprising a sidewall portion provided with a reinforcing rubber layer with a crescent shape, a tread portion having a left-right asymmetry tread pattern including an inboard tread edge (Tei) and an outboard tread edge (Teo) defining a tread width therebetween, a circumferentially extending inner crown main groove disposed in an inner crown area (Cu) being 20% width of the tread width (Tw) from a tire equator toward the in-board tread edge (Tei), a plurality of inner lateral grooves extending from the inner crown main groove to the in-board tread edge (Tei), a plurality of inner blocks separated by the inner crown main groove, inner lateral grooves and the inboard tread edge (Tei), wherein each inner block is not provided with any circumferential grooves.
Utility meter for metering at least one utility consumption and for optimizing traffic of messages exchanged with a plurality of remote utility management centers, comprising: - a metering unit for metering at least one utility consumption value, - a communication unit for sending messages to said remote utility management centers assigned to the utility meter for processing said utility consumption value by said remote utility management centers, - a memory to store a unique identifier pertaining to the utility meter and a first key for encrypting messages to be sent by the communication unit, - an encryption unit for encrypting said utility consumption value as a first cryptogram, - a message generator for generating a utility message containing said first cryptogram to be sent to the remote utility management centers, characterized in that said communication unit being further able to receive messages from said remote utility management centers, and wherein said utility meter further comprises: a key generator for generating a payload key (Kp) intended to be shared by said plurality of remote utility management centers, said payload key (Kp) being used by said encryption unit for encrypting the utility consumption value, so as to form a shared payload message suitable to be sent to said plurality of remote utility management centers, and wherein the encryption unit is able to generate a second cryptogram, for each of said remote utility management centers, by encrypting said payload key (Kp) with said first key, said second cryptogram being intended to be included, by the message generator, into a control message to be sent to a dedicated remote utility management center. - a metering unit for metering at least one utility consumption value, - a communication unit for sending messages to said remote utility management centers assigned to the utility meter for processing said utility consumption value by said remote utility management centers, - a memory to store a unique identifier pertaining to the utility meter and a first key for encrypting messages to be sent by the communication unit, - an encryption unit for encrypting said utility consumption value as a first cryptogram, - a message generator for generating a utility message containing said first cryptogram to be sent to the remote utility management centers, a key generator for generating a payload key (Kp) intended to be shared by said plurality of remote utility management centers, said payload key (Kp) being used by said encryption unit for encrypting the utility consumption value, so as to form a shared payload message suitable to be sent to said plurality of remote utility management centers, and wherein the encryption unit is able to generate a second cryptogram, for each of said remote utility management centers, by encrypting said payload key (Kp) with said first key, said second cryptogram being intended to be included, by the message generator, into a control message to be sent to a dedicated remote utility management center.