mhurhangee/patent-ind-claim-en huggingface dataset:
A connector for joining a wiper blade frame to a hook-slot wiper arm , the connector comprising: - a central body portion ; and - at least one first cantilevered beam extending longitudinally to the back from the central body portion and comprising a first tab extending therefrom such that when the first cantilevered beam is in a rest position the first tab engages a slot of a hook-slot wiper arm when said wiper arm is in an attached position, said first cantilevered beam being mobile between said rest position and a retracted position in which the first tab is retracted to release the connector from the wiper arm ; a free end portion of said first cantilevered beam comprising a recess , the recess comprising a locking face to lock the first cantilevered beam in its rest position when an end of the wiper arm is received in the recess in its attached position, whereby the connector comprises at least two opposed first cantilevered beams each comprising a recess with a locking face , characterized in that the connector comprises two pairs of opposed cantilevered beams , only the first cantilevered beams of one pair comprising a recess with a locking face . - a central body portion ; and - at least one first cantilevered beam extending longitudinally to the back from the central body portion and comprising a first tab extending therefrom such that when the first cantilevered beam is in a rest position the first tab engages a slot of a hook-slot wiper arm when said wiper arm is in an attached position, said first cantilevered beam being mobile between said rest position and a retracted position in which the first tab is retracted to release the connector from the wiper arm ;
An electro hydrostatic actuator (EHA) comprising: a hydraulic pump and an electric motor driving the hydraulic pump to supply hydraulic fluid to a hydraulic actuator ; the hydraulic pump comprising an inlet and an outlet for hydraulic fluid and an active fluid flow path arranged therebetween such that, in an active mode of operation when the pump is driven by the electric motor , hydraulic fluid is actively drawn in through the inlet and exhausted out through the outlet; characterised in that : the hydraulic pump further comprising a bypass flow path arranged between the pump inlet and outlet, such that, in a damping mode of operation, hydraulic fluid freely flows between the inlet and outlet in either direction; and the electric motor comprising a moveable member arranged to move within the motor such that, when the motor is energised so as to drive the pump in the active mode of operation, the member has a blocking position that Z r is adapted to act to block the bypass flow path , and when the motor is not energised the member is adapted to move within the motor to open the bypass flow path in the damping mode of operation. a hydraulic pump and an electric motor driving the hydraulic pump to supply hydraulic fluid to a hydraulic actuator ; the hydraulic pump comprising an inlet and an outlet for hydraulic fluid and an active fluid flow path arranged therebetween such that, in an active mode of operation when the pump is driven by the electric motor , hydraulic fluid is actively drawn in through the inlet and exhausted out through the outlet; characterised in that : the hydraulic pump further comprising a bypass flow path arranged between the pump inlet and outlet, such that, in a damping mode of operation, hydraulic fluid freely flows between the inlet and outlet in either direction; and the electric motor comprising a moveable member arranged to move within the motor such that, when the motor is energised so as to drive the pump in the active mode of operation, the member has a blocking position that Z r is adapted to act to block the bypass flow path , and when the motor is not energised the member is adapted to move within the motor to open the bypass flow path in the damping mode of operation.
A light emitting device , comprising: a p-type semiconductor layer , an n-type semiconductor layer , and an active region between the n-type semiconductor layer and the p-type semiconductor layer ; a wire bond pad on the n-type semiconductor layer opposite the p-type semiconductor layer ; a reduced conductivity region in the n-type semiconductor layer and aligned with the wire bond pad , the reduced conductivity region extending from a surface of the n-type semiconductor layer opposite the p-type semiconductor layer towards the active region ; an ohmic contact on the n-type semiconductor layer adjacent and in electrical contact with the wire bond pad ; and a metal contact on a surface of the p-type semiconductor layer opposite the n-type semiconductor layer , wherein the metal contact forms an ohmic contact to the p-type semiconductor layer in a region other than a reduced conductivity area of the surface of the p-type semiconductor layer that is aligned with the wire bond pad . a p-type semiconductor layer , an n-type semiconductor layer , and an active region between the n-type semiconductor layer and the p-type semiconductor layer ; a wire bond pad on the n-type semiconductor layer opposite the p-type semiconductor layer ; a reduced conductivity region in the n-type semiconductor layer and aligned with the wire bond pad , the reduced conductivity region extending from a surface of the n-type semiconductor layer opposite the p-type semiconductor layer towards the active region ; an ohmic contact on the n-type semiconductor layer adjacent and in electrical contact with the wire bond pad ; and a metal contact on a surface of the p-type semiconductor layer opposite the n-type semiconductor layer , wherein the metal contact forms an ohmic contact to the p-type semiconductor layer in a region other than a reduced conductivity area of the surface of the p-type semiconductor layer that is aligned with the wire bond pad .
A recombinant fusion protein comprising: an N-terminal fusion partner, wherein the N-terminal fusion partner is a bacterial chaperone or folding modulator; a polypeptide of interest; and a linker comprising a cleavage site between the N-terminal fusion partner and the polypeptide of interest, wherein the N-terminal fusion partner is selected from: a P. fluorescens FklB protein; a P. fluorescens FklB protein having the amino acid sequence set forth in SEQ ID NO: 4, SEQ ID NO: 28, SEQ ID NO: 61, or SEQ ID NO: 62; a P. fluorescens DnaJ-like protein having the amino acid sequence set forth in SEQ ID NO: 2; a P. fluorescens FrnE protein having the amino acid sequence set forth in SEQ ID NO: 3, SEQ ID NO: 63, or SEQ ID NO: 64; a P. fluorescens FkbP protein having the amino acid sequence set forth in SEQ ID NO: 25; and a P. fluorescens EcpD protein having the amino acid sequence set forth in SEQ ID NO: 7, SEQ ID NO: 65, SEQ ID NO: 66, or SEQ ID NO: 67.
A film cutting and storage box which cuts the roll shaped film in desired sizes and includes - first body that carries the roll shaped film, - a second body that is attached to the first body from one of its edges in a way that allow its rotation over this edge and as a result of this rotation movement, Second body compress the film on the cutting part of the first body for cutting the portion of the film that is separated from the roll, - a third body that hold the portion of the film that is separated from the roll and placed in the volume between the first body and second body , - a knife placed in the one of the cutting parts, - tension walls that are placed near the knife at the cutting parts and - a third body which includes a tension edge whose distance from roll axis is bigger than the maximum radius of the roll and a holding surface that lies along a convex curve between the tension edge and closed position tip of inner wall characterized with a knife placed upon first body ; first tension walls that are placed near the knife when closed on the second body ; second tension walls that are placed near the first tension walls and have the same size with the knife ; and a third tension wall which has the same size with first tension walls and placed near the second tension walls when closed. - first body that carries the roll shaped film, - a second body that is attached to the first body from one of its edges in a way that allow its rotation over this edge and as a result of this rotation movement, Second body compress the film on the cutting part of the first body for cutting the portion of the film that is separated from the roll, - a third body that hold the portion of the film that is separated from the roll and placed in the volume between the first body and second body , - a knife placed in the one of the cutting parts, - tension walls that are placed near the knife at the cutting parts and - a third body which includes a tension edge whose distance from roll axis is bigger than the maximum radius of the roll and a holding surface that lies along a convex curve between the tension edge and closed position tip of inner wall
A program generating apparatus comprising: an input unit configured to be operated by a user to thereby input a machining shape of a workpiece (W); and a program generating unit configured to generate a machining program configured to control a wire electrical discharge machine so as to machine the workpiece (W) on a worktable in accordance with the input machining shape of the workpiece (W) and so as to fix, to the workpiece (W), a core (C) which is produced when the workpiece (W) is machined, characterized in that the program generating unit generates a core handling program in accordance with the input machining shape of the workpiece (W), wherein the core handling program is configured to control a robot so as to: detach the workpiece (W) that has been machined from the worktable , place the workpiece (W) that has been machined within a core handling area, and remove the core (C) from the workpiece (W) by applying an impact to the core (C) at a core handling position . an input unit configured to be operated by a user to thereby input a machining shape of a workpiece (W); and a program generating unit configured to generate a machining program configured to control a wire electrical discharge machine so as to machine the workpiece (W) on a worktable in accordance with the input machining shape of the workpiece (W) and so as to fix, to the workpiece (W), a core (C) which is produced when the workpiece (W) is machined, characterized in that the program generating unit generates a core handling program in accordance with the input machining shape of the workpiece (W), wherein the core handling program is configured to control a robot so as to: detach the workpiece (W) that has been machined from the worktable , place the workpiece (W) that has been machined within a core handling area, and remove the core (C) from the workpiece (W) by applying an impact to the core (C) at a core handling position . detach the workpiece (W) that has been machined from the worktable , place the workpiece (W) that has been machined within a core handling area, and remove the core (C) from the workpiece (W) by applying an impact to the core (C) at a core handling position .
Method for detecting an obstacle (22-H) during a working operation of a tractor-implement combination , wherein an object is detected and a detected object is detected as an obstacle (22-H) depending on a predetermined classification parameter (KP) for classifying the detected object and a predetermined working parameter (AP) of the tractor and/or the implement , wherein the classification parameter (KP) is a size (V_obj) of the object corresponding to one or more size categories, characterized in that the size categories are classified as an obstacle or not an obstacle depending on the specific working operation, the tractor type and/or the implement type.
A Ti-based amorphous alloy, wherein, when the alloy is indicated by atom%, the alloy consists of a composition range of 67.5 to 70% of Ti, 10 to 17.5% of Cu, and 15 to 20% of Co.
Ink cartridge for an inkjet printer , comprising interfaces on a front face for connection to a cartridge receiving structure , the interfaces including an ink interface and a gas interface ; a guide interface on a bottom face for guiding the cartridge along a straight line (Y) for connecting the interfaces; a latch track and a latch stop arranged on the bottom face , to guide and retain a latch of the cartridge receiving structure ; wherein the guide interface comprises a guide track that extends parallel to said straight line (Y), the guide track having a guide engaging surface that extends parallel to said straight line (Y); and wherein the cartridge comprises an electrical circuit , disposed near a top face , wherein the top face is opposite the bottom face , wherein the electrical circuit is sunken with respect to the front face , wherein the electrical circuit comprises electrodes that extend in a plane (Y, Z) perpendicular to the front face and arranged on a line (PP) parallel to the front face and behind the front face . interfaces on a front face for connection to a cartridge receiving structure , the interfaces including an ink interface and a gas interface ; a guide interface on a bottom face for guiding the cartridge along a straight line (Y) for connecting the interfaces; a latch track and a latch stop arranged on the bottom face , to guide and retain a latch of the cartridge receiving structure ; wherein the guide interface comprises a guide track that extends parallel to said straight line (Y), the guide track having a guide engaging surface that extends parallel to said straight line (Y); and wherein the cartridge comprises an electrical circuit , disposed near a top face , wherein the top face is opposite the bottom face , wherein the electrical circuit is sunken with respect to the front face , wherein the electrical circuit comprises electrodes that extend in a plane (Y, Z) perpendicular to the front face and arranged on a line (PP) parallel to the front face and behind the front face .
Injection molding apparatus for manufacturing an ophthalmic lens mold , in particular a contact lens mold, from an injection-moldable plastic material, the ophthalmic lens mold having a front surface comprising a lens forming portion and a rear surface, the injection molding apparatus comprising - a first molding tool comprising at least one first mold forming portion for forming the front surface of the ophthalmic lens mold, - a second molding tool comprising at least one second mold forming portion for forming the rear surface of the ophthalmic lens mold , wherein the first and second molding tools are movable towards and away from each other between a closed position, in which the ophthalmic lens mold can be manufactured by injection molding, and an open position, in which the manufactured ophthalmic lens mold can be removed from the second molding tool, and wherein in the closed position the at least one first mold forming portion of the first molding tool and the at least one second mold forming portion of the second molding tool define a cavity between them corresponding in shape to the shape of the ophthalmic lens mold to be manufactured, characterized in that a surface of the second mold forming portion , at least in a central zone that corresponds to a portion on the rear surface of the ophthalmic lens mold opposite to the lens forming portion on the front surface , has a surface roughness S a in the range of 0.3 μm to 2 μm, and a surface roughness S z in the range of 10 μm to 50 μm. - a first molding tool comprising at least one first mold forming portion for forming the front surface of the ophthalmic lens mold, - a second molding tool comprising at least one second mold forming portion for forming the rear surface of the ophthalmic lens mold , wherein the first and second molding tools are movable towards and away from each other between a closed position, in which the ophthalmic lens mold can be manufactured by injection molding, and an open position, in which the manufactured ophthalmic lens mold can be removed from the second molding tool, and wherein in the closed position the at least one first mold forming portion of the first molding tool and the at least one second mold forming portion of the second molding tool define a cavity between them corresponding in shape to the shape of the ophthalmic lens mold to be manufactured, characterized in that a surface of the second mold forming portion , at least in a central zone that corresponds to a portion on the rear surface of the ophthalmic lens mold opposite to the lens forming portion on the front surface , has a surface roughness S a in the range of 0.3 μm to 2 μm, and a surface roughness S z in the range of 10 μm to 50 μm.
A laminated glazing for a vehicle or a building, characterized in that it comprises an inner structural glass sheet having a surface compressive stress of between 400 and 1000 MPa with exchange depths of between 100 and 500, preferably at least equal to 150 μm and an outer structural glass sheet having a surface compressive stress of between 50 and 300 MPa with exchange depths of between 50 and 100 μm, on condition that the product of the two is at most equal to 25 000 MPa.μm.
Method for operating a driver assistance device for a motor vehicle , comprising the steps: - a drive potential is respectively determined from all driven wheels of at least one axle of the motor vehicle , said wheels being operatively connected to one another via a differential gear and drivable together, - the drive potentials are compared and - a braking device with a specific wheel braking force for braking the wheel is controlled using a lower drive potential, characterised in that the drive potential is determined from a spring compression of the respective wheel or the wheel contact force associated with each of the wheels is established and from this the drive potential of the respective wheel is determined, and that a traction control system controls the braking device with a traction control braking force to brake at least one of the wheels , if a wheel slip of the wheel exceeds a certain slip limit, wherein the wheel braking force is determined from the difference between the drive potentials of the wheels and is used to pre-control the traction control system. - a drive potential is respectively determined from all driven wheels of at least one axle of the motor vehicle , said wheels being operatively connected to one another via a differential gear and drivable together, - the drive potentials are compared and - a braking device with a specific wheel braking force for braking the wheel is controlled using a lower drive potential,
A frontend of a measurement device , comprising: a circuit board ; a first input resistance , coupled between an input node and a tap node , positioned on the circuit board , the first input resistance having a length; and a feed forward element coupled to the tap node and positioned along a portion of the length of the first input resistance and a distance away from the first input resistance , the feed forward element being operative to introduce an element capacitance that offsets a parasitic capacitance in a volume surrounding the first input resistance; wherein a width of the feed forward element at a point along the portion of the length of the first input resistance is determined based on a capacitance ratio of the element capacitance to the parasitic capacitance at the point along the length of the first input resistance ; and wherein the feed forward element has an increasing width from the input node to the tap node along the length of the first input resistance . a circuit board ; a first input resistance , coupled between an input node and a tap node , positioned on the circuit board , the first input resistance having a length; and a feed forward element coupled to the tap node and positioned along a portion of the length of the first input resistance and a distance away from the first input resistance , the feed forward element being operative to introduce an element capacitance that offsets a parasitic capacitance in a volume surrounding the first input resistance; wherein a width of the feed forward element at a point along the portion of the length of the first input resistance is determined based on a capacitance ratio of the element capacitance to the parasitic capacitance at the point along the length of the first input resistance ; and wherein the feed forward element has an increasing width from the input node to the tap node along the length of the first input resistance .
A method for wireless communication at a user equipment, UE , comprising: determining, based at least in part on communication resources allocated by a base station , a default transmit beam for communicating with the base station; identifying a triggering condition for using the default transmit beam, wherein identifying a triggering condition for using the default transmit beam comprises: identifying a threshold time period preceding an uplink communication; and determining that the base station has not transmitted a physical uplink shared channel, PUSCH, beam indicator indicating a configured uplink transmit beam for the uplink communication prior to the threshold time period; and transmitting an uplink communication to the base station using the default transmit beam based at least in part on the triggering condition. determining, based at least in part on communication resources allocated by a base station , a default transmit beam for communicating with the base station; identifying a triggering condition for using the default transmit beam, wherein identifying a triggering condition for using the default transmit beam comprises: identifying a threshold time period preceding an uplink communication; and determining that the base station has not transmitted a physical uplink shared channel, PUSCH, beam indicator indicating a configured uplink transmit beam for the uplink communication prior to the threshold time period; and identifying a threshold time period preceding an uplink communication; and determining that the base station has not transmitted a physical uplink shared channel, PUSCH, beam indicator indicating a configured uplink transmit beam for the uplink communication prior to the threshold time period; and transmitting an uplink communication to the base station using the default transmit beam based at least in part on the triggering condition.
A deodorant aerosol composition comprising (i) a deodorant material consisting of a mixture of zinc neodecanoate, a perfumery-compatible solvent oil and at least one fragrance material, (ii) a hydrocarbon carrier fluid which is liquid at 20°C, and (iii) a propellant, wherein the hydrocarbon carrier fluid is saturated and has at least ten carbon atoms; wherein the propellant comprises a liquified hydrocarbon which is gaseous at 20°C and atmospheric pressure; and wherein the composition does not comprise cyclic liquid polyorganosiloxanes.