mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for the slicing of food products, in particular a high-performance slicer, comprising at least one cutting blade , in particular a scythe-like blade, rotating about an axis of rotation (D) and having an imbalance (UM); a rotary drive for the cutting blade ; and a counterweight comprising at least two balance masses axially spaced apart from one another for compensating the imbalance (UM) of the cutting blade , wherein a first balance mass and the imbalance (UM) of the cutting blade act at least approximately in opposite radial directions, and wherein the first balance mass is arranged closer to the cutting blade in the axial direction than a second balance mass , characterized in that the second balance mass acts at least approximately in the same radial direction as the imbalance (UM) of the cutting blade .
A controller for use in a display device , the controller being configured to cause the display device to switch between a first augmented reality operation mode and a second augmented reality operation mode, the controller characterized by: a sensor adapted to receive an input signal indicative of at least one parameter of an environment captured by a display device sensor, where the captured environment includes at least a part of a field of view of a user ; and a processor unit adapted to compare each of the at least one parameters with a corresponding predefined threshold value; wherein the processor unit is further adapted to cause the display device to switch between the first and second augmented reality operation modes based on the result of the comparison. a sensor adapted to receive an input signal indicative of at least one parameter of an environment captured by a display device sensor, where the captured environment includes at least a part of a field of view of a user ; and a processor unit adapted to compare each of the at least one parameters with a corresponding predefined threshold value; wherein the processor unit is further adapted to cause the display device to switch between the first and second augmented reality operation modes based on the result of the comparison.
A water filter unit for purifying pressurized water fed to the water filter unit , said water filter unit comprising; a containment defined by a wall section , a first end section and a second end section , wherein the wall section is attached to the first end section and the second end section ; a water inlet arranged in said first or second end section through which the pressurized water is fed into the containment ; a filter membrane arranged in said containment such that at least part of the water is fed through the filter membrane ; a first water outlet for filtered water from the membrane; wherein the water filter unit further comprises an injector pump arranged to create an increased flow velocity through the injector pump of said pressurized water fed to the filter membrane , and said injector pump is furthermore arranged to receive unfiltered water not fed through the membrane and recirculate said unfiltered water within the containment ; wherein the water filter unit further comprises an elongated pipe with a perforated wall connected to the first water outlet , wherein the filter membrane is a reverse osmosis filter membrane arranged around said elongated pipe and the filtered water enters the elongated pipe via the perforations in the elongated pipe when using the water filter unit ; characterized in that the water filter unit further comprises a channel arranged for transporting the pressurized water and the recirculated water from said injector pump to said filter membrane ; wherein said channel is arranged within the elongated pipe such that a passage between said elongated pipe and said channel is formed . a containment defined by a wall section , a first end section and a second end section , wherein the wall section is attached to the first end section and the second end section ; a water inlet arranged in said first or second end section through which the pressurized water is fed into the containment ; a filter membrane arranged in said containment such that at least part of the water is fed through the filter membrane ; a first water outlet for filtered water from the membrane; wherein the water filter unit further comprises an injector pump arranged to create an increased flow velocity through the injector pump of said pressurized water fed to the filter membrane , and said injector pump is furthermore arranged to receive unfiltered water not fed through the membrane and recirculate said unfiltered water within the containment ; wherein the water filter unit further comprises an elongated pipe with a perforated wall connected to the first water outlet , wherein the filter membrane is a reverse osmosis filter membrane arranged around said elongated pipe and the filtered water enters the elongated pipe via the perforations in the elongated pipe when using the water filter unit ; characterized in that the water filter unit further comprises a channel arranged for transporting the pressurized water and the recirculated water from said injector pump to said filter membrane ; wherein said channel is arranged within the elongated pipe such that a passage between said elongated pipe and said channel is formed .
A suturing device for minimally invasive surgery, comprising: a head defining one or more ferrule holders and a tissue bite area ; a shaft , wherein the head is coupled to the shaft at a distal end of the shaft , and wherein the tissue bite area faces a direction substantially parallel to a longitudinal axis of the shaft ; a needle comprising a flywheel portion and one or more curved arms extending from the flywheel portion, each of the one or more curved arms comprising a ferrule engaging tip , wherein the needle is pivotably coupled to the head , and wherein the flywheel portion and the one or more curved arms are monolithic; and an actuator comprising a drive link coupled to the needle and configured to rotate it from a retracted position, where the ferrule engaging tip of each of the one or more curved arms starts away from the one or more ferrule holders , through the tissue bite area , and to an engaged position where the ferrule engaging tip of each of the one or more curved arms is operationally aligned with the one or more ferrule holders ; characterised in that the actuator comprises a motion limiting notch and a cam surface or the drive link comprises a motion limiting notch and the needle comprises a cam surface , wherein the motion limiting notch and the cam surface are configured to control how far the needle can move when rotated to an engaged position. a head defining one or more ferrule holders and a tissue bite area ; a shaft , wherein the head is coupled to the shaft at a distal end of the shaft , and wherein the tissue bite area faces a direction substantially parallel to a longitudinal axis of the shaft ; a needle comprising a flywheel portion and one or more curved arms extending from the flywheel portion, each of the one or more curved arms comprising a ferrule engaging tip , wherein the needle is pivotably coupled to the head , and wherein the flywheel portion and the one or more curved arms are monolithic; and an actuator comprising a drive link coupled to the needle and configured to rotate it from a retracted position, where the ferrule engaging tip of each of the one or more curved arms starts away from the one or more ferrule holders , through the tissue bite area , and to an engaged position where the ferrule engaging tip of each of the one or more curved arms is operationally aligned with the one or more ferrule holders ; characterised in that the actuator comprises a motion limiting notch and a cam surface or the drive link comprises a motion limiting notch and the needle comprises a cam surface , wherein the motion limiting notch and the cam surface are configured to control how far the needle can move when rotated to an engaged position.
A block copolymer construct that contains an antimicrobial component, wherein the antimicrobial component is an antimicrobial peptide or a lantibiotic, wherein said block copolymer contains one or more hydrophilic domains having end group activation sites and at least one hydrophobic domain, wherein a quantity of the antimicrobial component is physically entrapped in the strands of the copolymer and another quantity of the antimicrobial component is tethered to the end group activation sites of the block copolymer, and wherein the block copolymer construct provides early antimicrobial activity by releasing the entrapped antimicrobial component and prolonged antimicrobial activity through the tethered antimicrobial component, and wherein the block copolymer forms a crosslinked network with itself or with an underlying substrate via end group activation sites.
A method of operating a V2X application enabler, VAE, server in a wireless communication network (QQ106), the method comprising: establishing a tele-operated application layer driving session between the VAE server and a V2X application enabler ,VAE, client device ,; updating the tele-operated application layer driving session between the VAE server and the VAE client device; and terminating the tele-operated application layer driving session between the VAE server and the VAE client device, wherein establishing the tele-operated application layer driving session comprises sending , by the VAE server and to the VAE client device, a tele-operated driving request, wherein the tele-operated driving request comprises tele-operated service information, wherein the tele-operated service information comprises an identifier of a user equipment, UE, involved in the service, wherein the tele-operated driving request comprises tele-operated service requirements, wherein the tele-operated service requirements comprise Quality of Service , QoS, requirements comprising minimum required bitrate and/or maximum tolerated latency. establishing a tele-operated application layer driving session between the VAE server and a V2X application enabler ,VAE, client device ,; updating the tele-operated application layer driving session between the VAE server and the VAE client device; and terminating the tele-operated application layer driving session between the VAE server and the VAE client device,
Method of manufacturing a blade shell member for a wind turbine blade, the method comprising the steps of: a) providing a blade mould for the blade shell member, the blade mould comprising a moulding surface and a moulding cavity ; b) arranging a number of fibre-reinforced layers on the blade moulding surface ; c) applying a first primer layer on top of the number of fibre-reinforced layers , at a pre-determined spar cap region ; d) providing a pre-manufactured spar cap having an upper surface , a lower surface , a first side surface , a second side surface , a first end surface and a second end surface ; e) arranging the pre-manufactured spar cap on the spar cap region , such that the lower surface of the pre-manufactured spar cap contacts the first primer layer arranged on the spar cap region ; f) infusing the blade moulding cavity with resin; g) curing the resin to form the blade shell member; wherein the method further comprises the step of applying a second primer layer to the upper surface of the pre-manufactured spar cap before step f). a) providing a blade mould for the blade shell member, the blade mould comprising a moulding surface and a moulding cavity ; b) arranging a number of fibre-reinforced layers on the blade moulding surface ; c) applying a first primer layer on top of the number of fibre-reinforced layers , at a pre-determined spar cap region ; d) providing a pre-manufactured spar cap having an upper surface , a lower surface , a first side surface , a second side surface , a first end surface and a second end surface ; e) arranging the pre-manufactured spar cap on the spar cap region , such that the lower surface of the pre-manufactured spar cap contacts the first primer layer arranged on the spar cap region ; f) infusing the blade moulding cavity with resin; g) curing the resin to form the blade shell member;
Preform for container made of plastic material, which comprises: - a body symmetric in revolution about a central axis (X); - an open neck which extends in the extension of the body , from which it is separated by a radially projecting collar ; - a bottom which closes the body at the opposite end from the neck ; this preform being characterized in that the body has a portion that is concave in axial section, and in that : B ≤ 0.9 · A 0.5·C ≤ C' ≤ 0.95·C where A is the overall diameter of the body , measured beneath the collar ; B is the external diameter of the bottom , measured at its junction with the body ; C is the combined height of the body and the bottom , measured from the collar ; C' is the height, measured axially, of the concave portion of the body , and in that the concave portion has, in axial section, on an outer face , an external radius of curvature RE such that: 1.5·C ≤ RE ≤ 10·C. - a body symmetric in revolution about a central axis (X); - an open neck which extends in the extension of the body , from which it is separated by a radially projecting collar ; - a bottom which closes the body at the opposite end from the neck ; where A is the overall diameter of the body , measured beneath the collar ; B is the external diameter of the bottom , measured at its junction with the body ; C is the combined height of the body and the bottom , measured from the collar ; C' is the height, measured axially, of the concave portion of the body , and in that the concave portion has, in axial section, on an outer face , an external radius of curvature RE such that: 1.5·C ≤ RE ≤ 10·C.
An end wall of railway vehicle, comprising an external frame and an end wall main body , wherein the external frame is configured to be fixedly connected to the vehicle body of the railway vehicle, and the end wall main body is detachably connected to the external frame through a fastening assembly; the end wall main body is a honeycomb panel, and the honeycomb panel comprises two panels , a honeycomb structure arranged between the two panels , and an edge sealing profile for sealing peripheral parts of the two panels , wherein the fastening assembly is a bolt assembly ; the bolt assembly comprises a T-shaped nut and a bolt , the T-shaped nut is fixed on the external frame , and both the external frame and the end wall main body have mounting holes that are configured to align with the threaded holes of the T-shaped nut , and the bolt is configured to pass through the mounting holes of the end wall main body and the mounting holes of the external frame for having threaded connection with the T-shaped nut . the end wall main body is a honeycomb panel, and the honeycomb panel comprises two panels , a honeycomb structure arranged between the two panels , and an edge sealing profile for sealing peripheral parts of the two panels , wherein the fastening assembly is a bolt assembly ; the bolt assembly comprises a T-shaped nut and a bolt , the T-shaped nut is fixed on the external frame , and both the external frame and the end wall main body have mounting holes that are configured to align with the threaded holes of the T-shaped nut , and the bolt is configured to pass through the mounting holes of the end wall main body and the mounting holes of the external frame for having threaded connection with the T-shaped nut .
Feeder of thread or yarn, intended for a textile machine, said feeder being of accumulation type and comprising: a body which bears a drum having a surface on which a pre-established number of thread turns coming from a spool are wound; a tension sensor for detecting the tension value of the thread exiting from the drum and detector means for detecting the quantity of thread accumulated thereon, said detector means comprising at least one light-reflecting element arranged along the entire longitudinal portion between the two ends of the surface of the drum , such light being generated by light generator means borne by a support arranged alongside the drum , said support being associated with detector means or sensors adapted to detect the light reflected by said reflecting element , the intensity of said reflected light varying as a function of the quantity of thread wound on said drum , said detection allowing the detection of such thread quantity, the detector means being at least one light-sensitive member that receives the light reflected by said reflecting element , said member allowing the determination of the density of turns of the thread present on the drum , characterized in that the feeder has a rotary drum and the detector means comprises a plurality of reflecting elements arranged along the surface of the rotary drum that are separated by a zone not reflecting the light emitted by the light generator means.
An elevator device having a governor device , comprising: a sheave , which a governor rope is put around, and which is rotated by movement of the governor rope in accordance with elevation of a car; a ratchet wheel which is rotatably supported with a rotary shaft of the sheave and which has a plurality of ratchet teeth on an outer periphery; a fly weight which is provided on the outer periphery of the ratchet wheel and which is rotated by a centrifugal force caused by rotation of the sheave ; a pawl which is attached to an end of the fly weight and which is disengageably meshed with the ratchet teeth of the ratchet wheel ; and a brake mechanism , which is connected to the ratchet wheel , and in which when the car descends at a speed beyond a rated speed, the pawl of the fly weight is engaged with the ratchet teeth of the ratchet wheel , to act a braking force on the governor rope , wherein the fly weight is rotatably supported with a weight support shaft integrally rotated with the sheave , characterized in that with the weight support shaft as a border, the pawl meshed with the ratchet teeth of the ratchet wheel is attached to one region side of the fly weight, and an inertia mass adjusting unit having a shape to adjust inertia mass of the fly weight to that equivalent to or smaller than inertia mass of the ratchet wheel is provided on other region side of the fly weight. a sheave , which a governor rope is put around, and which is rotated by movement of the governor rope in accordance with elevation of a car; a ratchet wheel which is rotatably supported with a rotary shaft of the sheave and which has a plurality of ratchet teeth on an outer periphery; a fly weight which is provided on the outer periphery of the ratchet wheel and which is rotated by a centrifugal force caused by rotation of the sheave ; a pawl which is attached to an end of the fly weight and which is disengageably meshed with the ratchet teeth of the ratchet wheel ; and a brake mechanism , which is connected to the ratchet wheel , and in which when the car descends at a speed beyond a rated speed, the pawl of the fly weight is engaged with the ratchet teeth of the ratchet wheel , to act a braking force on the governor rope , wherein the fly weight is rotatably supported with a weight support shaft integrally rotated with the sheave , characterized in that
A wheel axle for a combine harvester having a frame and at least one wheel suspension, the wheel suspension comprising: a first body connected to the frame ; a distribution bar having a first end and an opposed second end , said distribution bar being pivotally mounted to the first body at a midpoint of the distribution bar between the first and second ends of the distribution bar; a lift link pivotally connected to the frame , wherein the first end of the distribution bar is pivotally connected to a first end of the lift link; a push link , wherein the second end of the distribution bar is pivotally connected to a first end of the push link; and a wheel carrier defining a wheel axis for a ground-contacting element to be mounted to the wheel carrier, wherein opposed second ends of the respective lift link and push link are pivotally coupled with the wheel carrier, such that the wheel carrier and wheel axis are adjustable relative to the frame; characterised in that the first body comprises an actuator having a first end mounted to the frame , and wherein the distribution bar is pivotally mounted to the second end of the actuator. a first body connected to the frame ; a distribution bar having a first end and an opposed second end , said distribution bar being pivotally mounted to the first body at a midpoint of the distribution bar between the first and second ends of the distribution bar; a lift link pivotally connected to the frame , wherein the first end of the distribution bar is pivotally connected to a first end of the lift link; a push link , wherein the second end of the distribution bar is pivotally connected to a first end of the push link; and a wheel carrier defining a wheel axis for a ground-contacting element to be mounted to the wheel carrier, wherein opposed second ends of the respective lift link and push link are pivotally coupled with the wheel carrier, such that the wheel carrier and wheel axis are adjustable relative to the frame; characterised in that the first body comprises an actuator having a first end mounted to the frame , and wherein the distribution bar is pivotally mounted to the second end of the actuator.
A method for preventing a relay attack between a mobile phone and a starting device of an automobile, comprising: - capturing a reference movement profile using the mobile phone, in which an authorized driver approaches the automobile, takes up a driver position and actuates a starting device; - determining a current movement profile which is suitable for comparison with the captured reference movement profile; - comparing the captured reference movement profile with the determined current movement profile; characterized by - requesting a confirmation by means of the mobile phone if the starting device is actuated and the comparing does not result in a match between the captured reference movement profile and the determined current movement profile, - wherein in the event of a negative request of the confirmation the starting device is locked for a predeterminable period of time or until a positive request . - capturing a reference movement profile using the mobile phone, in which an authorized driver approaches the automobile, takes up a driver position and actuates a starting device; - determining a current movement profile which is suitable for comparison with the captured reference movement profile; - comparing the captured reference movement profile with the determined current movement profile; characterized by - requesting a confirmation by means of the mobile phone if the starting device is actuated and the comparing does not result in a match between the captured reference movement profile and the determined current movement profile, - wherein in the event of a negative request of the confirmation the starting device is locked for a predeterminable period of time or until a positive request .