mhurhangee/patent-ind-claim-en huggingface dataset:
Parking lock device for a vehicle transmission, comprising a parking lock wheel that can be connected for conjoint rotation to a shaft of the vehicle transmission, comprising a pawl , which can be moved relative to the parking lock wheel between at least one locked position, which secures the parking lock wheel against rotation, and at least one release position, which releases the parking lock wheel for rotation, comprising an actuating piston , which can be displaced, along a displacement axis , relative to the parking lock wheel and relative to the pawl , as a result of which a movement of the pawl can be effected between the locked position and the release position, comprising a locking lever , which can be pivoted about a pivot axis , relative to the actuating piston , between at least one locking position, which secures the actuating piston against a movement taking place along the displacement axis , as the first position and at least one release position, which releases the actuating piston for a movement taking place along the displacement axis , as the second position, and comprising a linear solenoid , by means of which the locking lever can be pivoted from one of the positions into the other position, the pivot axis extending perpendicularly to the displacement axis , the linear solenoid having at least one magnetic element , by means of which a magnetic field can be provided or is provided, and at least one actuating element , which can be moved translationally in an active direction relative to the magnetic element and relative to the locking lever by means of the magnetic field, as a result of which the locking lever can be pivoted from one position into the other position, the active direction extending in parallel with the displacement axis or coinciding with the displacement axis , characterized in that the linear solenoid , the locking lever and the actuating piston are arranged successively along the displacement axis in the following order: linear solenoid , locking lever , actuating piston . the pivot axis extending perpendicularly to the displacement axis , the linear solenoid having at least one magnetic element , by means of which a magnetic field can be provided or is provided, and at least one actuating element , which can be moved translationally in an active direction relative to the magnetic element and relative to the locking lever by means of the magnetic field, as a result of which the locking lever can be pivoted from one position into the other position, the active direction extending in parallel with the displacement axis or coinciding with the displacement axis , characterized in that the linear solenoid , the locking lever and the actuating piston are arranged successively along the displacement axis in the following order: linear solenoid , locking lever , actuating piston .
A parking assistance device that controls a vehicle speed of a vehicle during parking to assist parking of the vehicle, wherein the vehicle speed of the vehicle during parking is increased in accordance with a behavior during parking or from previous parking of the vehicle, characterized in that the vehicle speed of the vehicle during parking is increased based on presence or absence of a brake operation by a driver during previous parking and when parking is continuously performed a predetermined number of times without brake operation by the driver in a period until previous parking. wherein the vehicle speed of the vehicle during parking is increased in accordance with a behavior during parking or from previous parking of the vehicle, characterized in that the vehicle speed of the vehicle during parking is increased based on presence or absence of a brake operation by a driver during previous parking and when parking is continuously performed a predetermined number of times without brake operation by the driver in a period until previous parking.
A light field imaging device for capturing light field image data about a scene , the light field imaging device comprising: a diffraction grating assembly configured to receive an optical wavefront originating from the scene , the diffraction grating assembly comprising a diffraction grating having a grating axis and a refractive index modulation pattern having a grating period along the grating axis , the diffraction grating being configured to diffract the optical wavefront to generate a diffracted wavefront , wherein the diffraction grating is a binary phase grating and the refractive index modulation pattern comprises a series of ridges periodically spaced-apart at the grating period , interleaved with a series of grooves periodically spaced-apart at the grating period ; and a pixel array comprising a plurality of light-sensitive pixels disposed under the diffraction grating assembly and configured to detect the diffracted wavefront as the light field image data, the pixel array having a pixel pitch along the grating axis that is smaller than the grating period , wherein a ratio of the grating period to the pixel pitch along the grating axis is substantially equal to two. a diffraction grating assembly configured to receive an optical wavefront originating from the scene , the diffraction grating assembly comprising a diffraction grating having a grating axis and a refractive index modulation pattern having a grating period along the grating axis , the diffraction grating being configured to diffract the optical wavefront to generate a diffracted wavefront , wherein the diffraction grating is a binary phase grating and the refractive index modulation pattern comprises a series of ridges periodically spaced-apart at the grating period , interleaved with a series of grooves periodically spaced-apart at the grating period ; and a pixel array comprising a plurality of light-sensitive pixels disposed under the diffraction grating assembly and configured to detect the diffracted wavefront as the light field image data, the pixel array having a pixel pitch along the grating axis that is smaller than the grating period , wherein a ratio of the grating period to the pixel pitch along the grating axis is substantially equal to two.
An LED controller , for connecting to an LED string of an LED matrix system, comprising: an input terminal configured to receive a light-control-signal representative of a received-profile-identifier; an output terminal for connecting to the LED string; a local memory configured to store a plurality of light-change-profile-data, wherein each of the plurality of light-change-profile-data defines an association between a plurality of different, non-zero light-values and a plurality of sequence-numbers; a processor configured to: determine one of the plurality of light-change-profile-data as selected-profile-data in accordance with the received-profile identifier; and determine a set of LED control signals for the LED string in accordance with different non-zero light-values of the selected-profile-data for a set of sequentially applied sequence-numbers. an input terminal configured to receive a light-control-signal representative of a received-profile-identifier; an output terminal for connecting to the LED string; a local memory configured to store a plurality of light-change-profile-data, wherein each of the plurality of light-change-profile-data defines an association between a plurality of different, non-zero light-values and a plurality of sequence-numbers; a processor configured to: determine one of the plurality of light-change-profile-data as selected-profile-data in accordance with the received-profile identifier; and determine a set of LED control signals for the LED string in accordance with different non-zero light-values of the selected-profile-data for a set of sequentially applied sequence-numbers. determine one of the plurality of light-change-profile-data as selected-profile-data in accordance with the received-profile identifier; and determine a set of LED control signals for the LED string in accordance with different non-zero light-values of the selected-profile-data for a set of sequentially applied sequence-numbers.
A display device , comprising: a light source that includes a blue light-emitting diode (LED, 212) configured to generate a blue output light; a nano-particle semiconductor material configured to: receive the blue output light, convert a first portion of the blue output light to a green light emission, convert a second portion of the blue output light to a red light emission, and transmit a remainder portion of the blue output light; a polarizing filter positioned between the light source and the nano-particle semi-conductor material ; and a liquid crystal module configured to receive the green light emission, the red light emission, and the remainder portion of the blue output light and generate an image that includes a portion of the green light emission, a portion of the red light emission, and a portion of the remainder portion of the blue output light. a light source that includes a blue light-emitting diode (LED, 212) configured to generate a blue output light; a nano-particle semiconductor material configured to: receive the blue output light, convert a first portion of the blue output light to a green light emission, convert a second portion of the blue output light to a red light emission, and transmit a remainder portion of the blue output light; receive the blue output light, convert a first portion of the blue output light to a green light emission, convert a second portion of the blue output light to a red light emission, and transmit a remainder portion of the blue output light; a polarizing filter positioned between the light source and the nano-particle semi-conductor material ; and a liquid crystal module configured to receive the green light emission, the red light emission, and the remainder portion of the blue output light and generate an image that includes a portion of the green light emission, a portion of the red light emission, and a portion of the remainder portion of the blue output light.
A method of calibrating a phased array including an array of antenna elements , a plurality of RF communication circuits each of which is electrically coupled to a different corresponding antenna element within the array of antenna elements, and a signal feed network that electrically couples a first signal line to a plurality of second signal lines, wherein each second signal line of the plurality of second signal lines is electrically coupled to a different corresponding RF communication circuit among the plurality of RF communication circuits, said method comprising: performing a first phase of a calibration operation , said first phase of the calibration operation involving calibrating the signal feed network independent of the plurality of RF communication circuits; and performing a second phase of the calibration operation , said second phase of the calibration operation involving calibrating, independent of the signal feed network, each of the plurality of the RF communication circuits until all RF communication circuits among the plurality of RF communication circuits are calibrated. performing a first phase of a calibration operation , said first phase of the calibration operation involving calibrating the signal feed network independent of the plurality of RF communication circuits; and performing a second phase of the calibration operation , said second phase of the calibration operation involving calibrating, independent of the signal feed network, each of the plurality of the RF communication circuits until all RF communication circuits among the plurality of RF communication circuits are calibrated.
Spiral application unit of a sealing fluid on an inner surface of a pneumatic tyre ; the application unit comprises: a rolling device suitable for making the pneumatic tyre rotate about a central axis (X) of rotation and along a rolling direction (D); an extrusion head provided with a die suitable for delivering the sealing fluid ; and a manipulation device that supports the extrusion head and is suitable for arranging the extrusion head inside the pneumatic tyre and for moving the extrusion head itself; wherein the die comprises a cavity wherein the sealing fluid flows and a first application aperture with an elongated shape which permits the sealing fluid to flow out of the cavity; and characterized in that the die comprises at least a second application aperture with an elongated shape which is separate and independent from the first application aperture , is parallel and adjacent to the first application aperture , and permits the sealing fluid to flow out of the cavity in addition to the first application aperture ; wherein each application aperture has two larger sides which define a length (L13, L14) of the application aperture and two smaller sides which define a width (W13, W14) of the application aperture ; and the two application apertures are offset therebetween along a direction parallel to the smaller sides . a rolling device suitable for making the pneumatic tyre rotate about a central axis (X) of rotation and along a rolling direction (D); an extrusion head provided with a die suitable for delivering the sealing fluid ; and a manipulation device that supports the extrusion head and is suitable for arranging the extrusion head inside the pneumatic tyre and for moving the extrusion head itself; wherein the die comprises a cavity wherein the sealing fluid flows and a first application aperture with an elongated shape which permits the sealing fluid to flow out of the cavity; and characterized in that the die comprises at least a second application aperture with an elongated shape which is separate and independent from the first application aperture , is parallel and adjacent to the first application aperture , and permits the sealing fluid to flow out of the cavity in addition to the first application aperture ; wherein each application aperture has two larger sides which define a length (L13, L14) of the application aperture and two smaller sides which define a width (W13, W14) of the application aperture ; and the two application apertures are offset therebetween along a direction parallel to the smaller sides .
A method involving a turbine engine assembly , comprising: receiving the turbine engine assembly , the turbine engine assembly including an annular stator vane structure disposed at a first orientation, wherein the stator vane structure includes an inner platform , an outer platform and/or a borescope boss ; characterised by : reconfiguring the stator vane structure with the turbine engine assembly to be disposed at a second orientation, wherein the reconfiguring of the stator vane structure comprises machining the outer platform and/or the borescope boss to provide a plug aperture . reconfiguring the stator vane structure with the turbine engine assembly to be disposed at a second orientation, wherein the reconfiguring of the stator vane structure comprises machining the outer platform and/or the borescope boss to provide a plug aperture .
Display apparatus for a vehicle for displaying at least one symbol, wherein the display apparatus has the following features: a light-transmissive cover layer ; a symbol layer (213; 813) having a light-transmissive symbol area for a symbol to be displayed by the display apparatus and having an opaque area surrounding the symbol area , wherein the symbol area is arranged in a manner such that it is spaced apart from the cover layer by a gap (226; 626); and a light-guiding device (228; 528; 828), which is designed to guide light onto a side of the symbol area that faces away from the cover layer , characterized in that the cover layer has, opposite the symbol area , a cutout for forming the gap . a light-transmissive cover layer ; a symbol layer (213; 813) having a light-transmissive symbol area for a symbol to be displayed by the display apparatus and having an opaque area surrounding the symbol area , wherein the symbol area is arranged in a manner such that it is spaced apart from the cover layer by a gap (226; 626); and a light-guiding device (228; 528; 828), which is designed to guide light onto a side of the symbol area that faces away from the cover layer , characterized in that the cover layer has, opposite the symbol area , a cutout for forming the gap .
Hollow-fibre pack from a multiplicity of mass-permeable hollow fibres of at least one hollow-fibre mat wound onto a core, in which hollow-fibre pack the hollow fibres are kept so as to be spaced apart by warp threads, characterized in that the density of hollow fibres in the cross section perpendicular to the hollow-fibre extent in the hollow-fibre pack differs locally, wherein a region of lower fibre density is generated by at least one placeholder which is inserted into the hollow-fibre pack at least axially at the end side and which is wrapped between two tiers of hollow fibres that are connected by warp threads.
A fuse-equipped hermetic terminal comprising: a housing provided with a hollow portion and a pair of through holes located with the hollow portion being interposed therebetween; a conductive pin extending through the housing via the pair of through holes and the hollow portion ; and a pair of insulating sealing materials that each hermetically seal a gap between the conductive pin and a corresponding one of the pair of through holes , the conductive pin including an inner pin , an outer pin , and a fuse element that bridges between the inner pin and the outer pin and that is located in the hollow portion , characterized in that : center axes of the pair of through holes are deviated from each other. a housing provided with a hollow portion and a pair of through holes located with the hollow portion being interposed therebetween; a conductive pin extending through the housing via the pair of through holes and the hollow portion ; and a pair of insulating sealing materials that each hermetically seal a gap between the conductive pin and a corresponding one of the pair of through holes , the conductive pin including an inner pin , an outer pin , and a fuse element that bridges between the inner pin and the outer pin and that is located in the hollow portion , characterized in that : center axes of the pair of through holes are deviated from each other.
A stapler cartridge demountably attachable to an end effector of a surgical instrument, wherein the stapler cartridge comprises: a cartridge body comprising a cartridge body receptacle , a proximal end , a distal end , an upper surface extending between the proximal end and the distal end, staple openings in the upper surface for ejecting staples, a central cavity extending between the proximal end and the distal end, and a longitudinal slot extending through the upper surface; staples disposed in the staple openings and staple pushers ; a knife member supported within the cartridge body for movement distally, the knife member comprising a body portion , a cutting blade attached to the body portion and configured to cut tissue when the knife member is moved toward the distal end of the cartridge body , and a first protrusion extending from the body portion transverse to the longitudinal slot ; and a drive member slidably coupled to the cartridge body , wherein the first protrusion is configured to be disposed within the cartridge body receptacle and retained within the cartridge body receptacle via engagement with a top surface of the drive member during a first movement of the drive member toward the distal end of the cartridge body from a first position to a second position, wherein the first protrusion is configured to be dislodged from the cartridge body receptacle during a second movement of the drive member toward the distal end of the cartridge body from the second position to a third position. a cartridge body comprising a cartridge body receptacle , a proximal end , a distal end , an upper surface extending between the proximal end and the distal end, staple openings in the upper surface for ejecting staples, a central cavity extending between the proximal end and the distal end, and a longitudinal slot extending through the upper surface; staples disposed in the staple openings and staple pushers ; a knife member supported within the cartridge body for movement distally, the knife member comprising a body portion , a cutting blade attached to the body portion and configured to cut tissue when the knife member is moved toward the distal end of the cartridge body , and a first protrusion extending from the body portion transverse to the longitudinal slot ; and a drive member slidably coupled to the cartridge body , wherein the first protrusion is configured to be disposed within the cartridge body receptacle and retained within the cartridge body receptacle via engagement with a top surface of the drive member during a first movement of the drive member toward the distal end of the cartridge body from a first position to a second position, wherein the first protrusion is configured to be dislodged from the cartridge body receptacle during a second movement of the drive member toward the distal end of the cartridge body from the second position to a third position.
A method for generating a pipe assembly , comprising: positioning a ring of material with respect to an extrusion head ; coupling the ring of material to a lowering mechanism ; extruding material on top of the ring of material to form a pipe wall on the ring of material; and iteratively: 1) lowering the ring of material and the pipe wall a predetermined distance; and 2) extruding the material on the pipe wall to extend the pipe wall until the pipe wall is a desired length. positioning a ring of material with respect to an extrusion head ; coupling the ring of material to a lowering mechanism ; extruding material on top of the ring of material to form a pipe wall on the ring of material; and iteratively: 1) lowering the ring of material and the pipe wall a predetermined distance; and 2) extruding the material on the pipe wall to extend the pipe wall until the pipe wall is a desired length. 1) lowering the ring of material and the pipe wall a predetermined distance; and 2) extruding the material on the pipe wall to extend the pipe wall until the pipe wall is a desired length.