mhurhangee/patent-ind-claim-en huggingface dataset:
A method of projecting a digital video image onto a viewing surface (34; 64) with a laser-beam steering projector (10, 12, 14, 22, 32; 46, 48, 59, 52) which scans a laser beam (30; 70) across the viewing surface (34; 64), thereby illuminating each pixel area on the viewing surface (34; 64) with laser beam light having a color and intensity defined by a corresponding pixel of digital video data provided to a digital video input of the laser beam steering projector (10, 12, 14, 22, 32; 46, 48, 59, 52), said method comprising the steps of: identifying a portion of the digital video data that is high intensity display digital video data and a portion of the digital video data that is low intensity display digital video data; supplying said high intensity display digital video data and said low intensity display digital video data to said digital video input of said laser-beam-steering projector (10, 12, 14, 22, 32; 46, 48, 59, 52); illuminating each pixel area corresponding to a pixel in said high intensity display digital video data; and illuminating each pixel area corresponding to a pixel in said low intensity display digital video data; wherein the laser beam light (30; 70) illuminates each pixel area corresponding to a pixel in said high intensity display digital video data for a greater period of time than is spent illuminating each pixel area corresponding to a pixel in said low intensity display digital video data; characterized in that the laser beam light (30; 70) illuminates each pixel area by scanning a plurality of times each pixel area corresponding to a pixel in the high intensity display digital video data for each time that each pixel area corresponding to a pixel in the low intensity display digital video data is scanned. identifying a portion of the digital video data that is high intensity display digital video data and a portion of the digital video data that is low intensity display digital video data; supplying said high intensity display digital video data and said low intensity display digital video data to said digital video input of said laser-beam-steering projector (10, 12, 14, 22, 32; 46, 48, 59, 52); illuminating each pixel area corresponding to a pixel in said high intensity display digital video data; and illuminating each pixel area corresponding to a pixel in said low intensity display digital video data; wherein the laser beam light (30; 70) illuminates each pixel area corresponding to a pixel in said high intensity display digital video data for a greater period of time than is spent illuminating each pixel area corresponding to a pixel in said low intensity display digital video data; characterized in that the laser beam light (30; 70) illuminates each pixel area by scanning a plurality of times each pixel area corresponding to a pixel in the high intensity display digital video data for each time that each pixel area corresponding to a pixel in the low intensity display digital video data is scanned.
A display device configured to alter an optical property by moving an amount of a first fluid through which external light can pass, the display device comprising: a fluidic display unit comprising at least a first display cavity comprising a first fluid , the first fluid movable within the first display cavity by varying an amount of pressure on the first display cavity; and a fluidic actuator mechanically coupled to the first display cavity of the fluidic display unit, the fluidic actuator comprising a second fluid, a first cavity comprising the second fluid and bounded at least in part by a first elastomer, a second cavity comprising the second fluid and bounded at least in by part by a second elastomer, a channel connecting the first cavity to the second cavity and through which the second fluid can flow, and a valve configured to be electrically operated into an open state or a closed state and thereby allow or block a flow of the second fluid through the channel, wherein the fluidic actuator is configured to be electrically actuated to vary the amount of pressure on the first cavity of the fluidic display unit, wherein varying the pressure causes movement of the first fluid within the fluidic display unit, thereby altering the optical property of the display, wherein the second fluid is at a pressure within the fluidic actuator higher than a pressure of the first fluid within the fluidic display unit, and wherein maintaining the valve in the closed state requires less electrical power than maintaining the valve in the open state. a fluidic display unit comprising at least a first display cavity comprising a first fluid , the first fluid movable within the first display cavity by varying an amount of pressure on the first display cavity; and a fluidic actuator mechanically coupled to the first display cavity of the fluidic display unit, the fluidic actuator comprising a second fluid, a first cavity comprising the second fluid and bounded at least in part by a first elastomer, a second cavity comprising the second fluid and bounded at least in by part by a second elastomer, a channel connecting the first cavity to the second cavity and through which the second fluid can flow, and a valve configured to be electrically operated into an open state or a closed state and thereby allow or block a flow of the second fluid through the channel, wherein the fluidic actuator is configured to be electrically actuated to vary the amount of pressure on the first cavity of the fluidic display unit, wherein varying the pressure causes movement of the first fluid within the fluidic display unit, thereby altering the optical property of the display, wherein the second fluid is at a pressure within the fluidic actuator higher than a pressure of the first fluid within the fluidic display unit, and wherein maintaining the valve in the closed state requires less electrical power than maintaining the valve in the open state.
Load transport vehicle, comprising: - a bulk container for receiving bulk material; - a tipping body hydraulically operated by means of a first hydraulic unit , which is adapted to tilt the bulk container about at least one axis (A) in order to discharge the bulk material; and - a control unit for controlling the first hydraulic unit ; further comprising at least one sensor unit (S1, S2) which is adapted to supply data to the control unit representing at least one current operating parameter of the load transport vehicle, the control unit being further adapted to control the first hydraulic unit according to at least one predefined sequence program and to modify the at least one predefined sequence program on the basis of the data detected by the at least one sensor unit (S1, S2) during execution of the sequence program, the one sensor unit (S1, S2) or at least one of the plurality of sensor units (S1, S2) being assigned to the first and/or second hydraulic unit , characterised in that the one sensor unit (S1, S2) or at least one of the plurality of sensor units (S1, S2) is assigned to a hydraulic cylinder of the first or second hydraulic unit and adapted to detect the current stroke length of the hydraulic cylinder, for example by electromechanical means or ultrasound. - a bulk container for receiving bulk material; - a tipping body hydraulically operated by means of a first hydraulic unit , which is adapted to tilt the bulk container about at least one axis (A) in order to discharge the bulk material; and - a control unit for controlling the first hydraulic unit ;
Cannabidiolic acid (CBDA) for use as a medicament.
An electric motor, especially for a fluid-handling system, having an external stator and an internal rotor mounted to rotate around an axis (A), comprising the following features: - the external stator comprises - a multiplicity of ferromagnetic pole pieces disposed around the axis (A) and having winding cores extending substantially radially - an injection-molded plastic structure having winding supports enveloping the winding cores and a bushing , which is provided with a closed inside face extending radially inside the pole pieces , and - stator windings received on the winding supports ; - the rotor (R) is disposed inside the sleeve , - the plastic structure comprises a bushing , which in turn comprises the sleeve as well as an end piece closing this in the end region, wherein the rotor (R) is mounted in a bearing (L) disposed in the end piece - the stator is provided with an external body injection-molded from plastic, which is injection-molded in situ onto the plastic structure , and in which the plastic structure plus stator windings is embedded. - the external stator comprises - a multiplicity of ferromagnetic pole pieces disposed around the axis (A) and having winding cores extending substantially radially - an injection-molded plastic structure having winding supports enveloping the winding cores and a bushing , which is provided with a closed inside face extending radially inside the pole pieces , and - stator windings received on the winding supports ; - a multiplicity of ferromagnetic pole pieces disposed around the axis (A) and having winding cores extending substantially radially - an injection-molded plastic structure having winding supports enveloping the winding cores and a bushing , which is provided with a closed inside face extending radially inside the pole pieces , and - stator windings received on the winding supports ; - the rotor (R) is disposed inside the sleeve , - the plastic structure comprises a bushing , which in turn comprises the sleeve as well as an end piece closing this in the end region, wherein the rotor (R) is mounted in a bearing (L) disposed in the end piece - the stator is provided with an external body injection-molded from plastic, which is injection-molded in situ onto the plastic structure , and in which the plastic structure plus stator windings is embedded.
A cushioning element (14; 26, 36; 60, 62, 64; 120; 230) comprising: a first layer including a depression defined by a first surface ; and a first component disposed within the depression of the first layer, the first component comprising a plurality of affixed foam particles each including a first thermoplastic elastomeric material, wherein: the first component has one or more regions that include a plurality of unaffixed foam particles; each individual affixed foam particle of the plurality of affixed foam particles includes one or more binding regions affixing an outer surface of the individual foam particle to an outer surface of one or more adjacent foam particles; and the one or more binding regions include a binding material; wherein the first component comprises a plurality of layers of affixed foam particles, and wherein the average number of layers per millimeter in the first component is from 0.1 layers per millimeter to 2.5 layers per millimeter. a first layer including a depression defined by a first surface ; and a first component disposed within the depression of the first layer, the first component comprising a plurality of affixed foam particles each including a first thermoplastic elastomeric material, wherein: the first component has one or more regions that include a plurality of unaffixed foam particles; each individual affixed foam particle of the plurality of affixed foam particles includes one or more binding regions affixing an outer surface of the individual foam particle to an outer surface of one or more adjacent foam particles; and the one or more binding regions include a binding material; wherein the first component comprises a plurality of layers of affixed foam particles, and wherein the average number of layers per millimeter in the first component is from 0.1 layers per millimeter to 2.5 layers per millimeter.
An injection molding system by simultaneous injection of liquid plastic material into several molding cavities, in which each molding cavity is supplied with liquid plastic material by a channel arriving at the injection threshold into the molding cavity , including, in each channel , upstream from the injection threshold , an insert , including an axial passage whereof the restriction , in the form of a reduction of the section of the channel , is controlled using a needle with an adjustable position, to provide a head loss greater than the sum of the head losses existing between said restriction and the molding cavity, characterized in that the axial passage has a bi-truncated shape, with the restriction at the inversion point of the taper.
An augmented reality system comprising: a projector ; a substantially transparent optical component arranged to receive light from the projector and reflect the light to provide augmented reality light to a user's notional eye position ; and a stray light rejection layer for the substantially transparent optical component , wherein the stray light rejection layer comprises a plurality of slats , wherein in the plurality of slats , each slat further comprises an axis, and wherein the axes of the plurality of slats are arranged at a plurality of respective angles, with the axes of the plurality of slats each directed towards the user's notional eye position such that a thin edge of each slat is presented in profile to the user's notional eye position , wherein the user's notional eye position defines a common focal point about which the plurality of respective angles are determined, and wherein the plurality of angles are determined from a notional forward-looking direction from the user's notional eye position , and wherein the stray light rejection layer is configured to reduce high angle incident rays of external light from reaching the substantially transparent optical component . a projector ; a substantially transparent optical component arranged to receive light from the projector and reflect the light to provide augmented reality light to a user's notional eye position ; and a stray light rejection layer for the substantially transparent optical component , wherein the stray light rejection layer comprises a plurality of slats , wherein in the plurality of slats , each slat further comprises an axis, and wherein the axes of the plurality of slats are arranged at a plurality of respective angles, with the axes of the plurality of slats each directed towards the user's notional eye position such that a thin edge of each slat is presented in profile to the user's notional eye position , wherein the user's notional eye position defines a common focal point about which the plurality of respective angles are determined, and wherein the plurality of angles are determined from a notional forward-looking direction from the user's notional eye position , and wherein the stray light rejection layer is configured to reduce high angle incident rays of external light from reaching the substantially transparent optical component .
Capacitive sensor element having integrated measuring and reference capacitance, comprising: a support comprising a capacitor electrode and a reference electrode electrically separated therefrom; and a membrane that can be deflected in at least one area and comprises a deflection area effective as a capacitor counterelectrode and a margin area , the membrane being fastened to the support at a fastening portion , and the capacitor electrode and the capacitor counterelectrode forming the measuring capacitance (C mess ); wherein the reference electrode forms, at least with one portion of the margin area of the membrane that is effective as the reference counterelectrode, the reference capacitance (C ref ), the capacitance value of which represents at least one component of an interference effect (C par ) acting on the measuring capacitance (C mess ); and wherein that portion of the margin area of the membrane that is effective as the reference counterelectrode comprises an elevation, said elevation being configured to obtain a distance between the reference electrode and the reference counterelectrode at the reference capacitance (C ref ) that is larger than the distance between the capacitor electrode and the oppositely located capacitor counterelectrode at the measuring capacitance (C mess ). a support comprising a capacitor electrode and a reference electrode electrically separated therefrom; and a membrane that can be deflected in at least one area and comprises a deflection area effective as a capacitor counterelectrode and a margin area , the membrane being fastened to the support at a fastening portion , and the capacitor electrode and the capacitor counterelectrode forming the measuring capacitance (C mess ); wherein the reference electrode forms, at least with one portion of the margin area of the membrane that is effective as the reference counterelectrode, the reference capacitance (C ref ), the capacitance value of which represents at least one component of an interference effect (C par ) acting on the measuring capacitance (C mess ); and wherein that portion of the margin area of the membrane that is effective as the reference counterelectrode comprises an elevation, said elevation being configured to obtain a distance between the reference electrode and the reference counterelectrode at the reference capacitance (C ref ) that is larger than the distance between the capacitor electrode and the oppositely located capacitor counterelectrode at the measuring capacitance (C mess ).
A demodulation reference signal, DMRS, sending method , comprising: determining , by a terminal device, power of a DMRS; and sending , by the terminal device, the DMRS based on the determined power; characterized in that the determined power of the DMRS is a regular power, that is the power whose power boost value is 0 dB, when an uplink scheduling command associated with the DMRS is downlink control information, DCI, whose format is 0_0, an uplink transmission waveform is cyclic prefix-orthogonal frequency division multiplexing, CP-OFDM, and a quantity of symbols occupied in physical uplink shared channel, PUSCH, transmission is less than or equal to 2. determining , by a terminal device, power of a DMRS; and sending , by the terminal device, the DMRS based on the determined power; characterized in that the determined power of the DMRS is a regular power, that is the power whose power boost value is 0 dB, when an uplink scheduling command associated with the DMRS is downlink control information, DCI, whose format is 0_0, an uplink transmission waveform is cyclic prefix-orthogonal frequency division multiplexing, CP-OFDM, and a quantity of symbols occupied in physical uplink shared channel, PUSCH, transmission is less than or equal to 2.
A device for producing three-dimensional workpieces , comprising: - a carrier for receiving raw material powder , - an irradiation unit for selectively irradiating the raw material powder applied to the carrier with electromagnetic radiation or particle radiation, in order to produce on the carrier a workpiece manufactured from the raw material powder by an additive layer building method, - a vertical movement device which is adapted to move the irradiation unit vertically with respect to the carrier , - a vertically extending build cylinder wall which constitutes a lateral delimitation for the raw material powder applied to the carrier , wherein the build cylinder wall is adapted to increase its vertical height (h) during a build process, and - a plurality of wall elements which are adapted to be detachably connected together so that, in a connected state, they form the vertically extending build cylinder wall . - a carrier for receiving raw material powder , - an irradiation unit for selectively irradiating the raw material powder applied to the carrier with electromagnetic radiation or particle radiation, in order to produce on the carrier a workpiece manufactured from the raw material powder by an additive layer building method, - a vertical movement device which is adapted to move the irradiation unit vertically with respect to the carrier , - a vertically extending build cylinder wall which constitutes a lateral delimitation for the raw material powder applied to the carrier , wherein the build cylinder wall is adapted to increase its vertical height (h) during a build process, and - a plurality of wall elements which are adapted to be detachably connected together so that, in a connected state, they form the vertically extending build cylinder wall .
A method for decoding an encoded bitstream to obtain a sequence of symbols, the symbols belonging to a finite alphabet, wherein a context model specifies a predefined probability set, and wherein each symbol of the sequence of symbols is assigned a probability from the predefined probability set on the basis of the context model , the method comprising: reading, from the bitstream, information identifying a new probability set , wherein the new probability set is not identical to the predefined probability set and is a subset of the predefined probability set; assigning, to each of the symbols of the sequence of symbols, a respective probability from the new probability set based upon a mapping , wherein the mapping maps each of the probabilities of the predefined probability set to a respective one of the probabilities from the new probability set, wherein assigning to each of the symbols a respective probability, includes defining the mapping by determining, for each probability of the predefined probability set, to which one of the probabilities from the new probability set it is mapped, and wherein determining is based on selecting the one of the probabilities from the new probability set that minimizes a relative entropy expression; and entropy decoding the encoded bitstream on the basis of their respective assigned probabilities from the new probability set . reading, from the bitstream, information identifying a new probability set , wherein the new probability set is not identical to the predefined probability set and is a subset of the predefined probability set; assigning, to each of the symbols of the sequence of symbols, a respective probability from the new probability set based upon a mapping , wherein the mapping maps each of the probabilities of the predefined probability set to a respective one of the probabilities from the new probability set, wherein assigning to each of the symbols a respective probability, includes defining the mapping by determining, for each probability of the predefined probability set, to which one of the probabilities from the new probability set it is mapped, and wherein determining is based on selecting the one of the probabilities from the new probability set that minimizes a relative entropy expression; and entropy decoding the encoded bitstream on the basis of their respective assigned probabilities from the new probability set .
A lever lock male connector having a connector main body (3,3',3",3"') comprising a rod-shaped male luer , a tubular hood surrounding the male luer, and a lever connected to a base end portion of the male luer via a base , wherein the male luer is disposed coaxially with a central axis of the connector main body, the lever includes a locking portion that is disposed on the same side as the male luer relative to the base, an operating portion that is disposed on the opposite side to the male luer relative to the base, and a locking claw that protrudes toward the male luer from a surface of the locking portion that is located on a side facing the male luer, the locking portion is disposed within a cut-out that is formed in the hood, and the lever is elastically pivotable so that, when an outer surface of the operating portion is pressed, the locking claw moves away from the male luer, characterised in that when the connector main body is viewed along the central axis, the connector main body has a major axis in a direction in which the male luer opposes the lever, and a portion of the male connector that protrudes furthest from the central axis in the radial direction is a portion of the lever that is connected to the base.