mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting device comprising - a laser-diode bar with a plurality of emitters which are arranged adjacently to one another in a first direction and emit sub-beams during operation, said sub-beams having a lower beam divergence in a first direction that forms a slow-axis direction than in a second direction that forms a fast-axis direction and is perpendicular to the first direction, with at least some of the emitters having a height offset in relation to the other emitters so that these emitters do not emit the sub-beams at the height of an optical axis of the laser-diode bar , - a fast-axis collimation means positioned behind the at least one laser-diode bar in a beam-propagation direction perpendicular to the slow-axis direction and to the fast-axis direction, - a beam transformation means positioned behind the fast-axis collimation means in the beam-propagation direction and designed to rotate the sub-beams through 90° as they pass through said means, characterised in that the lighting device comprises a prism array positioned behind the beam transformation means in the beam-propagation direction and comprises a number of prism means corresponding to the number of emitters , arranged adjacently to one another in the first direction, each of which has an incident light face and a light output face for one of the sub-beams , wherein the incident light faces and/or the light output faces of those prism means pass through by the sub-beams , which have a height offset before the beam rotation via the beam transformation means , being designed in such a way that a Poynting error [mrad] = height error [μm]/focal length [mm] of the fast-axis collimation means is corrected by the parallelisation of such sub-beams , wherein the light output faces of those prism means pass through by the sub-beams , which have a height offset before the beam rotation via the beam transformation means , being formed in a wedge shape in the first direction and wherein those prism means through which the sub-beams , which do not have a height offset before the beam rotation via the beam transformation means , pass, have incident light faces and light output faces that are parallel to one another. - a laser-diode bar with a plurality of emitters which are arranged adjacently to one another in a first direction and emit sub-beams during operation, said sub-beams having a lower beam divergence in a first direction that forms a slow-axis direction than in a second direction that forms a fast-axis direction and is perpendicular to the first direction, with at least some of the emitters having a height offset in relation to the other emitters so that these emitters do not emit the sub-beams at the height of an optical axis of the laser-diode bar , - a fast-axis collimation means positioned behind the at least one laser-diode bar in a beam-propagation direction perpendicular to the slow-axis direction and to the fast-axis direction, - a beam transformation means positioned behind the fast-axis collimation means in the beam-propagation direction and designed to rotate the sub-beams through 90° as they pass through said means,
A photographic portrait acquisition installation formed of a booth delimiting an inner space, comprising: - a first wall delimiting a portion of the inner space of the booth, at least a portion of the first wall being transparent; - a photographic apparatus or camera arranged behind a transparent or semi-transparent portion of the first wall , said device comprising a field of view directed towards the inside of the booth and having its object focal plane located inside of said booth; - at least one light-emitting device arranged behind a transparent portion of the first wall , capable of illuminating the inside of the booth; wherein it comprises an additional light-emitting device, comprising at least two light-emitting surfaces , illuminating the inside of the booth and respectively arranged on a second and a third walls facing each other and delimiting the inner space of the booth , said light-emitting surfaces being arranged: - to the left and to the right of the photographic apparatus ; and - between the first wall and the focal plane of the photographic apparatus; and - outside of the field of view of said device. - a first wall delimiting a portion of the inner space of the booth, at least a portion of the first wall being transparent; - a photographic apparatus or camera arranged behind a transparent or semi-transparent portion of the first wall , said device comprising a field of view directed towards the inside of the booth and having its object focal plane located inside of said booth; - at least one light-emitting device arranged behind a transparent portion of the first wall , capable of illuminating the inside of the booth; - to the left and to the right of the photographic apparatus ; and - between the first wall and the focal plane of the photographic apparatus; and - outside of the field of view of said device.
Synthetic clove particles, comprising (a) 45 to 70 % by weight starch; (b) 5 to 30 % by weight dextrins; (c) 5 to 15 % by weight polyols; (d) 0 to 25 % by weight triglycerides; (e) 0 to 5 % by weight colourants; (f) 0 to 40% by weight aroma substances; wherein the amounts with water add up to 100 wt.%. (a) 45 to 70 % by weight starch; (b) 5 to 30 % by weight dextrins; (c) 5 to 15 % by weight polyols; (d) 0 to 25 % by weight triglycerides; (e) 0 to 5 % by weight colourants; (f) 0 to 40% by weight aroma substances;
A reconfigurable antenna comprising: a liquid metal in contact with an electrolyte and being in a first configuration; a plurality of electrodes (107, 111, and 203) including a first electrode in contact with the liquid metal and a second electrode in contact with the electrolyte ; and a voltage source connected across the first and second electrodes and configured to apply a voltage of a predetermined magnitude and a predetermined polarity in order to move the liquid metal from the first configuration to a second configuration and to measure resultant current flow and modify the applied voltage based on the resultant current flow. a liquid metal in contact with an electrolyte and being in a first configuration; a plurality of electrodes (107, 111, and 203) including a first electrode in contact with the liquid metal and a second electrode in contact with the electrolyte ; and a voltage source connected across the first and second electrodes and configured to apply a voltage of a predetermined magnitude and a predetermined polarity in order to move the liquid metal from the first configuration to a second configuration and to measure resultant current flow and modify the applied voltage based on the resultant current flow.
Method for controlling a starter-alternator of a motor vehicle in starter mode, said starter-alternator comprising an inverter powered by an onboard electrical network , said method comprising the following steps: - the inverter is controlled according to an engine torque setpoint (C2, C2') characterized in that - the voltage (V2) at the terminals of the inverter is determined, - the voltage (V2) at the terminals of the inverter is compared to a predetermined voltage threshold (S1), if the voltage (V2) at the terminals of the inverter is lower than the predetermined voltage threshold (S1), - the engine torque setpoint (C2, C2') is reduced. - the inverter is controlled according to an engine torque setpoint (C2, C2') characterized in that - the voltage (V2) at the terminals of the inverter is determined, - the voltage (V2) at the terminals of the inverter is compared to a predetermined voltage threshold (S1), if the voltage (V2) at the terminals of the inverter is lower than the predetermined voltage threshold (S1), - the engine torque setpoint (C2, C2') is reduced.
Mixing device for intermixing powder particles and/or granular particles or a similar free-flowing solid with at least one liquid, the mixing device comprising: a feed duct for the solid; an inlet for the liquid; at least one mixing implement , which is rotatable about an axis in a mixing chamber ; and an outlet for the mixture; wherein the feed duct for the solid leads into the mixing chamber , and wherein the mixing implement is formed by a rotor-stator device with a rotor rim and a stator rim, characterized by a delivery pump , which is arranged between the inlet and the mixing implement located in the mixing chamber in a delivery stage of the mixing device . a feed duct for the solid; an inlet for the liquid; at least one mixing implement , which is rotatable about an axis in a mixing chamber ; and an outlet for the mixture;
Use of a copolymer containing polyether blocks and polyamide blocks for manufacturing an inflatable catheter element, such as a catheter balloon, with improved bursting strength, in which said copolymer has the following characteristics: - number-average molecular mass of the PE blocks greater than 500 g/mol, - number-average molecular mass of the PA blocks greater than 10 000 g/mol; the copolymer comprises polyether blocks composed predominantly on the basis of PTMG. - number-average molecular mass of the PE blocks greater than 500 g/mol, - number-average molecular mass of the PA blocks greater than 10 000 g/mol; the copolymer comprises polyether blocks composed predominantly on the basis of PTMG.
An actuating drive for moving a furniture part movably-mounted relative to a furniture carcass , comprising: - at least one pivotally mounted actuating arm for moving the movable furniture part , - a spring device for applying a force to the actuating arm , - a locking device for releasably locking the actuating arm , the locking device including at least one movably-supported locking element cooperating with at least one locking recess in a position in which the actuating arm is locked, - wherein the locking element can be unlocked from the at least one locking recess by a switch element to be operated manually and also by a control portion arranged on the actuating arm , wherein the control portion can be acted upon by mounting the movable furniture part to the actuating arm , characterized in that the locking element is configured as a cylindrical pin, wherein the switch element includes at least one first guide track , wherein the locking element is movably supported in or along the at least one guide track by a manual actuation of the switch element or by acting upon the control portion . - at least one pivotally mounted actuating arm for moving the movable furniture part , - a spring device for applying a force to the actuating arm , - a locking device for releasably locking the actuating arm , the locking device including at least one movably-supported locking element cooperating with at least one locking recess in a position in which the actuating arm is locked, - wherein the locking element can be unlocked from the at least one locking recess by a switch element to be operated manually and also by a control portion arranged on the actuating arm , wherein the control portion can be acted upon by mounting the movable furniture part to the actuating arm ,
A medical imaging apparatus , comprising: processing circuitry configured to obtain image data from an image sensor having a birefringent mask coupled thereto, and perform processing on the image data based on one or more point spread functions (PSFs), the one or more point spread functions indicating unique optical characteristics of a coupled medical device, wherein the processing includes selecting at least one of depth of field expansion and blur improvement based on the unique optical characteristics, and the one or more PSFs are extracted from a non-transitory memory, the non-transitory memory being configured to store a plurality of PSFs associated with the coupled medical device. obtain image data from an image sensor having a birefringent mask coupled thereto, and perform processing on the image data based on one or more point spread functions (PSFs), the one or more point spread functions indicating unique optical characteristics of a coupled medical device, wherein the processing includes selecting at least one of depth of field expansion and blur improvement based on the unique optical characteristics, and the one or more PSFs are extracted from a non-transitory memory, the non-transitory memory being configured to store a plurality of PSFs associated with the coupled medical device.
A method for calibrating a display image applicable to a light field display apparatus, the method comprising: dividing (S110) a display image to generate a plurality of block images (2011-20MN), wherein the plurality of block images (2011-20MN) are distributed according to positions of a plurality of micro-lenses included in a micro-lens array; displaying (S120) the plurality of block images (2011-20MN) by a display , and passing the plurality of block images (2011-20MN) through a light field device to generate a combination image , wherein the light field device comprises the micro-lens array; providing (S130) an image capturer to capture the combination image , and comparing the display image and the combination image to generate error information; receiving (S140) user parameters, wherein the user parameters comprise user's vision information or information inputted by the user; and adjusting (S150) at least one of the plurality of block images (2011-20MN) in the display image so as to generate a precompensation image according to the user parameters and the error information. dividing (S110) a display image to generate a plurality of block images (2011-20MN), wherein the plurality of block images (2011-20MN) are distributed according to positions of a plurality of micro-lenses included in a micro-lens array; displaying (S120) the plurality of block images (2011-20MN) by a display , and passing the plurality of block images (2011-20MN) through a light field device to generate a combination image , wherein the light field device comprises the micro-lens array; providing (S130) an image capturer to capture the combination image , and comparing the display image and the combination image to generate error information; receiving (S140) user parameters, wherein the user parameters comprise user's vision information or information inputted by the user; and adjusting (S150) at least one of the plurality of block images (2011-20MN) in the display image so as to generate a precompensation image according to the user parameters and the error information.
A method of correlating data for multiple product configurations of an aircraft, comprising: enhancing , by a processor , a data set definition to accommodate data models of data sets describing multiple product configurations of the aircraft; comparing , by the processor, values of the data sets utilizing at least one matching algorithm and effectivity expressions identifying relevant rows for comparison in the data sets, the effectivity expressions containing markers associated with characteristics of the aircraft that assist in identifying which rows within each data set are relevant to the comparison, wherein Boolean logic is applied to the effectivity expressions in identifying the relevant rows; and enhancing , by the processor, the at least one matching algorithm to identify perfect and partial matches between the data sets wherein values of all data contained in the identified relevant rows in the data sets are compared in one single operation comprising simultaneous validation of engineering data for the multiple product configurations of the aircraft. enhancing , by a processor , a data set definition to accommodate data models of data sets describing multiple product configurations of the aircraft; comparing , by the processor, values of the data sets utilizing at least one matching algorithm and effectivity expressions identifying relevant rows for comparison in the data sets, the effectivity expressions containing markers associated with characteristics of the aircraft that assist in identifying which rows within each data set are relevant to the comparison, wherein Boolean logic is applied to the effectivity expressions in identifying the relevant rows; and enhancing , by the processor, the at least one matching algorithm to identify perfect and partial matches between the data sets wherein values of all data contained in the identified relevant rows in the data sets are compared in one single operation comprising simultaneous validation of engineering data for the multiple product configurations of the aircraft.
A method for resource determination, characterized by comprising: sending, by a first terminal, first high-layer information or first physical layer information to a second terminal, wherein the first high-layer information or the first physical layer information indicates at least one of: a size in frequency domain of resources included in a reference resource set, or configuration information of a resource pool used for determining the reference resource set; receiving (S301), by the first terminal, indication information sent by the second terminal, the indication information indicating the reference resource set; determining (S302), by the first terminal, a candidate resource set based on the reference resource set; and determining (S303), by the first terminal, resources used for sending , by the first terminal, sidelink data based on the candidate resource set; wherein the resource pool used for determining the reference resource set is identical to a resource pool used for determining the candidate resource set. sending, by a first terminal, first high-layer information or first physical layer information to a second terminal, wherein the first high-layer information or the first physical layer information indicates at least one of: a size in frequency domain of resources included in a reference resource set, or configuration information of a resource pool used for determining the reference resource set; receiving (S301), by the first terminal, indication information sent by the second terminal, the indication information indicating the reference resource set; determining (S302), by the first terminal, a candidate resource set based on the reference resource set; and determining (S303), by the first terminal, resources used for sending , by the first terminal, sidelink data based on the candidate resource set; wherein the resource pool used for determining the reference resource set is identical to a resource pool used for determining the candidate resource set.
Arrangement for operating LEDs, comprising • at least four groups (LED A, LED B, LED C, LED D) of LEDs, wherein the LED groups (LED A, LED B, LED C, LED D) are in each case formed by a serial LED string, • a controllable switch arrangement for variably interconnecting the LED groups (LED A, LED B, LED C, LED D) with one another to form an LED arrangement, and also • a control circuit which is designed to control the switch arrangement as a function of an input voltage (V line ) of the arrangement in order to dynamically change the interconnection of the LED groups (LED A, LED B, LED C, LED D) with each other, and • a capacitor (Ccap1) which is charged depending on the voltage angle of the input voltage (V line ), wherein the capacitor (Ccap1) supplies the LEDs during the zero crossings of the input voltage (V line ) wherein the control circuit is designed to control the switch arrangement in such a way that all LED groups (LED A, LED B, LED C, LED D) are part of the resulting LED arrangement, characterized in that the switch arrangement is formed by a matrix circuit of controllable switching elements which are connected to the inputs and outputs of the LED groups (LED A, LED B, LED C, LED D), and in that, within a predetermined range of the input voltage (V line ), the control circuit is designed to actuate the switch arrangement in such a way that two of the at least four LED groups (LED A, LED B, LED C, LED D) are connected in parallel, and the parallel connection of the two LED groups is connected in series with all further LED groups, wherein a second LED group (LED B) is connected in parallel in a first time segment of the activation within this range of the input voltage (V line ) of a first LED group (LED A), and a fourth LED group (LED B) is connected in parallel in a second time segment of the activation within this range of the input voltage (V line ) of a third LED group (LED A). • at least four groups (LED A, LED B, LED C, LED D) of LEDs, wherein the LED groups (LED A, LED B, LED C, LED D) are in each case formed by a serial LED string, • a controllable switch arrangement for variably interconnecting the LED groups (LED A, LED B, LED C, LED D) with one another to form an LED arrangement, and also • a control circuit which is designed to control the switch arrangement as a function of an input voltage (V line ) of the arrangement in order to dynamically change the interconnection of the LED groups (LED A, LED B, LED C, LED D) with each other, and • a capacitor (Ccap1) which is charged depending on the voltage angle of the input voltage (V line ), wherein the capacitor (Ccap1) supplies the LEDs during the zero crossings of the input voltage (V line )
An electro-mechanical system, comprising: a plurality of connected modules, a first module of the modules comprising: an actuator for imparting motion on the electro-mechanical system; a data processor configured to sense a state of the first module and to command the actuator to modify the state of the first module to fulfill a received command; wherein the first module further comprises an interface for achieving a physical connection and a data connection with a second module of the connected modules, characterized in that the first module further comprises an at least three port switch , wherein a first port is configured for communication with the second module , wherein a second port is configured for communication with a third module, and wherein a third port is configured for communication with the data processor . an actuator for imparting motion on the electro-mechanical system; a data processor configured to sense a state of the first module and to command the actuator to modify the state of the first module to fulfill a received command; wherein the first module further comprises an interface for achieving a physical connection and a data connection with a second module of the connected modules, characterized in that the first module further comprises an at least three port switch , wherein a first port is configured for communication with the second module , wherein a second port is configured for communication with a third module, and wherein a third port is configured for communication with the data processor .