mhurhangee/patent-ind-claim-en huggingface dataset:
An optical illumination device comprising: a laser light source ; a plurality of microlens arrays through which light emitted from the laser light source passes; a moving mechanism that moves the plurality of microlens arrays without changing an optical length from the laser light source ; and a Fourier lens through which light passing through the plurality of microlens arrays passes, wherein the plurality of microlens arrays and the Fourier lens constitute a Koehler illumination system, the plurality of microlens arrays is configured to rotate around an axis (C1, C2) which is perpendicular to the microlens array , the moving mechanism causes the plurality of microlens arrays to rotate around the axis (C1, C2), and a plurality of lenses constituting each of the plurality of microlens arrays are arranged in a spiral shape. a laser light source ; a plurality of microlens arrays through which light emitted from the laser light source passes; a moving mechanism that moves the plurality of microlens arrays without changing an optical length from the laser light source ; and a Fourier lens through which light passing through the plurality of microlens arrays passes, wherein the plurality of microlens arrays and the Fourier lens constitute a Koehler illumination system, the plurality of microlens arrays is configured to rotate around an axis (C1, C2) which is perpendicular to the microlens array , the moving mechanism causes the plurality of microlens arrays to rotate around the axis (C1, C2), and a plurality of lenses constituting each of the plurality of microlens arrays are arranged in a spiral shape.
Implantable microphone for a middle ear prosthesis including: ∘ means designed to be attached to an attachment bone in proximity to an individual's middle ear; ∘ a cylindrical retaining sheath , where the said sheath is designed to be attached to the attachment bone using the said attachment means , and is shaped such that it extends from the attachment bone to the individual's ossicular chain; ∘ a coupler including a rod and an end-piece shaped such that it can be brought into contact with at least one point of the individual's ossicular chain in a reversible manner; ∘ a sensor to convert a mechanical signal into an electrical signal, where the said sensor is secured to the coupler , supported by the cylindrical retaining sheath , and whose longitudinal axis is oriented along the axis of the cylindrical retaining sheath ; ∘ means to move the said coupler with linear motion along the axis of the cylindrical retaining sheath , where the said means are contained in the cylindrical sheath and comprising a micrometric feed screw , a cylindrical sliding ring and a positioning part , the positioning part contains an unthreaded portion intended to receive sensor and a threaded portion into which micrometric feed screw is inserted. ∘ means designed to be attached to an attachment bone in proximity to an individual's middle ear; ∘ a cylindrical retaining sheath , where the said sheath is designed to be attached to the attachment bone using the said attachment means , and is shaped such that it extends from the attachment bone to the individual's ossicular chain; ∘ a coupler including a rod and an end-piece shaped such that it can be brought into contact with at least one point of the individual's ossicular chain in a reversible manner; ∘ a sensor to convert a mechanical signal into an electrical signal, where the said sensor is secured to the coupler , supported by the cylindrical retaining sheath , and whose longitudinal axis is oriented along the axis of the cylindrical retaining sheath ; ∘ means to move the said coupler with linear motion along the axis of the cylindrical retaining sheath , where the said means are contained in the cylindrical sheath and comprising a micrometric feed screw , a cylindrical sliding ring and a positioning part , the positioning part contains an unthreaded portion intended to receive sensor and a threaded portion into which micrometric feed screw is inserted.
A cable assembly for connecting a heating catheter to an energy delivery console comprising: a power delivery wire ; a communication wire ; a shared ground wire providing a return path for the power delivery wire and the communication wire to the energy delivery console when connected to the heating catheter and the energy delivery console; and a tip, ring, and sleeve (TRS) connector , the tip corresponding to the power delivery wire , the ring corresponding to the communication wire , and the sleeve corresponding to the shared ground wire , wherein a grounded external shielding is in common with the sleeve of the shared ground wire , wherein the sleeve is not attached to ground at the heating catheter when the cable assembly is connected to the heating catheter. a power delivery wire ; a communication wire ; a shared ground wire providing a return path for the power delivery wire and the communication wire to the energy delivery console when connected to the heating catheter and the energy delivery console; and a tip, ring, and sleeve (TRS) connector , the tip corresponding to the power delivery wire , the ring corresponding to the communication wire , and the sleeve corresponding to the shared ground wire , wherein a grounded external shielding is in common with the sleeve of the shared ground wire , wherein the sleeve is not attached to ground at the heating catheter when the cable assembly is connected to the heating catheter.
A soft contact lens, comprising: a hydrogel lens body and a coating thereon, wherein the hydrogel lens body comprises or is made of a polymeric material having 1,2- and/or 1,3-diol moieties, wherein the coating comprises a layer of a hydrophilic copolymer comprising (a) arylborono-containing repeating units each having a boronic acid group and (b) repeating units of at least one hydrophilic vinylic monomer, wherein the coating is covalent attached onto the hydrogel lens body through linkages each formed between one of the boronic acid groups of the hydrophilic copolymer and one of the 1,2-diol and 1,3-diol moieties of the polymeric material. wherein the hydrogel lens body comprises or is made of a polymeric material having 1,2- and/or 1,3-diol moieties, wherein the coating comprises a layer of a hydrophilic copolymer comprising (a) arylborono-containing repeating units each having a boronic acid group and (b) repeating units of at least one hydrophilic vinylic monomer, wherein the coating is covalent attached onto the hydrogel lens body through linkages each formed between one of the boronic acid groups of the hydrophilic copolymer and one of the 1,2-diol and 1,3-diol moieties of the polymeric material.
A voltage regulator adapted to be electrically interposed between a utility power supply and a load , each having at least one phase, wherein the voltage regulator is configured to regulate the voltage supplied from the utility power supply to the load, the voltage regulator comprising: an autotransformer having, for each phase, a series winding and a regulating winding , the regulating winding having a plurality of taps and the series winding having a load side for connection to the load and a supply side for connection to the utility power supply; a controller coupled to the autotransformer, the controller configured to selectably operate the voltage regulator in at least a zero voltage reduction mode and an autotransformer mode; the controller having a zero voltage reduction mode switch connected between a first subset of at least two of the plurality of taps of the regulating winding of each phase; and the voltage regulator characterized by the controller having a normally closed contactor , wherein the normally closed contactor is closed in the absence of power to the normally closed contactor, wherein the normally closed contactor is connected between a second subset of at least two of the plurality of taps of the regulating winding of each phase to provide an alternate current path to the zero voltage reduction mode switch, wherein, for each phase, the normally closed contactor is connected in parallel to the zero voltage reduction mode switch, and wherein, in the zero voltage reduction mode, each zero voltage reduction mode switch and each normally closed contactor provide a short circuit across the corresponding subsets of at least two taps of each regulating winding. an autotransformer having, for each phase, a series winding and a regulating winding , the regulating winding having a plurality of taps and the series winding having a load side for connection to the load and a supply side for connection to the utility power supply; a controller coupled to the autotransformer, the controller configured to selectably operate the voltage regulator in at least a zero voltage reduction mode and an autotransformer mode; the controller having a zero voltage reduction mode switch connected between a first subset of at least two of the plurality of taps of the regulating winding of each phase; and the voltage regulator characterized by the controller having a normally closed contactor , wherein the normally closed contactor is closed in the absence of power to the normally closed contactor, wherein the normally closed contactor is connected between a second subset of at least two of the plurality of taps of the regulating winding of each phase to provide an alternate current path to the zero voltage reduction mode switch, wherein, for each phase, the normally closed contactor is connected in parallel to the zero voltage reduction mode switch, and wherein, in the zero voltage reduction mode, each zero voltage reduction mode switch and each normally closed contactor provide a short circuit across the corresponding subsets of at least two taps of each regulating winding.
A cooling member for a component of a variable speed drive, wherein the cooling member is an injection molded cooling member manufactured from a non- conductive material and the cooling member comprises: - a connector to connect the cooling member to a second cooling member ; characterized by at least two channels , each channel comprising at least one inlet and at least one outlet ; and a first passageway configured to provide fluid to the at least two channels through the at least one inlet of each channel ; and a second passageway configured to receive fluid from the at least one outlet of each channel of the at least two channels . - a connector to connect the cooling member to a second cooling member ;
Method for inserting a parking lock of a motor vehicle drive train which has an electric machine , a double clutch transmission with a first and a second component transmission , the electric machine being connected to an input of one of the two component transmissions, and a parking lock , and it being possible for the parking lock to be inserted by means of a parking lock actuator , having the steps: - detecting (S1) of a parking lock command for inserting the parking lock , - detecting of the speed of the motor vehicle ; - braking (S3) of the motor vehicle by means of the electric machine if the speed of the motor vehicle is lower than a first threshold value (V 1 ), and - actuating (S4) of the parking lock actuator , in order to insert the parking lock if the speed of the motor vehicle is lower than a second threshold value (V 2 , V Z ) which is lower than the first threshold value (V 1 ), the steps of braking of the motor vehicle and actuating of the parking lock actuator being carried out at least in sections in parallel when, in the case of detecting of the parking lock command, the speed of the motor vehicle is lower than the second threshold value (V 2 ) or an intermediate threshold value (V Z ) which lies between the first and the second threshold value, and, before the braking step (S3), a gear stage being engaged in the component transmission, the input of which is connected to the electric machine . - detecting (S1) of a parking lock command for inserting the parking lock , - detecting of the speed of the motor vehicle ; - braking (S3) of the motor vehicle by means of the electric machine if the speed of the motor vehicle is lower than a first threshold value (V 1 ), and - actuating (S4) of the parking lock actuator , in order to insert the parking lock if the speed of the motor vehicle is lower than a second threshold value (V 2 , V Z ) which is lower than the first threshold value (V 1 ),
A method of removing methane from ventilation air including the steps of: i) reacting a ventilation air methane stream with a carbon dioxide scavenger to form a mineral carbonate; and ii) decomposing the mineral carbonate back to a mineral or mineral oxide. i) reacting a ventilation air methane stream with a carbon dioxide scavenger to form a mineral carbonate; and ii) decomposing the mineral carbonate back to a mineral or mineral oxide.
A computer-implemented method of generating routes through a navigable network, the navigable network being represented by an electronic map comprising a plurality of segments representing navigable elements of the navigable network, the segments being connected by nodes, the method comprising: defining a sub-network of the navigable network comprising a network of intersecting routes through the navigable network between an origin and a destination of a first origin-destination pair, the sub-network being represented by a subset of segments of the electronic map, and wherein nodes at which there are two or more outgoing segments of the subset of segments are indicative of decision points of the sub-network, wherein the sub-network is represented by segments of a set of a plurality of alternative routes calculated between the origin and the destination of the first origin-destination pair; generating a main route between an origin and a destination of a second origin-destination pair; and identifying a first decision point of the sub-network to be encountered along the main route , and generating an alternative route between the decision point and the destination of the second origin-destination pair using a route generation process in which at least a first segment of the portion of the main route outgoing from the node representative of the first decision point is blocked and in which the subset of segments representative of the sub-network are favoured, wherein it is possible that the alternative route generated includes at least some segments which do not form part of the favoured subset of segments representative of the sub-network. defining a sub-network of the navigable network comprising a network of intersecting routes through the navigable network between an origin and a destination of a first origin-destination pair, the sub-network being represented by a subset of segments of the electronic map, and wherein nodes at which there are two or more outgoing segments of the subset of segments are indicative of decision points of the sub-network, wherein the sub-network is represented by segments of a set of a plurality of alternative routes calculated between the origin and the destination of the first origin-destination pair; generating a main route between an origin and a destination of a second origin-destination pair; and identifying a first decision point of the sub-network to be encountered along the main route , and generating an alternative route between the decision point and the destination of the second origin-destination pair using a route generation process in which at least a first segment of the portion of the main route outgoing from the node representative of the first decision point is blocked and in which the subset of segments representative of the sub-network are favoured, wherein it is possible that the alternative route generated includes at least some segments which do not form part of the favoured subset of segments representative of the sub-network.
A method, comprising: at a GPIO interface , receiving a transmit set of GPIO signals; from the GPIO interface, transmitting a first portion of the GPIO signals over GPIO pins; from the GPIO interface, providing a second portion of the GPIO signals to a finite state machine, FSM, , wherein the second portion of the GPIO signals are arranged in a series of bit pairs; for each bit pair received at the FSM: based upon a first bit in the bit pair, selecting between at least two different pulse widths to provide a selected pulse width; based upon a second bit in the bit pair, selecting between a rising edge alignment for the selected pulse width with a beginning of a symbol period and a falling edge alignment for the selected pulse width with an end of the symbol period to provide a selected edge alignment; and transmitting a virtual GPIO pulse over a transmit pin within the symbol period according to the selected pulse width and the selected edge alignment, the virtual GPIO pulse equaling a power supply voltage during the selected pulse width and equaling ground outside of the selected pulse width. at a GPIO interface , receiving a transmit set of GPIO signals; from the GPIO interface, transmitting a first portion of the GPIO signals over GPIO pins; from the GPIO interface, providing a second portion of the GPIO signals to a finite state machine, FSM, , wherein the second portion of the GPIO signals are arranged in a series of bit pairs; for each bit pair received at the FSM: based upon a first bit in the bit pair, selecting between at least two different pulse widths to provide a selected pulse width; based upon a second bit in the bit pair, selecting between a rising edge alignment for the selected pulse width with a beginning of a symbol period and a falling edge alignment for the selected pulse width with an end of the symbol period to provide a selected edge alignment; and transmitting a virtual GPIO pulse over a transmit pin within the symbol period according to the selected pulse width and the selected edge alignment, the virtual GPIO pulse equaling a power supply voltage during the selected pulse width and equaling ground outside of the selected pulse width. based upon a first bit in the bit pair, selecting between at least two different pulse widths to provide a selected pulse width; based upon a second bit in the bit pair, selecting between a rising edge alignment for the selected pulse width with a beginning of a symbol period and a falling edge alignment for the selected pulse width with an end of the symbol period to provide a selected edge alignment; and transmitting a virtual GPIO pulse over a transmit pin within the symbol period according to the selected pulse width and the selected edge alignment, the virtual GPIO pulse equaling a power supply voltage during the selected pulse width and equaling ground outside of the selected pulse width.
A crystalline form of a compound of formula (I): wherein the crystalline form is form A having: a) an X-ray powder diffraction pattern comprising peaks, in terms of 2θ, at about 8.29°, about 9.53°, about 11.11°, about 16.99°, about 18.75° and about 23.66°; or b) an X-ray powder diffraction pattern comprising peaks, in terms of 2θ, at 8.29° ± 0.2°, 9.53° ± 0.2°, 11.11° ± 0.2°, 16.99° ± 0.2°, 18.75° ± 0.2° and 23.66° ± 0.2°; or c) unit cell parameters substantially equal to the following: (i) unit cell dimensions: a = 8.7430 Å, b = 12.8275 Å, c = 16.1281 Å, α = 96.689°, β = 95.737°, γ = 99.649°; (ii) space group: P-1; (iii) volume: 1757.82 Å 3 ; (iv) Z: 2; and (v) calculated density: 1.377 g/cm 3 . a) an X-ray powder diffraction pattern comprising peaks, in terms of 2θ, at about 8.29°, about 9.53°, about 11.11°, about 16.99°, about 18.75° and about 23.66°; or b) an X-ray powder diffraction pattern comprising peaks, in terms of 2θ, at 8.29° ± 0.2°, 9.53° ± 0.2°, 11.11° ± 0.2°, 16.99° ± 0.2°, 18.75° ± 0.2° and 23.66° ± 0.2°; or c) unit cell parameters substantially equal to the following: (i) unit cell dimensions: a = 8.7430 Å, b = 12.8275 Å, c = 16.1281 Å, α = 96.689°, β = 95.737°, γ = 99.649°; (ii) space group: P-1; (iii) volume: 1757.82 Å 3 ; (iv) Z: 2; and (v) calculated density: 1.377 g/cm 3 . (i) unit cell dimensions: a = 8.7430 Å, b = 12.8275 Å, c = 16.1281 Å, α = 96.689°, β = 95.737°, γ = 99.649°; (ii) space group: P-1; (iii) volume: 1757.82 Å 3 ; (iv) Z: 2; and (v) calculated density: 1.377 g/cm 3 .
A downhole tubular assembly configured to be mounted as part of a well tubular structure in a borehole of a well having a top , the downhole tubular assembly comprising: - a well metal tubing configured to be mounted as part of the well tubular structure, the well metal tubing having a longitudinal extension, a tubing length (L t ) along the longitudinal extension, an inner diameter (ID t ) and an outer diameter (OD t ) defining a wall , an inner face and an outer face , and - a tubular metal receptacle having an inner receptacle face and an outer receptacle face , a receptacle length (L r ) and a first part closest to the top of the well, and having an inner receptacle diameter (ID r ) larger than the outer diameter of the well metal tubing, and having a second part extending from the first part towards the well metal tubing, wherein the tubing length is larger than the receptacle length, and the wall of the well metal tubing extends inside the tubular metal receptacle along the entire length of the tubular metal receptacle, and the second part of the tubular metal receptacle is fastened to the outer face of the well metal tubing, thereby closing the tubular metal receptacle in one end and defining an annular space between the tubular metal receptacle and the well metal tubing, characterised in that the annular space is at least filled with a fluid for preventing deterioration of the inner receptacle face of the tubular metal receptacle. - a well metal tubing configured to be mounted as part of the well tubular structure, the well metal tubing having a longitudinal extension, a tubing length (L t ) along the longitudinal extension, an inner diameter (ID t ) and an outer diameter (OD t ) defining a wall , an inner face and an outer face , and - a tubular metal receptacle having an inner receptacle face and an outer receptacle face , a receptacle length (L r ) and a first part closest to the top of the well, and having an inner receptacle diameter (ID r ) larger than the outer diameter of the well metal tubing, and having a second part extending from the first part towards the well metal tubing,