mhurhangee/ep-ind-claims huggingface dataset:
A pump in reservoir implant for inflating at least one inflatable medical implant, the pump in reservoir implant comprising: a reservoir case, which is configured to hold isotonic fluid as the working fluid for the at least one inflatable medical implant, and a pump package contained in the reservoir case, the pump package including: at least one nonferrous motor; a nonferrous fluid pump connected to the at least one nonferrous motor; and at least one nonferrous valve connected to the nonferrous fluid pump, configured to allow fluid to pass from the pump to the at least one inflatable medical implant, wherein an internal gear pump orifice directly connected to a piezoelectric valve orifice connects the at least one nonferrous valve and the nonferrous fluid pump; a reservoir orifice tube that connects another internal gear pump's orifice to the inside of the reservoir case in operation in contact with the isotonic fluid; and an external orifice tube that connects another piezoelectric valve's orifice to a connector leading outside the reservoir case. a reservoir case, which is configured to hold isotonic fluid as the working fluid for the at least one inflatable medical implant, and a pump package contained in the reservoir case, the pump package including: at least one nonferrous motor; a nonferrous fluid pump connected to the at least one nonferrous motor; and at least one nonferrous valve connected to the nonferrous fluid pump, configured to allow fluid to pass from the pump to the at least one inflatable medical implant, wherein an internal gear pump orifice directly connected to a piezoelectric valve orifice connects the at least one nonferrous valve and the nonferrous fluid pump; a reservoir orifice tube that connects another internal gear pump's orifice to the inside of the reservoir case in operation in contact with the isotonic fluid; and an external orifice tube that connects another piezoelectric valve's orifice to a connector leading outside the reservoir case. at least one nonferrous motor; a nonferrous fluid pump connected to the at least one nonferrous motor; and at least one nonferrous valve connected to the nonferrous fluid pump, configured to allow fluid to pass from the pump to the at least one inflatable medical implant, wherein an internal gear pump orifice directly connected to a piezoelectric valve orifice connects the at least one nonferrous valve and the nonferrous fluid pump; a reservoir orifice tube that connects another internal gear pump's orifice to the inside of the reservoir case in operation in contact with the isotonic fluid; and an external orifice tube that connects another piezoelectric valve's orifice to a connector leading outside the reservoir case.
A compound having a formula, or a pharmaceutically acceptable salt, or a solvate thereof, comprising a single stereoisomer or racemic mixture thereof: wherein: R represents hydrogen or deuterium; and R 1 and R 2 independently, at each occurrence, represent F, Cl, I, cyano group CN, or N 3. R represents hydrogen or deuterium; and R 1 and R 2 independently, at each occurrence, represent F, Cl, I, cyano group CN, or N 3.
A method for carrying out wireless device-to-device communication, the method comprising: a first user equipment transmitting a sidelink carrier aggregation configuration to a second user equipment; and the first user equipment communicating directly with the second user equipment on a plurality of sidelink carriers in accordance with the sidelink carrier aggregation configuration, wherein the method further comprises: the first user equipment transmitting, to the second user equipment, an inquiry regarding a capability of the second user equipment to communication using direct device-to-device communication with carrier aggregation; and the first user equipment receiving, in response to the inquiry, information from the second user equipment regarding the capability. a first user equipment transmitting a sidelink carrier aggregation configuration to a second user equipment; and the first user equipment communicating directly with the second user equipment on a plurality of sidelink carriers in accordance with the sidelink carrier aggregation configuration, wherein the method further comprises: the first user equipment transmitting, to the second user equipment, an inquiry regarding a capability of the second user equipment to communication using direct device-to-device communication with carrier aggregation; and the first user equipment receiving, in response to the inquiry, information from the second user equipment regarding the capability. the first user equipment transmitting, to the second user equipment, an inquiry regarding a capability of the second user equipment to communication using direct device-to-device communication with carrier aggregation; and the first user equipment receiving, in response to the inquiry, information from the second user equipment regarding the capability.
An assembly adapted for a power machine having a hydraulic drive assembly including one or more hydraulic motors (145, 146), the assembly comprising a machine control assembly operably coupled to the power machine to control movement of the power machine, a control selection component configured to receive a control selection input from a control selector providing one of an automated control mode selection and an operator control mode selection, an automated control module configured to receive an input signal indicative of a position of the power machine relative to a reference point from at least one sensor and generate an automated control command responsive to the input signal from the at least one sensor; and wherein the machine control assembly is configured to receive the control selection input from the control selector and if the input control selection is the automated control mode selection, the machine control assembly is configured to utilize the automated control command from the automated control module to provide a device control signal to energize the one or more hydraulic motors to provide forward, reverse and steer motion to drive and steer the power machine and if the input control selection is the operator control mode selection, the machine control assembly is configured to utilize an operator control command from an operator input device to provide the device control signal to energize the one or more hydraulic motors to provide forward, reverse and steer motion to drive and steer the power machine; and a c ommunication interface configured to transmit the automated control command to the machine control assembly to generate the device control signal utilizing the automated control command. an automated control module configured to receive an input signal indicative of a position of the power machine relative to a reference point from at least one sensor and generate an automated control command responsive to the input signal from the at least one sensor; and wherein the machine control assembly is configured to receive the control selection input from the control selector and if the input control selection is the automated control mode selection, the machine control assembly is configured to utilize the automated control command from the automated control module to provide a device control signal to energize the one or more hydraulic motors to provide forward, reverse and steer motion to drive and steer the power machine and if the input control selection is the operator control mode selection, the machine control assembly is configured to utilize an operator control command from an operator input device to provide the device control signal to energize the one or more hydraulic motors to provide forward, reverse and steer motion to drive and steer the power machine; and a c ommunication interface configured to transmit the automated control command to the machine control assembly to generate the device control signal utilizing the automated control command.
An ophthalmic dispensing device which comprises a polymer which is combined with an ophthalmic therapeutic agent in the form of microparticles which are hypercompressed by the application of 82,737 kPa (12,000 psi) to 1,378,952 kPa (200,000 psi) to form a controlled release dispensing unit, wherein said microparticles are in the form of microspheres obtained by mixing said ophthalmic therapeutic agent with a solvent and a polymer to form a finished product comprising said ophthalmic therapeutic agent dispersed evenly in a polymer matrix shaped as microspheres.
A chimeric polypeptide comprising: (i) a muralytic domain comprising a sequence of amino acids 737-875 of SEQ ID NO:2, or a variant thereof having at least 90% sequence identity to amino acids 737-875 of SEQ ID NO:2; and (ii) a membrane traversing domain comprising a sequence selected from the group consisting of: amino acids 16-39 of SEQ ID NO:4; amino acids 242-264 of SEQ ID NO:15; amino acids 242-271 of SEQ ID NO:17; amino acids 220-406 of SEQ ID NO:19; amino acids 220-400 of SEQ ID NO:21; amino acids 220-885 of SEQ ID NO:23; and variants thereof having 1-6 hydrophobic amino acids substituted with amino acids with a hydropathy score of -2 or lower; wherein the amino acids with a hydropathy score of -2 or lower are selected from the group consisting of Arginine, Histidine, Lysine, Glutamic acid, Aspartic acid, Asparagine, and Glutamine; and wherein 1-100 nmol of the chimeric polypeptide lyses at least 50% of 10 7 Gram negative bacteria in a CFU drop assay. (i) a muralytic domain comprising a sequence of amino acids 737-875 of SEQ ID NO:2, or a variant thereof having at least 90% sequence identity to amino acids 737-875 of SEQ ID NO:2; and (ii) a membrane traversing domain comprising a sequence selected from the group consisting of: amino acids 16-39 of SEQ ID NO:4; amino acids 242-264 of SEQ ID NO:15; amino acids 242-271 of SEQ ID NO:17; amino acids 220-406 of SEQ ID NO:19; amino acids 220-400 of SEQ ID NO:21; amino acids 220-885 of SEQ ID NO:23; and variants thereof having 1-6 hydrophobic amino acids substituted with amino acids with a hydropathy score of -2 or lower;
A method comprising: applying, at a user equipment having dual connectivity to a first wireless access point and a second wireless access point, a first discontinuous receive mode in a second cell served by the second wireless access point, when the user equipment is active in a first cell served by the first wireless access point, wherein the user equipment being active comprises that the user equipment has data to receive or transmit via the first wireless access point; applying, at the user equipment having dual connectivity to the first wireless access point and the second wireless access point, a second discontinuous receive mode in the second cell, when the user equipment is not active in the first cell, wherein the first discontinuous receive mode comprises a discontinuous receive cycle pattern that is shorter than a discontinuous receive cycle pattern comprised in the second discontinuous receive mode. applying, at a user equipment having dual connectivity to a first wireless access point and a second wireless access point, a first discontinuous receive mode in a second cell served by the second wireless access point, when the user equipment is active in a first cell served by the first wireless access point, wherein the user equipment being active comprises that the user equipment has data to receive or transmit via the first wireless access point; applying, at the user equipment having dual connectivity to the first wireless access point and the second wireless access point, a second discontinuous receive mode in the second cell, when the user equipment is not active in the first cell, wherein the first discontinuous receive mode comprises a discontinuous receive cycle pattern that is shorter than a discontinuous receive cycle pattern comprised in the second discontinuous receive mode.
Method for adjusting a predetermined ratio between handlebar angle (β) and steering angle (α) of a front wheel of a bicycle, wherein the method has the following method steps: - detecting out-of-the-saddle riding, and - adjusting the predefined ratio between handlebar angle (β) and steering angle (α) as a function of the detected out-of-the-saddle riding, by means of an actuator (200, 301) arranged on a handlebar of the bicycle. - detecting out-of-the-saddle riding, and - adjusting the predefined ratio between handlebar angle (β) and steering angle (α) as a function of the detected out-of-the-saddle riding, by means of an actuator (200, 301) arranged on a handlebar of the bicycle.
A scrubber for removing pollutant compounds from a gas stream, comprising - at least one gas channel (14, 108) for introducing the gas stream to a lower portion of the scrubber; - an inlet chamber (20, 64) at the lower portion of the scrubber for directing the gas stream upwards to form a vertical gas stream; - a constriction section (24, 54) having a vertical axis of symmetry and comprising a centrally arranged venturi nozzle (52, 88), the constriction section being above and in flow connection with an upper end of the inlet chamber (20, 64) for accelerating the vertical gas stream; - a reaction chamber (28, 78) arranged above and in flow connection with the constriction section; - means for introducing at least one reagent (30, 30', 30") to the reaction chamber for converting pollutant compounds in the gas stream to reaction products; - a discharge channel in flow connection with the reaction chamber for discharging gas and particles including the reaction products from the reaction chamber; - a particle separator in flow connection with the discharge channel for separating particles including the reaction products from the gas; and - a return channel for continuously recycling a portion of the separated particles from the particle separator to the reaction chamber; characterized in that the return channel comprises a vertical end section arranged annularly around the centrally arranged venturi nozzle (52, 88), a lower end of the vertical end section being in flow connection with the inlet chamber so as to distribute recycled particles evenly to a zone adjacent the lower end of the centrally arranged venturi nozzle to entrain a fine fraction of the recycled particles with the vertical gas stream and to separate a coarse fraction of the recycled particles to a lower portion of the inlet chamber, and a discharge duct being connected at a bottom of the inlet chamber for discharging separated coarse particles from the scrubber. - at least one gas channel (14, 108) for introducing the gas stream to a lower portion of the scrubber; - an inlet chamber (20, 64) at the lower portion of the scrubber for directing the gas stream upwards to form a vertical gas stream; - a constriction section (24, 54) having a vertical axis of symmetry and comprising a centrally arranged venturi nozzle (52, 88), the constriction section being above and in flow connection with an upper end of the inlet chamber (20, 64) for accelerating the vertical gas stream; - a reaction chamber (28, 78) arranged above and in flow connection with the constriction section; - means for introducing at least one reagent (30, 30', 30") to the reaction chamber for converting pollutant compounds in the gas stream to reaction products; - a discharge channel in flow connection with the reaction chamber for discharging gas and particles including the reaction products from the reaction chamber; - a particle separator in flow connection with the discharge channel for separating particles including the reaction products from the gas; and - a return channel for continuously recycling a portion of the separated particles from the particle separator to the reaction chamber;
A method of controlling a roll gap between first and second work rolls (102, 104) of a rolling mill, work surfaces of the first and second work rolls (102, 104) being arranged in opposing relationship and respective longitudinal axes of the rolls (102, 104) lying in a common plane, in use said work surfaces being spaced apart so as to form the gap for receiving a metallic product for rolling, the method characterised by: defining a plurality of work surface locations spaced apart along the first work roll in the longitudinal direction; obtaining a radius of the work surface of the first work roll at each of the work surface locations; based on the radii of the work surface locations, obtaining a longitudinal profile of the work surface; based on said longitudinal profile, tilting the first work roll relative to the second work roll in the common plane in order to reduce a difference in the average size of the gap either side of a centreline which bisects the longitudinal axes of the first and second work rolls (102, 104). defining a plurality of work surface locations spaced apart along the first work roll in the longitudinal direction; obtaining a radius of the work surface of the first work roll at each of the work surface locations; based on the radii of the work surface locations, obtaining a longitudinal profile of the work surface; based on said longitudinal profile, tilting the first work roll relative to the second work roll in the common plane in order to reduce a difference in the average size of the gap either side of a centreline which bisects the longitudinal axes of the first and second work rolls (102, 104).
Prediction system for determining a set of subregions to be used for rendering a virtual world of a computer graphics application, said subregions belonging to streamable objects to be used for rendering said virtual world, said streamable objects each comprising a plurality of subregions, the prediction system comprising - a plurality of predictor units arranged for receiving from a computer graphics application information on a virtual world and each arranged for determining a predicted set of subregions for rendering said virtual world using streamable objects, each predicted set of subregions being determined by applying a different prediction scheme, - a streaming manager arranged for receiving said predicted sets of subregions, for deriving from said predicted sets a working set of subregions to be used for rendering by combining the output of said plurality of predictor units and for outputting, based on said working set of subregions, instructions for a streaming cache memory concerning the working set of subregions, said instructions steering loading of said working set in said streaming cache memory. - a plurality of predictor units arranged for receiving from a computer graphics application information on a virtual world and each arranged for determining a predicted set of subregions for rendering said virtual world using streamable objects, each predicted set of subregions being determined by applying a different prediction scheme, - a streaming manager arranged for receiving said predicted sets of subregions, for deriving from said predicted sets a working set of subregions to be used for rendering by combining the output of said plurality of predictor units and for outputting, based on said working set of subregions, instructions for a streaming cache memory concerning the working set of subregions, said instructions steering loading of said working set in said streaming cache memory.
A method for preparing nanoparticle of active ingredient comprising: a step of providing a mixture comprising the active ingredient, a lipid as a lubricant, and a biocompatible polymer having a glass transition temperature of 80°C or higher; a step of pulverizing the resulting product of said step through milling process; and a step of removing the lipid from the resulting product of said step by using supercritical fluid, wherein the lipid is used in an amount of five parts by weight or less, based on one part by weight of the active ingredient. a step of providing a mixture comprising the active ingredient, a lipid as a lubricant, and a biocompatible polymer having a glass transition temperature of 80°C or higher; a step of pulverizing the resulting product of said step through milling process; and a step of removing the lipid from the resulting product of said step by using supercritical fluid, wherein the lipid is used in an amount of five parts by weight or less, based on one part by weight of the active ingredient.
A method for generating a composite image in an electronic device, the method comprising: capturing, by a first image sensor, first images of a first object at a plurality of successive times; capturing, by a second image sensor, second images of a second object at the plurality of successive times; combining the first images into a first composite image comprising a plurality of first image elements of the first object in the first images on a common background of the first images; combining the second images into a second composite image comprising a plurality of second image elements of the second object; and generating a third composite image by combining the first composite image with the second composite image, based on the plurality of successive times, wherein the plurality of the first image elements are disposed on different positions, and wherein each of the different positions corresponds to the plurality of successive times. capturing, by a first image sensor, first images of a first object at a plurality of successive times; capturing, by a second image sensor, second images of a second object at the plurality of successive times; combining the first images into a first composite image comprising a plurality of first image elements of the first object in the first images on a common background of the first images; combining the second images into a second composite image comprising a plurality of second image elements of the second object; and generating a third composite image by combining the first composite image with the second composite image, based on the plurality of successive times, wherein the plurality of the first image elements are disposed on different positions, and wherein each of the different positions corresponds to the plurality of successive times.
Removable handle intended to engage with a cooking vessel having a side wall, said removable handle extending in a longitudinal direction and comprising at least one fixed support member (12, 14) intended to come against the side wall and a locking member, movable between an open position wherein the removable handle is disconnected from the side wall and a closed position, wherein the removable handle is immobilised on the side wall, said removable handle comprising means for moving the locking member configured so as to be able to pass from a closing stable position to an opening stable position, and conversely, by passing through an unstable balancing intermediate position, and means for opening the locking member intended to drive the movement means initially in their closing stable position beyond their unstable balancing intermediate position, the opening means comprising an opening button movable in rotation about an axis, transverse to the longitudinal direction and contained in a horizontal plane, characterised in that said opening button is movable between a lowered rest position wherein the movement means are in the closing stable position and a raised position wherein the movement means are in the opening stable position.