mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing a purified lactic acid-glycolic acid copolymer (A2) or a salt thereof comprising the steps of: (1-1) dissolving a lactic acid-glycolic acid copolymer (A1) containing lactic acid units and glycolic acid units or a salt thereof into at least one organic solvent (B1) having a solubility at 25°C of not less than 1 wt% to prepare a solution of the lactic acid-glycolic acid copolymer (A1) or the salt thereof, wherein the solubility at 25°C of not less than 1 wt% is for a lactic acid-glycolic acid copolymer containing 85 mol% lactic acid units and 15 mol% glycolic acid units, having a weight average molecular weight of 76,000 and a number average molecular weight of 14,100, the weight and number average molecular weights being determined by gel permeation chromatography relative to polystyrene standards; (1-2) adding at least one solvent (S1) selected from water and aliphatic alcohols (B2) to the solution of the lactic acid-glycolic acid copolymer (A1) or the salt thereof to prepare a mixture solution including the lactic acid-glycolic acid copolymer (A1) or the salt thereof; adding the mixture solution prepared in the step (1-2) to a solvent (S2') including at least one selected from water and aliphatic alcohols (B2) to precipitate a purified lactic acid-glycolic acid copolymer (A2) or a salt thereof; and recovering the precipitate of the purified lactic acid-glycolic acid copolymer (A2) or the salt thereof. (1-1) dissolving a lactic acid-glycolic acid copolymer (A1) containing lactic acid units and glycolic acid units or a salt thereof into at least one organic solvent (B1) having a solubility at 25°C of not less than 1 wt% to prepare a solution of the lactic acid-glycolic acid copolymer (A1) or the salt thereof, wherein the solubility at 25°C of not less than 1 wt% is for a lactic acid-glycolic acid copolymer containing 85 mol% lactic acid units and 15 mol% glycolic acid units, having a weight average molecular weight of 76,000 and a number average molecular weight of 14,100, the weight and number average molecular weights being determined by gel permeation chromatography relative to polystyrene standards; (1-2) adding at least one solvent (S1) selected from water and aliphatic alcohols (B2) to the solution of the lactic acid-glycolic acid copolymer (A1) or the salt thereof to prepare a mixture solution including the lactic acid-glycolic acid copolymer (A1) or the salt thereof; adding the mixture solution prepared in the step (1-2) to a solvent (S2') including at least one selected from water and aliphatic alcohols (B2) to precipitate a purified lactic acid-glycolic acid copolymer (A2) or a salt thereof; and recovering the precipitate of the purified lactic acid-glycolic acid copolymer (A2) or the salt thereof.
A method for supporting a service of subscription and reporting of monitoring of events, by a Policy Control Function, PCF, in a telecommunication network, said method comprising the steps of: - receiving , by a Network Exposure Function, NEF, a notification from a Network Repository Function, NRF, said notification comprising an indication of a registered PCF in said telecommunication network and comprising a list of services supported by said PCF; - transmitting , by said NEF, to said PCF, a service subscribe request, being an Npcf PolicyAuthorization_Subscribe service, for subscribing to said service of reporting of monitoring of events, wherein said request comprises subscription information comprising: - identification of one or more events, being a: - change of Access Type or Radio Access Technology, RAT, type, and - identification of one or more User Equipment, UE's; - receiving , by said NEF, from said PCF, a service subscribe acknowledgement for indicating that said NEF is subscribed to said service with said subscription information. - receiving , by a Network Exposure Function, NEF, a notification from a Network Repository Function, NRF, said notification comprising an indication of a registered PCF in said telecommunication network and comprising a list of services supported by said PCF; - transmitting , by said NEF, to said PCF, a service subscribe request, being an Npcf PolicyAuthorization_Subscribe service, for subscribing to said service of reporting of monitoring of events, wherein said request comprises subscription information comprising: - identification of one or more events, being a: - change of Access Type or Radio Access Technology, RAT, type, and - identification of one or more User Equipment, UE's; - identification of one or more events, being a: - change of Access Type or Radio Access Technology, RAT, type, and - change of Access Type or Radio Access Technology, RAT, type, and - identification of one or more User Equipment, UE's; - receiving , by said NEF, from said PCF, a service subscribe acknowledgement for indicating that said NEF is subscribed to said service with said subscription information.
A method, comprising: receiving, by at least one user equipment from a network element , a downlink sub-frame comprising a user downlink resource allocation of a plurality of users and data for the downlink sub-frame, and a user uplink resource allocation for a second sub-frame, wherein said user downlink resource allocation comprises a downlink allocation for said at least one user equipment , and wherein said second sub-frame is transmitted after a predetermined number of sub-frames following said downlink sub-frame; determining whether the at least one user equipment allocated downlink resource allocation has also been allocated uplink resource allocation for the second sub-frame; transmitting, during the second sub-frame, an uplink sub-frame comprising an ACK/NACK signal on the allocated uplink resource allocation if the user equipment has been allocated uplink resource allocation for the second sub-frame; and if the user equipment has not been allocated uplink resource allocation for the second subframe, assigning, by the at least one user equipment , a control signaling resource on the second sub-frame using said user downlink resource allocation received in said downlink sub-frame, and transmitting, during the second sub-frame, an uplink sub-frame comprising an ACK/NACK signal acknowledging receiving said data by said at least one user equipment using information comprised in said control signaling resource. receiving, by at least one user equipment from a network element , a downlink sub-frame comprising a user downlink resource allocation of a plurality of users and data for the downlink sub-frame, and a user uplink resource allocation for a second sub-frame, wherein said user downlink resource allocation comprises a downlink allocation for said at least one user equipment , and wherein said second sub-frame is transmitted after a predetermined number of sub-frames following said downlink sub-frame; determining whether the at least one user equipment allocated downlink resource allocation has also been allocated uplink resource allocation for the second sub-frame; transmitting, during the second sub-frame, an uplink sub-frame comprising an ACK/NACK signal on the allocated uplink resource allocation if the user equipment has been allocated uplink resource allocation for the second sub-frame; and if the user equipment has not been allocated uplink resource allocation for the second subframe, assigning, by the at least one user equipment , a control signaling resource on the second sub-frame using said user downlink resource allocation received in said downlink sub-frame, and transmitting, during the second sub-frame, an uplink sub-frame comprising an ACK/NACK signal acknowledging receiving said data by said at least one user equipment using information comprised in said control signaling resource.
A surface cleaning apparatus , comprising a housing including an upright handle assembly and a base mounted to the handle assembly and adapted for movement across a surface to be cleaned, a suction source , a suction nozzle assembly provided on the base and defining a suction nozzle in fluid communication with the suction source , the suction nozzle assembly comprising a nozzle housing and a cover on the nozzle housing , and a fluid delivery system provided on the housing and comprising a fluid supply chamber adapted to hold a supply of liquid, a fluid dispenser provided on the base in fluid communication with the fluid supply chamber , and a fluid delivery pathway between the fluid supply chamber and the fluid dispenser ; at least one fluid delivery channel forming a portion of the fluid delivery pathway, the at least one fluid delivery channel being formed between the nozzle housing and the cover and the base comprising a brush chamber and a brushroll mounted therein, and wherein the fluid dispenser is provided in the brush chamber to dispense fluid onto at least one of the brushroll and the surface to be cleaned.
Device for dispensing and preparing baby food, in particular baby milk, with at least one first connector for connecting to at least one source of baby food concentrate , a second connector for connecting to at least one source of liquid , in particular to a source of water, in particular at least one heating device , and at least one outlet for filling a baby food concentrate and/or the liquid into a baby bottle , wherein at least one first disposable bag and/or bag and tube set and/or tube set and/or tube or tube section is provided for storing and/or conducting the baby food concentrate, characterized in that at least one preparation device is provided for preparing the baby food from the liquid and the baby food concentrate, that at least one second disposable bag and/or bag and tube set and/or tube set and/or tube or tube section is provided for storing and/or conducting the liquid, that a metering device is provided that is configured for metering the concentrate and/or the liquid, and that the metering device - comprises at least one first clamp displaceably arranged on the first tube or tube section and/or a conveying screw or a wheel for metering different quantities of the baby food concentrate, and - at least two second clamps arranged on the second tube or tube section, whereby the liquid is conveyed gravimetrically to the second clamps . at least one first connector for connecting to at least one source of baby food concentrate , a second connector for connecting to at least one source of liquid , in particular to a source of water, in particular at least one heating device , and at least one outlet for filling a baby food concentrate and/or the liquid into a baby bottle , wherein at least one first disposable bag and/or bag and tube set and/or tube set and/or tube or tube section is provided for storing and/or conducting the baby food concentrate, that at least one second disposable bag and/or bag and tube set and/or tube set and/or tube or tube section is provided for storing and/or conducting the liquid, that a metering device is provided that is configured for metering the concentrate and/or the liquid, and that the metering device - comprises at least one first clamp displaceably arranged on the first tube or tube section and/or a conveying screw or a wheel for metering different quantities of the baby food concentrate, and - at least two second clamps arranged on the second tube or tube section, - comprises at least one first clamp displaceably arranged on the first tube or tube section and/or a conveying screw or a wheel for metering different quantities of the baby food concentrate, and - at least two second clamps arranged on the second tube or tube section, whereby the liquid is conveyed gravimetrically to the second clamps .
A power drive module for a vehicle power door opening device , the power drive module comprising: a housing configured to be mounted to one of a vehicle body and a door; a drive mechanism arranged in the housing , wherein the drive mechanism includes a first motor operatively coupled to a gearbox of the drive mechanism having an output shaft and is configured to move a drive element in the form of a linkage assembly connected to the output shaft , wherein the linkage assembly is configured to be connected to the other of the vehicle body and the door, and a brake assembly arranged in the housing , the brake assembly including a brake ring operatively coupled to the drive mechanism , a brake band wrapped about the brake ring and movable between a normally engaged position relative to the brake ring and a disengaged position relative to the brake ring , and a brake release actuator operatively connected to the brake band and configured to move the brake band between the engaged and disengaged positions with the brake ring in response to an electrical signal, wherein the brake assembly arrests rotational movement of the drive mechanism in the engaged position and the brake assembly is configured to be held in both the engaged and disengaged positions without supply of electrical power. a housing configured to be mounted to one of a vehicle body and a door; a drive mechanism arranged in the housing , wherein the drive mechanism includes a first motor operatively coupled to a gearbox of the drive mechanism having an output shaft and is configured to move a drive element in the form of a linkage assembly connected to the output shaft , wherein the linkage assembly is configured to be connected to the other of the vehicle body and the door, and a brake assembly arranged in the housing , the brake assembly including a brake ring operatively coupled to the drive mechanism , a brake band wrapped about the brake ring and movable between a normally engaged position relative to the brake ring and a disengaged position relative to the brake ring , and a brake release actuator operatively connected to the brake band and configured to move the brake band between the engaged and disengaged positions with the brake ring in response to an electrical signal, wherein the brake assembly arrests rotational movement of the drive mechanism in the engaged position and the brake assembly is configured to be held in both the engaged and disengaged positions without supply of electrical power.
A three-dimensional, 3D, optical diffraction tomography method based on low coherence illumination light and multiple illumination patterns using a 3D optical diffraction tomography apparatus, the method comprising: making the illumination light incident on a sample using a plurality of illumination patterns; measuring, by an image measurement unit, different locations at different depth locations of the sample and measuring two-dimensional, 2D, images of the sample at the different depth locations using the plurality of illumination patterns; and reconstructing 3D refractive index information of the sample based on the 2D images obtained at the different depth locations and on the plurality of illumination patterns; characterized in that making the light incident on the sample using the plurality of illumination patterns comprises making the light incident on the sample using at least three illumination patterns, and choosing the illumination patterns so that a final optical transfer function, OTF, is as uniform as possible in spatial frequency space, wherein for each of the illumination patterns, the highest intensity of the illumination light is located at an outermost side of the distribution of the illumination light in spatial frequency space, wherein the illumination intensity decreases at a rate faster than in a linear fashion towards the origin of the spatial frequency coordinates, and the final optical transfer function, OTF, is generated by combining the transfer functions of the at least three illumination patterns. making the illumination light incident on a sample using a plurality of illumination patterns; measuring, by an image measurement unit, different locations at different depth locations of the sample and measuring two-dimensional, 2D, images of the sample at the different depth locations using the plurality of illumination patterns; and reconstructing 3D refractive index information of the sample based on the 2D images obtained at the different depth locations and on the plurality of illumination patterns; characterized in that making the light incident on the sample using the plurality of illumination patterns comprises making the light incident on the sample using at least three illumination patterns, and choosing the illumination patterns so that a final optical transfer function, OTF, is as uniform as possible in spatial frequency space, wherein for each of the illumination patterns, the highest intensity of the illumination light is located at an outermost side of the distribution of the illumination light in spatial frequency space, wherein the illumination intensity decreases at a rate faster than in a linear fashion towards the origin of the spatial frequency coordinates, and the final optical transfer function, OTF, is generated by combining the transfer functions of the at least three illumination patterns.
A method for transmitting a data processing request, implemented by a just a bunch of flash, JBOF, and comprising: obtaining, by a computing unit of the JBOF, the data processing request, wherein the data processing request indicates an erasure coding, EC, operation and comprises data to be stored in a solid-state drive, SSD, in the JBOF; implementing, by the computing unit, the EC operation to the data to obtain EC data; sending, by the computing unit, the EC data to target SSDs in the JBOF; storing, by the target SSDs, the EC data. obtaining, by a computing unit of the JBOF, the data processing request, wherein the data processing request indicates an erasure coding, EC, operation and comprises data to be stored in a solid-state drive, SSD, in the JBOF; implementing, by the computing unit, the EC operation to the data to obtain EC data; sending, by the computing unit, the EC data to target SSDs in the JBOF; storing, by the target SSDs, the EC data.
A display mirror assembly for a vehicle, comprising: a display device defining a display surface having a display perimeter elongated along a length; a primary printed circuit board (PCB) in communication with the display device , wherein the display device comprises an optic block disposed in an optic tray and the optic tray forms a barrier layer between the primary printed circuit board (PCB) and the optic block , wherein the primary PCB comprising a first side and an opposing second side wherein the first side is directed toward the display device ; wherein the assembly is characterized by a heat sink in connection with the second side of the primary PCB and extending substantially coextensive with the length of the display perimeter; an intermediate heat shield extending substantially co-extensively with the optic tray and disposed between the optic tray and the primary PCB ; and a lighting module extending along the length of the display device , wherein the lighting module corresponds to a secondary PCB comprising a plurality of light sources configured to emit edge lighting to illuminate the display device , wherein the lighting module extends substantially perpendicular to the first surface of the primary PCB and is configured to direct the edge lighting substantially parallel to the first surface of the primary PCB . a display device defining a display surface having a display perimeter elongated along a length; a primary printed circuit board (PCB) in communication with the display device , wherein the display device comprises an optic block disposed in an optic tray and the optic tray forms a barrier layer between the primary printed circuit board (PCB) and the optic block , wherein the primary PCB comprising a first side and an opposing second side wherein the first side is directed toward the display device ; wherein the assembly is characterized by a heat sink in connection with the second side of the primary PCB and extending substantially coextensive with the length of the display perimeter; an intermediate heat shield extending substantially co-extensively with the optic tray and disposed between the optic tray and the primary PCB ; and a lighting module extending along the length of the display device , wherein the lighting module corresponds to a secondary PCB comprising a plurality of light sources configured to emit edge lighting to illuminate the display device , wherein the lighting module extends substantially perpendicular to the first surface of the primary PCB and is configured to direct the edge lighting substantially parallel to the first surface of the primary PCB .
A method in a vehicle comprising a digital rear view mirror comprising a camera (110-1, 110-2) for capturing a stream of images, said camera being operable to capture images in a default, normal field of view (viewing angle α) and in an extended field of view (viewing angle α+β); and a display (320-1, 320-2) for displaying the captured stream of images, wherein said digital rear view mirror is arranged for detecting an object situated outside the default, normal field of view (α) displayed in said display (320-1, 320-2) of the digital rear view mirror and visualising the detected object for a driver of the vehicle , wherein the method comprises the steps: detecting the object , situated outside the displayed default, normal field of view (α) of the display (320-1, 320-2), by a sensor (120-1, 120-2); and in case an object is detected: adjusting the field of view displayed in the display (320-1, 320-2) by displaying an additional, widened, field of view (viewing angle β) in a subset of the display, so that the detected object becomes visible for the driver by being displayed in the subset of the display (320-1, 320-2), while the default, normal field of view (α) at a default viewing angle is displayed in a main portion of the display (320-1, 320-2); the method further comprising: determining that no object is detected situated outside the default, normal field of view (α); and when no object is detected situated outside the default, normal field of view (α): adjusting the field of view displayed in the display (320-1, 320-2) to only comprise the default, normal field of view (α) at the default viewing angle. detecting the object , situated outside the displayed default, normal field of view (α) of the display (320-1, 320-2), by a sensor (120-1, 120-2); and in case an object is detected: adjusting the field of view displayed in the display (320-1, 320-2) by displaying an additional, widened, field of view (viewing angle β) in a subset of the display, so that the detected object becomes visible for the driver by being displayed in the subset of the display (320-1, 320-2), while the default, normal field of view (α) at a default viewing angle is displayed in a main portion of the display (320-1, 320-2); determining that no object is detected situated outside the default, normal field of view (α); and when no object is detected situated outside the default, normal field of view (α): adjusting the field of view displayed in the display (320-1, 320-2) to only comprise the default, normal field of view (α) at the default viewing angle.