mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the preparation of an amidated polymer, said method comprising the steps of: a) providing a homopolymer or copolymer comprising monomeric units; wherein at least 2 monomeric units having an ester-containing side chain are adjacent to each other; b) reacting said polymer of step a) with a guanidine-based catalyst and a reactant (X); said reactant having at least one amine moiety and a hydroxy moiety or a thiol moiety; c) obtaining said amidated polymer. a) providing a homopolymer or copolymer comprising monomeric units; wherein at least 2 monomeric units having an ester-containing side chain are adjacent to each other; b) reacting said polymer of step a) with a guanidine-based catalyst and a reactant (X); said reactant having at least one amine moiety and a hydroxy moiety or a thiol moiety; c) obtaining said amidated polymer.
A composite material comprising: a cementitious composition; and a plurality of fibers disposed in said cementitious composition, each of said plurality of fibers comprising; a plastic component, a surfactant, and a metal oxide; wherein each of said surfactant and said metal oxide is independently evenly distributed throughout each of said plurality of fibers such that a cross-section of a fiber exhibits surfactant and metal oxide present in the entirety of the cross-section, wherein said surfactant is chosen from the group of an alcohol alkoxylate, an alcohol block/heteric alkoxylate, a polyoxyethylene/polyoxypropylene block/heteric copolymer, a fatty alcohol, a fatty alkoxy alcohol, a polyalkylene glycol, a alkylphenol alkoxylate, and combinations thereof, and wherein said metal oxide is silicon dioxide. a cementitious composition; and a plurality of fibers disposed in said cementitious composition, each of said plurality of fibers comprising; a plastic component, a surfactant, and a metal oxide; wherein each of said surfactant and said metal oxide is independently evenly distributed throughout each of said plurality of fibers such that a cross-section of a fiber exhibits surfactant and metal oxide present in the entirety of the cross-section, wherein said surfactant is chosen from the group of an alcohol alkoxylate, an alcohol block/heteric alkoxylate, a polyoxyethylene/polyoxypropylene block/heteric copolymer, a fatty alcohol, a fatty alkoxy alcohol, a polyalkylene glycol, a alkylphenol alkoxylate, and combinations thereof, and wherein said metal oxide is silicon dioxide. a plastic component, a surfactant, and a metal oxide;
Motor-wheel for an omni-directional motion vehicle , comprising a ring-shaped structure with a central axis, presenting an outer radial surface and an inner radial surface , whereby the outer radial surface comprises a plurality of rollers that are rotatable about an inclined axis relative to the central axis, and the inner radial surface is adapted to be connected to a hub-motor such that the hub-motor is a load bearing element of the wheel , characterised in that the ring-shaped structure comprises two rings adapted to be assembled together so as to sandwich said hub-motor within a housing partially surrounded by their inner radial surfaces , characterized in that it comprises two sets of rollers, each set of rollers being mounted on one ring of the ring-shaped structure. the outer radial surface comprises a plurality of rollers that are rotatable about an inclined axis relative to the central axis, and the inner radial surface is adapted to be connected to a hub-motor such that the hub-motor is a load bearing element of the wheel , characterised in that the ring-shaped structure comprises two rings adapted to be assembled together so as to sandwich said hub-motor within a housing partially surrounded by their inner radial surfaces , characterized in that it comprises two sets of rollers, each set of rollers being mounted on one ring of the ring-shaped structure.
A fire rated ventilation duct wall penetration comprising a building structure with an opening and a ventilation duct , said ventilation duct comprising one or more metal sheets forming said duct , wherein said metal sheet duct is covered on the outside by a heat insulating material , and said duct includes elongated stiffening members located on the outside of the duct and attached to said metal sheets , characterised in that the stiffening members each comprise a metal profile and at least one non-combustible bar of inorganic material, wherein the metal profile is fixed to the metal sheet of the duct and retaining the at least one non-combustible bar by at least partly encircling the bar , and wherein the stiffening members are located on one side and/or both sides of the wall penetration.
A milker unit short milk tube adapted to be positioned onto an outer surface of milking claw inlet , the milker unit short milk tube comprising: an outer wall surface ; an inner wall surface defining a milk passage having an upstream direction and a downstream direction; and a downstream milk claw connection end including a position and release device , characterized in that the position and release device is compressible in the downstream direction to outwardly bend an adjacent inlet contact portion of the short milk tube away from the milking claw inlet to aid in releasing the milker unit short milk tube from the milking claw inlet . an outer wall surface ; an inner wall surface defining a milk passage having an upstream direction and a downstream direction; and a downstream milk claw connection end including a position and release device , characterized in that the position and release device is compressible in the downstream direction to outwardly bend an adjacent inlet contact portion of the short milk tube away from the milking claw inlet to aid in releasing the milker unit short milk tube from the milking claw inlet .
A dialysis machine for estimating absolute blood volume, the dialysis machine comprising: an injector to inject a predetermined volume of dilution indicator liquid into a blood stream of a patient; a receiver to obtain, from a sensor, a series of measurements of hemoconcentration of at least one blood characteristic of the patient over a time period, the series of measurements including a hemoconcentration at a dilution test time during the time period, and the series of measurements of hemoconcentration based on blood volume compared to the predetermined volume of dilution indicator liquid; characterised in that the dialysis machine comprises memory including instructions, which when executed by a processor of the dialysis machine, cause the processor to: estimate parameters for a physiological model based on the series of measurements, the parameters including the hemoconcentration at the dilution test time, a volume of a first compartment and a volume of a second compartment at the dilution test time and at a dilution injection time of the time period; and determine an absolute blood volume of the patient at the specified time using the physiological model and the series of measurements of hemoconcentration; and a display portion to display the absolute blood volume. an injector to inject a predetermined volume of dilution indicator liquid into a blood stream of a patient; a receiver to obtain, from a sensor, a series of measurements of hemoconcentration of at least one blood characteristic of the patient over a time period, the series of measurements including a hemoconcentration at a dilution test time during the time period, and the series of measurements of hemoconcentration based on blood volume compared to the predetermined volume of dilution indicator liquid; characterised in that the dialysis machine comprises memory including instructions, which when executed by a processor of the dialysis machine, cause the processor to: estimate parameters for a physiological model based on the series of measurements, the parameters including the hemoconcentration at the dilution test time, a volume of a first compartment and a volume of a second compartment at the dilution test time and at a dilution injection time of the time period; and determine an absolute blood volume of the patient at the specified time using the physiological model and the series of measurements of hemoconcentration; and estimate parameters for a physiological model based on the series of measurements, the parameters including the hemoconcentration at the dilution test time, a volume of a first compartment and a volume of a second compartment at the dilution test time and at a dilution injection time of the time period; and determine an absolute blood volume of the patient at the specified time using the physiological model and the series of measurements of hemoconcentration; and a display portion to display the absolute blood volume.
An apparatus for contactlessly partitioning a sampling region on a solid surface, the apparatus comprising: a body ; a battery for supplying power included in the body ; an operating switch for turning ON/OFF power at the top; a light source at the bottom of the body which downwardly irradiates a light; and a partitioning means for partitioning a figure-shaped sampling region below the light source wherein the light irradiated from the light source through the partitioning means projects an image corresponding to a sampling region onto the solid surface, wherein the light source consists of a lamp-type light source with an extension; and the partitioning means entirely consists of a colored filter at the center of which a figure-shaped transparent partitioning portion , which corresponds to the permeable sampling region to light is formed so that light irradiated from the light source passes through the partitioning portion of the colored filter to project a figure-shaped sampling region on the solid surface, wherein the apparatus comprises two separate lamp-type light sources and two separate colored filters , wherein the partitioning portions of the colored filters are formed of two partitioned lines of a linearly figured shape, respectively, so that light having passed through each of the colored filters forms a linearly figured shaped sampling region on the solid surface. a body ; a battery for supplying power included in the body ; an operating switch for turning ON/OFF power at the top; a light source at the bottom of the body which downwardly irradiates a light; and a partitioning means for partitioning a figure-shaped sampling region below the light source wherein the light irradiated from the light source through the partitioning means projects an image corresponding to a sampling region onto the solid surface, wherein the light source consists of a lamp-type light source with an extension; and the partitioning means entirely consists of a colored filter at the center of which a figure-shaped transparent partitioning portion , which corresponds to the permeable sampling region to light is formed so that light irradiated from the light source passes through the partitioning portion of the colored filter to project a figure-shaped sampling region on the solid surface, wherein the apparatus comprises two separate lamp-type light sources and two separate colored filters , wherein the partitioning portions of the colored filters are formed of two partitioned lines of a linearly figured shape, respectively, so that light having passed through each of the colored filters forms a linearly figured shaped sampling region on the solid surface.
A method for controlling a folding box machine , in particular a folding box gluing machine, comprising a plurality of processing stations and a plurality of control devices with detection means to control the quality of folding boxes, wherein a respective control device controls different quality features of a respective folding box, wherein a respective control device reports the result of the control to a control unit , wherein target values for classifying the control results into results of sufficient quality and insufficient quality are stored in the control unit , and wherein, depending on the evaluation of the classification of all control results, an ejection means is activated by the control unit to eject a folding box, characterized in that , based on the classification of all control results for a respective folding box, a combination of errors is generated as a digital string from binary values, each of which correspond to a control result of the different quality features, and a detection limit for a respective string is stored in the control unit which indicates how often the combination of errors assigned to the digital string may occur before the respective folding box is ejected.
Power converter with at least one phase module , wherein the phase module has - at least one switching element with a cut-off voltage ranging from 1200V to 1700V and - a heat sink wherein the switching element is connected to the heat sink , wherein the connection between switching element and heat sink is a non-detachable connection, which is embodied soldered, sintered or glued, wherein the phase module has at least one electrical terminal , characterised in that the phase module is fastened to a busbar in the power converter by means of the electrical terminal without additional mechanical fixing. - at least one switching element with a cut-off voltage ranging from 1200V to 1700V and - a heat sink wherein the switching element is connected to the heat sink , wherein the connection between switching element and heat sink is a non-detachable connection, which is embodied soldered, sintered or glued, wherein the phase module has at least one electrical terminal , characterised in that the phase module is fastened to a busbar in the power converter by means of the electrical terminal without additional mechanical fixing.
An HDR television, the HDR television comprising a display screen , an offset calculation module , a constant-current driving and controlling module , a plurality of constant-current driving circuits , a plurality of light bars , an image processing Micro Control Unit (MCU) , and a memory ; the display screen being divided into a plurality of regions, and the plurality of light bars being respectively distributed in the plurality of regions of the display screen ; wherein, the image processing MCU is configured to output image data to the display screen , and simultaneously output grayscale signals of the plurality of regions to the constant-current driving and controlling module ; characterized in that , the image processing MCU is further configured to respectively output a first grayscale signal to each of the plurality of constant-current driving circuits , wherein the first grayscale signal is a grayscale signal corresponding to a maximum grayscale; the offset calculation module is configured to acquire actual brightness values of the plurality of regions of the display screen through an optical detector externally placed on the HDR television, and calculate an intermediate brightness value by averaging the actual brightness values of the plurality of regions; acquire a duty ratio of a Pulse-Width-Modulation (PWM) control signal corresponding to the first grayscale signal; subtract the intermediate brightness value from the actual brightness value of each region to obtain a subtracting result of each region, divide the subtracting result of each region by the actual brightness value of the corresponding region to obtain a dividing result of each region, multiply the dividing result of each region by the duty ratio of the PWM control signal to obtain an offset of the first grayscale signal of each region, and divide the offset of the first grayscale signal of each region by the maximum grayscale to obtain a reference offset of each region; store the reference offset of each region in the memory ; the constant-current driving and controlling module is configured to calculate a PWM value of each region according to the grayscale signal of the corresponding region, read the reference offset of each region in the memory , multiply the reference offset of each region and the grayscale value corresponding to the grayscale signal of the corresponding region to obtain a grayscale offset of each region, add the grayscale offset of each region to the PWM value of the corresponding region to obtain a final PWM control value of each region; and the constant-current driving circuits are configured to output constant-current driving currents according to the final PWM control values of plurality of regions to drive the light bars to emit light.
A method of rejecting a media object from a self-service terminal comprising a deskew unit acting as a media accepter/dispenser, the method comprising: engaging a motor coupled to a drive member to translate the media object within the deskew unit to cause the media object to rest against a sidewall ; activating a plurality of sensors (210-216) within the deskew unit to detect an abnormality in the media object, wherein the abnormality includes the media object having a width outside an acceptable width range; and ejecting the media object from the deskew unit upon detecting the abnormality in the media object; characterised in that the plurality of sensors are arranged in at least two rows with respect to the sidewall , a first row including a first sensor and a second sensor , a second row including a third sensor and a fourth sensor ; the acceptable width range is defined by a distance between the first sensor and the fourth sensor and the distance between the second sensor and the third sensor . engaging a motor coupled to a drive member to translate the media object within the deskew unit to cause the media object to rest against a sidewall ; activating a plurality of sensors (210-216) within the deskew unit to detect an abnormality in the media object, wherein the abnormality includes the media object having a width outside an acceptable width range; and ejecting the media object from the deskew unit upon detecting the abnormality in the media object; characterised in that the plurality of sensors are arranged in at least two rows with respect to the sidewall , a first row including a first sensor and a second sensor , a second row including a third sensor and a fourth sensor ; the acceptable width range is defined by a distance between the first sensor and the fourth sensor and the distance between the second sensor and the third sensor .
A thermal sleeve for protecting an electronic member operably connected to an elongate wiring harness , comprising: a tubular member including a circumferentially continuous wall with an insulative inner layer bounding an inner cavity extending along a central longitudinal axis (34; 134) between open opposite ends and a reflective outer layer ; and a positioning member (25, 25'; 125) having an annular portion (42, 42'; 142) attached to the tubular member and at least one resilient finger (44, 44'; 144) having a fixed end attached to the annular portion, characterised in that said at least one finger (44, 44'; 144) extends radially inwardly along a plane (P) from said fixed end along an arcuate path to a free (48, 48'; 148) end configured for abutment with the wiring harness , said at least one finger being compressible radially outwardly along said plane toward said annular portion (42, 42'; 142) to automatically adjust to an outer envelope of the wiring harness. a tubular member including a circumferentially continuous wall with an insulative inner layer bounding an inner cavity extending along a central longitudinal axis (34; 134) between open opposite ends and a reflective outer layer ; and a positioning member (25, 25'; 125) having an annular portion (42, 42'; 142) attached to the tubular member and at least one resilient finger (44, 44'; 144) having a fixed end attached to the annular portion, characterised in that said at least one finger (44, 44'; 144) extends radially inwardly along a plane (P) from said fixed end along an arcuate path to a free (48, 48'; 148) end configured for abutment with the wiring harness , said at least one finger being compressible radially outwardly along said plane toward said annular portion (42, 42'; 142) to automatically adjust to an outer envelope of the wiring harness.
A Software Defined Network, SDN, architecture, which comprises multiple controllers and a forwarding device , the SDN architecture further comprising: a monitoring controller , connected between the multiple controllers and the forwarding device and configured to receive or monitor (S202) control plane messages of the multiple controllers, and characterized by the monitoring controller being configured to: determine (S204) a flow table to be sent to the forwarding device according to a local strategy and the control plane messages of the multiple controllers; wherein the monitoring controller is configured to select a flow table carried in a control plane message of one controller of the multiple controllers from flow tables carried in the control plane messages of the multiple controllers, and determine the selected flow table as the flow table to be sent to the forwarding device. a monitoring controller , connected between the multiple controllers and the forwarding device and configured to receive or monitor (S202) control plane messages of the multiple controllers, and characterized by the monitoring controller being configured to: determine (S204) a flow table to be sent to the forwarding device according to a local strategy and the control plane messages of the multiple controllers; wherein the monitoring controller is configured to select a flow table carried in a control plane message of one controller of the multiple controllers from flow tables carried in the control plane messages of the multiple controllers, and determine the selected flow table as the flow table to be sent to the forwarding device.