mhurhangee/patent-ind-claim-en huggingface dataset:
A sample solution concentration method comprising, in the following order: a sample solution injection step of injecting a sample solution , which is an aqueous solution containing a high-molecular-weight molecule, into a cylinder accommodating a particulate super absorbent polymer ; a water absorption step in which water contained in the sample solution injected into the cylinder is absorbed by the super absorbent polymer accommodated in the cylinder to generate a sample solution concentrate which is a concentrate of the sample solution, in the cylinder; a liquid addition step of adding a liquid having an amount smaller than an amount of the sample solution injected into the cylinder in the sample solution injection step, to the sample solution concentrate; and a taking-out step of inserting, into the cylinder, a piston insertable into the cylinder, the piston including a tip part having holes smaller than a particle diameter of the super absorbent polymer after water absorption, to take out a sample solution concentrated solution , which is a concentrated solution of the sample solution, through the holes in the tip part of the piston. a sample solution injection step of injecting a sample solution , which is an aqueous solution containing a high-molecular-weight molecule, into a cylinder accommodating a particulate super absorbent polymer ; a water absorption step in which water contained in the sample solution injected into the cylinder is absorbed by the super absorbent polymer accommodated in the cylinder to generate a sample solution concentrate which is a concentrate of the sample solution, in the cylinder; a liquid addition step of adding a liquid having an amount smaller than an amount of the sample solution injected into the cylinder in the sample solution injection step, to the sample solution concentrate; and a taking-out step of inserting, into the cylinder, a piston insertable into the cylinder, the piston including a tip part having holes smaller than a particle diameter of the super absorbent polymer after water absorption, to take out a sample solution concentrated solution , which is a concentrated solution of the sample solution, through the holes in the tip part of the piston.
Primary optical element for motor vehicle lighting module, comprising a light introduction part provided with a plurality of primary optical means connected at output to a correcting part , said primary optical means being arranged on at least two levels in a first direction, as first and second distinct primary optical means, a plurality of first primary optical means being arranged in series in a second direction substantially perpendicular to the first direction the primary optical element characterizing in that the second primary optical means consists of a strip of material extending continuously in the second direction, overhanging the first primary optical means .
A method for detecting a display region of a video image in real time, comprising: obtaining a pixel value of each pixel in a current frame of image, and determining a bright pixel threshold line that distinguishes a display region from a black edge region of the current frame of image according to the pixel value of each pixel; obtaining time-domain motion statistic values of pixels of the current frame of image relative to corresponding pixels of an immediately preceding frame of image, and determining a time-domain warning line that distinguishes the display region from the black edge region of the current frame of image according to the time-domain motion statistic values of each row and each column of pixels of the current frame of image; obtaining gradient information of each row and each column of pixels in the current frame of image, and determining a target gradient line that distinguishes the display region from the black edge region of the current frame of image according to the gradient information of each row and each column of pixels; determining a boundary bright line between the display region and the black edge region of the current frame of image according to positions of the bright pixel threshold line, the time-domain warning line and the target gradient line; and determining the display region of the current frame of image according to the boundary bright line. obtaining a pixel value of each pixel in a current frame of image, and determining a bright pixel threshold line that distinguishes a display region from a black edge region of the current frame of image according to the pixel value of each pixel; obtaining time-domain motion statistic values of pixels of the current frame of image relative to corresponding pixels of an immediately preceding frame of image, and determining a time-domain warning line that distinguishes the display region from the black edge region of the current frame of image according to the time-domain motion statistic values of each row and each column of pixels of the current frame of image; obtaining gradient information of each row and each column of pixels in the current frame of image, and determining a target gradient line that distinguishes the display region from the black edge region of the current frame of image according to the gradient information of each row and each column of pixels; determining a boundary bright line between the display region and the black edge region of the current frame of image according to positions of the bright pixel threshold line, the time-domain warning line and the target gradient line; and determining the display region of the current frame of image according to the boundary bright line.
A telematic-box device for motor vehicles, which comprises a module for connection to mobile-communication networks , a satellite location module , and a sensor (70; 71) configured for detecting the acceleration and braking parameters of the motor vehicle, said device also comprising autonomous supply means, of the type including a rechargeable accumulator integrated in said telematic box and a microcontroller module configured for managing at least said module for connection to mobile-communication networks , said satellite location module , and said sensor (70; 71), it being possible to set each of said microcontroller module , said module for connection to mobile-communication networks , said satellite location module , and said sensor (70; 71) selectively between an active-operation mode and one or more reduced-operation modes in which they implement saving of energy as compared to the active-operation mode.
An air vent knob for a vehicle including: an air vent wing provided on the front surface of an air vent and guiding the direction of wind being discharged, where the air vent wing is coupled to an assembly hole of a knob ; wherein a front stopper is formed on the front surface of the air vent wing coupled to the knob and a knob fitting groove is formed on the rear surface of the air vent wing coupled to the knob , an assembly groove is formed at the front portion inside the assembly hole of the knob , thereby a rubber is assembled thereinto, a front slide groove is formed on the rubber wherein the front stopper of the air vent wing is fitted and moved in the front slide groove , and a rear stopper is formed on both ends of the rear portion of the knob , where the rear stopper contacts the inner surface of both sides of the knob fitting groove of the air vent wing , characterized in that a movement distance (I) in which the front stopper of the knob moves right and left along the front slide groove is smaller than a movement distance (L) in which the rear stopper moves right and left along the knob fitting groove , wherein the front stopper contacts the wall of the front slide groove of the rubber in advance.
A therapeutic preparation for use in a method of treating a cholesterol or lipid related condition, wherein the therapeutic preparation comprises an anti-PCSK9 antibody (AP-antibody), the preparation is in a solid form shaped as a tissue penetrating member having a pointed end and is suitable for being contained in a swallowable capsule, the tissue penetrating member configured to be delivered from the capsule to penetrate and be inserted into an intestinal wall after oral ingestion of the capsule by the application of force on the tissue penetrating member, wherein the AP-antibody is selected from the group consisting of Alirocumab, Evolocumab and Bococizumab, wherein a dose of the AP-antibody in the solid tissue penetrating member is in a range from about 1 to 15 mg, and wherein after insertion, the tissue penetrating member is retained within the intestinal wall or surrounding tissue and releases the AP-antibody into the blood stream.
A computer-implemented method for verifying a security of a service operation, comprising: receiving , by a terminal , a creditability analysis instruction of the service operation, the creditability analysis instruction being sent by a service server ; obtaining , by the terminal , a creditability analysis result of the service operation based on the creditability analysis instruction and one or more risk control models pre-stored in the terminal ; and sending , by the terminal , the creditability analysis result to the service server for determining the security of the service operation. receiving , by a terminal , a creditability analysis instruction of the service operation, the creditability analysis instruction being sent by a service server ; obtaining , by the terminal , a creditability analysis result of the service operation based on the creditability analysis instruction and one or more risk control models pre-stored in the terminal ; and sending , by the terminal , the creditability analysis result to the service server for determining the security of the service operation.
A cleaning device for cleaning an interior of a device to be cleaned , wherein the cleaning device comprises: an adapter for mounting the device to be cleaned ; a cleaning medium reception chamber for receiving cleaning medium driven through the device to be cleaned when mounted on the adapter ; a drive unit for driving cleaning medium from a cleaning medium reservoir through the device to be cleaned , when mounted on the adapter , and into the cleaning medium reception chamber ; and a detection unit for detecting information indicative of a flow rate and/or a pressure of cleaning medium driven through the device to be cleaned , when mounted on the adapter , characterised in that the detection unit is configured for detecting information indicative of a temperature of the cleaning medium and is configured for correcting flow rate information under consideration of a viscosity of the cleaning medium at the detected temperature. an adapter for mounting the device to be cleaned ; a cleaning medium reception chamber for receiving cleaning medium driven through the device to be cleaned when mounted on the adapter ; a drive unit for driving cleaning medium from a cleaning medium reservoir through the device to be cleaned , when mounted on the adapter , and into the cleaning medium reception chamber ; and a detection unit for detecting information indicative of a flow rate and/or a pressure of cleaning medium driven through the device to be cleaned , when mounted on the adapter , characterised in that the detection unit is configured for detecting information indicative of a temperature of the cleaning medium and is configured for correcting flow rate information under consideration of a viscosity of the cleaning medium at the detected temperature.
Method for cleaning rollers used for aluminium strip processing, in which the rollers are cleaned in a washing rack which is configured for positioning a roller to be cleaned and comprises at least one means for applying at least one washing liquid to the roller surface of the roller to be cleaned, the roller surface is cleaned with an aqueous alkali metal or alkaline earth metal hydroxide washing liquid or an acidic washing liquid, the washing liquid is removed and the roller surface is dried.
An ethylene polymer composition having a fusion enthalpy ΔH fus , measured by Differential Scanning Calorimetry with a heating rate of 20°C per minute, of 60 J/g or more and comprising, all per cent amounts being by weight: A) 25-55% of an ethylene polymer containing 10% or less, referred to the weight of A), of a fraction XS A soluble in xylene at 25°C; B) 45-75% of a copolymer of ethylene and propylene containing from 45% to 70% of ethylene and 60% or more of a fraction XS B soluble in xylene at 25°C, both ethylene and XS B amounts being referred to the weight of B); wherein the amounts of A) and B) are referred to the total weight of A) + B). A) 25-55% of an ethylene polymer containing 10% or less, referred to the weight of A), of a fraction XS A soluble in xylene at 25°C; B) 45-75% of a copolymer of ethylene and propylene containing from 45% to 70% of ethylene and 60% or more of a fraction XS B soluble in xylene at 25°C, both ethylene and XS B amounts being referred to the weight of B);
A firestop apparatus for fire stopping a bus duct that passes through an opening in a division , said apparatus comprising: a boot seal comprising an insulating material, the boot seal having a first end and a second end distal from the first end ; the first end defining a first opening and positioned to surround the bus duct ; a first bracket positioned to surround the bus duct and attach the first end to the bus duct ; a gasket positioned to surround the bus duct ; the boot seal , the first bracket and the gasket arranged at the first end in accordance with a sequence comprising the boot seal as a radially outermost element, the gasket as a radially innermost element sealing against the bus duct , and the first bracket disposed between the boot seal and the gasket ; the second end defining a second opening larger than the first opening, the second end positioned to surround the bus duct and attach to the division ; wherein the boot seal is made of flexible material to allow for movement of the bus duct relative to the division due to vibration. a boot seal comprising an insulating material, the boot seal having a first end and a second end distal from the first end ; the first end defining a first opening and positioned to surround the bus duct ; a first bracket positioned to surround the bus duct and attach the first end to the bus duct ; a gasket positioned to surround the bus duct ; the boot seal , the first bracket and the gasket arranged at the first end in accordance with a sequence comprising the boot seal as a radially outermost element, the gasket as a radially innermost element sealing against the bus duct , and the first bracket disposed between the boot seal and the gasket ; the second end defining a second opening larger than the first opening, the second end positioned to surround the bus duct and attach to the division ; wherein the boot seal is made of flexible material to allow for movement of the bus duct relative to the division due to vibration.
Compressor module for compressing gas composed of a compressor element with a housing with integrated compressor element cooler ; a motor and a gas cooler for cooling the compressed gas originating from the compressor element , characterised in that the gas cooler comprises a primary section through which the gas to be cooled can be guided and a secondary section that is in heat-exchanging contact with the primary section ; that a first cooling circuit guides a coolant through the secondary section of the gas cooler or through a section thereof and a second cooling circuit guides a coolant through the compressor element cooler ; whereby the first cooling circuit and the second cooling circuit are joined together in series or in parallel and are guided to a common output , and whereby the compressor module comprises a gearbox with a housing between the compressor element and the motor .
Junction box, for electricity and fluid, mountable on a vehicle, the junction box comprising: a housing , the housing having a disk shaped front face ; one electric coupling ; and one fluid coupling ; characterised by one or more fluid ejectors , for ejecting a connector connected to the junction box, the one or more fluid ejectors being able to be activated by an electric circuit of the vehicle; one indicator for indicating electric power supply ; and one indicator for indicating fluid pressure ; wherein the one or more fluid ejectors, the electric coupling, the fluid coupling, and the two indicators are all arranged within the disk shaped front face of the housing. a housing , the housing having a disk shaped front face ; one electric coupling ; and one fluid coupling ; characterised by one or more fluid ejectors , for ejecting a connector connected to the junction box, the one or more fluid ejectors being able to be activated by an electric circuit of the vehicle; one indicator for indicating electric power supply ; and one indicator for indicating fluid pressure ; wherein the one or more fluid ejectors, the electric coupling, the fluid coupling, and the two indicators are all arranged within the disk shaped front face of the housing.
A monitoring system , comprising: a first real-time detection device configured to detect output data of target equipment , a second real-time detection device configured to detect a control instruction to be input to the target equipment , the control instruction being output from a central control device configured to receive an operation from an operator; and a monitoring device configured to acquire the output data from the first real-time detection device and to acquire the control instruction from the second real-time detection device , wherein the monitoring device is configured to function as a simulation unit configured to simulate the target equipment , with models of the target equipment and the central control device , and to calculate a control instruction to be required to output the output data from the target equipment by calculating backward from the output data acquired from the first real-time detection device , and a determination unit configured to determine that an abnormality has occurred in the target equipment , when a difference between the control instruction calculated by the simulation unit and the control instruction acquired from the second real-time detection device is equal to or more than a predetermined threshold. a first real-time detection device configured to detect output data of target equipment , a second real-time detection device configured to detect a control instruction to be input to the target equipment , the control instruction being output from a central control device configured to receive an operation from an operator; and a monitoring device configured to acquire the output data from the first real-time detection device and to acquire the control instruction from the second real-time detection device , wherein the monitoring device is configured to function as a simulation unit configured to simulate the target equipment , with models of the target equipment and the central control device , and to calculate a control instruction to be required to output the output data from the target equipment by calculating backward from the output data acquired from the first real-time detection device , and a determination unit configured to determine that an abnormality has occurred in the target equipment , when a difference between the control instruction calculated by the simulation unit and the control instruction acquired from the second real-time detection device is equal to or more than a predetermined threshold. a simulation unit configured to simulate the target equipment , with models of the target equipment and the central control device , and to calculate a control instruction to be required to output the output data from the target equipment by calculating backward from the output data acquired from the first real-time detection device , and a determination unit configured to determine that an abnormality has occurred in the target equipment , when a difference between the control instruction calculated by the simulation unit and the control instruction acquired from the second real-time detection device is equal to or more than a predetermined threshold.
An immune complex, comprising: (a) a target conjugate pair, wherein the target conjugate pair comprises a target and a conjugate associated with the target; and (b) a stabilizing component, wherein the stabilizing component binds to the target conjugate pair, wherein the association constant (Ka) of the complex is greater than the Ka of the complex without the stabilizing component, wherein the target is an antigen, wherein the conjugate comprises a target-binding entity that is an antibody or antibody fragment that recognizes the antigen target and binds to the target, and wherein the stabilizing component is a Fc receptor linked to the target binding entity. (a) a target conjugate pair, wherein the target conjugate pair comprises a target and a conjugate associated with the target; and (b) a stabilizing component, wherein the stabilizing component binds to the target conjugate pair, wherein the association constant (Ka) of the complex is greater than the Ka of the complex without the stabilizing component, wherein the target is an antigen, wherein the conjugate comprises a target-binding entity that is an antibody or antibody fragment that recognizes the antigen target and binds to the target, and wherein the stabilizing component is a Fc receptor linked to the target binding entity.
A transfer paper which is for use in a transfer printing method and is yet to be subjected to printing of a design, the transfer printing method comprising printing the design with a dye ink to prepare a printed transfer paper; bringing the printed transfer paper into close contact with a fabric and applying heat and pressure thereon to transfer the dye on the printed transfer paper to the fabric; removing the printed transfer paper from the fabric; and steaming the fabric, the transfer paper having a substrate and one or more coating layers, the substrate having a base paper and one or more nonaqueous resin layers on one side of the base paper, the one or more coating layers being located on the one or more nonaqueous resin layers, the coating layer located outermost from the substrate, that is, the outermost coating layer, at least comprising a water-soluble polyester resin, a carboxylic acid-modified polyvinyl alcohol resin, an acrylic resin, a starch, and a white pigment, the acrylic resin having a glass transition point (Tg) of 0°C to 45°C, which Tg is determined from measurement using a differential scanning calorimeter and is defined as the intersection of the baseline and the slope of the endothermic peak, and a minimum film forming temperature (MFT) of 0°C to 50°C, which MFT is determined using a temperature gradient plate as described in ISO 2115: 1996 "Plastics -- Polymer dispersions -- Determination of white point temperature and minimum film-forming temperature". the transfer paper having a substrate and one or more coating layers, the substrate having a base paper and one or more nonaqueous resin layers on one side of the base paper, the one or more coating layers being located on the one or more nonaqueous resin layers, the coating layer located outermost from the substrate, that is, the outermost coating layer, at least comprising a water-soluble polyester resin, a carboxylic acid-modified polyvinyl alcohol resin, an acrylic resin, a starch, and a white pigment, the acrylic resin having a glass transition point (Tg) of 0°C to 45°C, which Tg is determined from measurement using a differential scanning calorimeter and is defined as the intersection of the baseline and the slope of the endothermic peak, and a minimum film forming temperature (MFT) of 0°C to 50°C, which MFT is determined using a temperature gradient plate as described in ISO 2115: 1996 "Plastics -- Polymer dispersions -- Determination of white point temperature and minimum film-forming temperature".