mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a stretchable elastic laminate, the method comprising: bonding a cellulosic material to at least one surface of a thermoplastic elastomeric film to prepare a laminate; characterised in that : the method comprises weakening the cellulosic material by embossing the cellulosic material prior to bonding the cellulosic material to the thermoplastic elastomeric film, and then stretching the laminate to an elongation of at least 50 % in one or both of the machine direction or cross direction; and the laminate comprises one of the following: upon stretching to an elongation of 150 % in one or both the machine direction or cross direction, the laminate comprises less than 50 % total surface area of gaps being greater than 5 mm in length as measured in the stretch direction, upon stretching to an elongation of 150 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 1 mm in length as measured in the stretch direction, upon stretching to an elongation of 100 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 0.5 mm in length as measured in the stretch direction, and upon stretching to an elongation of 50 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 0.2 mm in length as measured in the stretch direction. bonding a cellulosic material to at least one surface of a thermoplastic elastomeric film to prepare a laminate; the method comprises weakening the cellulosic material by embossing the cellulosic material prior to bonding the cellulosic material to the thermoplastic elastomeric film, and then stretching the laminate to an elongation of at least 50 % in one or both of the machine direction or cross direction; and the laminate comprises one of the following: upon stretching to an elongation of 150 % in one or both the machine direction or cross direction, the laminate comprises less than 50 % total surface area of gaps being greater than 5 mm in length as measured in the stretch direction, upon stretching to an elongation of 150 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 1 mm in length as measured in the stretch direction, upon stretching to an elongation of 100 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 0.5 mm in length as measured in the stretch direction, and upon stretching to an elongation of 50 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 0.2 mm in length as measured in the stretch direction.
Pharmaceutical composition characterized in that it comprises as a pharmaceutically active ingredient a phenolic compound of formula I: in free form, as a salt, hydrate or in crystalline form, together with one or more pharmaceutically acceptable excipients.
An umbilical end termination being an elongate structure having: (i) one end to fit around the end of a subsea umbilical comprising a plurality of functional elements and including at least one fluid line, and (ii) a functional transfer end having connections or connectors to transfer the functionality of the plurality of functional elements in the subsea umbilical to a next apparatus, device or installation, wherein the umbilical end termination includes within itself a pressure boosting system in line with the at least one fluid line, wherein, the umbilical end termination includes a space and connectors for fitting and connecting the pressure boosting system to a fluid line , and that the umbilical end termination includes a bearing plate and a bulkhead plate , and the space for the pressure boosting system is located between the bearing plate and the bulkhead plate. (i) one end to fit around the end of a subsea umbilical comprising a plurality of functional elements and including at least one fluid line, and (ii) a functional transfer end having connections or connectors to transfer the functionality of the plurality of functional elements in the subsea umbilical to a next apparatus, device or installation, wherein the umbilical end termination includes within itself a pressure boosting system in line with the at least one fluid line, wherein, the umbilical end termination includes a space and connectors for fitting and connecting the pressure boosting system to a fluid line , and that the umbilical end termination includes a bearing plate and a bulkhead plate , and the space for the pressure boosting system is located between the bearing plate and the bulkhead plate. wherein the umbilical end termination includes within itself a pressure boosting system in line with the at least one fluid line, wherein, the umbilical end termination includes a space and connectors for fitting and connecting the pressure boosting system to a fluid line , and that the umbilical end termination includes a bearing plate and a bulkhead plate , and the space for the pressure boosting system is located between the bearing plate and the bulkhead plate.
A transmission resource indication method, comprising: receiving , by a User Equipment, UE, Downlink Control Information, DCI, from a base station, the DCI comprising indication information indicating a Transmission Time Interval, TTI, length for a transmission resource, a time-domain position of the transmission resource and a frequency-domain position of the transmission resource; and determining , by the UE, the transmission resource in accordance with the indication information and performing transmission on the transmission resource, characterized in that the indication information indicates the TTI length for the transmission resource and the time-domain position of the transmission resource through Q bits, where Q is a positive integer greater than or equal to 1; the TTI length and the time-domain position in the indication information are indicated through the joint encoding of the bits. receiving , by a User Equipment, UE, Downlink Control Information, DCI, from a base station, the DCI comprising indication information indicating a Transmission Time Interval, TTI, length for a transmission resource, a time-domain position of the transmission resource and a frequency-domain position of the transmission resource; and determining , by the UE, the transmission resource in accordance with the indication information and performing transmission on the transmission resource, characterized in that the indication information indicates the TTI length for the transmission resource and the time-domain position of the transmission resource through Q bits, where Q is a positive integer greater than or equal to 1; the TTI length and the time-domain position in the indication information are indicated through the joint encoding of the bits.
A toilet cabin for a public transport vehicle, in particular a railway vehicle, intended to receive a person with reduced mobility, said cabin being delimited by: - a front wall ; - a rear wall , arranged to be facing the front wall , and separated from the front wall by a first distance (D1), with a toilet bowl being arranged in the proximity of this rear wall , this toilet bowl being turned to be facing toward the front wall ; - a first lateral wall , in the proximity of which the toilet bowl is arranged; and - a second lateral wall arranged to be facing the first lateral wall , a second maximal distance (D2) being defined between this second lateral wall and the first lateral wall ; characterized in that at least one circular space , delimited by a virtual circle tangent to the toilet bowl , is defined in the proximity of the second lateral wall , this circular space being free of any fixed obstructing fittings, and the virtual circle presenting a diameter (D3) that is greater than 95% of the first distance (D1) and greater than 70% of the second maximal distance (D2). - a front wall ; - a rear wall , arranged to be facing the front wall , and separated from the front wall by a first distance (D1), with a toilet bowl being arranged in the proximity of this rear wall , this toilet bowl being turned to be facing toward the front wall ; - a first lateral wall , in the proximity of which the toilet bowl is arranged; and - a second lateral wall arranged to be facing the first lateral wall , a second maximal distance (D2) being defined between this second lateral wall and the first lateral wall ;
Steering device with simulated steering-resistance moment, in particular for steer-by-wire steering systems of vehicles, having at least one steering-column housing and at least one steering spindle which is arranged therein so as to be movable relative thereto and which is guided in at least one bearing , wherein a friction means which acts between steering spindle and steering-column housing and a preloading means which acts on said friction means and is settable in terms of its preload force are provided, wherein the preloading means is fastened to the steering-column housing by a first end , wherein the preloading means presses the friction means radially onto a circumferential surface of the steering spindle with a second end , wherein the preloading means comprises a multi-limbed leaf spring which is fastened either to the steering-column housing or to the friction means by two limbs, characterized in that the friction means is fastened in a form-fitting manner to the second end of the preloading means , and the leaf spring is of U-shaped form.
A liquid developer comprising toner particles comprising a resin binder and a pigment, wherein the toner particles are dispersed in an insulating liquid in the presence of a dispersant, wherein the resin binder comprises a polyester resin P having a glass transition temperature of 35°C or higher, obtained by polycondensing raw material monomers comprising an alcohol component comprising an aliphatic diol having 2 or more carbon atoms and 6 or less carbon atoms in an amount of 70% by mol or more and 100% by mol or less, and a carboxylic acid component, and wherein the dispersant comprises a copolymer C prepared by polymerizing a monomer A having an amino group and a monomer B represented by the formula (I): wherein R 1 is a hydrogen atom or a methyl group; and R 2 is an alkyl group having 1 or more carbon atoms and 22 or less carbon atoms or an alkenyl group having 2 or more carbon atoms and 22 or less carbon atoms, each of which may have a substituent, wherein a molar ratio of the monomer A to the monomer B (monomer A/monomer B) is 2/98 or more and 50/50 or less, and a molar ratio of a monomer B1 in which R 2 in the monomer B is an alkyl group having 1 or more carbon atoms and 9 or less carbon atoms or an alkenyl group having 2 or more carbon atoms and 9 or less carbon atoms to a monomer B2 in which R 2 in the monomer B is an alkyl group or alkenyl group having 10 or more carbon atoms and 22 or less carbon atoms (monomer B1/monomer B2) is 0 or more and 0.1 or less.
A method for testing for FVIII inhibitors in a patient sample, the method comprising the following steps: a. providing a previously obtained patient plasma sample, b. providing buffered normal pool plasma samples, c. providing a control plasma sample which is FVIII and VWF deficient, d. heat treatment of the samples of step a) to c), e. adding recombinant FVIII (rFVlll) to the control plasma sample, f. combining the patient plasma sample and the control plasma sample with rFVIII to obtain a test mixture, g. combining the normal pool plasma sample with the control plasma with rFVIII to obtain a control mixture, h. incubating the test mixture and the control mixture for less than 30 minutes, and i. analyzing the mixtures for residual rFVIII activity in the absence of VWF. a. providing a previously obtained patient plasma sample, b. providing buffered normal pool plasma samples, c. providing a control plasma sample which is FVIII and VWF deficient, d. heat treatment of the samples of step a) to c), e. adding recombinant FVIII (rFVlll) to the control plasma sample, f. combining the patient plasma sample and the control plasma sample with rFVIII to obtain a test mixture, g. combining the normal pool plasma sample with the control plasma with rFVIII to obtain a control mixture, h. incubating the test mixture and the control mixture for less than 30 minutes, and i. analyzing the mixtures for residual rFVIII activity in the absence of VWF.
n end seal structure of a fuel rail for a gasoline direct injection engine, the fuel rail having a structure in which one end or both ends of a fuel rail body composed of a tubular member is/are closed by an end cap or end caps with a thread fastening method, characterized in that the end seal structure comprising: a collar brazed at an outer circumference of an opening end of the fuel rail body in such a manner that a thread fastening part (2-1) provided in a part of an inner wall surface of the collar projects from the opening end; a convex end cap to be screwed together with the thread fastening part of the collar; and a gasket that is made of metal and interposed between the convex end cap and the fuel rail body, wherein the gasket is tightened by an axial force generated due to tightening of the convex end cap so as to seal the opening end of the fuel rail body, the fuel rail body and the convex end cap are made of stainless steel, or a surface treatment material obtained by performing a surface treatment using Ni or a Ni-based alloy on various steel products, and the gasket is made of copper or brass, or a surface treatment material obtained by performing a surface treatment, such as plating, on these materials. a collar brazed at an outer circumference of an opening end of the fuel rail body in such a manner that a thread fastening part (2-1) provided in a part of an inner wall surface of the collar projects from the opening end; a convex end cap to be screwed together with the thread fastening part of the collar; and a gasket that is made of metal and interposed between the convex end cap and the fuel rail body, wherein the gasket is tightened by an axial force generated due to tightening of the convex end cap so as to seal the opening end of the fuel rail body, the fuel rail body and the convex end cap are made of stainless steel, or a surface treatment material obtained by performing a surface treatment using Ni or a Ni-based alloy on various steel products, and the gasket is made of copper or brass, or a surface treatment material obtained by performing a surface treatment, such as plating, on these materials.
Display device intended for the interior of a motor vehicle, the display device comprising at least: - a display screen , the display screen comprising at least one first reference point, - a fixing housing comprising a second reference point, - fixing means , - the display screen being fixed to the fixing housing by means of fixing means , and characterized in that the display device comprises elastic means kept compressed by the fixing means between the housing and securing studs of the display screen so as, on the one hand, to ensure the desired dimension between the first and second reference points and, on the other hand, to contain all the compression force in the elastic means . - a display screen , the display screen comprising at least one first reference point, - a fixing housing comprising a second reference point, - fixing means , - the display screen being fixed to the fixing housing by means of fixing means , and characterized in that the display device comprises elastic means kept compressed by the fixing means between the housing and securing studs of the display screen so as, on the one hand, to ensure the desired dimension between the first and second reference points and, on the other hand, to contain all the compression force in the elastic means .
Method for transmitting a message to one of a plurality of users, wherein the message is transmitted from a central message management unit to an electronic device of a respective user , wherein the user is allocated to at least one of a plurality of zones (40; 40'), and at least connection information for transmitting a message to the electronic device of the user and information about which zone (40; 40') the user is allocated to and whether the user is registered to receive a message are stored in a memory in connection with the central message management unit ; and wherein a positioning means sends a localization message to the central message management unit as soon as the positioning means detects the access of a further electronic device of a postman into a zone (40; 40'), and the central message management unit determines on the basis of the information stored in the memory which users are registered for the respective zone (40; 40') for which the access of the further electronic device has been detected, and wherein, based on the connection information stored in the memory , the central message management unit transmits a message to the electronic device of the user if the determination by the central message management unit has the result that the user is registered for the respective zone in question (40; 40') for which the access of the further electronic device has been detected and for the receipt of a message, and wherein the size of the zones (40; 40') is variable and can be adapted to a delivery volume to be delivered by the postman .
An embolisation device for promoting clot formation in a bodily lumen , comprising a stem and a plurality of flexible bristles extending outwardly from the stem , the bristles having a contracted delivery configuration and an expanded deployed configuration in which the bristles extend at least radially outwardly from the stem to anchor the device in the lumen , wherein the embolisation device further comprises: a flow restrictor configured to restrict flow through the bodily lumen , the flow restrictor comprising: a membrane support having a contracted delivery configuration and an expanded deployed configuration; and an occluding mesh membrane mounted on the membrane support , wherein the occlusion rate of the occluding mesh membrane is greater than that of the membrane support ; wherein the flow restrictor is attached to the stem at a first longitudinal end, the flow restrictor further comprising an open second longitudinal end, and wherein the occluding mesh membrane is configured to restrict flow through the lumen when the device is deployed and the membrane support is in the expanded deployed configuration; characterised in that the membrane support comprises a self-expanding mesh extending at least radially outwardly from the stem . a flow restrictor configured to restrict flow through the bodily lumen , the flow restrictor comprising: a membrane support having a contracted delivery configuration and an expanded deployed configuration; and an occluding mesh membrane mounted on the membrane support , wherein the occlusion rate of the occluding mesh membrane is greater than that of the membrane support ; a membrane support having a contracted delivery configuration and an expanded deployed configuration; and an occluding mesh membrane mounted on the membrane support , wherein the occlusion rate of the occluding mesh membrane is greater than that of the membrane support ; wherein the flow restrictor is attached to the stem at a first longitudinal end, the flow restrictor further comprising an open second longitudinal end, and wherein the occluding mesh membrane is configured to restrict flow through the lumen when the device is deployed and the membrane support is in the expanded deployed configuration;
Method for absolute position determination of an end effector of a robotic device with a kinematic chain of movable components, characterised in that • at least one current torque is measured on at least one movable component of the kinematic chain of the robotic device by means of a torque sensor arranged on the movable component, • at least one torque calculated for the movable component on the basis of model data of the robotic device is provided, • a difference between the measured torque and the calculated torque is determined, and • if the difference exceeds a prespecified threshold value, the at least one measured torque is used instead of the calculated torque to determine an absolute position of the end effector of the robotic device. • at least one current torque is measured on at least one movable component of the kinematic chain of the robotic device by means of a torque sensor arranged on the movable component, • at least one torque calculated for the movable component on the basis of model data of the robotic device is provided, • a difference between the measured torque and the calculated torque is determined, and • if the difference exceeds a prespecified threshold value, the at least one measured torque is used instead of the calculated torque to determine an absolute position of the end effector of the robotic device.