mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing polyurethane-polyisocyanurate compounds by mixing a) polyisocyanate with b) a mixture obtainable by introducing an alkali metal or alkaline earth metal salt into a compound R-NH-CO-O-R' comprising urethane groups, where R is not hydrogen and is not COR", c) compounds comprising one or more epoxide groups, and d) one or more compounds having at least two isocyanate-reactive groups, comprising compounds having NH 2 and/or primary OH groups, and optionally e) fillers and other additives, to form a reaction mixture, and reacting said mixture to form the polyurethane-polyisocyanurate compound, wherein the molar amount of alkali metal and/or alkaline earth metal ions in the reaction mixture per mole of urethane group in the compound (b) is 0.0001 to 3.5 and the isocyanate index is greater than 150. a) polyisocyanate with b) a mixture obtainable by introducing an alkali metal or alkaline earth metal salt into a compound R-NH-CO-O-R' comprising urethane groups, where R is not hydrogen and is not COR", c) compounds comprising one or more epoxide groups, and d) one or more compounds having at least two isocyanate-reactive groups, comprising compounds having NH 2 and/or primary OH groups, and optionally e) fillers and other additives,
A paste multielectrode body for averaged simultaneous measurements, characterized in that it consists of a conductive electrode carrier in the shape of a disc made of stainless steel, a conductive electrode carrier in the roller-shape with a threaded one end made of stainless steel, a conductive electrode carrier in the shape of a cylinder with a threaded one end made of stainless steel, rods of the conductive electrode carrier in the roller-shape, with a threaded one end, made of stainless steel, a roller made of stainless steel, a housing made of a chemically resistant material, a lower insulating sleeve made of a chemically resistant material, an upper insulating sleeve made of a chemically resistant material, wherein the conductive electrode carrier in the shape of a disc has an outlet hole in its central part and n-threaded holes on the bottom side in which the rods of the conductive electrode carrier are placed, and in addition, the conductive electrode carrier in the roller-shape is turned in such a way that both of its ends are tapered, the upper end is the narrowest, adjusted in diameter to the upper insulating sleeve constituting an electrical contact connecting the electrode with the potentiostat/electric circuit, and the central part has the largest diameter adjusted to the upper insulating sleeve , in turn, the conductive electrode carrier in the shape of a cylinder has in its upper part a threaded hole adjusted to the electrode carrier , while its lower threaded part is adjusted in diameter to the roller , which in turn has from the top a threaded hole into which the conductive electrode carrier in the shape of a cylinder is screwed, wherein the roller itself is adjusted in diameter to the central hole of the housing into which it is screwed, and the housing itself has additionally outlet holes ideally matched in size to the diameter of the conductive carrier rods , and additionally, the lower insulating sleeve , which ensures chemical inertness and electrical insulation, has a scale applied on its surface to enable precise refreshing and a hole adjusted to the diameter of the conductive electrode carrier , while the upper insulating sleeve , which also ensures chemical inertness and electrical insulation during operation, has a marker applied on its surface to enable precise refreshing, but on one side it has an opening adjusted to the diameter of the contact with the conductive electrode carrier , and on the other side it has a hole adjusted in diameter to the central part of the conductive electrode carrier .
A display apparatus comprising: a chassis disposed at a rear side of a display panel to support the display panel ; a cover coupled to a rear side of the chassis to cover the chassis ; a mounting unit provided on the chassis and configured to mount the display apparatus and comprising a plurality of mounting holes , each configured to be coupled with a fastening member passing through the cover ; and a plurality of concealing units provided on the cover , wherein the plurality of concealing units are configured to cover respective ones of the plurality of mounting holes and are removable from the cover to expose the plurality of mounting holes , wherein each of the plurality of concealing units comprises: a concealing portion formed integrally with the cover to conceal the respective ones of the plurality of mounting holes of the mounting unit ; and a removing guide portion provided to facilitate removal of the concealing portion , and wherein the removing guide portion comprises at least two slits formed as a cut out along a circumference of the concealing portion , and at least one guide groove formed as a notch on the inner surface of the cover along the circumference of the concealing portion where the at least two slits are not formed. a chassis disposed at a rear side of a display panel to support the display panel ; a cover coupled to a rear side of the chassis to cover the chassis ; a mounting unit provided on the chassis and configured to mount the display apparatus and comprising a plurality of mounting holes , each configured to be coupled with a fastening member passing through the cover ; and a plurality of concealing units provided on the cover , wherein the plurality of concealing units are configured to cover respective ones of the plurality of mounting holes and are removable from the cover to expose the plurality of mounting holes , wherein each of the plurality of concealing units comprises: a concealing portion formed integrally with the cover to conceal the respective ones of the plurality of mounting holes of the mounting unit ; and a removing guide portion provided to facilitate removal of the concealing portion , and a concealing portion formed integrally with the cover to conceal the respective ones of the plurality of mounting holes of the mounting unit ; and a removing guide portion provided to facilitate removal of the concealing portion , and wherein the removing guide portion comprises at least two slits formed as a cut out along a circumference of the concealing portion , and at least one guide groove formed as a notch on the inner surface of the cover along the circumference of the concealing portion where the at least two slits are not formed.
A solid tablet formulation comprising: (a) 70% w/w of ibrutinib, (b) 14% w/w of lactose monohydrate (c) 5% w/w of microcrystalline cellulose, (d) 2% w/w of polyvinylpyrrolidone (e) 7% w/w of croscarmellose sodium, (f) 1% w/w of sodium lauryl sulfate, (g) 0.5% w/w of colloidal silicon dioxide, and (h) 0.5% w/w of magnesium stearate, wherein ibrutinib is a compound with the structure of Compound 1, and wherein the solid tablet formulation is prepared using a process comprising a wet granulation method. (a) 70% w/w of ibrutinib, (b) 14% w/w of lactose monohydrate (c) 5% w/w of microcrystalline cellulose, (d) 2% w/w of polyvinylpyrrolidone (e) 7% w/w of croscarmellose sodium, (f) 1% w/w of sodium lauryl sulfate, (g) 0.5% w/w of colloidal silicon dioxide, and (h) 0.5% w/w of magnesium stearate, wherein ibrutinib is a compound with the structure of Compound 1, and wherein the solid tablet formulation is prepared using a process comprising a wet granulation method.
Drainage element with an inlet opening , an outlet opening and a drainage channel , the drainage channel connecting the inlet opening to the outlet opening and designed in the form of a hollow profile having a channel wall and a longitudinal axis (2-4), characterized in that at least one sealing brush with sealing bristles is arranged at a brush connection point (BV) of the channel wall of the drainage channel , the sealing bristles protruding from the channel wall in the direction of the longitudinal axis (2-4) of the drainage channel .
A method for managing a plurality of disparate computer application and data control policies on a computing device, comprising: providing at least one policy distribution point , said at least one policy distribution point including at least one information management policy; providing a plurality of policy enforcement points , including a first policy enforcement point operating at first policy enforcement level, and a second policy enforcement point operating at second policy enforcement level; allocating a first policy element to said first policy enforcement point, and a second policy element to said second policy enforcement point; and providing a management compartment in computer memory in communication with said computing device, said management compartment including one or more computer applications, data, and metadata specified and controlled by said at least one information management policy, said management compartment including a management compartment policy controlling how information in the at rest, in motion, and in use states of said information is to be managed. providing at least one policy distribution point , said at least one policy distribution point including at least one information management policy; providing a plurality of policy enforcement points , including a first policy enforcement point operating at first policy enforcement level, and a second policy enforcement point operating at second policy enforcement level; allocating a first policy element to said first policy enforcement point, and a second policy element to said second policy enforcement point; and providing a management compartment in computer memory in communication with said computing device, said management compartment including one or more computer applications, data, and metadata specified and controlled by said at least one information management policy, said management compartment including a management compartment policy controlling how information in the at rest, in motion, and in use states of said information is to be managed.
A hydraulic coupling , comprising a base body , a data unit and a data interface , wherein the base body comprises a coupling form section (2.1) which is designed to provide a releasable pressure-medium-transmitting coupling connection to a corresponding coupling partner , an assembly section (2.2) which is designed to provide a fixed, pressure-medium-transmitting device connection to a pressure-flow consumer , and a pressure flow channel (2.3) which is designed to connect the coupling form section (2.1) and the assembly section (2.2) in a pressure-transmitting manner, wherein the data unit is integrated into the base body and comprises a data memory (3.1), and wherein the data interface is connected to the data unit and is designed to establish a data transfer connection , characterized in that , at the assembly section (2.2), the hydraulic coupling comprises a safety connection interface which is designed to establish a safety connection to the pressure-flow consumer in an assembled state and, when the safety connection is interrupted, to change a state of the data unit by writing a permanent value into the data unit . comprising a base body , a data unit and a data interface , wherein the base body comprises a coupling form section (2.1) which is designed to provide a releasable pressure-medium-transmitting coupling connection to a corresponding coupling partner , an assembly section (2.2) which is designed to provide a fixed, pressure-medium-transmitting device connection to a pressure-flow consumer , and a pressure flow channel (2.3) which is designed to connect the coupling form section (2.1) and the assembly section (2.2) in a pressure-transmitting manner, wherein the data unit is integrated into the base body and comprises a data memory (3.1), and wherein the data interface is connected to the data unit and is designed to establish a data transfer connection , characterized in that , at the assembly section (2.2), the hydraulic coupling comprises a safety connection interface which is designed to establish a safety connection to the pressure-flow consumer in an assembled state and, when the safety connection is interrupted, to change a state of the data unit by writing a permanent value into the data unit .
A call recording system for automatically storing of a call, the call recording system comprising: a sound receiver configured to receive sound data and to convert sound data to audio representations of sound; a buffer configured to buffer the audio representations of sound for a predetermined time duration; a call candidate determination unit configured to determine if the buffered audio representations comprise a call candidate and to output the call candidate, wherein the buffered audio representations comprise a call candidate if a characteristic of a buffered audio representation exceeds a first predetermined threshold, wherein the characteristic of the buffered audio representation indicates the intensity of the sound corresponding to the sound data; a call analyzer configured to analyze the call candidate output by the call candidate determination unit by analyzing the characteristics of the call candidate, wherein the call analyzer is configured to output a value of the call candidate and to determine from the audio representations of the call candidate if the output value corresponding to the call candidate exceeds a second predetermined threshold; and a storage configured to store the call candidate as a call if the value of the call candidate exceeds the second predetermined threshold; wherein the call analyzer comprises a trained Machine Learning, ML, model configured to output a probability as the value of the call candidate and the call analyzer is configured to determine if the output probability corresponding to the call candidate exceeds the second predetermined threshold. a sound receiver configured to receive sound data and to convert sound data to audio representations of sound; a buffer configured to buffer the audio representations of sound for a predetermined time duration; a call candidate determination unit configured to determine if the buffered audio representations comprise a call candidate and to output the call candidate, wherein the buffered audio representations comprise a call candidate if a characteristic of a buffered audio representation exceeds a first predetermined threshold, wherein the characteristic of the buffered audio representation indicates the intensity of the sound corresponding to the sound data; a call analyzer configured to analyze the call candidate output by the call candidate determination unit by analyzing the characteristics of the call candidate, wherein the call analyzer is configured to output a value of the call candidate and to determine from the audio representations of the call candidate if the output value corresponding to the call candidate exceeds a second predetermined threshold; and a storage configured to store the call candidate as a call if the value of the call candidate exceeds the second predetermined threshold; wherein the call analyzer comprises a trained Machine Learning, ML, model configured to output a probability as the value of the call candidate and the call analyzer is configured to determine if the output probability corresponding to the call candidate exceeds the second predetermined threshold.
A method of performing a direct communication, which is performed by a relay user equipment, UE, corresponding to a proximity service-enabled user equipment, ProSe-enabled UE, with a remote UE in a wireless communication system, the method comprising: receiving from the remote UE , a direct communication request message comprising information on an inactivity timer value during a direct link setup procedure with the remote UE ; based on that there is no signaling via a direct link established with the remote UE , starting a timer with the inactivity timer value; and based on that no communication occurs until the timer expires, locally releasing the direct link established with the remote UE . receiving from the remote UE , a direct communication request message comprising information on an inactivity timer value during a direct link setup procedure with the remote UE ; based on that there is no signaling via a direct link established with the remote UE , starting a timer with the inactivity timer value; and based on that no communication occurs until the timer expires, locally releasing the direct link established with the remote UE .
Sports device which, in operation, can roll forwards and backwards along a rolling direction (R) on a surface, with a frame with two rests for the lower arms of a sportsperson , with at least two handles for the sportsperson's hands, wherein each of the at least two handles is arranged respectively in front of one of the rests in the rolling direction (R), with four wheels which are arranged at outer corners of the frame and in operation make direct contact with the surface, characterised in that the four wheels have respective axes of rotation in fixed positions relative to the at least two handles , and the at least two handles comprise two transverse handles and the two transverse handles are formed as portions of a transverse connection arranged between two side parts and the two side parts are connected in a fixed position to each other by means of exactly one transverse connection and the two side parts are spaced from one another in a clearance of at least 40 cm so that knees of the sportsperson arranged next to one another fit between the two side parts .
An in vitro method for enriching for one or more target DNA molecule from a sample of mixed DNA molecules comprising the steps of: a) providing a liquid sample of mixed DNA molecules comprising one or more specific target DNA molecule and reagents for specific detection of at least one of said target DNA molecules , b) formation of an emulsion of a multiple of liquid droplets from said liquid sample , c) specific detection of droplets containing at least one of said target DNA molecules , wherein each droplet contains less than 0.5, preferably less than 0.25 or even more preferably less than 0.1 of said one of more target DNA molecule on average , and d) physically selecting droplets containing at least one of said target DNA molecules , e) general amplification of DNA molecules in the coalesced selected droplets from step d), where the DNA molecules are in a total amount of less than 300fg, wherein general amplification reagents are added to the coalesced selected droplets to form a general amplification reaction mixture , and wherein an emulsion of droplets are formed from the reaction mixture . a) providing a liquid sample of mixed DNA molecules comprising one or more specific target DNA molecule and reagents for specific detection of at least one of said target DNA molecules , b) formation of an emulsion of a multiple of liquid droplets from said liquid sample , c) specific detection of droplets containing at least one of said target DNA molecules , wherein each droplet contains less than 0.5, preferably less than 0.25 or even more preferably less than 0.1 of said one of more target DNA molecule on average , and d) physically selecting droplets containing at least one of said target DNA molecules , e) general amplification of DNA molecules in the coalesced selected droplets from step d), where the DNA molecules are in a total amount of less than 300fg, wherein general amplification reagents are added to the coalesced selected droplets to form a general amplification reaction mixture , and wherein an emulsion of droplets are formed from the reaction mixture .
A semiconductor photodetector device, comprising: a substrate of semiconductor material of a first type of electric conductivity, an epitaxial layer on the substrate, the epitaxial layer being doped for a second type of electric conductivity, which is opposite to the first type of electric conductivity, a further epitaxial layer on the epitaxial layer , the further epitaxial layer being doped for the first type of electric conductivity, the epitaxial layer being arranged between the substrate and the further epitaxial layer , and a functional region of the further epitaxial layer at a distance from the epitaxial layer , the functional region including a photodetector or plurality of photodetectors and an integrated circuit, characterized in that the semiconductor photodetector device further comprises a trench in the epitaxial layer and the further epitaxial layer , the trench reaching to the substrate , and an electric conductor shorting the substrate , the epitaxial layer and the further epitaxial layer , wherein a metallization in the trench forms the electric conductor . a substrate of semiconductor material of a first type of electric conductivity, an epitaxial layer on the substrate, the epitaxial layer being doped for a second type of electric conductivity, which is opposite to the first type of electric conductivity, a further epitaxial layer on the epitaxial layer , the further epitaxial layer being doped for the first type of electric conductivity, the epitaxial layer being arranged between the substrate and the further epitaxial layer , and a functional region of the further epitaxial layer at a distance from the epitaxial layer , the functional region including a photodetector or plurality of photodetectors and an integrated circuit, characterized in that the semiconductor photodetector device further comprises a trench in the epitaxial layer and the further epitaxial layer , the trench reaching to the substrate , and an electric conductor shorting the substrate , the epitaxial layer and the further epitaxial layer , wherein a metallization in the trench forms the electric conductor .