mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a functionalized polymer, the method comprising the steps of: (i) polymerizing conjugated diene monomer, and optionally monomer copolymerizable therewith, along with either a coordination catalyst or an anionic initiator to form a reactive polymer, and (ii) reacting the reactive polymer with a protected oxime compound containing a cyano group. (i) polymerizing conjugated diene monomer, and optionally monomer copolymerizable therewith, along with either a coordination catalyst or an anionic initiator to form a reactive polymer, and (ii) reacting the reactive polymer with a protected oxime compound containing a cyano group.
An apparatus comprising: a polarization waveguide comprising: a waveguide substrate comprising first and second opposing surfaces (322, 323; 922, 923); an in-coupling interface proximate to a first end of the polarization waveguide; an out-coupling interface proximate to a second end of the polarization waveguide; a first quarter-wave plate layer overlying the first surface of the waveguide substrate; a first polarization beam splitter layer overlying the first quarter-wave plate layer; a second quarter-wave plate layer overlying the second surface of the waveguide substrate; a second polarization beam splitter layer overlying the second quarter-wave plate layer; and a light extraction component configured to reflect incident light received in the waveguide substrate toward the out-coupling interface, characterized in that the out-coupling interface is adjacent to the first surface of the waveguide substrate ; and the light extraction component comprises a set of Fresnel facets disposed adjacent to the second surface of the waveguide substrate and aligned with the out-coupling interface . a polarization waveguide comprising: a waveguide substrate comprising first and second opposing surfaces (322, 323; 922, 923); an in-coupling interface proximate to a first end of the polarization waveguide; an out-coupling interface proximate to a second end of the polarization waveguide; a first quarter-wave plate layer overlying the first surface of the waveguide substrate; a first polarization beam splitter layer overlying the first quarter-wave plate layer; a second quarter-wave plate layer overlying the second surface of the waveguide substrate; a second polarization beam splitter layer overlying the second quarter-wave plate layer; and a light extraction component configured to reflect incident light received in the waveguide substrate toward the out-coupling interface, a waveguide substrate comprising first and second opposing surfaces (322, 323; 922, 923); an in-coupling interface proximate to a first end of the polarization waveguide; an out-coupling interface proximate to a second end of the polarization waveguide; a first quarter-wave plate layer overlying the first surface of the waveguide substrate; a first polarization beam splitter layer overlying the first quarter-wave plate layer; a second quarter-wave plate layer overlying the second surface of the waveguide substrate; a second polarization beam splitter layer overlying the second quarter-wave plate layer; and a light extraction component configured to reflect incident light received in the waveguide substrate toward the out-coupling interface, characterized in that the out-coupling interface is adjacent to the first surface of the waveguide substrate ; and the light extraction component comprises a set of Fresnel facets disposed adjacent to the second surface of the waveguide substrate and aligned with the out-coupling interface .
Cork wiring device intended for the closure of a stopper of a bottle of champagne or some other effervescent drink, said cork wiring device comprising an assembly made of metal wire and provided with two parts, namely on the one hand a cage comprising only three legs , and on the other hand a band joined to a free end (E1) of each of said legs , as well as a plate associated with said cage to constitute an interface, characterised in that the three legs meet at their end (E2) opposite their free end (E1), forming a loop , and in that the plate comprises three exclusively lateral grooves , each of said lateral grooves being associated with one of said legs and intended to receive a portion of the associated leg , located between the free end (E1) and the loop .
A cooling tower system , comprising: a cooling tower ; at least two make-up water inlet streams configured to supply water to the cooling tower ; a blowdown stream configured to remove water from the cooling tower ; at least one sensor monitoring water in each of the make-up water inlet streams ; and a controller operably connected to the at least one sensor ; characterized in that the cooling tower system further comprises one or more chemical injection pumps configured to inject a chemical additive into the make-up water; and a distributed control system operably connected to the controller and configured to activate the chemical injection pumps. a cooling tower ; at least two make-up water inlet streams configured to supply water to the cooling tower ; a blowdown stream configured to remove water from the cooling tower ; at least one sensor monitoring water in each of the make-up water inlet streams ; and a controller operably connected to the at least one sensor ; characterized in that the cooling tower system further comprises one or more chemical injection pumps configured to inject a chemical additive into the make-up water; and a distributed control system operably connected to the controller and configured to activate the chemical injection pumps.
A method for preparing a deeply-hardened-surface turnout rail with high degree of undercooling, characterized by comprising the following steps: feeding molten iron for converter smelting→chain-wales→LF refining→RH vacuumization→casting steel blanks→slow cooling in the slow cooling pit→austenitic homogenization→rail rolling→heat treatment; in the converter smelting process, adding 0.2-0.3% Cr, 0.04-0.06 V and 0.75-0.80% C; the heat treatment process is divided into two cooling stages, wherein the temperature for austenitic homogenization is 1,000 °C -1,300 °C and the duration is 200-500 minutes, wherein the total deformation during rolling is 85-95%, wherein the heat treatment process includes the step of treating the rolled rail in the heat treatment unit with the residual heat; the temperature when feeding into the heat treatment unit is 800-850°C, wherein the heat treatment process lasts for 110 seconds; wherein, for the first 80 seconds after the rolled rail is fed into the heat treatment unit, the rolled rail is cooled at a speed of 3-5°C/s; for the last 30 seconds, the rolled rail is cooled at a speed of 0.5-2°C/s, wherein a medium used for cooling in the heat treatment process is compressed air or a mixture of water and air; if the cooling medium is a mixture of air and water, the air-to-water compression ratio is <, 1:3, and wherein after heat treatment, the rail is naturally cooled down to a temperature below 100°C and then straightened by vertical and horizontal straightening machines. feeding molten iron for converter smelting→chain-wales→LF refining→RH vacuumization→casting steel blanks→slow cooling in the slow cooling pit→austenitic homogenization→rail rolling→heat treatment; in the converter smelting process, adding 0.2-0.3% Cr, 0.04-0.06 V and 0.75-0.80% C; the heat treatment process is divided into two cooling stages, wherein the temperature for austenitic homogenization is 1,000 °C -1,300 °C and the duration is 200-500 minutes, wherein the total deformation during rolling is 85-95%, wherein the heat treatment process includes the step of treating the rolled rail in the heat treatment unit with the residual heat; the temperature when feeding into the heat treatment unit is 800-850°C, wherein the heat treatment process lasts for 110 seconds; wherein, for the first 80 seconds after the rolled rail is fed into the heat treatment unit, the rolled rail is cooled at a speed of 3-5°C/s; for the last 30 seconds, the rolled rail is cooled at a speed of 0.5-2°C/s, wherein a medium used for cooling in the heat treatment process is compressed air or a mixture of water and air; if the cooling medium is a mixture of air and water, the air-to-water compression ratio is <, 1:3, and wherein after heat treatment, the rail is naturally cooled down to a temperature below 100°C and then straightened by vertical and horizontal straightening machines.
A leak detection apparatus comprising: a controller having at least one processor to access data representing a measured flow of breathable gas, the controller being configured to: determine a plurality of features from the measured flow of breathable gas; analyze the plurality of features with time and magnitude thresholds; and based on the analysis, set a leak indicator, the leak indicator representative of a continuous mouth leak, wherein the plurality of features comprises first and second features; wherein the analysis comprises a comparison of the first feature to detect a change in the first feature existing for a pre-determined period of time attributable to the time threshold; wherein the analysis further comprises a comparison of the second feature with the magnitude threshold based on the comparison of the first feature detecting the change for the pre-determined period of time. determine a plurality of features from the measured flow of breathable gas; analyze the plurality of features with time and magnitude thresholds; and based on the analysis, set a leak indicator, the leak indicator representative of a continuous mouth leak, wherein the plurality of features comprises first and second features; wherein the analysis comprises a comparison of the first feature to detect a change in the first feature existing for a pre-determined period of time attributable to the time threshold; wherein the analysis further comprises a comparison of the second feature with the magnitude threshold based on the comparison of the first feature detecting the change for the pre-determined period of time.
A method for attack mitigation implemented in cooperation with a network security system comprising one or more attack mitigation modules, network infrastructure modules, network traffic management or security modules, or client modules, the method comprising: maintaining an application context model for a protected application based on periodically or continuously ingested logs, the application context model comprising a map of, and an expected communication path between network infrastructure modules of, network infrastructure associated with the protected application, wherein the periodically or continuously ingested log is indexed and results are collected from the indexed log responsive to a query, and wherein the query is conducted based on entry of a parameter related to the periodically or continuously ingested logs; applying a threat model, which is configured to parse the application context model to application logic execution data in an ingested log to identify a potential attack against the protected application based on a deviation from the expected communication path; generating a score for a mitigation action to take in response to the identified potential attack, wherein the generating further comprises generating an integrated result by correlating the collected results using the maintained application context model or the threat model; and initiating the mitigation action on the identified potential attack based on an evaluation of the mitigation action according to a stored policy and based on the score and providing the generated integrated result in response to the query. maintaining an application context model for a protected application based on periodically or continuously ingested logs, the application context model comprising a map of, and an expected communication path between network infrastructure modules of, network infrastructure associated with the protected application, wherein the periodically or continuously ingested log is indexed and results are collected from the indexed log responsive to a query, and wherein the query is conducted based on entry of a parameter related to the periodically or continuously ingested logs; applying a threat model, which is configured to parse the application context model to application logic execution data in an ingested log to identify a potential attack against the protected application based on a deviation from the expected communication path; generating a score for a mitigation action to take in response to the identified potential attack, wherein the generating further comprises generating an integrated result by correlating the collected results using the maintained application context model or the threat model; and initiating the mitigation action on the identified potential attack based on an evaluation of the mitigation action according to a stored policy and based on the score and providing the generated integrated result in response to the query.
A ceramic composition of matter consisting of a solvent material and a solute material, wherein the solvent material consists of ytterbia stabilized hafnia or yttria stabilized zirconia, wherein the solute material consists of a metal oxide of the formula, X a O b , where X is tantalum, O is oxygen, and "a" and "b" are stoichiometric coefficients, and wherein the difference in density between the solvent material and the solute material is less than 20%, wherein the ceramic composition of matter comprises a columnar structure, and wherein the ceramic composition of matter is produced using electron beam physical vapor deposition. wherein the difference in density between the solvent material and the solute material is less than 20%, wherein the ceramic composition of matter comprises a columnar structure, and wherein the ceramic composition of matter is produced using electron beam physical vapor deposition.
Apparatus for exercising the muscles, comprising a power arm , which is provided at one end area with actuating elements and which, with the other end area , is pivotable about a first hinge , which is disposed on a holding element , to which power arm the one end area of a spring element is linked in an articulated way at a first articulation point , the other end area of which spring element is linked in an articulated way at a second articulation point on the holding element , the first articulation point being designed adjustable, so that the spacing of the first articulation point to the first hinge is able to be set, characterized in that - the holding element is connected to a support via a rotary joint, and is rotatable about this support about a rotational axis in one plane and is lockable in each case in the correspondingly set rotation position, and - the first hinge between the power arm and the holding element has a pivot axis (B) which runs at a right angle to the rotational axis . - the holding element is connected to a support via a rotary joint, and is rotatable about this support about a rotational axis in one plane and is lockable in each case in the correspondingly set rotation position, and - the first hinge between the power arm and the holding element has a pivot axis (B) which runs at a right angle to the rotational axis .
An electronic device , comprising a processing circuit configured to generate a group-based relay handover command based on a trigger event, the group-based relay handover command comprising information on a device member list and a target relay device for each handover group of one or more handover groups to enable handover from a source relay device to the target relay device to be performed on devices in the device member list of each handover group as a whole, wherein the electronic equipment serves as the source relay device in a wireless communication system, wherein the electronic device further comprises a transceiving circuit configured to transmit the group-based relay handover command to a remote device in the device member list for each handover group, and wherein the processing circuit is further configured to determine a group header device for each handover group, and the transceiving circuit is further configured to transmit information on the group header device to the remote device in the device member list for each handover group, the group header device of each handover group functioning as representative of the handover group to perform the handover process. wherein the electronic equipment serves as the source relay device in a wireless communication system, wherein the electronic device further comprises a transceiving circuit configured to transmit the group-based relay handover command to a remote device in the device member list for each handover group, and wherein the processing circuit is further configured to determine a group header device for each handover group, and the transceiving circuit is further configured to transmit information on the group header device to the remote device in the device member list for each handover group, the group header device of each handover group functioning as representative of the handover group to perform the handover process.
A carboxyl group containing perfluoropolyether compound, characterized by having the following general chemical formula (II), Rf-CH 2 -O-X-COOH ... (II) wherein: Rf is p, q and r are each independently an integer of 1 or more and 200 or less, the sum of p, q and r is at least 1, the occurrence order of the respective repeating units in parentheses with the subscript p, q or r is arbitrary in the formula, m is an integer of 1 to 16, n is 0 or 1, Z represents a fluorine atom or a trifluoromethyl; or Rf represents CF 3 (OC 2 F 4 ) p (OCF 2 ) q OCF 2 , wherein p, q are each independently an integer of 0 or more and 200 or less, the sum of p and q is at least 1, the occurrence order of the respective repeating units in parentheses with the subscript p, q is arbitrary in the formula; preferably, the sum of p and q is 20-100;X represents a divalent organic group. Rf is p, q and r are each independently an integer of 1 or more and 200 or less, the sum of p, q and r is at least 1, the occurrence order of the respective repeating units in parentheses with the subscript p, q or r is arbitrary in the formula, m is an integer of 1 to 16, n is 0 or 1, Z represents a fluorine atom or a trifluoromethyl; or Rf represents CF 3 (OC 2 F 4 ) p (OCF 2 ) q OCF 2 , wherein p, q are each independently an integer of 0 or more and 200 or less, the sum of p and q is at least 1, the occurrence order of the respective repeating units in parentheses with the subscript p, q is arbitrary in the formula; preferably, the sum of p and q is 20-100;X represents a divalent organic group.
A method performed by a first IP multimedia subsystem, IMS, node , for handling a network function in a communication network, the method comprising: - requesting a first core network node for at least a part of contact information of a network function instance, wherein the contact information for the network function instance comprises a service based interface, SBI, address and a session initiation protocol, SIP, address; - receiving a response from the first core network node with at least the part of the contact information for the network function instance; and - communicating with a second IMS node or a core network node over a service based interface, based on the received part of the contact information for the network function instance, wherein communicating comprises transmitting to the second IMS node, a request for a service relating to the network function instance, and wherein the service relates to subscribe to update information comprising one or more of the following: a change of public land mobile network, PLMN, change of radio access technology type, and change of IP connectivity access network, CAN. - requesting a first core network node for at least a part of contact information of a network function instance, wherein the contact information for the network function instance comprises a service based interface, SBI, address and a session initiation protocol, SIP, address; - receiving a response from the first core network node with at least the part of the contact information for the network function instance; and - communicating with a second IMS node or a core network node over a service based interface, based on the received part of the contact information for the network function instance, wherein communicating comprises transmitting to the second IMS node, a request for a service relating to the network function instance, and wherein the service relates to subscribe to update information comprising one or more of the following: a change of public land mobile network, PLMN, change of radio access technology type, and change of IP connectivity access network, CAN.
The use of a copolymer consisting of N-isopropylacrylamide units, N-[3-(dimethylamino)propyl]methacrylamide units and optionally at least one cross-linking agent as a soil-release active ingredient in textile care products for textiles.
Method for determining the position of a formwork fitted onto at least one existing formwork , comprising: transmitting a locating signal from the fitted formwork ; receiving the transmitted locating signal with a receiver at at least one reference point ; determining a distance between the fitted formwork and the at least one reference point based on the received locating signal; determining a fitting position of the fitted formwork on the at least one existing formwork compatible with the determined distance on the basis of the formwork geometries of the fitted formwork and the at least one existing formwork, and saving the determined fitting position as the position of the fitted formwork . transmitting a locating signal from the fitted formwork ; receiving the transmitted locating signal with a receiver at at least one reference point ; determining a distance between the fitted formwork and the at least one reference point based on the received locating signal; determining a fitting position of the fitted formwork on the at least one existing formwork compatible with the determined distance on the basis of the formwork geometries of the fitted formwork and the at least one existing formwork, and saving the determined fitting position as the position of the fitted formwork .
A composition comprising a particulate material, and further comprising at least two pharmaceutical drug agents, and wherein the drug agents are anti-cancer drugs and/or drugs used in treatment of cancer, wherein the particulate material is hydroxyapatite in any crystalline form or configuration wherein the particles in the particulate material comprises or consist of particles in size range of 1 μm to 20 μm or in range of 20 nm to 120 nm, and wherein one pharmaceutical drug agent is one or more bisphosphonates and one or more anthracyclines selected from zoledronic acid and doxorubicin respectively, or any suitable pharmaceutically acceptable salts or ester thereof.