mhurhangee/patent-ind-claim-en huggingface dataset:
A carpet comprising: (a) a primary backing layer having a face side and a back side; (b) a plurality of fibers attached to the primary backing layer and extending from both the face side and the back side of the primary backing layer; (c) a second layer attached to the back side of the primary backing layer, comprising from 60 to 65 wt% of a filler, based on the total weight of the second layer, and at least one propylene-based elastomer comprising at least 60 wt% propylene-derived units and 5 to 25 wt% ethylene-derived units, by weight of the propylene-based elastomer, wherein the propylene-based elastomer has a heat of fusion (as determined by DSC) of less than 75 J/g, and wherein the filler is a fire retardant selected from aluminum trihydrate and calcium carbonate; and (d) a third layer attached to the second layer opposite to the primary backing layer, wherein a reinforcement layer is present between the second layer and the third layer, and wherein the reinforcement layer comprises at least one of thermoplastic fabrics and fiberglass; wherein the second layer substantially locks in the plurality of fibers extending from the back side of the primary backing layer. (a) a primary backing layer having a face side and a back side; (b) a plurality of fibers attached to the primary backing layer and extending from both the face side and the back side of the primary backing layer; (c) a second layer attached to the back side of the primary backing layer, comprising from 60 to 65 wt% of a filler, based on the total weight of the second layer, and at least one propylene-based elastomer comprising at least 60 wt% propylene-derived units and 5 to 25 wt% ethylene-derived units, by weight of the propylene-based elastomer, wherein the propylene-based elastomer has a heat of fusion (as determined by DSC) of less than 75 J/g, and wherein the filler is a fire retardant selected from aluminum trihydrate and calcium carbonate; and (d) a third layer attached to the second layer opposite to the primary backing layer, wherein a reinforcement layer is present between the second layer and the third layer, and wherein the reinforcement layer comprises at least one of thermoplastic fabrics and fiberglass;
Metal corner connector having a first main surface and a second main surface , each of which is aligned parallel to a main plane of extent of the metal corner connector , and having at least two connection regions , which are arranged on a lateral surface of the metal corner connector , characterized in that - at least one of the connection regions is designed to be connected in a mechanically stable manner, by welding, to a metal tube extending along a main plane of extent of the metal corner connector , - the connection region comprises at least one projection having a groove which is designed to receive a welding material, and - the connection region has an outer surface which is adjacent to the projection and is in the form of a contact surface for an end face of the metal tube . - at least one of the connection regions is designed to be connected in a mechanically stable manner, by welding, to a metal tube extending along a main plane of extent of the metal corner connector , - the connection region comprises at least one projection having a groove which is designed to receive a welding material, and - the connection region has an outer surface which is adjacent to the projection and is in the form of a contact surface for an end face of the metal tube .
A system for treating a nasal condition, the system comprising: a probe including a shaft and a cryotherapy element coupled to the shaft , wherein the probe is configured to be advanced into a nasal cavity and to cryoablate treatment tissue including at least one nasal nerve at a target treatment site with the cryotherapy element ; characterized in further comprising: an ultrasound transducer assembly configured to transmit a focused ultrasound beam to non-treatment tissue at a target heating site to increase a temperature of the non-treatment tissue and to protect the non-treatment tissue from effects of cold temperature produced during cryoablation of the treatment tissue.
A process for treating a glycerol solution comprising fatty acid soaps obtained in a biodiesel production process, the process comprising the following steps: i. acidifying the glycerol solution with a concentrated acid under agitation to a pH in the range of from 0.5 to 2.5 and at a temperature of from 65 to 100°C and allowing a resulting, acidified glycerol solution to phase separate into: a first phase comprising free fatty acids, a second phase comprising a second glycerol solution, and a third phase comprising salt and water; and ii. gravimetrically removing the first phase and the third phase from the second phase to obtain a glycerol enriched second phase, and iii. adding a diluent to the glycerol enriched second phase to obtain a diluted glycerol enriched second phase; iv. neutralizing the diluted glycerol enriched second phase by addition of a base to obtain an aqueous phase comprising salts, and a glycerol enriched, neutralized and diluted phase, and v. gravimetrically separating the aqueous phase and the glycerol enriched, neutralized and diluted phase. i. acidifying the glycerol solution with a concentrated acid under agitation to a pH in the range of from 0.5 to 2.5 and at a temperature of from 65 to 100°C and allowing a resulting, acidified glycerol solution to phase separate into: a first phase comprising free fatty acids, a second phase comprising a second glycerol solution, and a third phase comprising salt and water; and ii. gravimetrically removing the first phase and the third phase from the second phase to obtain a glycerol enriched second phase, and iii. adding a diluent to the glycerol enriched second phase to obtain a diluted glycerol enriched second phase; iv. neutralizing the diluted glycerol enriched second phase by addition of a base to obtain an aqueous phase comprising salts, and a glycerol enriched, neutralized and diluted phase, and v. gravimetrically separating the aqueous phase and the glycerol enriched, neutralized and diluted phase.
A torsional rheometer comprising: a first die assembly having a first bearing surface ; a second die assembly having a second bearing surface facing the first bearing surface on the first die assembly to form a die cavity therebetween for placement of a test sample ; a first seal plate associated with the first die assembly ; a second seal plate associated with the second die assembly , the first and second seal plates being configured to capture and hold the test sample therebetween; a force applicator configured to apply a load to urge the first die assembly against the second die assembly and to urge the first seal plate against the second seal plate to capture and hold the test sample in the die cavity; at least one compliant member coupled to the second seal plate, the at least one compliant member placed in series with other load-bearing components associated with the second die assembly, the at least one compliant member configured to deflect or be compressed in response to a load being applied by the force applicator to the second seal plate; and a housing assembly supporting the second seal plate, the housing assembly configured to bear at least part of the load applied by the force applicator to the second seal plate through the first seal plate, the housing assembly including the at least one compliant member, wherein a gap is located between the second seal plate and the second die assembly to permit movement of the second die assembly toward and away from the first die assembly when the test sample is captured and held in the die cavity . a first die assembly having a first bearing surface ; a second die assembly having a second bearing surface facing the first bearing surface on the first die assembly to form a die cavity therebetween for placement of a test sample ; a first seal plate associated with the first die assembly ; a second seal plate associated with the second die assembly , the first and second seal plates being configured to capture and hold the test sample therebetween; a force applicator configured to apply a load to urge the first die assembly against the second die assembly and to urge the first seal plate against the second seal plate to capture and hold the test sample in the die cavity; at least one compliant member coupled to the second seal plate, the at least one compliant member placed in series with other load-bearing components associated with the second die assembly, the at least one compliant member configured to deflect or be compressed in response to a load being applied by the force applicator to the second seal plate; and a housing assembly supporting the second seal plate, the housing assembly configured to bear at least part of the load applied by the force applicator to the second seal plate through the first seal plate, the housing assembly including the at least one compliant member, wherein a gap is located between the second seal plate and the second die assembly to permit movement of the second die assembly toward and away from the first die assembly when the test sample is captured and held in the die cavity .
A method for repair of an inner airseal associated with a stator assembly of a gas turbine engine, the inner airseal having a circumferentially extending seal element adhesively bonded to a substrate and formed of an original elastomeric material and having an axial expanse, the seal element having a sealing surface in a damaged or worn condition; the method comprising: forming a layer of base material on the substrate by removing a layer of damaged or worn material from the original elastomeric material while leaving behind a retained layer of original material; forming a plurality of crenellations in the retained layer of original elastomeric material; and forming a replacement layer of new elastomeric material on the retained layer of original elastomeric material having crenellations formed therein. forming a layer of base material on the substrate by removing a layer of damaged or worn material from the original elastomeric material while leaving behind a retained layer of original material; forming a plurality of crenellations in the retained layer of original elastomeric material; and forming a replacement layer of new elastomeric material on the retained layer of original elastomeric material having crenellations formed therein.
A method for monitoring a water network, the method comprising: obtaining , by a water network monitoring system , a set of Synthetic Aperture Radar, SAR, data for a geographic region containing at least a portion of the water network; obtaining , by the water network monitoring system, a set of optical data of the geographic region; analyzing , by the water network monitoring system, the obtained set of SAR data and the obtained set of optical data for spatial or temporal anomalies related to a plurality of indirect indicators of leaks in the water network; detecting , by the water network monitoring system and based on the analyzing of the obtained set of SAR data and the obtained set of optical images, one or more spatial or temporal anomalies related to at least one of the plurality of indirect indicators of leaks in the water network and not attributable to environmental factors within the geographic region; and generating , by the water network monitoring system, a set of graded locations within the geographic region having symptoms associated with leaks in the water network based on the detected one or more spatial or temporal anomalies. obtaining , by a water network monitoring system , a set of Synthetic Aperture Radar, SAR, data for a geographic region containing at least a portion of the water network; obtaining , by the water network monitoring system, a set of optical data of the geographic region; analyzing , by the water network monitoring system, the obtained set of SAR data and the obtained set of optical data for spatial or temporal anomalies related to a plurality of indirect indicators of leaks in the water network; detecting , by the water network monitoring system and based on the analyzing of the obtained set of SAR data and the obtained set of optical images, one or more spatial or temporal anomalies related to at least one of the plurality of indirect indicators of leaks in the water network and not attributable to environmental factors within the geographic region; and generating , by the water network monitoring system, a set of graded locations within the geographic region having symptoms associated with leaks in the water network based on the detected one or more spatial or temporal anomalies.
A power management apparatus (101; 101a), comprising: switching plan creation means (131; 131a) which creates a switching plan for switching control of opening/closing of a first switch provided between an energy storage device and a distribution system side, and a second switch provided between the energy storage device and a feeder side; and switching determination/instruction means (132; 132a) which determines a switching control content to the first switch and the second switch according to the switching plan created by the switching plan creation means (131; 131a), and outputs a determined instruction to the first switch and the second switch ; wherein the switching plan creation means (131; 131a) determines presence or absence of interchange of regenerative power between trains within a given time range, based on train information including an operation diagram, characterized in that the switching plan creation means (131; 131a) when the interchange of the regenerative power between the trains is present, creates the switching plan to close the first switch for the unit time, and when the interchange of the regenerative power between the trains is not present, creates the switching plan to close the second switch for the unit time. switching plan creation means (131; 131a) which creates a switching plan for switching control of opening/closing of a first switch provided between an energy storage device and a distribution system side, and a second switch provided between the energy storage device and a feeder side; and switching determination/instruction means (132; 132a) which determines a switching control content to the first switch and the second switch according to the switching plan created by the switching plan creation means (131; 131a), and outputs a determined instruction to the first switch and the second switch ; wherein the switching plan creation means (131; 131a) determines presence or absence of interchange of regenerative power between trains within a given time range, based on train information including an operation diagram, characterized in that the switching plan creation means (131; 131a) when the interchange of the regenerative power between the trains is present, creates the switching plan to close the first switch for the unit time, and when the interchange of the regenerative power between the trains is not present, creates the switching plan to close the second switch for the unit time.
A compound selected from the group consisting of: and pharmaceutically acceptable salts thereof.
Holding frame that can receive plug connector modules , wherein the holding frame comprises two halves , a first half and a second half , which can be connected to one another in an articulated manner, wherein the halves can be oriented in different angular positions with respect to one another along a parting line, characterized in - that the holding frame comprises at least one first locking element and - that the second half of the holding frame comprises at the end face a peg and the first locking element comprises at least two recesses , wherein the peg can engage into the at least two recesses or that the second half of the holding frame comprises at the end face at least two pegs and the first locking element comprises a recess , wherein the at least two pegs can engage in each case into the recess and - as a consequence the halves can be fixed in an open position or in a closed position, - that the halves enclose an angle (α) between 130° to 170° with one another in the open position, and in that the halves enclose an angle (α) of 180° with one another in the closed position, and - that the first locking element is fixed at one end to the first half of the holding frame and at the other end is connected in a positive locking and/or non-positive locking manner to the second half of the holding frame . - that the holding frame comprises at least one first locking element and - that the second half of the holding frame comprises at the end face a peg and the first locking element comprises at least two recesses , wherein the peg can engage into the at least two recesses or that the second half of the holding frame comprises at the end face at least two pegs and the first locking element comprises a recess , wherein the at least two pegs can engage in each case into the recess and - as a consequence the halves can be fixed in an open position or in a closed position, - that the halves enclose an angle (α) between 130° to 170° with one another in the open position, and in that the halves enclose an angle (α) of 180° with one another in the closed position, and - that the first locking element is fixed at one end to the first half of the holding frame and at the other end is connected in a positive locking and/or non-positive locking manner to the second half of the holding frame .
A composition for separating blood serum or blood plasma comprising: a (meth)acrylic acid ester-based polymer, a silica fine powder, and a silicone oil, wherein the (meth)acrylic acid ester-based polymer has fluidity at room temperature, and has a weight average molecular weight of 19000 or more and 30000 or less. a (meth)acrylic acid ester-based polymer, a silica fine powder, and a silicone oil, wherein the (meth)acrylic acid ester-based polymer has fluidity at room temperature, and has a weight average molecular weight of 19000 or more and 30000 or less.
A copper alloy fastener element comprising a copper-zinc alloy as a base material, the base material having Zn, optionally one or more third elements selected from the group consisting of Si, Al, Sn, Mg, Pb, Cd, Fe, Mn and Ni, the balance being copper and inevitable impurities, wherein the base material has: an apparent zinc content of from 34 to 38% by mass; a dendrite structure; and a β phase at a ratio of 10% or less, the apparent zinc content calculated by: B ′ = B + Σ tq / A + B + Σ tq × 100 , in which B' is an apparent zinc content (% by mass); A is a Cu concentration (% by mass); B is a Zn concentration (% by mass); t is Zn equivalent; and q is a concentration of a third element added (% by mass), and in which the Zn equivalent is 10.0 for Si, 6.0 for Al, 2.0 for Sn, 2.0 for Mg, 1.0 for Pb, 1.0 for Cd, 0.9 for Fe, 0.5 for Mn, -1.3 for Ni.
A method of wireless communication performed by a first base station, comprising: establishing a connection to a User Equipment, UE; identifying a second base station to which the UE is capable of connecting while also being connected to the first base station; determining , based at least in part on information regarding the UE and an identity of the second base station, whether dual connectivity of the UE to the first base station and to the second base station is permitted; and selecting , based on the determining, one of handing over the UE to the second base station or initiating the dual connectivity for the UE to the second base station. establishing a connection to a User Equipment, UE; identifying a second base station to which the UE is capable of connecting while also being connected to the first base station; determining , based at least in part on information regarding the UE and an identity of the second base station, whether dual connectivity of the UE to the first base station and to the second base station is permitted; and selecting , based on the determining, one of handing over the UE to the second base station or initiating the dual connectivity for the UE to the second base station.
Storage container , with a container housing , which has at least one receiving compartment open with a compartment opening on a front side of the container housing and a drawer element arranged in the receiving compartment so that it can be pulled out and slid in, wherein the drawer element has a bottom wall and an outer wall extending around the edge of the bottom wall and projecting upwardly, and wherein a drawer inner space is defined by the bottom wall and the outer wall , in which drawer inner space at least one space partition wall extending between two opposing outer wall sections is arranged, wherein the space partition wall has at least one support hook in the region of its lower end edge , which support hook engages with a recess of the bottom wall , and the recess is designed as an opening in the bottom wall , the support hook and/or the recess being designed in such a way that the underside of the support hook is arranged above or at the same height as the outer side of the bottom wall , so that the support hook does not project out of the recess at the bottom, wherein a latching edge is provided in the recess , which is engaged underneath by the support hook , wherein the latching edge is associated with a local elevation arrangement which rises above the inner side of the bottom wall , characterized in that the elevation arrangement is divided into two elevations between which a groove-like recess is provided, and the elevations are of rampshaped design and are arranged in such a way that they become higher in the transverse direction towards the groove-like recess .
A crystalline salt comprising 5-methyl- -tetrahydrofolic acid and L-leucine ethyl ester wherein the molar ratio of 5-methyl- -tetrahydrofolic acid to L-leucine ethyl ester is from 1:0.3 to 1:3.0 (in mol/mol) and/or hydrates and/or solvates thereof.
A refrigerating machine oil comprising: a lubricating base oil having a kinematic viscosity at 100°C of 1.5 mm 2 /s or less; and a lubricant additive comprising an extreme pressure agent containing sulfur and phosphorus; wherein the refrigerating machine oil has a kinematic viscosity at 100°C of 0.5 mm 2 /s or more and 2.5 mm 2 /s or less, a distillation end point in gas chromatography distillation of 380°C or more and 450°C or less, a difference between a 90% distillation temperature and a 95% distillation temperature in gas chromatography distillation of 10°C or more and 80°C or less, and a sulfur content of 0.001 mass% or more and 0.2 mass% or less. a lubricating base oil having a kinematic viscosity at 100°C of 1.5 mm 2 /s or less; and a lubricant additive comprising an extreme pressure agent containing sulfur and phosphorus; wherein the refrigerating machine oil has a kinematic viscosity at 100°C of 0.5 mm 2 /s or more and 2.5 mm 2 /s or less, a distillation end point in gas chromatography distillation of 380°C or more and 450°C or less, a difference between a 90% distillation temperature and a 95% distillation temperature in gas chromatography distillation of 10°C or more and 80°C or less, and a sulfur content of 0.001 mass% or more and 0.2 mass% or less.