mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising a compressor, an accumulator fitted to the compressor, and a heat storage device disposed around and held in contact with the compressor, the heat storage device comprising: a heat storage material that stores heat generated by the compressor; a heat storage tank that accommodates the heat storage material; and a heat storage heat exchanger accommodated within the heat storage tank; characterized in that the heat storage tank is disposed along an outer circumference of the compressor in contact with the heat storage tank and has a cutout portion disposed along the outer circumference of the compressor so as not to interfere with the accumulator and wherein the heat storage tank also has opposite end portions (46, 47) adjoining the cutout portion and closest to the accumulator, and wherein at least one of the opposite end portions (46, 47) is thickened as compared with a thinnest portion of the heat storage tank. a heat storage material that stores heat generated by the compressor; a heat storage tank that accommodates the heat storage material; and a heat storage heat exchanger accommodated within the heat storage tank; characterized in that the heat storage tank is disposed along an outer circumference of the compressor in contact with the heat storage tank and has a cutout portion disposed along the outer circumference of the compressor so as not to interfere with the accumulator and wherein the heat storage tank also has opposite end portions (46, 47) adjoining the cutout portion and closest to the accumulator, and wherein at least one of the opposite end portions (46, 47) is thickened as compared with a thinnest portion of the heat storage tank.
A use of aryliodonium and/or arylsulfonium salts of the tetrakis(perfluoro-t-butyloxy)aluminate anion of the following formula: as cationic initiators cleavable by light and/or free radicals for polymerizing cationically polymerizable monomers.
A vaccine comprising at least one nucleic acid selected from the group consisting of: a. a nucleic acid encoding a polypeptide comprising the amino acid sequence of SEQ ID NO:3; and b. a nucleic acid encoding a polypeptide comprising the amino acid sequence of SEQ ID NO:4. a. a nucleic acid encoding a polypeptide comprising the amino acid sequence of SEQ ID NO:3; and b. a nucleic acid encoding a polypeptide comprising the amino acid sequence of SEQ ID NO:4.
A cured or uncured structural composite material comprising a structural component; a resin component; and an interlayer comprising at least two types of nonwoven material in one or more nonwoven layers wherein a first type of nonwoven material comprises a core portion of the interlayer and wherein a second type of nonwoven material comprises outer portions of the interlayer on either side of a core portion; wherein the structural component is in a form of a plurality of layers of textile that comprises structural fibers; wherein the interlayer comprising at least two types of nonwoven material in one or more nonwoven layers is positioned between a pair of adjacent layers of the textile; and wherein upon curing the interlayer comprises a resin interpenetration gradient between the nonwoven material in the core and outer portions in the z direction in the structural composite material, wherein the nonwoven material comprises at least one thermoplastic elastomer or a blend thereof; and at least one thermoplastic polymer or copolymer and/or a blend thereof, wherein the resin component is a thermosetting composition, and wherein: - either the interlayer comprises at least three layers of nonwoven material; wherein the core portion comprises a layer of the first type of nonwoven material; wherein the outer portions are outer layers of the second type of nonwoven material; and wherein the core layer is positioned between the outer layers such that a resin interpenetrated gradient in the z direction due to the use of different compositions is formed upon curing, - or the interlayer comprises one layer of nonwoven material having a compositional gradient; and wherein the compositional gradient progressively varies from the core portion to the outer portions of the interlayer such that a resin interpenetrated gradient in the z direction is formed upon curing. - either the interlayer comprises at least three layers of nonwoven material; wherein the core portion comprises a layer of the first type of nonwoven material; wherein the outer portions are outer layers of the second type of nonwoven material; and wherein the core layer is positioned between the outer layers such that a resin interpenetrated gradient in the z direction due to the use of different compositions is formed upon curing, - or the interlayer comprises one layer of nonwoven material having a compositional gradient; and wherein the compositional gradient progressively varies from the core portion to the outer portions of the interlayer such that a resin interpenetrated gradient in the z direction is formed upon curing.
A method for wireless communications by a user equipment, UE, comprising: determining resources assigned for a data channel, based on a resource granularity associated with a control channel and on an indication of a set of virtual resource blocks, VRBs, assigned for the data channel, each VRB comprising a number of enhanced control channel elements, ECCEs, wherein the resource granularity is of one or more ECCEs, and wherein each of the number of ECCEs for each VRB includes enhanced resource element groups, EREGs, wherein an ECCE is formed by an EREG group; and processing data channel transmissions in a subframe based on the determination. determining resources assigned for a data channel, based on a resource granularity associated with a control channel and on an indication of a set of virtual resource blocks, VRBs, assigned for the data channel, each VRB comprising a number of enhanced control channel elements, ECCEs, wherein the resource granularity is of one or more ECCEs, and wherein each of the number of ECCEs for each VRB includes enhanced resource element groups, EREGs, wherein an ECCE is formed by an EREG group; and processing data channel transmissions in a subframe based on the determination.
An apparatus for marking surfaces by abrasion which comprises a dispensing group for a flow of air and abrasive which is conveyed to a marking nozzle which is mounted in a movable manner on a marking head with a selective shut-off valve for the flow of air and abrasive, a control group configured to control the selective opening and closing of the shut-off valve characterised in that the control group is configured to control the movement of the marking nozzle with respect to the marking head in a marking plane (X, Y) which is substantially transverse to an emission direction of the mixture of air and abrasive from the marking nozzle on a surface to be marked.
A method for service transmission, performed by a sending terminal, comprising: receiving service configuration information from a base station, wherein the service configuration information comprises a correspondence between a service and a quantity of times of data transmission or a correspondence between the service and a quantity of times of data retransmission, wherein the service is characterized by a QoS parameter, the service configuration information comprises a correspondence between the QoS parameter and a quantity of times of data transmission, or comprises a correspondence between the QoS parameter and a quantity of times of data retransmission, and the QoS parameter comprises priority; transmitting a candidate service data packet to a receiving terminal based on the service configuration information; and recording, by a counter, a quantity of times that the candidate service data packet is transmitted; characterized in that the method further comprises: instructing the receiving terminal to send ACKnowledgement, ACK, to the base station, to make the receiving terminal send the ACK generated by the receiving terminal to the base station, on the basis that the count value of the counter meets a preset condition; or generating ACK and sending the ACK to the base station, on the basis that the count value of the counter meets the preset condition. receiving service configuration information from a base station, wherein the service configuration information comprises a correspondence between a service and a quantity of times of data transmission or a correspondence between the service and a quantity of times of data retransmission, wherein the service is characterized by a QoS parameter, the service configuration information comprises a correspondence between the QoS parameter and a quantity of times of data transmission, or comprises a correspondence between the QoS parameter and a quantity of times of data retransmission, and the QoS parameter comprises priority; transmitting a candidate service data packet to a receiving terminal based on the service configuration information; and recording, by a counter, a quantity of times that the candidate service data packet is transmitted; characterized in that the method further comprises: instructing the receiving terminal to send ACKnowledgement, ACK, to the base station, to make the receiving terminal send the ACK generated by the receiving terminal to the base station, on the basis that the count value of the counter meets a preset condition; or generating ACK and sending the ACK to the base station, on the basis that the count value of the counter meets the preset condition. instructing the receiving terminal to send ACKnowledgement, ACK, to the base station, to make the receiving terminal send the ACK generated by the receiving terminal to the base station, on the basis that the count value of the counter meets a preset condition; or generating ACK and sending the ACK to the base station, on the basis that the count value of the counter meets the preset condition.
Apparatus, comprising: a probe configured to be inserted into contact with a myocardium; an electrode attached to the probe; a temperature sensor incorporated in the probe and configured to output a temperature signal; a pump configured to irrigate the myocardium, via the probe, with an irrigation fluid at a controllable rate; a radiofrequency signal generator configured to apply RF power via the electrode to the myocardium, so as to ablate the myocardium; and processing circuitry configured to measure a temperature of the probe, based on the temperature signal, while the RF power is applied and, when the measured temperature exceeds a preset target temperature, iteratively reduce the RF power applied by the signal generator and concurrently iteratively vary a rate of irrigation of the irrigation fluid provided by the pump, until the measured temperature is reduced to the preset target temperature, wherein the controllable rate comprises an idle irrigation rate and a high irrigation rate greater than the idle irrigation rate, and wherein varying the rate of irrigation comprises a) reducing the rate by pulsing the rate from the high irrigation rate to the idle irrigation rate; and b) increasing the rate by pulsing the rate from the idle irrigation rate to the high irrigation rate. a probe configured to be inserted into contact with a myocardium; an electrode attached to the probe; a temperature sensor incorporated in the probe and configured to output a temperature signal; a pump configured to irrigate the myocardium, via the probe, with an irrigation fluid at a controllable rate; a radiofrequency signal generator configured to apply RF power via the electrode to the myocardium, so as to ablate the myocardium; and processing circuitry configured to measure a temperature of the probe, based on the temperature signal, while the RF power is applied and, when the measured temperature exceeds a preset target temperature, iteratively reduce the RF power applied by the signal generator and concurrently iteratively vary a rate of irrigation of the irrigation fluid provided by the pump, until the measured temperature is reduced to the preset target temperature, wherein the controllable rate comprises an idle irrigation rate and a high irrigation rate greater than the idle irrigation rate, and wherein varying the rate of irrigation comprises a) reducing the rate by pulsing the rate from the high irrigation rate to the idle irrigation rate; and b) increasing the rate by pulsing the rate from the idle irrigation rate to the high irrigation rate. a) reducing the rate by pulsing the rate from the high irrigation rate to the idle irrigation rate; and b) increasing the rate by pulsing the rate from the idle irrigation rate to the high irrigation rate.
A computer-implemented method for dynamically scheduling network scanning tasks, the method comprising: receiving an identification of a scanning task associated with an electronic item that is accessible via a network; scheduling, using a processor, the scanning task to be repeatedly executed according to an execution frequency, wherein the execution frequency corresponds to a time interval between each execution of the scanning task; receiving a first set of scan results generated by a first execution, at a first execution time, of the scanning task, the first set of scan results comprising information associated with a first set of detected activities associated with the electronic item; receiving a second set of scan results generated by a second execution, at a second execution time, of the scanning task, the second set of scan results comprising information associated with a second set of detected activities associated with the electronic item; comparing the first and second sets of scan results, wherein the information associated with the first and second sets of detected activities associated with the electronic item comprises a first set of network identifiers and a second set of network identifiers, respectively; and in response to determining that the second set of network identifiers contains network identifiers not included in the first set of network identifiers, increasing the execution frequency. receiving an identification of a scanning task associated with an electronic item that is accessible via a network; scheduling, using a processor, the scanning task to be repeatedly executed according to an execution frequency, wherein the execution frequency corresponds to a time interval between each execution of the scanning task; receiving a first set of scan results generated by a first execution, at a first execution time, of the scanning task, the first set of scan results comprising information associated with a first set of detected activities associated with the electronic item; receiving a second set of scan results generated by a second execution, at a second execution time, of the scanning task, the second set of scan results comprising information associated with a second set of detected activities associated with the electronic item; comparing the first and second sets of scan results, wherein the information associated with the first and second sets of detected activities associated with the electronic item comprises a first set of network identifiers and a second set of network identifiers, respectively; and in response to determining that the second set of network identifiers contains network identifiers not included in the first set of network identifiers, increasing the execution frequency.
A method for producing polylactic acid-based resin foamed particles for in-mold foam-molding, comprising: a step of feeding a polylactic acid-based resin which contains both optical isomers, a D-form and an L-form, as constituent monomer components, the content of one of the optical isomers, the D-form or the L-form, whichever is less, being less than 5 mol%, or contains only one of optical isomers, a D-form or an L-form, as a constituent monomer component, into an extruder and melt-kneading the polylactic acid-based resin in the presence of a foaming agent, a step of extruding the polylactic acid-based resin extrudate through a nozzle die attached to the front end of the extruder, cutting the polylactic acid-based resin extrudate with a rotary blade rotating at a rotation rate of 2000 to 10000 rpm in contact with the front end surface of the nozzle die while allowing the polylactic acid-based resin extrudate to foam to produce polylactic acid-based resin foamed particles, and scattering the polylactic acid-based resin foamed particles by cutting stress, and a step of causing the polylactic acid-based resin foamed particles to collide against a cooling member provided forward of the nozzle die to cool, wherein the polylactic acid-based resin extrudate comprises an unfoamed portion immediately after being extruded from the nozzle die and a foaming portion which is contiguous to the unfoamed portion and is foaming, and wherein the polylactic acid-based resin extrudate is cut at the unfoamed portion with said rotary blade. a step of feeding a polylactic acid-based resin which contains both optical isomers, a D-form and an L-form, as constituent monomer components, the content of one of the optical isomers, the D-form or the L-form, whichever is less, being less than 5 mol%, or contains only one of optical isomers, a D-form or an L-form, as a constituent monomer component, into an extruder and melt-kneading the polylactic acid-based resin in the presence of a foaming agent, a step of extruding the polylactic acid-based resin extrudate through a nozzle die attached to the front end of the extruder, cutting the polylactic acid-based resin extrudate with a rotary blade rotating at a rotation rate of 2000 to 10000 rpm in contact with the front end surface of the nozzle die while allowing the polylactic acid-based resin extrudate to foam to produce polylactic acid-based resin foamed particles, and scattering the polylactic acid-based resin foamed particles by cutting stress, and a step of causing the polylactic acid-based resin foamed particles to collide against a cooling member provided forward of the nozzle die to cool, wherein the polylactic acid-based resin extrudate comprises an unfoamed portion immediately after being extruded from the nozzle die and a foaming portion which is contiguous to the unfoamed portion and is foaming, and wherein the polylactic acid-based resin extrudate is cut at the unfoamed portion with said rotary blade.
Method of communicating a representation of precoding feedback of multiple-antenna transmission in a wireless communication system, wherein a representation of a first precoding matrix a p of a first codebook A is communicated, said first precoding matrix, a p, having M' rows and R ' columns, where M' and R ' are natural numbers, and comprising at least a first and second sub-matrix, characterised by said first precoding matrix being based on at least a second precoding matrix, b i, and a third precoding matrix, b k, belonging to a second codebook, B, said second and third precoding matrices having M rows and R 1 columns, where M and R 1 are natural numbers and M' > M, M ≥ 2 and R 1 ≥ 1; wherein said first and second sub-matrices are based on said second and third precoding matrices, respectively, and the columns in said first precoding matrix are orthogonal to each other when R ' > 1.
A composition, in the form of an O/W emulsion, comprising: (a) at least one fatty alcohol; (b) at least one oil; (c) at least one nonionic surfactant having an HLB value of 15 or more; (d) at least one nonionic surfactant having an HLB value of 5 or less; (e) at least one diol having a straight chain of four or more consecutive carbon atoms; (f) at least one alkaline agent selected from the group consisting of ammonia, ammonium hydroxide, ammonium salts, and mixtures thereof; and (g) water. (a) at least one fatty alcohol; (b) at least one oil; (c) at least one nonionic surfactant having an HLB value of 15 or more; (d) at least one nonionic surfactant having an HLB value of 5 or less; (e) at least one diol having a straight chain of four or more consecutive carbon atoms; (f) at least one alkaline agent selected from the group consisting of ammonia, ammonium hydroxide, ammonium salts, and mixtures thereof; and (g) water.
A method of securing a computer memory, the method comprising: authoring a 3D projection of data, by a registering user customizing at least one element in the 3D projection of data, said customizing resulting in a registered 3D projection of data; presenting a representation of a plurality of elements of the 3D projection of data to a requesting user in a randomized fashion, including the at least one customized element; receiving, from the requesting user, manipulations of the presented elements of the 3D projection of data; determining whether the manipulated elements of the 3D projection of data match the customized elements of the registered 3D projection of data; and granting, to the requesting user, access to the computer memory if the manipulated elements of the 3D projection of data match the customized elements of the registered 3D projection of data. authoring a 3D projection of data, by a registering user customizing at least one element in the 3D projection of data, said customizing resulting in a registered 3D projection of data; presenting a representation of a plurality of elements of the 3D projection of data to a requesting user in a randomized fashion, including the at least one customized element; receiving, from the requesting user, manipulations of the presented elements of the 3D projection of data; determining whether the manipulated elements of the 3D projection of data match the customized elements of the registered 3D projection of data; and granting, to the requesting user, access to the computer memory if the manipulated elements of the 3D projection of data match the customized elements of the registered 3D projection of data.
A nucleic acid comprising a sequence that encodes a tumour-associated epitope which stimulates an immune reaction against the tumour for use in a method of treating cancer, wherein the epitope has a modification of deimination of arginine to citrulline, the nucleic acid is targeted to a cell that expresses a PAD enzyme, which is an antigen presenting cell, and the nucleic acid is translated and post-translationally citrullinated within the APC to stimulate T cells that are specific to the citrullinated epitope.