mhurhangee/ep-ind-claims huggingface dataset:
A device for treating calcified lesions in the vessel of a patient comprising: an elongated member; an angioplasty balloon sealed to the distal end of the elongated member and being fillable with a conductive fluid; and two shock wave generation stations longitudinally spread along the length of the elongated member within the angioplasty balloon, each shockwave generation station including a cylindrical conductive sheath (212, 214) mounted around the elongated member, each sheath having at least two insulated wires (230, 232) passing therethrough between the outer surface of the elongated member and the inner surface of the sheath, each wire having a portion of the insulation removed to define an electrode (230a, 232a, 232b, 236a), each electrode being located adjacent an end of the conductive sheath so that when a voltage pulse is applied across the wires, each shock wave generation station will generate two shock waves. an elongated member; an angioplasty balloon sealed to the distal end of the elongated member and being fillable with a conductive fluid; and two shock wave generation stations longitudinally spread along the length of the elongated member within the angioplasty balloon, each shockwave generation station including a cylindrical conductive sheath (212, 214) mounted around the elongated member, each sheath having at least two insulated wires (230, 232) passing therethrough between the outer surface of the elongated member and the inner surface of the sheath, each wire having a portion of the insulation removed to define an electrode (230a, 232a, 232b, 236a), each electrode being located adjacent an end of the conductive sheath so that when a voltage pulse is applied across the wires, each shock wave generation station will generate two shock waves.
A method for compensating for aberrations of a holographic display device in generating a hologram to reproduce a holographic image, the method comprising: initializing a computer-generated hologram; generating (920, 1010) masks corresponding to hologram plane segments of a hologram plane; obtaining (930, 1031) hologram segments by spatial filtering the computer-generated hologram by using the masks; generating (910, 1010), for each hologram plane segment, a kernel by modeling aberrations corresponding to this hologram plane segment; obtaining (940, 1032) first image segments by propagating each hologram segment by using the corresponding kernel; and updating (950, 1034) the hologram based on a comparison between the first image segments and reference image segments acquired from a storage corresponding to the holographic image to be reproduced. initializing a computer-generated hologram; generating (920, 1010) masks corresponding to hologram plane segments of a hologram plane; obtaining (930, 1031) hologram segments by spatial filtering the computer-generated hologram by using the masks; generating (910, 1010), for each hologram plane segment, a kernel by modeling aberrations corresponding to this hologram plane segment; obtaining (940, 1032) first image segments by propagating each hologram segment by using the corresponding kernel; and updating (950, 1034) the hologram based on a comparison between the first image segments and reference image segments acquired from a storage corresponding to the holographic image to be reproduced.
Presentation and storage device having at least two accommodating compartments for articles which are to be presented and/or stored, wherein the at least two accommodating compartments are formed on at least two modules, which can be coupled to one another, wherein the at least two modules, each having at least one accommodating compartment, can be coupled to one another via correspondingly formed edge profiles (4, 5), wherein the edge profiles (4, 5) are formed on two mutually opposite, free longitudinal sides of each module, and wherein two modules which have been coupled to one another can be additionally fixed relative to one another in the coupled position via a bracing mechanism, characterized in that each accommodating compartment is of wave-form design in cross section, and the edge profiles (4 and 5) on either side of the modules are formed along the mutually opposite, free wave crests of each module, provided with in each case at least one cross-sectionally wave-form accommodating compartment.
A sending node, comprising: a processing unit, configured to encapsulate data of an application program running on the sending node into multiple data packets; a sending unit, configured to transmit the multiple data packets to a receiving node at an initial transmission rate, wherein each data packet carries a random sequence number and a scrolling sequence number, the random sequence number is related to a data part of the data packet, and the scrolling sequence number is related to a transmission sequence of the data packet, a receiving unit, configured to receive packet loss feedback information from the receiving node, wherein the packet loss feedback information comprises scrolling sequence number information of at least one lost data packet detected by the receiving node according to a scrolling sequence number of at least one received data packet; and wherein the sending unit is further configured to: retransmit a data packet based on the received packet loss feedback information, wherein the retransmitted data packet carries a new scrolling sequence number, and a random sequence number determined based on the packet loss feedback information and a mapping relationship between the random sequence number and the scrolling sequence number of the at least one lost data packet. a processing unit, configured to encapsulate data of an application program running on the sending node into multiple data packets; a sending unit, configured to transmit the multiple data packets to a receiving node at an initial transmission rate, wherein each data packet carries a random sequence number and a scrolling sequence number, the random sequence number is related to a data part of the data packet, and the scrolling sequence number is related to a transmission sequence of the data packet, a receiving unit, configured to receive packet loss feedback information from the receiving node, wherein the packet loss feedback information comprises scrolling sequence number information of at least one lost data packet detected by the receiving node according to a scrolling sequence number of at least one received data packet; and wherein the sending unit is further configured to: retransmit a data packet based on the received packet loss feedback information, wherein the retransmitted data packet carries a new scrolling sequence number, and a random sequence number determined based on the packet loss feedback information and a mapping relationship between the random sequence number and the scrolling sequence number of the at least one lost data packet.
A manicure composition comprising at least ethanol and propylene glycol monomethyl ether as solvents, titanium oxide A having an average primary particle diameter of 200 to 400 nm, titanium oxide B having an average primary particle diameter of 10 to 80 nm, an acrylic resin, polyether-modified polydimethylsiloxane and a plasticizer.
A data management apparatus, comprising: a management unit, configured to manage data transmission channels between more than two first storage media and a second storage medium, wherein transmission performance of the first storage medium is poorer than transmission performance of the second storage medium, and there is one data transmission channel between each first storage medium and the second storage medium; and a data migration unit, configured to migrate data between the second storage medium and the at least two first storage media through the data transmission channels, wherein the management unit is specifically configured to: determine a quantity N of first storage media based on a first ratio of a transmission bit width of the second storage medium to a transmission bit width of the first storage medium, wherein N is an integer not less than 2; and establish data transmission channels between the N first storage media and the second storage medium based on the quantity N of first storage media. a management unit, configured to manage data transmission channels between more than two first storage media and a second storage medium, wherein transmission performance of the first storage medium is poorer than transmission performance of the second storage medium, and there is one data transmission channel between each first storage medium and the second storage medium; and a data migration unit, configured to migrate data between the second storage medium and the at least two first storage media through the data transmission channels, wherein the management unit is specifically configured to: determine a quantity N of first storage media based on a first ratio of a transmission bit width of the second storage medium to a transmission bit width of the first storage medium, wherein N is an integer not less than 2; and establish data transmission channels between the N first storage media and the second storage medium based on the quantity N of first storage media.
An ink-jet ink composition, comprising: a) a liquid vehicle; b) a colorant dispersed or dissolved in a liquid vehicle; c) inter-crosslinkable latex particles dispersed in the liquid vehicle, the inter-crosslinkable latex particles comprising: i) at least one hydrophobic monomer, ii) at least one acidic monomer, iii) at least one inter-crosslinkable monomer including at least one keto group, and having the general formula where R1 = H or CH 3; X = a divalent hetero atom linking group or a bond, Y = a divalent hetero atom linking group, R2 = a divalent linking group, R3 = a divalent linking group, and R4 = an alkyl, aryl, substituted alkyl, or substituted aryl group, and iv) an intra-particle crosslinker; and d) an inter-particle crosslinker; wherein the inter-crosslinkable latex particles are intra-crosslinked and form an inter-particle crosslinked latex polymer film after printing the ink-jet ink on a substrate and upon at least partial depletion of the liquid vehicle or a liquid vehicle component. a) a liquid vehicle; b) a colorant dispersed or dissolved in a liquid vehicle; c) inter-crosslinkable latex particles dispersed in the liquid vehicle, the inter-crosslinkable latex particles comprising: i) at least one hydrophobic monomer, ii) at least one acidic monomer, iii) at least one inter-crosslinkable monomer including at least one keto group, and having the general formula where R1 = H or CH 3; X = a divalent hetero atom linking group or a bond, Y = a divalent hetero atom linking group, R2 = a divalent linking group, R3 = a divalent linking group, and R4 = an alkyl, aryl, substituted alkyl, or substituted aryl group, and iv) an intra-particle crosslinker; and i) at least one hydrophobic monomer, ii) at least one acidic monomer, iii) at least one inter-crosslinkable monomer including at least one keto group, and having the general formula where R1 = H or CH 3; X = a divalent hetero atom linking group or a bond, Y = a divalent hetero atom linking group, R2 = a divalent linking group, R3 = a divalent linking group, and R4 = an alkyl, aryl, substituted alkyl, or substituted aryl group, and iv) an intra-particle crosslinker; and d) an inter-particle crosslinker;
A method of controlling a refrigerator, including a main body having a plurality of storage chambers; a plurality of evaporators installed to independently cool the plurality of storage chambers, respectively; and a refrigerant control valve for controlling refrigerant introduced into the plurality of evaporators, the method comprising: a refrigerant control valve opening step of opening the refrigerant control valve so that the refrigerant can be introduced into at least one of the plurality of evaporators; an evaporator defrost step of, when an opening integration time of the refrigerant control valve is higher than a defrost setting time of the evaporator, at which the refrigerant is introduced by the refrigerant control valve, operating the refrigerator in a defrost mode of the evaporator in which the refrigerant is introduced; and an evaporator defrost end step of, when a temperature sensed by a defrost sensor of the evaporator that is being defrosted is higher than a return setting temperature after the evaporator defrost step begins, finishing the defrost mode of the refrigerator, characterized in that the plurality of storage chambers comprises a freezing chamber and a refrigerating chamber, the plurality of evaporators comprises a freezing chamber evaporator and a refrigerating chamber evaporator, the defrost sensor comprises a freezing defrost sensor and a refrigerating defrost sensor, and the defrost setting time and the return setting temperature are set for every freezing chamber evaporator and every refrigerating chamber evaporator, respectively; and in that one freezing return setting temperature set according to an ambient temperature, of a plurality of freezing return setting temperatures, is compared with a temperature sensed by the freezing defrost sensor. a refrigerant control valve opening step of opening the refrigerant control valve so that the refrigerant can be introduced into at least one of the plurality of evaporators; an evaporator defrost step of, when an opening integration time of the refrigerant control valve is higher than a defrost setting time of the evaporator, at which the refrigerant is introduced by the refrigerant control valve, operating the refrigerator in a defrost mode of the evaporator in which the refrigerant is introduced; and an evaporator defrost end step of, when a temperature sensed by a defrost sensor of the evaporator that is being defrosted is higher than a return setting temperature after the evaporator defrost step begins, finishing the defrost mode of the refrigerator,
A module structure for a packaging machine comprising vertical members (2, 6) and horizontal beams (3, 4), said horizontal beams (3, 4) being configured as open beams having an open polygonal cross section and comprising at least a first end face, a second end face, one or more intermediate faces (13, 14, 15) between said first and second end faces, said end faces (11, 12) being distanced in such a way to leave a longitudinal aperture of the beam, characterised in that at least one of said open beams comprises a plurality of internal reinforcing flanges, and: said reinforcing flanges comprise seats for accommodation of cables, said seats being formed as arc-shaped recesses of an inner face of at least one side (21a - 21e) of the flange, and/or said reinforcing flanges comprise inward projections which define recesses for accommodation of cables. said reinforcing flanges comprise seats for accommodation of cables, said seats being formed as arc-shaped recesses of an inner face of at least one side (21a - 21e) of the flange, and/or said reinforcing flanges comprise inward projections which define recesses for accommodation of cables.
A charge air cooler arrangement, comprising: a first charge air cooler disposed upstream of an engine inlet; a second cooler disposed upstream of the first charge air cooler; characterized in that it comprises: a bypass line for bypassing the second cooler, a downstream end of the bypass line being disposed upstream of the first charge air cooler; a valve arrangement adapted to adjust flow of inlet air through the second cooler and the bypass line; a sensor arrangement (471, 472, 473, 474, 475, 476) comprising a sensor adapted to sense data pertaining to a dew point of inlet air and send a signal relating to the data to a controller to control the valve arrangement in response to the signal; and wherein the sensor arrangement comprises a temperature sensor adapted to monitor temperature downstream of the first charge air cooler and send a signal relating to the temperature to the controller to control the valve arrangement in response to the signal. a first charge air cooler disposed upstream of an engine inlet; a second cooler disposed upstream of the first charge air cooler; characterized in that it comprises: a bypass line for bypassing the second cooler, a downstream end of the bypass line being disposed upstream of the first charge air cooler; a valve arrangement adapted to adjust flow of inlet air through the second cooler and the bypass line; a sensor arrangement (471, 472, 473, 474, 475, 476) comprising a sensor adapted to sense data pertaining to a dew point of inlet air and send a signal relating to the data to a controller to control the valve arrangement in response to the signal; and wherein the sensor arrangement comprises a temperature sensor adapted to monitor temperature downstream of the first charge air cooler and send a signal relating to the temperature to the controller to control the valve arrangement in response to the signal. a bypass line for bypassing the second cooler, a downstream end of the bypass line being disposed upstream of the first charge air cooler; a valve arrangement adapted to adjust flow of inlet air through the second cooler and the bypass line; a sensor arrangement (471, 472, 473, 474, 475, 476) comprising a sensor adapted to sense data pertaining to a dew point of inlet air and send a signal relating to the data to a controller to control the valve arrangement in response to the signal; and wherein the sensor arrangement comprises a temperature sensor adapted to monitor temperature downstream of the first charge air cooler and send a signal relating to the temperature to the controller to control the valve arrangement in response to the signal.
Device for maintaining a aerial cableway installation, especially a chairlift or a gondola cableway, the installation comprising a vehicle provided with a coupling means configured so as to coupled the vehicle to the aerial cable, the device comprising: - a platform configured so as to support a maintenance operator; - a ladder for reaching the platform from the vehicle; and - a platform support configured so as to be fixedly mounted on the coupling means; characterized in that: - the platform is removably mounted on the platform support; - the device further comprises a ladder support configured so as to be removably mounted on the coupling means, and - the ladder is removably mounted on the ladder support. - a platform configured so as to support a maintenance operator; - a ladder for reaching the platform from the vehicle; and - a platform support configured so as to be fixedly mounted on the coupling means; - the platform is removably mounted on the platform support; - the device further comprises a ladder support configured so as to be removably mounted on the coupling means, and - the ladder is removably mounted on the ladder support.
A system for identifying, associating and counting containers of different types (4a, 4b, 4c), wherein the system comprises the containers (4a, 4b, 4c) and a movable platform or pallet as well as transponders, wherein the transponders are mounted on the containers and/or on the movable loading platform or pallet and are suitable for emitting first identification codes, wherein the containers (4a, 4b, 4c) form a total load, are provided with second identification codes (C3, C4), which are barcodes, and are stacked on the platform or pallet in a manner grouped according to their respective type or in a random order, wherein said movable loading platform or pallet is provided with a third identification code, which is a barcode, characterized in that the system further consists of an identification booth and a reading station, wherein the identification booth comprises, in its interior, at least one antenna which is designed to activate the transponders and to receive the first identification codes emitted by the latter, and comprises at least one photographic device which consists of at least one photo camera with illumination means, wherein the photo camera is designed to capture and read said second identification codes (C3, C4) and to provide identification data compiled from the geometry and colours of the different container types (4a, 4b, 4c) and/or of the movable loading platform or pallet, and wherein the reading station is designed to read the third identification code, and in that the system further consists of at least one stationary first read-in station for the third identification code, said first read-in station being placed along one or more supply lines (1a, 1x) for supplying the movable loading platform or pallet to the identification booth, of a second, movable or stationary, read-in station for reading in a fourth identification code applied to the total load, and of a computer with a data memory, said computer being designed to read the first, second and third identification codes (C2; C3; C4; C5) and to compare and associate the first, second and third identification codes with corresponding identification data supplied by the photographic device.
A combination of (i) a construct comprising an antibody which specifically binds to CD38 and which comprises the heavy chain CDR1, CDR2, and CDR3 of SEQ ID NO: 18 and the light chain CDR1, CDR2, and CDR3 of SEQ ID NO: 22 and that is fused to an attenuated interferon alpha 2b and (ii) lenalidomide or pomalidomide, for use in the treatment of any one of β-cell lymphoma, multiple myeloma, early stage multiple myeloma, pre-multiple myeloma, Waldenström's macroglobulinemia, non-Hodgkin's lymphoma, chronic myelogenous leukemia, chronic lymphocytic leukemia or acute lymphocytic leukemia.
A double-stranded oligonucleotide decoy showing binding affinities for two transcription factors, comprising a first binding site for a first transcription factor and a second binding site for a second transcription factor, wherein a first strand comprising the sense strand of said first binding site and a second strand comprising the sense strand of said second binding site are hybridized to form a double strand in which said sense strand of the first binding site and said sense strand of the second binding site are at least partly hybridized; wherein the decoy is a hairpin double strand and has a size of from 13 mer to 15 mer. wherein a first strand comprising the sense strand of said first binding site and a second strand comprising the sense strand of said second binding site are hybridized to form a double strand in which said sense strand of the first binding site and said sense strand of the second binding site are at least partly hybridized; wherein the decoy is a hairpin double strand and has a size of from 13 mer to 15 mer.