mhurhangee/ep-ind-claims huggingface dataset:
A radar device comprising: a transmission beam controller that selects, every first period, a transmission beam set used for transmission of a radar signal from among a plurality of transmission beam sets each including at least two transmission beams having different directions; and a radar transmitter that transmits the radar signal in a predetermined transmission period by using the selected transmission beam set characterized in that the transmission beam controller switches, every second period within the first period, repeatedly among the at least two transmission beams having different directions included in the selected transmission beam set, and wherein the second period corresponds to a period during which a coherent integration processing is performed in a receiver, and the first period corresponds to a period during which Doppler frequency analyzing is performed on a result of coherent addition in the receiver. a transmission beam controller that selects, every first period, a transmission beam set used for transmission of a radar signal from among a plurality of transmission beam sets each including at least two transmission beams having different directions; and a radar transmitter that transmits the radar signal in a predetermined transmission period by using the selected transmission beam set characterized in that the transmission beam controller switches, every second period within the first period, repeatedly among the at least two transmission beams having different directions included in the selected transmission beam set, and wherein the second period corresponds to a period during which a coherent integration processing is performed in a receiver, and the first period corresponds to a period during which Doppler frequency analyzing is performed on a result of coherent addition in the receiver.
A machine for making rod-shaped smoking articles, comprising: - unwinding means for unwinding at least one roll of web of material for the tobacco industry; the web being adapted to be unwound along a longitudinal feed direction; - first cutting means for cutting the web, located downstream of the unwinding means and configured to receive and cut the web into continuous strips _in such a way as to create a plurality of longitudinal strips along the longitudinal feed direction, the first cutting means comprising at least a first roller and a second roller acting in conjunction with each other and configured to create the plurality of longitudinal strips on the web sliding between the rollers (4, 5); - gathering and conveying means configured to gather and convey the longitudinal strips from the first cutting means to create at least one continuous stream; - a garniture tongue configured to receive at least one continuous stream and to progressively wrap it in a paper web to make at least one continuous rod (100"), the at least one continuous rod (100") comprising a plurality of longitudinal strips; - second cutting means for cutting the at least one continuous rod (100"), located downstream of the garniture tongue and configured to cut the at least one continuous rod (100") into a plurality of rod-shaped smoking articles; the machine being characterized in that the first cutting means are configured to make a plurality of longitudinal, broken cutting lines, in such a way that two longitudinal strips which are transversely adjacent each other relative to the longitudinal feed direction remain connected to each other by at least one joining portion. - unwinding means for unwinding at least one roll of web of material for the tobacco industry; the web being adapted to be unwound along a longitudinal feed direction; - first cutting means for cutting the web, located downstream of the unwinding means and configured to receive and cut the web into continuous strips _in such a way as to create a plurality of longitudinal strips along the longitudinal feed direction, the first cutting means comprising at least a first roller and a second roller acting in conjunction with each other and configured to create the plurality of longitudinal strips on the web sliding between the rollers (4, 5); - gathering and conveying means configured to gather and convey the longitudinal strips from the first cutting means to create at least one continuous stream; - a garniture tongue configured to receive at least one continuous stream and to progressively wrap it in a paper web to make at least one continuous rod (100"), the at least one continuous rod (100") comprising a plurality of longitudinal strips; - second cutting means for cutting the at least one continuous rod (100"), located downstream of the garniture tongue and configured to cut the at least one continuous rod (100") into a plurality of rod-shaped smoking articles;
A computer-implemented process, comprising: performing a first full waveform inversion on an initial subsurface attribute model using low frequency, known source-signature data and low frequency humming seismic data to generate a first updated subsurface attribute model; and performing a second full waveform inversion on the first updated subsurface attribute model using low-frequency, narrowband sweeping known source-signature data and low-frequency, swept seismic data to generate a second updated subsurface attribute model. performing a first full waveform inversion on an initial subsurface attribute model using low frequency, known source-signature data and low frequency humming seismic data to generate a first updated subsurface attribute model; and performing a second full waveform inversion on the first updated subsurface attribute model using low-frequency, narrowband sweeping known source-signature data and low-frequency, swept seismic data to generate a second updated subsurface attribute model.
A computer-implemented method for reading a local memory, comprising: sending from a first processing unit, via a bus interface between the first processing unit and a second processing unit, a first request for a first portion of data stored in a region of a local memory of the second processing unit; wherein the first processing unit is one of a central processing unit or a graphics processing unit and the second processing unit is a GPU; receiving, responsive to the first request, a copy of an entire region of data of the local memory of the second processing unit that includes at least the first portion of data and a second portion of data; storing the received copy of the data in a buffer; sending a second request to the buffer, the second request being for a copy of the second portion of the data; and retrieving the copy of the second portion of the data from the buffer. sending from a first processing unit, via a bus interface between the first processing unit and a second processing unit, a first request for a first portion of data stored in a region of a local memory of the second processing unit; wherein the first processing unit is one of a central processing unit or a graphics processing unit and the second processing unit is a GPU; receiving, responsive to the first request, a copy of an entire region of data of the local memory of the second processing unit that includes at least the first portion of data and a second portion of data; storing the received copy of the data in a buffer; sending a second request to the buffer, the second request being for a copy of the second portion of the data; and retrieving the copy of the second portion of the data from the buffer.
Combination ofN-[ -2,2,5,7tetrafluoro-2,3-dihydro-1H-inden-1-yl]sulfamide or a pharmaceutically acceptable salt thereof and 3-(2-cyanophenyl)-5-(2-pyridyl)-1-phenyl-1,2-dihydropyridin-2-one or a pharmaceutically acceptable salt thereof for use in a method of treating epilepsy.
A method of fabricating a 3D-bioprinted scar tissue, the method comprising: 3D bioprinting layer-by-layer of a bioink composition, using a computer-assisted design model, wherein the bioink composition comprises at least one polypeptide selected from the group consisting of silk fibroin protein, and collagens, a combination of IL-6, IL-8, and TGF- β1, and tissue specific fibroblastic cells, wherein the 3D bioprinting is carried out at an extrusion pressure in the range of 1 PSI - 40 PSI, whereby 1 psi equals 6.89 kPa, at a temperature in the range of 20°C- 35°C, with a printer nozzle having a diameter in the range of 40 μm - 260 μm, and wherein the layer has a thickness in the range of 10 μm - 400 μm.
A method for operating a shaft furnace for producing iron, in which external energy is supplied to the shaft furnace by means of an extrinsic combustion, wherein the extrinsic combustion is carried out by means of at least one solid fuel burner arranged on the periphery of the shaft furnace, characterised in that the combustion on the solid fuel burner takes place stoichiometrically and only external energy is supplied to the shaft furnace, and the fuel supply of the solid fuel burner takes place by means of a dense flow conveyance, wherein the ratio of fuel to a conveying gas used for the dense flow conveyance is greater than 1.
A method for manufacturing an anisotropic organic thin film, comprising steps of: depositing a mixed solution comprising an ionic liquid and a polymerizable material on a substrate; separating positive ions from negative ions in the ionic liquid, so that the polymerizable material is aligned; polymerizing the aligned polymerizable material, so that an aligned first thin film is obtained after cured; and depositing liquid crystal molecules on the first thin film after removing the ionic liquid, and polymerizing the liquid crystal molecules to form a second thin film, wherein the second thin film is aligned in a way that matches with the first thin film, and the first thin film and the second thin film constituent the anisotropic organic thin film. depositing a mixed solution comprising an ionic liquid and a polymerizable material on a substrate; separating positive ions from negative ions in the ionic liquid, so that the polymerizable material is aligned; polymerizing the aligned polymerizable material, so that an aligned first thin film is obtained after cured; and depositing liquid crystal molecules on the first thin film after removing the ionic liquid, and polymerizing the liquid crystal molecules to form a second thin film, wherein the second thin film is aligned in a way that matches with the first thin film, and the first thin film and the second thin film constituent the anisotropic organic thin film.
Assembly for taking a dental impression, comprising a healing element adapted for connection to a dental implant and having a lateral surface, intended for integration within a gum in order to shape the gum during its healing, and an end surface forming with part of said lateral surface an emergent surface which is intended to remain outside the gum and which is asymmetrical with respect to at least one perpendicular median plane, which assembly comprises a removable impression transfer element comprising a part for fixing to an impression material of an impression tray of said assembly and a connecting part able to cooperate with a complementary connecting zone defined in a through-opening formed in said healing element, and characterized in that the healing element can occupy a configuration in which it is adapted to be fixed on its own to an implant by a screw, without a removable impression transfer element, the emergent surface of the healing element, completed by a head of the screw, having a continuous smooth surface in this configuration.
A method for providing watermarked content to an end-user device via a content providing system, the content providing system comprising at least a first party system and a second party system, the method comprising: providing content elements for the content, wherein at least two copies of at least a first content element and at least two copies of at least a second content element are provided, and wherein the at least two copies of the at least one first content element are provided with different watermarks and the at least two copies of the at least one second content element are provided with different watermarks; the first party system selecting a first party watermark by selecting a watermarked copy of the at least one first content element of the content elements; the second party system selecting a second party watermark by selecting a watermarked copy of the at least one second content element, different from the at least one first content element, of the content elements; delivering watermarked content to the end-user device, the watermarked content containing the watermarked copy for the first content element selected by the first party system and the watermarked copy for the second content element selected by the second party system such that the watermarked content contains the first party watermark and the second party watermark. providing content elements for the content, wherein at least two copies of at least a first content element and at least two copies of at least a second content element are provided, and wherein the at least two copies of the at least one first content element are provided with different watermarks and the at least two copies of the at least one second content element are provided with different watermarks; the first party system selecting a first party watermark by selecting a watermarked copy of the at least one first content element of the content elements; the second party system selecting a second party watermark by selecting a watermarked copy of the at least one second content element, different from the at least one first content element, of the content elements; delivering watermarked content to the end-user device, the watermarked content containing the watermarked copy for the first content element selected by the first party system and the watermarked copy for the second content element selected by the second party system such that the watermarked content contains the first party watermark and the second party watermark.
A jointless concrete composite pavement, comprising: (i) a gap-graded concrete first layer; (ii) a flexural-hardening fiber reinforced mortar second layer provided thereon, wherein the gap-graded concrete comprises cement, water and coarse aggregate with particles size from 4 to 45 mm, preferably, from 8 to 16 mm; wherein said gap-graded concrete does not contain sand; the flexural-hardening fiber reinforced mortar comprises cement, expansive concrete additive, water, fine aggregate with a maximum particle size of not greater than 8 mm; fiber reinforcement comprising of synthetic and/or metal fibers having diameter of 10 to 500 microns and length of 3 to 35 mm; wherein the total thickness of the composite pavement is selected depending on the required maximum service point load, using the following formula H=(F/100) 0.5 ×100 mm, where H is the total thickness of the composite pavement and F is maximum service point load; wherein the ratio of the thickness of flexural-hardening fiber reinforced mortar second layer to the total thickness of the composite pavement is within the range of 1:5 to 2:5. (i) a gap-graded concrete first layer; (ii) a flexural-hardening fiber reinforced mortar second layer provided thereon, wherein the gap-graded concrete comprises cement, water and coarse aggregate with particles size from 4 to 45 mm, preferably, from 8 to 16 mm; wherein said gap-graded concrete does not contain sand; the flexural-hardening fiber reinforced mortar comprises cement, expansive concrete additive, water, fine aggregate with a maximum particle size of not greater than 8 mm; fiber reinforcement comprising of synthetic and/or metal fibers having diameter of 10 to 500 microns and length of 3 to 35 mm; wherein the total thickness of the composite pavement is selected depending on the required maximum service point load, using the following formula H=(F/100) 0.5 ×100 mm, where H is the total thickness of the composite pavement and F is maximum service point load; wherein the ratio of the thickness of flexural-hardening fiber reinforced mortar second layer to the total thickness of the composite pavement is within the range of 1:5 to 2:5.
Balanced hinge device with brake comprising a first connecting means assigned to be fixed to a structure or frame and connected at least by kinematic means to a second connecting means assigned to be fixed to a door or a shutter and comprising at least a friction means; the device comprises also elastic means balancing the door or the shutter weight connected to the kinematic means for transmitting to the connecting means (3, 5) a mutual approaching elastic force generated by said first elastic means; the at least one friction means is fixed to a member of the kinematic means and a first side portion of the said friction means slides onto at least one among the connecting means (3, 5) or an element fixed to one of them; a second side portion of the friction means, at least in correspondence of at least one predetermined rotation arc of the device, slides onto an at least one contact means; the kinematic means includes moreover a hinge second pin for the mutual revolving connection of the first and second connecting means; said device being characterized in that the kinematic means includes a rack means elastically actuated by the first elastic means and further includes a pinion means constrained to axially rotate around a respective first pin connected to the first connecting means; wherein said rack and pinion means are reciprocally engaged and the pinion means has at least one seat each for a corresponding said at least one friction means whose first side portion contacts the first connecting means or an element fixed to it and whose second side portion, opposite to the first, slides, in correspondence of the at least one predetermined arc, onto the contact means fixed to the first connecting means; each seat is a shaped slot obtained in the pinion means and each said friction means is a body that is approximately flat and shaped in a complementary way in respect to the respective seat; the device further includes an arm means whose ends are connected by means of respective third and fourth connecting pins respectively to the pinion means and to the second connecting means.
A method for sending an inter-frequency measurement configuration, characterized by comprising: an evolved Node B (eNB) performing a Swap action on a measurement configuration copy formed on a basis of the measurement configuration to obtain a first measurement configuration; the eNB generating a second measurement configuration according to configuration of the eNB and user equipment capability, and comparing the second measurement configuration with the first measurement configuration; when the first measurement configuration and the second measurement configuration are the same, measurement configuration being not filled in a controlling message; when the first measurement configuration is a part of the second measurement configuration, in the controlling message, an extra measurement configuration at a destination side being placed in an adding list; when the first measurement configuration and the second measurement configuration are not the same, in the controlling message, the first measurement configuration being placed in a deleting list, and the second measurement configuration being placed in the adding list; and the eNB sending a Radio Resource Control connection reconfiguration message to the UE according to the controlling message. an evolved Node B (eNB) performing a Swap action on a measurement configuration copy formed on a basis of the measurement configuration to obtain a first measurement configuration; the eNB generating a second measurement configuration according to configuration of the eNB and user equipment capability, and comparing the second measurement configuration with the first measurement configuration; when the first measurement configuration and the second measurement configuration are the same, measurement configuration being not filled in a controlling message; when the first measurement configuration is a part of the second measurement configuration, in the controlling message, an extra measurement configuration at a destination side being placed in an adding list; when the first measurement configuration and the second measurement configuration are not the same, in the controlling message, the first measurement configuration being placed in a deleting list, and the second measurement configuration being placed in the adding list; and the eNB sending a Radio Resource Control connection reconfiguration message to the UE according to the controlling message.
A guidewire (99, 108, 109, 138, 272, 280, 312) having a first end and a second end, the guidewire (99, 108, 109, 138, 272, 280, 312) comprising: two or more guidewire modules (30,112,114,116,120,260), wherein each guidewire module (30,112,114,116,120,260) has a first end and a second end, and wherein each guidewire module (30,112,114,116,120,260) is configured to be attachable to a second guidewire module (30,112,114,116,120,260) by at least one of: attaching the first end of the guidewire module (30,112,114,116,120,260) with the second end of the second guidewire module (30,112,114,116,120,260), and attaching the second end of the guidewire module (30,112,114,116,120,260) with the first end of the second guidewire module (30,112,114,116,120,260); and characterized in that the guidewire further comprises a guidewire tip configured to be attachable at the first end or the second end of one of the two or more guidewire modules (30,112,114,116,120,260), such that the guidewire (99, 108, 109, 138, 272, 280, 312) comprises two or more attached guidewire modules (30,112,114,116,120,260) and the guidewire tip. two or more guidewire modules (30,112,114,116,120,260), wherein each guidewire module (30,112,114,116,120,260) has a first end and a second end, and wherein each guidewire module (30,112,114,116,120,260) is configured to be attachable to a second guidewire module (30,112,114,116,120,260) by at least one of: attaching the first end of the guidewire module (30,112,114,116,120,260) with the second end of the second guidewire module (30,112,114,116,120,260), and attaching the second end of the guidewire module (30,112,114,116,120,260) with the first end of the second guidewire module (30,112,114,116,120,260); and characterized in that the guidewire further comprises a guidewire tip configured to be attachable at the first end or the second end of one of the two or more guidewire modules (30,112,114,116,120,260), such that the guidewire (99, 108, 109, 138, 272, 280, 312) comprises two or more attached guidewire modules (30,112,114,116,120,260) and the guidewire tip.
An antimicrobial skin prep solution comprising: a major amount of at least one organic solvent, wherein at least 80% by weight based on total weight of the solvent comprises at least one fugitive organic solvent; an antimicrobially effective amount of at least one chlorhexidine-containing antimicrobial agent; and an amount of at least one adhesive effective to increase adhesion of surgical drapes and medical dressings to skin prepped with the antimicrobial skin prep solution, wherein the at least one adhesive is distinct from the at least one antimicrobial agent and is a liquid at room temperature. a major amount of at least one organic solvent, wherein at least 80% by weight based on total weight of the solvent comprises at least one fugitive organic solvent; an antimicrobially effective amount of at least one chlorhexidine-containing antimicrobial agent; and an amount of at least one adhesive effective to increase adhesion of surgical drapes and medical dressings to skin prepped with the antimicrobial skin prep solution, wherein the at least one adhesive is distinct from the at least one antimicrobial agent and is a liquid at room temperature.