mhurhangee/ep-ind-claims huggingface dataset:
A pattern panel for vehicle wheel alignment measurement and/or for calibrating a sensor device in a motor vehicle, wherein the pattern panel comprises a display device designed to selectively display at leat one of two different patterns (9, 9a-9f); characterized in that the display device operates according to the principle of electronic paper, wherein the patterns (9, 9a-9f) comprise a plurality of pattern elements (11a-11d) and the display device comprises electrodes (45a-45f) each having the shape of one of the pattern elements (11a-11d) or of a portion of one of the pattern elements (11a-11d), so that the shape of the respective pattern elements (11a-11d) is predefined by the physical structure of the display device. wherein the pattern panel comprises a display device designed to selectively display at leat one of two different patterns (9, 9a-9f); characterized in that the display device operates according to the principle of electronic paper, wherein the patterns (9, 9a-9f) comprise a plurality of pattern elements (11a-11d) and the display device comprises electrodes (45a-45f) each having the shape of one of the pattern elements (11a-11d) or of a portion of one of the pattern elements (11a-11d), so that the shape of the respective pattern elements (11a-11d) is predefined by the physical structure of the display device.
A system, comprising: a power line connected to a power grid; a motor connected to the power line and configured to receive power from the power line to drive an elevator; an alternative power source (10, 12, 13, 14) connected to the motor; and a power control system configured to control the power line to supply power to the motor to drive the elevator, to detect a predetermined threshold value of power supplied from the power line, wherein the power control system is configured to supply both power from the power line and power from the alternative power source to the motor based on a determination that the predetermined threshold value of power is supplied from the power line, wherein the predetermined threshold value of power is a maximum power level able to be supplied from the power line; wherein the alternative power source includes a battery; characterized in that the alternative power source further includes at least one of a solar panel and a wind turbine. a power line connected to a power grid; a motor connected to the power line and configured to receive power from the power line to drive an elevator; an alternative power source (10, 12, 13, 14) connected to the motor; and a power control system configured to control the power line to supply power to the motor to drive the elevator, to detect a predetermined threshold value of power supplied from the power line, wherein the power control system is configured to supply both power from the power line and power from the alternative power source to the motor based on a determination that the predetermined threshold value of power is supplied from the power line, wherein the predetermined threshold value of power is a maximum power level able to be supplied from the power line; wherein the alternative power source includes a battery; characterized in that the alternative power source further includes at least one of a solar panel and a wind turbine.
A refractory ceramic batch based on magnesia, having the following characteristics: 1.1 the batch comprises the following components: 1.1.1 at least 70% by weight magnesia in the form of fused magnesia or sintered magnesia, 1.1.2 plasticizer in the form of one or more of the following components: magnesia spinel, hercynite, galaxite or jacobsite in an amount of less than 2% by weight, as well as 1.1.3 at least one phosphorus-comprising component; 1.2 the batch comprises proportions of CaO and SiO 2 wherein the mole fraction of CaO in the batch is more than twice the mole fraction of SiO 2 in the batch; wherein 1.3 the proportion by weight of phosphorus in the batch, calculated as P 2 O 5, is at most 30% above or below the value for the fraction by weight of P 2 O 5, calculated in accordance with the following formula: P 2 O 5 ideal % = CaO free ⋅ b a wherein CaO free is the quantity of free CaO in the batch as a weight %, which is determined using the following formula: CaO free = x − 2 ⋅ y ⋅ c s with x = proportion of CaO in batch [%], y = SiO 2 content in batch [%], c = molecular weight of CaO [g/mol] = 56 g/mol, s = molecular weight of SiO 2 [g/mol] = 60.1 g/mol, a = fraction of CaO in tricalcium phosphate [%] = 54.2%, and b = fraction of P 2 O 5 in tricalcium phosphate [%] = 45.8%. 1.1 the batch comprises the following components: 1.1.1 at least 70% by weight magnesia in the form of fused magnesia or sintered magnesia, 1.1.2 plasticizer in the form of one or more of the following components: magnesia spinel, hercynite, galaxite or jacobsite in an amount of less than 2% by weight, as well as 1.1.3 at least one phosphorus-comprising component; 1.1.1 at least 70% by weight magnesia in the form of fused magnesia or sintered magnesia, 1.1.2 plasticizer in the form of one or more of the following components: magnesia spinel, hercynite, galaxite or jacobsite in an amount of less than 2% by weight, as well as 1.1.3 at least one phosphorus-comprising component; 1.2 the batch comprises proportions of CaO and SiO 2 wherein the mole fraction of CaO in the batch is more than twice the mole fraction of SiO 2 in the batch; wherein 1.3 the proportion by weight of phosphorus in the batch, calculated as P 2 O 5, is at most 30% above or below the value for the fraction by weight of P 2 O 5, calculated in accordance with the following formula: P 2 O 5 ideal % = CaO free ⋅ b a wherein CaO free is the quantity of free CaO in the batch as a weight %, which is determined using the following formula: CaO free = x − 2 ⋅ y ⋅ c s with x = proportion of CaO in batch [%], y = SiO 2 content in batch [%], c = molecular weight of CaO [g/mol] = 56 g/mol, s = molecular weight of SiO 2 [g/mol] = 60.1 g/mol, a = fraction of CaO in tricalcium phosphate [%] = 54.2%, and b = fraction of P 2 O 5 in tricalcium phosphate [%] = 45.8%. x = proportion of CaO in batch [%], y = SiO 2 content in batch [%], c = molecular weight of CaO [g/mol] = 56 g/mol, s = molecular weight of SiO 2 [g/mol] = 60.1 g/mol, a = fraction of CaO in tricalcium phosphate [%] = 54.2%, and b = fraction of P 2 O 5 in tricalcium phosphate [%] = 45.8%.
A lifting and/or transporting arrangement, with a remote-controllable lifting and/or transporting device, such as, in particular, an aircraft pusher, a remote-control transmitter for controlling a lifting and/or transporting movement of the lifting and/or transporting device and a safety apparatus on which data for defining a horizontally extending virtual enablement area are stored and which has a sensor system for detecting a position of the remote-control transmitter, wherein by means of the safety apparatus, a control process of the remote-control transmitter can be enabled or disabled depending on a currently detected position of the remote-control transmitter relative to the enablement area, characterised in that the enablement area additionally has a limited vertical extent in a vertical direction and the sensor system of the safety apparatus has height determination means for detecting a height position of the remote-control transmitter, wherein the control process can additionally be enabled or disabled depending on a currently detected height position of the remote-control transmitter relative to the vertical extent of the enablement area. with a remote-controllable lifting and/or transporting device, such as, in particular, an aircraft pusher, a remote-control transmitter for controlling a lifting and/or transporting movement of the lifting and/or transporting device and a safety apparatus on which data for defining a horizontally extending virtual enablement area are stored and which has a sensor system for detecting a position of the remote-control transmitter, wherein by means of the safety apparatus, a control process of the remote-control transmitter can be enabled or disabled depending on a currently detected position of the remote-control transmitter relative to the enablement area, characterised in that the enablement area additionally has a limited vertical extent in a vertical direction and the sensor system of the safety apparatus has height determination means for detecting a height position of the remote-control transmitter, wherein the control process can additionally be enabled or disabled depending on a currently detected height position of the remote-control transmitter relative to the vertical extent of the enablement area.
A method for deleting a floor in a push-to-talk-over-cellular, PoC, system, the method comprising the steps of: receiving, by a session management server, an Authorization Registration Request message from a PoC client; determining, by the session management server, whether the PoC client is qualified for floor deletion; transmitting, by the session management server, a Permission message to the client when it is determined that the PoC client is qualified for floor deletion; receiving, by the session management server, a floor deletion request message for deleting a floor reserved in a floor management list from the PoC client, after transmitting the Permission message to the PoC client; and deleting, by the session management server, the reserved floor. receiving, by a session management server, an Authorization Registration Request message from a PoC client; determining, by the session management server, whether the PoC client is qualified for floor deletion; transmitting, by the session management server, a Permission message to the client when it is determined that the PoC client is qualified for floor deletion; receiving, by the session management server, a floor deletion request message for deleting a floor reserved in a floor management list from the PoC client, after transmitting the Permission message to the PoC client; and deleting, by the session management server, the reserved floor.
A kit for delivering two modified mRNA constructs in vivo so as to cause intracellular translation of the mRNA constructs into heavy and light chains of an immunoglobulin protein, the kit comprising a first isolated nucleic acid which is translatable mRNA which i) encodes either an immunoglobulin heavy chain or an immunoglobulin light chain and ii) comprises a modified nucleoside, wherein the first nucleic acid is capable of evading an innate immune response of a cell into which the first isolated nucleic acid is introduced, wherein the translatable mRNA is devoid of either cytidine or uracil nucleotides.
An aqueous coating composition comprising at least one binder comprising at least one polymeric resin and optionally at least one crosslinking agent, at least one pigment, and an aqueous dispersion of at least one thickener, for at least partly coating an optionally coated substrate with a basecoat film, characterized in that the thickener is obtainable by a method comprising at least the steps,,, and: preparing a dispersion or solution of at least one polymeric resin in at least one organic solvent, the polymeric resin being a polyurethane, preparing a mixture of the dispersion or solution obtained by step and of a melt or solution of at least one polyamide as at least one polymeric resin, which has an acid number in a range from 1 to 200 mg of KOH per g of, adding water to the mixture obtained by step, and removing the organic solvent from the mixture obtained by step, to give the aqueous dispersion of the at least one thickener. preparing a dispersion or solution of at least one polymeric resin in at least one organic solvent, the polymeric resin being a polyurethane, preparing a mixture of the dispersion or solution obtained by step and of a melt or solution of at least one polyamide as at least one polymeric resin, which has an acid number in a range from 1 to 200 mg of KOH per g of, adding water to the mixture obtained by step, and removing the organic solvent from the mixture obtained by step, to give the aqueous dispersion of the at least one thickener.
A formulation comprising a von Willebrand Factor (vWF) binder, a citrate buffer, sucrose, and Tween-80, wherein: (a) the vWF binder has a concentration from 10 mg/mL to 40 mg/mL; (b) sucrose has a concentration of 7% (w/v); (c) Tween-80 has a concentration of 0.01% (v/v); and (d) the citrate buffer has a concentration of 20 mM such that the pH of the formulation is 6.5, and wherein said vWF binder comprises SEQ ID NO: 1. (a) the vWF binder has a concentration from 10 mg/mL to 40 mg/mL; (b) sucrose has a concentration of 7% (w/v); (c) Tween-80 has a concentration of 0.01% (v/v); and (d) the citrate buffer has a concentration of 20 mM such that the pH of the formulation is 6.5, and
A flexible pipe (10; 70) for conveying a cryogenic fluid including: - an inner corrugated tube having an axis (A-A'), defining a plurality of corrugations opening radially towards the axis (A-A'); - at least one tensile armor layer, arranged around the corrugated tube; - and at least one thermal insulation layer (44, 46), arranged around the armor layer; in which the pipe comprises an inner sheath for guiding the flow of cryogenic fluid arranged in the corrugated tube, characterized in that the inner sheath is made up of a plurality of cylindrical segments, each cylindrical segment of the inner sheath covering a plurality of successive corrugations of the corrugated tube and including an outer abutment for axial wedging received in a corrugation of the corrugated tube, and in that each cylindrical segment can be moved relative to the corrugated tube over a given axial travel smaller than the pitch of the corrugations of the corrugated inner tube, the travel being defined by the axial travel of the wedging abutment in a hollow of a corrugation. - an inner corrugated tube having an axis (A-A'), defining a plurality of corrugations opening radially towards the axis (A-A'); - at least one tensile armor layer, arranged around the corrugated tube; - and at least one thermal insulation layer (44, 46), arranged around the armor layer;
A method of wireless communication by a base station, comprising: determining random access channel, RACH, parameters: transmitting a message that includes RACH information via a physical broadcast channel, PBCH, wherein the RACH information comprises a subset of the determined RACH parameters including at least one of a beam sweep periodicity, a base station transmit power, a RACH preamble index, a RACH configuration, a RACH frequency, or a RACH power ramping step; characterized by: receiving a RACH message from a user equipment, UE, during a RACH procedure based on the transmitted RACH information, wherein the RACH message is received before transmitting, by the base station, remaining RACH parameters via an extended PBCH, ePBCH, wherein the remaining RACH parameters are the determined RACH parameters not including those that make up the RACH information. transmitting a message that includes RACH information via a physical broadcast channel, PBCH, wherein the RACH information comprises a subset of the determined RACH parameters including at least one of a beam sweep periodicity, a base station transmit power, a RACH preamble index, a RACH configuration, a RACH frequency, or a RACH power ramping step; characterized by: receiving a RACH message from a user equipment, UE, during a RACH procedure based on the transmitted RACH information, wherein the RACH message is received before transmitting, by the base station, remaining RACH parameters via an extended PBCH, ePBCH, wherein the remaining RACH parameters are the determined RACH parameters not including those that make up the RACH information.
A light-emitting module (10, 40, 50, 60) with a cooler, comprising: a circuit layer (32, 44) which is formed on one surface side of an insulating layer and on which a semiconductor light-emitting element is mounted; and a metal layer and a cooler which are laminated in order on the other surface side of the insulating layer, wherein the circuit layer (32, 44) is formed of any one selected from the group consisting of copper, a copper alloy, aluminum, and an aluminum alloy and has a thickness of 0.01 mm to 0.09 mm, wherein the metal layer and the cooler are formed of aluminum or an aluminum alloy, wherein the metal layer has a thickness of 0.9 mm to 1.6 mm, wherein a ratio of an area of the semiconductor light-emitting element to an area of the one surface of the insulating layer is within a range from 1:20 to 1:400, and wherein the metal layer and the cooler are directly bonded to each other. a circuit layer (32, 44) which is formed on one surface side of an insulating layer and on which a semiconductor light-emitting element is mounted; and a metal layer and a cooler which are laminated in order on the other surface side of the insulating layer, wherein the circuit layer (32, 44) is formed of any one selected from the group consisting of copper, a copper alloy, aluminum, and an aluminum alloy and has a thickness of 0.01 mm to 0.09 mm, wherein the metal layer and the cooler are formed of aluminum or an aluminum alloy, wherein the metal layer has a thickness of 0.9 mm to 1.6 mm, wherein a ratio of an area of the semiconductor light-emitting element to an area of the one surface of the insulating layer is within a range from 1:20 to 1:400, and wherein the metal layer and the cooler are directly bonded to each other.
Residual current-protected plug socket comprising a multipartite housing, which carries an installation apparatus, for accommodating a residual current circuit breaker and also female connectors (30, 30a, 30b, 30c) for a current consumer and connection terminals for a power supply grid, characterized in that a first part of the housing, which first part forms the front side of the plug socket, is embodied as a plug socket carrier and has a mounting side which is situated in the interior of the housing, which is of structured design and on which the residual current circuit breaker and the female connectors are held.
An aqueous cosmetic composition suitable for vaporization with a non-aerosol vaporizer or aerosol vaporizer, comprising: - one or more particulate(s) having an average particle size in the range of 10 μm to 250 μm being insoluble in water at 25°C at atmospheric pressure, - one or more inorganic salt(s) being soluble in water at 25°C at atmospheric pressure, selected from salts providing divalent and/or trivalent cations upon dissolution in water, - one or more monohydric and/or dihydric alcohol(s). - one or more particulate(s) having an average particle size in the range of 10 μm to 250 μm being insoluble in water at 25°C at atmospheric pressure, - one or more inorganic salt(s) being soluble in water at 25°C at atmospheric pressure, selected from salts providing divalent and/or trivalent cations upon dissolution in water, - one or more monohydric and/or dihydric alcohol(s).
A method of managing a number of secondary clouds (102a-d) by a master cloud service manager, comprising: coupling a first cloud comprising a master cloud service manager to a number of secondary clouds (102a-d), each secondary cloud (102a-d) comprising a child cloud service manager (104a-d); controlling, by the master cloud service manager, the child cloud service managers (104a-d) of the number of secondary clouds (102a-d) and a number of instantiated services on the secondary clouds (102a-d); characterized in that the method further comprises: querying a number of child cloud service managers (104a-d) for a number of instantiated services offered, service designs, resource providers, or combinations thereof; consolidating the number of instantiated services, service designs, resource offerings, or combinations thereof, into a master service; offering the master service in a service catalog; and remotely managing the number of instantiated services, the master consolidated service, or combinations thereof. coupling a first cloud comprising a master cloud service manager to a number of secondary clouds (102a-d), each secondary cloud (102a-d) comprising a child cloud service manager (104a-d); controlling, by the master cloud service manager, the child cloud service managers (104a-d) of the number of secondary clouds (102a-d) and a number of instantiated services on the secondary clouds (102a-d); characterized in that the method further comprises: querying a number of child cloud service managers (104a-d) for a number of instantiated services offered, service designs, resource providers, or combinations thereof; consolidating the number of instantiated services, service designs, resource offerings, or combinations thereof, into a master service; offering the master service in a service catalog; and remotely managing the number of instantiated services, the master consolidated service, or combinations thereof. querying a number of child cloud service managers (104a-d) for a number of instantiated services offered, service designs, resource providers, or combinations thereof; consolidating the number of instantiated services, service designs, resource offerings, or combinations thereof, into a master service; offering the master service in a service catalog; and remotely managing the number of instantiated services, the master consolidated service, or combinations thereof.
An ultrasound imaging system (100, 600) comprising: an ultrasound probe configured to receive ultrasound echoes from a subject to image a lung region of the subject; at least two processors (118, 120), in communication with the ultrasound probe, that: generate a plurality of image frames from the ultrasound echoes; identify a pleural line in each of the plurality of image frames; define a region of interest below each pleural line; identify one or more B-lines from one or more candidate B-lines within the region of interest by evaluating one or more parameters of each candidate B-line; and select a target image frame from the plurality of image frames by identifying an image frame providing a maximal intensity of identified B-lines, wherein the intensity of B-lines comprises a B-line score, the B-line score based at least in part on a level of B-line coverage within at least one intercostal space present within the region of interest, characterized in that the one or more parameters comprise a level of motion detected across multiple image frames. an ultrasound probe configured to receive ultrasound echoes from a subject to image a lung region of the subject; at least two processors (118, 120), in communication with the ultrasound probe, that: generate a plurality of image frames from the ultrasound echoes; identify a pleural line in each of the plurality of image frames; define a region of interest below each pleural line; identify one or more B-lines from one or more candidate B-lines within the region of interest by evaluating one or more parameters of each candidate B-line; and select a target image frame from the plurality of image frames by identifying an image frame providing a maximal intensity of identified B-lines, wherein the intensity of B-lines comprises a B-line score, the B-line score based at least in part on a level of B-line coverage within at least one intercostal space present within the region of interest, generate a plurality of image frames from the ultrasound echoes; identify a pleural line in each of the plurality of image frames; define a region of interest below each pleural line; identify one or more B-lines from one or more candidate B-lines within the region of interest by evaluating one or more parameters of each candidate B-line; and select a target image frame from the plurality of image frames by identifying an image frame providing a maximal intensity of identified B-lines, wherein the intensity of B-lines comprises a B-line score, the B-line score based at least in part on a level of B-line coverage within at least one intercostal space present within the region of interest, characterized in that the one or more parameters comprise a level of motion detected across multiple image frames.