mhurhangee/ep-ind-claims huggingface dataset:
Method for switching off a bus system in an emergency, said bus system comprising a master module and bus subscribers (S1, S2, S3, S4) arranged in series, wherein the master module and the bus subscribers (S1, S2, S3, S4) send each other data packets by means of a data line (1, 2), wherein the method has the following consecutive method steps: wherein, in a first method step, a bus subscriber (S1, S2, S3, S4) and/or the master module detect(s) a fault state, wherein, in a second method step, the bus subscriber (S1, S2, S3, S4) and/or the master module send(s) an emergency signal to all the bus subscribers (S1, S2, S3, S4) and the master module, wherein, in a third method step, an additional bus subscriber (S1, S2, S3, S4) receives the emergency signal, immediately forwards said signal to an adjacent bus subscriber (S1, S2, S3, S4) and simultaneously evaluates it, wherein, in a fourth method step, the additional bus subscriber (S1, S2, S3, S4) switches itself off. wherein, in a first method step, a bus subscriber (S1, S2, S3, S4) and/or the master module detect(s) a fault state, wherein, in a second method step, the bus subscriber (S1, S2, S3, S4) and/or the master module send(s) an emergency signal to all the bus subscribers (S1, S2, S3, S4) and the master module, wherein, in a third method step, an additional bus subscriber (S1, S2, S3, S4) receives the emergency signal, immediately forwards said signal to an adjacent bus subscriber (S1, S2, S3, S4) and simultaneously evaluates it, wherein, in a fourth method step, the additional bus subscriber (S1, S2, S3, S4) switches itself off.
A method for configuration of radio interface based synchronisation, wherein said method comprises the steps of: - obtaining hearability information and synchronisation ability information concerning a multitude of radio base stations, said hearability information comprising, for each radio base station of said multitude of radio base stations, an identity of a radio base station under consideration, experienced signal quality of signals from other radio base stations of said multitude of radio base stations, and identities of said other radio base stations of said multitude of radio base stations, and said synchronisation ability information comprising, for each radio base station of said multitude of radio base stations, information about a quality of synchronisation, other than the radio interface based synchronisation, obtainable by the radio base station under consideration; - creating a radio interface based synchronisation configuration for said multitude of radio base stations, in dependence of said obtained hearability information and said obtained synchronisation ability information, said radio interface based synchronisation configuration comprising definition of synchronisation links, which radio base stations of said multitude of radio base stations are recommended to use for synchronisation purposes; and - providing data defining said radio interface based synchronisation configuration for transmission to the respective radio base stations. - obtaining hearability information and synchronisation ability information concerning a multitude of radio base stations, said hearability information comprising, for each radio base station of said multitude of radio base stations, an identity of a radio base station under consideration, experienced signal quality of signals from other radio base stations of said multitude of radio base stations, and identities of said other radio base stations of said multitude of radio base stations, and said synchronisation ability information comprising, for each radio base station of said multitude of radio base stations, information about a quality of synchronisation, other than the radio interface based synchronisation, obtainable by the radio base station under consideration; an identity of a radio base station under consideration, experienced signal quality of signals from other radio base stations of said multitude of radio base stations, and identities of said other radio base stations of said multitude of radio base stations, and - creating a radio interface based synchronisation configuration for said multitude of radio base stations, in dependence of said obtained hearability information and said obtained synchronisation ability information, said radio interface based synchronisation configuration comprising definition of synchronisation links, which radio base stations of said multitude of radio base stations are recommended to use for synchronisation purposes; and - providing data defining said radio interface based synchronisation configuration for transmission to the respective radio base stations.
An ultrasonic test system for testing metal materials and composite materials, comprising: an ultrasonic transmission part that transmits a first ultrasonic wave and a second ultrasonic wave, the second ultrasonic wave having a frequency higher than the frequency of the first ultrasonic wave, the first ultrasonic wave reflecting on a damage in a test region, the second ultrasonic wave passing through the test region; an ultrasonic detection part that detects a reflected wave of the first ultrasonic wave and the second ultrasonic wave which has passed through the test region, the reflected wave having reflected on the damage; and damage detection part configured to detect the damage in the test region, based on the reflected wave of the first ultrasonic wave and the second ultrasonic wave which has passed through the test region, wherein the ultrasonic transmission part is configured to transmit an ultrasonic wave, of which frequency is not less than 75 kHz and not more than 125 kHz, as the first ultrasonic wave and wherein the ultrasonic transmission part is configured to transmit an ultrasonic wave, of which frequency is not less than 300 kHz and not more than 400 kHz, as the second ultrasonic wave. an ultrasonic transmission part that transmits a first ultrasonic wave and a second ultrasonic wave, the second ultrasonic wave having a frequency higher than the frequency of the first ultrasonic wave, the first ultrasonic wave reflecting on a damage in a test region, the second ultrasonic wave passing through the test region; an ultrasonic detection part that detects a reflected wave of the first ultrasonic wave and the second ultrasonic wave which has passed through the test region, the reflected wave having reflected on the damage; and damage detection part configured to detect the damage in the test region, based on the reflected wave of the first ultrasonic wave and the second ultrasonic wave which has passed through the test region, wherein the ultrasonic transmission part is configured to transmit an ultrasonic wave, of which frequency is not less than 75 kHz and not more than 125 kHz, as the first ultrasonic wave and wherein the ultrasonic transmission part is configured to transmit an ultrasonic wave, of which frequency is not less than 300 kHz and not more than 400 kHz, as the second ultrasonic wave.
An antenna device (1; 1A) comprising: a ground layer made of an electric conductor; a plurality (22; 22A) of array antennas (22i; 22Ai) provided in a layer above the ground layer so as to be spaced apart from the ground layer; and a Rotman lens (32; 32A) provided in a layer below the ground layer so as to be spaced apart from the ground layer, wherein each of the plurality (22; 22A) of array antennas (22i; 22Ai): (i) includes: a power feed line (23Li; 23ALi) at a center of which a feedpoint (23Pi; 23APi) is located; and a plurality of antenna elements (241i,..., 248i, 251i,..., 258i; 241Ai,..., 248Ai, 251Ai,..., 258Ai) connected to the power feed line (23Li; 23ALi), and (ii) has a point symmetric shape with respect to the feedpoint (23Pi; 23APi) as a center of symmetry, wherein the feedpoint (23Pi; 23APi) of each of the plurality (22; 22A) of array antennas (22i; 22Ai) is coupled to an end of any one of output ports (322i; 322Ai) of the Rotman lens (32; 32A) via a respective ot provided in the ground layer. a ground layer made of an electric conductor; a plurality (22; 22A) of array antennas (22i; 22Ai) provided in a layer above the ground layer so as to be spaced apart from the ground layer; and a Rotman lens (32; 32A) provided in a layer below the ground layer so as to be spaced apart from the ground layer, wherein each of the plurality (22; 22A) of array antennas (22i; 22Ai): (i) includes: a power feed line (23Li; 23ALi) at a center of which a feedpoint (23Pi; 23APi) is located; and a plurality of antenna elements (241i,..., 248i, 251i,..., 258i; 241Ai,..., 248Ai, 251Ai,..., 258Ai) connected to the power feed line (23Li; 23ALi), and (ii) has a point symmetric shape with respect to the feedpoint (23Pi; 23APi) as a center of symmetry, (i) includes: a power feed line (23Li; 23ALi) at a center of which a feedpoint (23Pi; 23APi) is located; and a plurality of antenna elements (241i,..., 248i, 251i,..., 258i; 241Ai,..., 248Ai, 251Ai,..., 258Ai) connected to the power feed line (23Li; 23ALi), and (ii) has a point symmetric shape with respect to the feedpoint (23Pi; 23APi) as a center of symmetry, wherein the feedpoint (23Pi; 23APi) of each of the plurality (22; 22A) of array antennas (22i; 22Ai) is coupled to an end of any one of output ports (322i; 322Ai) of the Rotman lens (32; 32A) via a respective ot provided in the ground layer.
A process for producing aldehydes, comprising contacting an olefin, with hydrogen and carbon monoxide in the presence of a catalyst composition to produce said aldehydes, wherein the catalyst composition comprises: a mixture of tris(3-pyridyl)phosphine, a zinc centered Meso-Tetraphenyl-2-oxa-3-oxoporphine coordination complex and a rhodium precursor.
Distribution module for the use in modular distribution panels for connecting analogously or digitally switched connection sockets with other distribution panels or continuing lines or terminal devices, the distribution module comprising a plurality of connecting sockets at one front side characterised in that a) the distribution module has on all sides a well closed housing and b) all connection sockets of the front side of the distribution module are wired at the back side opposite to the front side with a single exterior envelope. a) the distribution module has on all sides a well closed housing and b) all connection sockets of the front side of the distribution module are wired at the back side opposite to the front side with a single exterior
Use of cellulosic fibre pulp having a Schopper-Riegler number according to ISO 5267-1 of about 70-90 as a component of a papermaking pulp for enhancing compressive strength of paper or board manufactured from the papermaking pulp, wherein the cellulosic fibre pulp is used in the papermaking pulp in such amount that fibre originating from the cellulosic fibre pulp constitutes up to about 25 wt%, determined on a dry matter basis, of the fibre composition of the papermaking pulp and/or of the paper or board manufactured.
An implantable or insertable biomedical device comprising a biodegradable or non-biodegradable substrate and a collagen inhibitor on said substrate, wherein said collagen inhibitor is selected from the group consisting of: mithramycin, mitomycin-c, tranilast, and halofuginone, wherein said substrate is coated with said collagen inhibitor or said collagen inhibitor has been applied on said substrate concurrently with a carrier material or film-forming material, wherein the device is configured to substantially elute said collagen inhibitor over a period of from up to 30 minutes to up to 8 days; and wherein said device is a urethral catheter, ureteral stent, nephroureteral catheter, esophageal stent, tracheal stent, laryngeal/tracheal/pulmonary stent, nasal stent, salivary duct stent, biliary stent, enteric stent or Nasolacrimal stent; or wherein said device is a wound closure device, a surgical packing, or a barrier material for preventing adhesions in a subject.
Folding device for fully unfolded cardboard boxes in flat form, preferably pizza boxes, which can be vertically accommodated in a magazine frame in the flat state for the purpose of being folded, characterized in that the folding device has an angle frame comprising at least two angle elements (4, 4') arranged at a distance from one another, which distance corresponds at least to the width of the cardboard box to be fed in, which angle elements each have an adjustable foot (5, 5'), the adjustable feet (5, 5') resting on an installation plane of the folding device, to each of which angle elements (4, 4') a vertical strut (6, 6') is hinged, preferably at right angles, the magazine frame, which is open at the lateral surface facing the vertical struts (6, 6'), being arranged on these vertical struts (6, 6') at a distance from the installation plane of the folding device, which distance corresponds at least to the width of the cardboard box to be fed in, the magazine frame being defined at least by the vertical struts (6, 6'), an installation surface which closes the magazine frame at its bottom, a belt drive and at least one hollow tube which is integrally formed on one of the two vertical struts (6, 6') and is preferably arranged at the top of the installation surface, an at least substantially L-shaped insertion tube being inserted into the integrally formed hollow tube such that this hollow tube and the inserted insertion tube can at least partially surround the vertical cardboard boxes, and the preferably electromotively driven belt drive (11 being assigned to the installation surface such that a foremost vertical cardboard box accommodated in the magazine frame can be fed into a folding frame, which is arranged below the installation surface and secured to the vertical struts (6, 6'), by means of the preferably electromotively driven belt drive and/or by means of a sensor-controlled propulsion of the belt drive, the folding frame comprising at least one lower folding tool and two lateral folding tools (22, 22') arranged on the right- and left-hand side, and such that the lower edge of this cardboard box to be fed in can rest on a surface of the folding frame which protrudes toward the cardboard box and, moreover, can be folded by means of the folding frame and its associated folding tools (21, 22, 22') into a predefined spatial shape.
Compressor (4; 6) for an axial turbomachine, in particular a low-pressure compressor, the compressor (4; 6) comprising an annular surface and at least one row of blades (30; 34) extending radially from said annular surface, the annular surface comprising: - an arcuate row of bumps spaced apart by an interblade space and each having a maximum height; and/or - an arcuate row of hollows spaced apart by an interblade space and each having a maximum depth; two successive bumps of the arcuate row of bumps having two different maximum heights, and/or two successive hollows of the arcuate row of hollows having two different maximum depths, characterised in that the maximum heights and/or the maximum depths vary progressively along the circumference of the annular surface, from a maximum to a minimum. - an arcuate row of bumps spaced apart by an interblade space and each having a maximum height; and/or - an arcuate row of hollows spaced apart by an interblade space and each having a maximum depth; two successive bumps of the arcuate row of bumps having two different maximum heights, and/or two successive hollows of the arcuate row of hollows having two different maximum depths, characterised in that the maximum heights and/or the maximum depths vary progressively along the circumference of the annular surface, from a maximum to a minimum.
A composition comprising a refrigerant comprising - 0.1-10 mass% CO 2 and - 90-99.9 mass% of a compound A which is at least one compound selected from trans-1,2-difluoroethylene [ -HFO-1132], cis-1,2-difluoroethylene [ -HFO-1132], fluoroethylene (HFO-1141) and 3,3,3-trifluoropropyne, each based on the total amount of R744 and compound A taken as 100 mass%. - 0.1-10 mass% CO 2 and - 90-99.9 mass% of a compound A which is at least one compound selected from trans-1,2-difluoroethylene [ -HFO-1132], cis-1,2-difluoroethylene [ -HFO-1132], fluoroethylene (HFO-1141) and 3,3,3-trifluoropropyne,
A method comprising: receiving, by an administrative node computer, data representing a plurality of interactions formatted as a data package, which defines the plurality of interactions and can be entered into a blockchain record, from a first node computer, the plurality of interactions including a first interaction associated with the first node computer and a second interaction associated with the administrative node computer, wherein the first interaction includes transmitting a first value from the first node computer to the administrative node computer, and the second interaction includes transmitting a second value from the administrative node computer to a second node computer; receiving, by the administrative node computer, a first digital signature associated with the data package, the first digital signature being generated with a first private key associated with the first node computer, and the first digital signature indicating the first node computer's agreement with the first interaction; generating, by the administrative node computer, a second digital signature with a second private key associated with the administrative node computer, the second digital signature indicating the administrative node computer's agreement with the second interaction; and creating, by the administrative node computer, a block for a blockchain, the block including the data package. receiving, by an administrative node computer, data representing a plurality of interactions formatted as a data package, which defines the plurality of interactions and can be entered into a blockchain record, from a first node computer, the plurality of interactions including a first interaction associated with the first node computer and a second interaction associated with the administrative node computer, wherein the first interaction includes transmitting a first value from the first node computer to the administrative node computer, and the second interaction includes transmitting a second value from the administrative node computer to a second node computer; receiving, by the administrative node computer, a first digital signature associated with the data package, the first digital signature being generated with a first private key associated with the first node computer, and the first digital signature indicating the first node computer's agreement with the first interaction; generating, by the administrative node computer, a second digital signature with a second private key associated with the administrative node computer, the second digital signature indicating the administrative node computer's agreement with the second interaction; and creating, by the administrative node computer, a block for a blockchain, the block including the data package.
A heat pipe, comprising: an injection port into which a working fluid is injected, wherein the injection port has: a first outer metal layer, a second outer metal layer, at least one inner metal layer provided between the first outer metal layer and the second outer metal layer, and an injection passage in which the injected working fluid moves, the injection passage demarcated by the first outer metal layer, the second outer metal layer, and the inner metal layer, wherein the first outer metal layer has a first inner surface facing the second outer metal layer and constituting a first inner surface of the injection passage, and characterised in that the first inner surface of the first outer metal layer has at least one first groove portion. an injection port into which a working fluid is injected, wherein the injection port has: a first outer metal layer, a second outer metal layer, at least one inner metal layer provided between the first outer metal layer and the second outer metal layer, and an injection passage in which the injected working fluid moves, the injection passage demarcated by the first outer metal layer, the second outer metal layer, and the inner metal layer, wherein the first outer metal layer has a first inner surface facing the second outer metal layer and constituting a first inner surface of the injection passage, and characterised in that the first inner surface of the first outer metal layer has at least one first groove portion. a first outer metal layer, a second outer metal layer, at least one inner metal layer provided between the first outer metal layer and the second outer metal layer, and an injection passage in which the injected working fluid moves, the injection passage demarcated by the first outer metal layer, the second outer metal layer, and the inner metal layer, wherein the first outer metal layer has a first inner surface facing the second outer metal layer and constituting a first inner surface of the injection passage, and characterised in that the first inner surface of the first outer metal layer has at least one first groove portion.
A water heating and treatment system with UV lamp and anti-scale water treatment sanitation for suppression of pathogens and undesired bacterial content in a domestic water system comprising: a water heater; a cold water supply line to supply water to said water heater comprising said anti-scale device, and said UV sanitation lamp; a single or multiple mixing station to supply heated water to one or multiple temperature zones, said single or multiple mixing station fluidly coupled to said cold water supply line and to a hot water outflow line from said water heater, said single or multiple mixing station to supply heated water to at least a first temperature zone at a first hot water temperature; a water heater sanitation loop including a sanitation loop pump to circulate hot water within said water heater; wherein a water heater controller is configured to cause an activation of said water heater sanitation loop and a water temperature of said water heater to increase momentarily to a sanitization temperature above 66°C (151°F) for one or more periods of at least two minutes in a sanitation loop mode, and wherein said mixing station maintains said at least first temperature zone at about said first hot water temperature during operation of said sanitation loop mode. a water heater; a cold water supply line to supply water to said water heater comprising said anti-scale device, and said UV sanitation lamp; a single or multiple mixing station to supply heated water to one or multiple temperature zones, said single or multiple mixing station fluidly coupled to said cold water supply line and to a hot water outflow line from said water heater, said single or multiple mixing station to supply heated water to at least a first temperature zone at a first hot water temperature; a water heater sanitation loop including a sanitation loop pump to circulate hot water within said water heater; wherein a water heater controller is configured to cause an activation of said water heater sanitation loop and a water temperature of said water heater to increase momentarily to a sanitization temperature above 66°C (151°F) for one or more periods of at least two minutes in a sanitation loop mode, and wherein said mixing station maintains said at least first temperature zone at about said first hot water temperature during operation of said sanitation loop mode.