mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device comprising: a first memory access circuit (11, 41) that outputs a first access address (CAA1, MAA1); a second memory access circuit (12, 42) to check the first memory access circuit (11, 41), the first memory access circuit (11, 41) and the second memory access circuit (12, 42) constituting a lockstep configuration; a memory (20, 50; 20A, 20B) that receives the first access address (CAA1, MAA1) from the first memory access circuit (11, 41) and outputs a memory address (LOA, KOA; LOAA, LOAB) based on the first access address (CAA1, MAA1); a duplexing comparison circuit (33, 63) that compares the first access address (CAA1, MAA1) with a second access address (CAA2, MAA2) output from the second memory access circuit (12, 42); a first address comparison circuit (31, 61; 31A, 31B) that compares the first access address (CAA1, MAA1) output from the first memory access circuit (11, 41) with the memory address (LOA, KOA; LOAA, LOAB) output from the memory (20, 50; 20A, 20B); and an error control circuit (36, 66) that outputs a control signal based on a comparison result from the duplexing comparison circuit (33, 63) and a comparison result from the first address comparison circuit (31, 61). a first memory access circuit (11, 41) that outputs a first access address (CAA1, MAA1); a second memory access circuit (12, 42) to check the first memory access circuit (11, 41), the first memory access circuit (11, 41) and the second memory access circuit (12, 42) constituting a lockstep configuration; a memory (20, 50; 20A, 20B) that receives the first access address (CAA1, MAA1) from the first memory access circuit (11, 41) and outputs a memory address (LOA, KOA; LOAA, LOAB) based on the first access address (CAA1, MAA1); a duplexing comparison circuit (33, 63) that compares the first access address (CAA1, MAA1) with a second access address (CAA2, MAA2) output from the second memory access circuit (12, 42); a first address comparison circuit (31, 61; 31A, 31B) that compares the first access address (CAA1, MAA1) output from the first memory access circuit (11, 41) with the memory address (LOA, KOA; LOAA, LOAB) output from the memory (20, 50; 20A, 20B); and an error control circuit (36, 66) that outputs a control signal based on a comparison result from the duplexing comparison circuit (33, 63) and a comparison result from the first address comparison circuit (31, 61).
Medical device comprising an insertion tube having a proximal end and a distal end, and at least one working channel having an inner surface, the working channel extending from the proximal end to the distal end in an axial direction of the tube, a liner (120, 120') in coaxial alignment with the distal end of the working channel and wherein the liner is a ceramic sleeve, a distal end plate disposed upon the distal end of the insertion tube, the distal end plate having a working channel bore in coaxial alignment with the working channel, wherein the liner (120, 120') is within the working channel bore, characterized by a soft channel tube in coaxial alignment with the distal end of the working channel, the channel tube is adjacently provided to the liner (120, 120') on the inner surface of the working channel bore, and the inner surface of the channel tube and the inner surface of the liner (120, 120') are flush.
A multipurpose interface socket, set up and intended for use with a light barrier measuring system comprising a measuring device, wherein the multipurpose interface base has the following features: - at least one mechanical stop corresponding to a counter stop on the measuring device for receiving and repeatably accurately placing the measuring device on the multi-purpose interface socket, wherein the mechanical stop is designed such that the measuring device can be connected to the multi-purpose interface socket in two different orientations rotated by 180°; - two second signal transfer points (320a, 320b) corresponding to first signal transfer points (50a, 50b) on the measuring device, each having a contact point with a plurality of electrical and/or optical fibre-supported contacts (a, b, c), wherein the two contact points are spaced apart from one another, and the plurality of contacts (a, b, c) of one contact point are arranged point-symmetrically with respect to the plurality of contacts (a, b, c) of the other contact point relative to a centre between the two contact points; and - at least one second fluid transfer point on the multipurpose interface socket corresponding to a first fluid transfer point on the measuring device, which is arranged in the centre between the two second signal transfer points (320a, 320b), wherein the multipurpose interface socket is characterised in that it further comprises a pneumatic control for pneumatic actuation of a closing diaphragm for a measuring beam of the measuring device, wherein the pneumatic control has a valve and/or a pressure reducer and/or a non-return valve and/or a filter capsule. - at least one mechanical stop corresponding to a counter stop on the measuring device for receiving and repeatably accurately placing the measuring device on the multi-purpose interface socket, wherein the mechanical stop is designed such that the measuring device can be connected to the multi-purpose interface socket in two different orientations rotated by 180°; - two second signal transfer points (320a, 320b) corresponding to first signal transfer points (50a, 50b) on the measuring device, each having a contact point with a plurality of electrical and/or optical fibre-supported contacts (a, b, c), wherein the two contact points are spaced apart from one another, and the plurality of contacts (a, b, c) of one contact point are arranged point-symmetrically with respect to the plurality of contacts (a, b, c) of the other contact point relative to a centre between the two contact points; and - at least one second fluid transfer point on the multipurpose interface socket corresponding to a first fluid transfer point on the measuring device, which is arranged in the centre between the two second signal transfer points (320a, 320b), wherein the multipurpose interface socket is characterised in that it further comprises a pneumatic control for pneumatic actuation of a closing diaphragm for a measuring beam of the measuring device, wherein the pneumatic control has a valve and/or a pressure reducer and/or a non-return valve and/or a filter capsule.
An atmospheric pressure plasma device comprising: a plasma head; a gas tube configured to supply a gas to the plasma head; a flow rate controller configured to control a flow rate of the gas supplied to the gas tube; a pressure sensor arranged downstream of the flow rate controller and configured to detect a pressure in the gas tube; a determining section configured to determine a state of the device based on how the pressure in the gas tube deviates from a standard value specified for each flow rate of the supplied gas, wherein the determining section is configured to determine the state of the device as abnormal when the pressure in the gas tube is equal to or lower than the standard value, characterized in that: the determining section is configured to determine a leakage amount of the gas according to a decompression amount of the gas, wherein the extent of gas leakage is determinable by the degree of pressure drop with respect to the standard value specified for each flow rate of the supplied gas. a plasma head; a gas tube configured to supply a gas to the plasma head; a flow rate controller configured to control a flow rate of the gas supplied to the gas tube; a pressure sensor arranged downstream of the flow rate controller and configured to detect a pressure in the gas tube; a determining section configured to determine a state of the device based on how the pressure in the gas tube deviates from a standard value specified for each flow rate of the supplied gas, wherein the determining section is configured to determine the state of the device as abnormal when the pressure in the gas tube is equal to or lower than the standard value,
Medical product in the form of a fibrous flock material or of a suspension containing a fibrous flock material, wherein the fibrous flock material is present in the form of single flock fibers and the medical product is sprayable, characterized in that the flock material comprises a resorbable material or is formed from such a material.
A vehicle provided with at least two windscreen wiper devices of the flat blade type each comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen of the vehicle to be wiped, each wiper blade including at least one groove, in which groove a longitudinal strip of the carrier element is disposed, which windscreen wiper devices each comprise a connecting device for a respective oscillating arm, wherein each oscillating arm is pivotally connected to its corresponding connecting device about a pivot axis near one end, and wherein each connecting device comprises at least two parts (8, 9) provided with protrusion/hole means arranged for detachably connecting said parts (8, 9) together through a snapping operation, wherein the first part is retained onto its corresponding wiper blade and wherein the second part comprises a channel arranged for inserting a rod-like extension of its corresponding oscillating arm therein, characterized in that each second part and said extension of its corresponding oscillating arm comprise mutually cooperating protuberance/groove means resulting in an asymmetric form of said second part and of said extension of said oscillating arm with respect to their middle longitudinal planes, seen in vertical direction, in order to ensure that each windscreen wiper device can only be mounted on its corresponding oscillating arm.
A coaxial connector (51B, 51C) comprising: a base surface; a coaxial structure where a dielectric is between a central conductor and an outer conductor; and a protrusion protruding from the base surface, wherein the central conductor includes a contact portion protruding from the base surface, the coaxial connector being configured such that in response to a substrate being inserted toward the base surface between the contact portion and the protrusion, the contact portion comes into contact with a conductor pattern formed on a surface of the substrate, and the outer conductor includes a protruding conductor protruding from the base surface and not in contact with the substrate inserted between the contact portion and the protrusion and wherein the dielectric includes a protruding dielectric protruding from the base surface toward between the contact portion and the protruding conductor. a base surface; a coaxial structure where a dielectric is between a central conductor and an outer conductor; and a protrusion protruding from the base surface, wherein the central conductor includes a contact portion protruding from the base surface, the coaxial connector being configured such that in response to a substrate being inserted toward the base surface between the contact portion and the protrusion, the contact portion comes into contact with a conductor pattern formed on a surface of the substrate, and the outer conductor includes a protruding conductor protruding from the base surface and not in contact with the substrate inserted between the contact portion and the protrusion and wherein the dielectric includes a protruding dielectric protruding from the base surface toward between the contact portion and the protruding conductor.
A battery packaging material comprising a laminate in which at least a base material layer, a metal layer and a sealant layer are laminated in this order, wherein the sealant layer includes a layer formed of a resin composition for a sealant layer of a battery packaging material, comprising a polyolefin-based resin having an isotactic fraction (mm) of 90% or more and 99% or less, the content of which in said layer is 50% by mass or more.
A method for treating exhaust gas onboard a vehicle that includes an internal combustion engine, the method comprising: converting, by a photovoltaic cell mounted onboard the vehicle and coupled to an electrochemical cell, solar energy into electricity; and powering the electrochemical cell mounted onboard the vehicle to produce oxygen and hydrogen by electrolysis of water using the electricity converted by the photovoltaic cell; producing, by the electrochemical cell, a first oxygen stream and a first hydrogen stream; and providing heat and the first oxygen stream to a particulate matter filter onboard the vehicle, thereby oxidizing particulate matter disposed on the particulate matter filter, wherein providing the heat to the particulate matter filter comprises combusting the first hydrogen stream using an ignition device positioned near the particulate matter filter. converting, by a photovoltaic cell mounted onboard the vehicle and coupled to an electrochemical cell, solar energy into electricity; and powering the electrochemical cell mounted onboard the vehicle to produce oxygen and hydrogen by electrolysis of water using the electricity converted by the photovoltaic cell; producing, by the electrochemical cell, a first oxygen stream and a first hydrogen stream; and providing heat and the first oxygen stream to a particulate matter filter onboard the vehicle, thereby oxidizing particulate matter disposed on the particulate matter filter, wherein providing the heat to the particulate matter filter comprises combusting the first hydrogen stream using an ignition device positioned near the particulate matter filter.
A method for controlling propellers of contra-rotation open fan (CROF) engines of an aircraft, comprising: for each engine setting a diameter of a downstream propeller to be at a first diameter during at least a portion of a first flight condition of the aircraft; and setting the diameter of the downstream propeller to be at a second diameter, different from the first diameter, during at least a portion of a second flight condition of the aircraft; wherein in the event of any one of the aircraft engines losing power, the downstream propeller diameter of the other engine(s) is immediately increased. for each engine setting a diameter of a downstream propeller to be at a first diameter during at least a portion of a first flight condition of the aircraft; and setting the diameter of the downstream propeller to be at a second diameter, different from the first diameter, during at least a portion of a second flight condition of the aircraft; wherein in the event of any one of the aircraft engines losing power, the downstream propeller diameter of the other engine(s) is immediately increased. setting the diameter of the downstream propeller to be at a second diameter, different from the first diameter, during at least a portion of a second flight condition of the aircraft; wherein in the event of any one of the aircraft engines losing power, the downstream propeller diameter of the other engine(s) is immediately increased.
Textile multi-layer reinforcing structure having an integrated thermoplastic matrix for producing shapeable fiber-composite semifinished structures consisting of at least three independently formed and subsequently joined layer structures, these layer structures having reinforcing structures and thermoplastic fiber material, and each reinforcing layer having unidirectionally aligned filament-shaped reinforcing fiber structures, and all layers which are arranged one above the other being arranged so as to be interconnected in textile terms prior to the application of pressure and/or temperature, characterized in that at least one layer structure is designed as a reinforcing layer, in that each reinforcing layer is covered on both sides by a textile surface structure layer made of thermoplastic fiber material, and in that a thermoplastic filament material is arranged as a textile composite of all the layers which are arranged one above the other.
A reactor control system for a nuclear reactor, the reactor control system comprising: one or more hollow tubes comprising a neutron absorbing material, each hollow tube having a first end and a second end; a pump operable to control the amount of a first fluid within the hollow tube, the first fluid comprising a neutron moderator, wherein: the pump is configured to be controllable based on a level of reactivity in the nuclear reactor, and the second end of the hollow tubes is in fluid communication with a second fluid, the second fluid having a neutron moderating capacity lower than 10% of that of the first fluid; wherein the first fluid is water and the second fluid is steam; characterised in that the pump is configured to draw the first fluid out of the first end of each hollow tube. one or more hollow tubes comprising a neutron absorbing material, each hollow tube having a first end and a second end; a pump operable to control the amount of a first fluid within the hollow tube, the first fluid comprising a neutron moderator, the pump is configured to be controllable based on a level of reactivity in the nuclear reactor, and the second end of the hollow tubes is in fluid communication with a second fluid, the second fluid having a neutron moderating capacity lower than 10% of that of the first fluid; wherein the first fluid is water and the second fluid is steam; characterised in that the pump is configured to draw the first fluid out of the first end of each hollow tube.
A method of signalling in a Wireless Local Area Network, WLAN, the method comprising: transmitting, at a first wireless device of the WLAN, a signal comprising a physical layer data unit via a wireless channel of the WLAN using plural subcarriers spaced across plural symbols, the physical layer data unit comprising a data packet and a preamble, wherein the preamble comprises: a synchronisation part comprising a channel estimation part, wherein: the channel estimation part comprises N training symbols, where N is an integer greater than 1, the N training symbols comprise synchronisation information for synchronising a second wireless device with the first wireless device, characterised in that the synchronisation information comprising an offset value, and synchronisation information transmitted in second and subsequent training symbols is transmitted using offset subcarriers, the offset subcarriers being frequency offset with respect to reference subcarriers used to transmit synchronisation information in a first training symbol, the frequency offset being equal to the offset value. the channel estimation part comprises N training symbols, where N is an integer greater than 1, the N training symbols comprise synchronisation information for synchronising a second wireless device with the first wireless device, characterised in that the synchronisation information comprising an offset value, and synchronisation information transmitted in second and subsequent training symbols is transmitted using offset subcarriers, the offset subcarriers being frequency offset with respect to reference subcarriers used to transmit synchronisation information in a first training symbol, the frequency offset being equal to the offset value.
A method of providing a three-dimensional scan of a dental arch area (102,), the arch area having two segments (106, 108), each of the two segments (106, 108) having multiple teeth, at least one of the segments having at least one edentulous area between the teeth and a soft tissue, homogenous, cross-arch connecting area between the two segments (106,108), characterised in that the method comprises: affixing a connecting-geometry tool with a plurality of definable features relative to the dental arch area, the plurality of definable features overlaying at least part of the cross-arch connecting area, wherein the connecting-geometry tool is a mesh grid, the mesh grid including a plurality of geometric shapes; scanning the dental arch area by intra-oral scanning to produce a scanned dataset of the dental arch area; determining data relating to the definable features of the connecting-geometry tool overlaying the cross-arch connecting area based on the scanned dataset; and determining the dimensions of the cross-arch connecting area based on the data relating to the definable features. affixing a connecting-geometry tool with a plurality of definable features relative to the dental arch area, the plurality of definable features overlaying at least part of the cross-arch connecting area, wherein the connecting-geometry tool is a mesh grid, the mesh grid including a plurality of geometric shapes; scanning the dental arch area by intra-oral scanning to produce a scanned dataset of the dental arch area; determining data relating to the definable features of the connecting-geometry tool overlaying the cross-arch connecting area based on the scanned dataset; and determining the dimensions of the cross-arch connecting area based on the data relating to the definable features.
Two-component kit for preparing a sealing membrane, characterized in that it consists of: - a constituent A comprising at least one binder of plant origin in the form of an aqueous emulsion which is an anionic, nonionic emulsion or a mixture of an anionic emulsion and a nonionic emulsion, the said binder comprising a mixture of at least one natural resin of plant origin with at least one oil of plant origin, and - a constituent B that is capable of releasing at least one multivalent cation during its reaction with component A, said constituent B comprising a cement chosen from Portland cement, pozzolanic cement mixture optionally comprising fly ash, blast furnace slag, fumed silica and/or natural or calcinated or synthetic pozzolans, aluminous cement, sulfo-aluminous cement and belite cement, and also mixtures thereof. - a constituent A comprising at least one binder of plant origin in the form of an aqueous emulsion which is an anionic, nonionic emulsion or a mixture of an anionic emulsion and a nonionic emulsion, the said binder comprising a mixture of at least one natural resin of plant origin with at least one oil of plant origin, and - a constituent B that is capable of releasing at least one multivalent cation during its reaction with component A, said constituent B comprising a cement chosen from Portland cement, pozzolanic cement mixture optionally comprising fly ash, blast furnace slag, fumed silica and/or natural or calcinated or synthetic pozzolans, aluminous cement, sulfo-aluminous cement and belite cement, and also mixtures thereof.
Breathable outsole for footwear, comprising a midsole and a tread constrained to one another, wherein said midsole and said tread comprise respective first pluralities of through-holes, wherein said midsole comprises a lower side facing said tread having a plurality of grooves, the through-holes of said first plurality of through-holes of the midsole facing onto the grooves, wherein said tread comprises a contact portion with the ground and side walls extending from said contact portion with the ground, the side walls at least partially overlapping said midsole and on which the through-holes of said first plurality of through-holes of the tread being arranged, wherein said through-holes of said first plurality of through-holes of the tread at least partially intercept said grooves of said midsole, wherein said grooves of said midsole have a wavy pattern, characterized in that said tread comprises a second plurality of through-holes, wherein the through-holes of said second plurality of through-holes crosses said contact portion with the ground of the tread and wherein said through-holes of said second plurality of through-holes of the tread face onto said grooves of said midsole.