mhurhangee/ep-ind-claims huggingface dataset:
A solar cell comprising: a semiconductor substrate; a conductive area disposed on one surface of the semiconductor substrate; a first electrode line disposed on the conductive area and extending in a first direction; and a second electrode line disposed on the conductive area and extending in a second direction different from the first direction, wherein the first electrode line includes first particles having a spherical shape and a first average diameter, and the second electrode line includes the first particles and second particles, the second particles having a non-spherical shape and a second average diameter, and the average diameter referring to an average of major axis lengths of cross sections of particles in a plane passing through the particles, characterised in that the second electrode line has a multi-layered structure, each layer having a different ratio of the second particles to the first particles, and a proportion of the second particles increasing in the multi-layer structure of the second electrode line as the distance from the conductive area increases. a semiconductor substrate; a conductive area disposed on one surface of the semiconductor substrate; a first electrode line disposed on the conductive area and extending in a first direction; and a second electrode line disposed on the conductive area and extending in a second direction different from the first direction, wherein the first electrode line includes first particles having a spherical shape and a first average diameter, and the second electrode line includes the first particles and second particles, the second particles having a non-spherical shape and a second average diameter, and the average diameter referring to an average of major axis lengths of cross sections of particles in a plane passing through the particles, characterised in that the second electrode line has a multi-layered structure, each layer having a different ratio of the second particles to the first particles, and a proportion of the second particles increasing in the multi-layer structure of the second electrode line as the distance from the conductive area increases.
An electronic circuit with protection against eavesdropping, comprising: a first circuit element embedded in the electronic circuit; a second circuit element embedded in the electronic circuit; a first connection line between the first circuit element and the second circuit element; a first monitoring unit in the first circuit element for measuring capacitance of the first connection line between the first circuit element and the second circuit element; wherein the first monitoring unit is configured to identify change in the capacitance of the first connection line and to initiate actions to prevent eavesdropping in response to identifying change, and characterized in that the first monitoring unit provides a first current according to a randomly selected one of a plurality of current functions to the first connection line to measure the capacitance of the first connection line. a first circuit element embedded in the electronic circuit; a second circuit element embedded in the electronic circuit; a first connection line between the first circuit element and the second circuit element; a first monitoring unit in the first circuit element for measuring capacitance of the first connection line between the first circuit element and the second circuit element; wherein the first monitoring unit is configured to identify change in the capacitance of the first connection line and to initiate actions to prevent eavesdropping in response to identifying change, and characterized in that the first monitoring unit provides a first current according to a randomly selected one of a plurality of current functions to the first connection line to measure the capacitance of the first connection line.
Mammography apparatus comprising an x-ray source, a movable paddle and a detector, wherein the paddle and the detector are arranged to cooperate for pressurizing a breast so as to prepare for x-ray imaging of the breast, wherein the movable paddle is connected to a paddle drive control system configured to drive the movable paddle towards the detector with a selected speed, wherein the paddle drive control system is connected to a speed controller configured to provide the paddle drive control system with a variating target setpoint that sets a rate at which the paddle drive control system drives the movable paddle towards the detector, characterized in that the apparatus comprises a contact area measurement device with which the contact area of the breast with the movable paddle and/or the detector is measurable, and that the speed controller is only operable for varying the variating target setpoint of the paddle drive control system when the contact area measurement device establishes that the contact area surpasses a predefined first threshold value.
A low gel thermoplastic sheet prepared by extruding a composition comprising: a first component comprising thermoplastic polyurethane; a second component comprising a hydroxyl-functional copolymer; and a third component comprising a gel reducing additive having a molecular weight of less than the molecular weight of the hydroxyl-functional copolymer; wherein the hydroxyl-functional copolymer comprises a) a polymer having 10 mole percent or more of repeating units of structure wherein n is 1, R1 and R2 are independently hydrogen, methyl, or ethyl, and R3 is hydrogen or C 1-3 alkyl, or b) a copolymer of ethylene and vinyl alcohol with 25-60 mol% ethylene, wherein the gel reducing additive is selected from the group consisting of compounds with at least one hydroxyl group, compounds with at least one primary amino group, compounds with at least one secondary amino group, compounds with at least one carboxyl group, and compounds with at least one carboxylic anhydride group. a first component comprising thermoplastic polyurethane; a second component comprising a hydroxyl-functional copolymer; and a third component comprising a gel reducing additive having a molecular weight of less than the molecular weight of the hydroxyl-functional copolymer; a) a polymer having 10 mole percent or more of repeating units of structure wherein n is 1, R1 and R2 are independently hydrogen, methyl, or ethyl, and R3 is hydrogen or C 1-3 alkyl, or b) a copolymer of ethylene and vinyl alcohol with 25-60 mol% ethylene,
Ink composition comprising a. a compound "a" consisting of conductive and/or semiconductive nanoparticles which consist of metal oxides and which contain from 5% to 15% by weight of acetate ligands, b. a compound "b" consisting of an alcohol solvent selected from aliphatic monohydric alcohols or mixtures thereof, c. a compound "c" consisting of an alcohol co-solvent different from the compound "b" and selected from unsaturated monohydric alcohols or mixtures thereof, d. a compound "d" consisting of a dispersing agent, and e. an optional compound "e" consisting of a thickener or stabilizer. a. a compound "a" consisting of conductive and/or semiconductive nanoparticles which consist of metal oxides and which contain from 5% to 15% by weight of acetate ligands, b. a compound "b" consisting of an alcohol solvent selected from aliphatic monohydric alcohols or mixtures thereof, c. a compound "c" consisting of an alcohol co-solvent different from the compound "b" and selected from unsaturated monohydric alcohols or mixtures thereof, d. a compound "d" consisting of a dispersing agent, and e. an optional compound "e" consisting of a thickener or stabilizer.
A method for evaluating Global Navigation Satellite System, GNSS, signals, the method comprising: receiving a first and a second GNSS signal; identifying a first satellite vehicle, SV, and a second SV to potentially associate with the first GNSS signal; extracting an overlay code from each of the first and the second GNSS signal; estimating a delay between the overlay code in the first GNSS signal and the overlay code in the second GNSS signal; comparing the delay to a threshold; and upon determining that the delay exceeds the threshold, estimating a location using both the first GNSS signal and the second GNSS signal. receiving a first and a second GNSS signal; identifying a first satellite vehicle, SV, and a second SV to potentially associate with the first GNSS signal; extracting an overlay code from each of the first and the second GNSS signal; estimating a delay between the overlay code in the first GNSS signal and the overlay code in the second GNSS signal; comparing the delay to a threshold; and upon determining that the delay exceeds the threshold, estimating a location using both the first GNSS signal and the second GNSS signal.
Seat for bicycle saddles, comprising a first inner layer made of a rubber-type material, a second layer, made of a material of the natural or synthetic fabric, placed over said first layer, and a fourth outer layer, made of a material of the natural fabric, said first layer being cured together with said second layer and fourth layer so as to make a compact composite structure, characterized in that it further comprises a third layer, made of a material of the rubber type, placed over said second layer, wherein said fourth outer layer, made of a material of the natural fabric, is placed over said third layer.
A reactor configuration comprising at least one electrically heated furnace which defines a space, with at least one reactor tube placed within the furnace space and said reactor tube having an exit and entrance outside of the reactor furnace, and wherein said furnace is further provided with - at least one electrical radiative heating element suitable for heating to high temperatures in the range of 400 to 1400 °C, said heating element being located inside said furnace in such a way that the heating element is in no direct contact with the at least one reactor tube; and - a number of inspection ports in the furnace wall such to be able to visually inspect the condition of the at least one reactor tube on all sides of said reactor tube during operation, the total number of inspection ports being sufficient to inspect all reactor tubes present in the furnace at their full length and circumference; and wherein the heating duty of the furnace is at least 3 MW. - at least one electrical radiative heating element suitable for heating to high temperatures in the range of 400 to 1400 °C, said heating element being located inside said furnace in such a way that the heating element is in no direct contact with the at least one reactor tube; and - a number of inspection ports in the furnace wall such to be able to visually inspect the condition of the at least one reactor tube on all sides of said reactor tube during operation, the total number of inspection ports being sufficient to inspect all reactor tubes present in the furnace at their full length and circumference; and wherein the heating duty of the furnace is at least 3 MW.
A nasal probe (1A, 1B) to convey respiratory gas into the respiratory system of a patient, including: - two ducts intended to be introduced, at least partially, into the respective nostrils of the nose of the patient and adapted to be supplied with respiratory gas; and - two lateral flexible skirts, each of which is surrounding one of said ducts, over at least a portion of its length, by providing an annular space between it and said corresponding duct, said lateral skirts being intended to be introduced, at least in part, into the corresponding nostrils of the nose of the patient, characterized: - in that each of said ducts includes at least one lateral orifice that is provided in its lateral wall and that is opposite said associated lateral skirt; and - in that said lateral skirts are deformable under the effect of a jet of gas escaping from said at least one lateral orifice, so as to be applied against the internal wall of the corresponding nostrils to participate to the holding of said nasal probe (1A, 1B) within these latter. - two ducts intended to be introduced, at least partially, into the respective nostrils of the nose of the patient and adapted to be supplied with respiratory gas; and - two lateral flexible skirts, each of which is surrounding one of said ducts, over at least a portion of its length, by providing an annular space between it and said corresponding duct, said lateral skirts being intended to be introduced, at least in part, into the corresponding nostrils of the nose of the patient, - in that each of said ducts includes at least one lateral orifice that is provided in its lateral wall and that is opposite said associated lateral skirt; and - in that said lateral skirts are deformable under the effect of a jet of gas escaping from said at least one lateral orifice, so as to be applied against the internal wall of the corresponding nostrils to participate to the holding of said nasal probe (1A, 1B) within these latter.
Large roller bearing arrangement with an outer diameter of at least 250 mm and at least one raceway element (3, 5) and at least one rolling element, which arrangement has the following features: - at least one contact zone (21, 23) between the at least one raceway element (3, 5) and the at least one rolling element - the contact zone has an inductively hardened surface layer, - the raceway element (3, 5) and/or the at least one rolling element is made of a steel with an addition of carbon of at least 0.46% by mass, - wherein the steel has an addition of molybdenum, - the surface layer has a maximum hardness, generated by an inductive hardening process, which is lower than the maximum achievable hardness of the steel used. - at least one contact zone (21, 23) between the at least one raceway element (3, 5) and the at least one rolling element - the contact zone has an inductively hardened surface layer, - the raceway element (3, 5) and/or the at least one rolling element is made of a steel with an addition of carbon of at least 0.46% by mass, - wherein the steel has an addition of molybdenum, - the surface layer has a maximum hardness, generated by an inductive hardening process, which is lower than the maximum achievable hardness of the steel used.
An assembly for an inner tube for a tire, comprising - a base film (101, 201), which is forming a part of the inner tube or configured to be attached to the inner tube, - a ring, which is inserted into a hole through the base film (101, 201), said ring comprising o internal threads of a fasten mechanism, - a plug, which is removably insertable in the ring, said plug comprising o external threads of the fasten mechanism, o a first end having a first surface adapted to face outwards a cavity of the inner tube when inflated, o a second end having a second surface adapted to face inwards the cavity of the inner tube and adapted for attaching a module comprising an electronic device. - a base film (101, 201), which is forming a part of the inner tube or configured to be attached to the inner tube, - a ring, which is inserted into a hole through the base film (101, 201), said ring comprising o internal threads of a fasten mechanism, o internal threads of a fasten mechanism, - a plug, which is removably insertable in the ring, said plug comprising o external threads of the fasten mechanism, o a first end having a first surface adapted to face outwards a cavity of the inner tube when inflated, o a second end having a second surface adapted to face inwards the cavity of the inner tube and adapted for attaching a module comprising an electronic device. o external threads of the fasten mechanism, o a first end having a first surface adapted to face outwards a cavity of the inner tube when inflated, o a second end having a second surface adapted to face inwards the cavity of the inner tube and adapted for attaching a module comprising an electronic device.
Device for measuring bulk and/or tapped density comprising: - a driving mechanism, - a vessel provided for containing a powder sample, said vessel being provided to move up and down upon the operation of said driving mechanism, said vessel having a predetermined section, preferably a substantially constant section over height, - a distance measuring device provided for measuring a distance between a first reference point and a second point, wherein the second point represents the height of the powder sample in the vessel, and provided to output a signal containing c value of the distance to a processing unit, - a temperature adjusting means provided to cool or warm said vessel in order to perform the density or distance measurement at a measurement temperature; characterized in that, - said distance measuring device is a laser distance measuring device provided to emit downwards a laser light ray having a predetermined direction, - the laser distance measuring device is configured to measure the distance by laser triangulation. - a driving mechanism, - a vessel provided for containing a powder sample, said vessel being provided to move up and down upon the operation of said driving mechanism, said vessel having a predetermined section, preferably a substantially constant section over height, - a distance measuring device provided for measuring a distance between a first reference point and a second point, wherein the second point represents the height of the powder sample in the vessel, and provided to output a signal containing c value of the distance to a processing unit, - a temperature adjusting means provided to cool or warm said vessel in order to perform the density or distance measurement at a measurement temperature; characterized in that, - said distance measuring device is a laser distance measuring device provided to emit downwards a laser light ray having a predetermined direction, - the laser distance measuring device is configured to measure the distance by laser triangulation.
A catheter comprising: an elongated body having a longitudinal axis, and a deflection section having a nitinol support member having an initial configuration, the nitinol support member being adapted for heat activation at a transition temperature to assume a trained configuration; a lead wire configured to deliver a current to heat the support member; and wherein the nitinol support member is further adapted to return to the initial configuration when it is allowed to cool below the transition temperature. an elongated body having a longitudinal axis, and a deflection section having a nitinol support member having an initial configuration, the nitinol support member being adapted for heat activation at a transition temperature to assume a trained configuration; a lead wire configured to deliver a current to heat the support member; and wherein the nitinol support member is further adapted to return to the initial configuration when it is allowed to cool below the transition temperature.
A method for implementing service chaining, comprising: receiving, by a network entity, a notification regarding an event that triggers a change in policy rules; transmitting, by the network entity, first policy rules to a packet-data-network gateway, wherein the first policy rules are configured to be installed on the packet-data-network gateway for uplink flows, and the first policy rules are configured to enable the packet-data-network gateway to create first route-header information that determines a service chain path taken by the uplink flows; and transmitting, by the network entity, second policy rules to an interworking gateway, wherein the second policy rules are configured to be installed on the interworking gateway for downlink flows, and the second policy rules are configured to enable the interworking gateway to create second route-header information that determines a service chain path taken by the downlink flows, wherein the transmitting the first policy rules and the transmitting the second policy rules are in response to the received notification; wherein the packet-data-network gateway and the interworking gateway are separate and distinct gateway entities. receiving, by a network entity, a notification regarding an event that triggers a change in policy rules; transmitting, by the network entity, first policy rules to a packet-data-network gateway, wherein the first policy rules are configured to be installed on the packet-data-network gateway for uplink flows, and the first policy rules are configured to enable the packet-data-network gateway to create first route-header information that determines a service chain path taken by the uplink flows; and transmitting, by the network entity, second policy rules to an interworking gateway, wherein the second policy rules are configured to be installed on the interworking gateway for downlink flows, and the second policy rules are configured to enable the interworking gateway to create second route-header information that determines a service chain path taken by the downlink flows, wherein the transmitting the first policy rules and the transmitting the second policy rules are in response to the received notification; wherein the packet-data-network gateway and the interworking gateway are separate and distinct gateway entities.
A low pass filter having an RF input terminal and an RF output terminal, the low pass filter comprising: a plurality of inductors (16a-b) coupled in series between the RF input and output terminals; and at least one electrically tunable capacitor coupled to a node of one of the inductors; the low pass filter being characterized in that each of the inductors including a winding (20a-b) that includes a first end, a second end and a pair of nodes (42, 44) defining a portion of the winding between the first end and the second end, and a combination of a resistor (22a-b) and a capacitor (24a-b) coupled in series, the resistor and the capacitor combination being coupled in parallel with the portion of the winding defined by the pair of nodes to enhance the out of band rejection of the low pass filter. a plurality of inductors (16a-b) coupled in series between the RF input and output terminals; and at least one electrically tunable capacitor coupled to a node of one of the inductors; the low pass filter being characterized in that each of the inductors including a winding (20a-b) that includes a first end, a second end and a pair of nodes (42, 44) defining a portion of the winding between the first end and the second end, and a combination of a resistor (22a-b) and a capacitor (24a-b) coupled in series, the resistor and the capacitor combination being coupled in parallel with the portion of the winding defined by the pair of nodes to enhance the out of band rejection of the low pass filter.