mhurhangee/ep-ind-claims huggingface dataset:
A testing device for an automotive controller, comprising: a plurality of Device Under Test, DUT, lines for connection to respective DUT lines in the automotive controller; first and second multiplexers (6a,6b), each for selecting individual DUT lines from the plurality of DUT lines; first and second measurement modules (7a,7b) connected to the first and second multiplexers (6a,6b), respectively, for measuring signal characteristics on DUT lines selected by each multiplexer (6a,6b); a stimulation block comprising a plurality of stimulation modules (11,12,13) for stimulating electrical signals; and an interconnect circuit operable for selectively connecting stimulation modules (11,12,13) to the first and second measurement modules (7a,7b) for stimulating electrical signals on the selected DUT lines; and a controller for controlling the switching of the first and second multiplexers (6a,6b) and the interconnect circuit to connect selected individual DUT lines to the stimulation modules (11,12,13) and for receiving the measured signal characteristics from the first and second measurement modules (7a,7b) for testing the respective DUT lines in the automotive controller. a plurality of Device Under Test, DUT, lines for connection to respective DUT lines in the automotive controller; first and second multiplexers (6a,6b), each for selecting individual DUT lines from the plurality of DUT lines; first and second measurement modules (7a,7b) connected to the first and second multiplexers (6a,6b), respectively, for measuring signal characteristics on DUT lines selected by each multiplexer (6a,6b); a stimulation block comprising a plurality of stimulation modules (11,12,13) for stimulating electrical signals; and an interconnect circuit operable for selectively connecting stimulation modules (11,12,13) to the first and second measurement modules (7a,7b) for stimulating electrical signals on the selected DUT lines; and a controller for controlling the switching of the first and second multiplexers (6a,6b) and the interconnect circuit to connect selected individual DUT lines to the stimulation modules (11,12,13) and for receiving the measured signal characteristics from the first and second measurement modules (7a,7b) for testing the respective DUT lines in the automotive controller.
A method for controlling the energy density of a laser beam from at least two parameters of the laser beam, the method comprising the following steps of: - regularly applying the laser beam on a reference medium and measuring, at each application, the light intensity obtained on this reference medium, - identifying (S6, S7, S8) a variation of the light intensity on the reference medium between at least two measurements, and - when the variation of the light intensity is greater than a given threshold, determining the unstable parameter(s) of the energy density of the laser beam. - regularly applying the laser beam on a reference medium and measuring, at each application, the light intensity obtained on this reference medium, - identifying (S6, S7, S8) a variation of the light intensity on the reference medium between at least two measurements, and - when the variation of the light intensity is greater than a given threshold, determining the unstable parameter(s) of the energy density of the laser beam.
A leather-like sheet comprising: a fiber base material; an intermediate resin layer stacked on one surface of the fiber base material; and a surface resin layer stacked on the intermediate resin layer, wherein the surface resin layer comprises a polyether-based polyurethane and spherical fine particles having a heat resistance at 200°C, and a content ratio of the spherical fine particles is 5 to 40 mass%, and the spherical fine particles have a specific heat capacity, measured in accordance with JIS K 7123: Testing methods for specific heat capacity of plastics, of 0.95 kJ/(kg·K) or more, and a particle size D 50 (median diameter) at a cumulative distribution of 50 vol%, of 2.5 to 10 μm, and a particle size D 10 at a cumulative distribution of 10 vol% of the spherical fine particles satisfies a condition that a particle size dispersity D 50 /D 10 ≤ 3, wherein the heat resistance and particle size D 50 and D 10 are measured as set out in the description. a fiber base material; an intermediate resin layer stacked on one surface of the fiber base material; and a surface resin layer stacked on the intermediate resin layer, wherein the surface resin layer comprises a polyether-based polyurethane and spherical fine particles having a heat resistance at 200°C, and a content ratio of the spherical fine particles is 5 to 40 mass%, and the spherical fine particles have a specific heat capacity, measured in accordance with JIS K 7123: Testing methods for specific heat capacity of plastics, of 0.95 kJ/(kg·K) or more, and a particle size D 50 (median diameter) at a cumulative distribution of 50 vol%, of 2.5 to 10 μm, and a particle size D 10 at a cumulative distribution of 10 vol% of the spherical fine particles satisfies a condition that a particle size dispersity D 50 /D 10 ≤ 3, wherein the heat resistance and particle size D 50 and D 10 are measured as set out in the description.
The invention relates to a prosthetic attachment comprising a support piece which can be fixed in a dental implant and a mounting assembly which can be coupled to a prosthetic structure, wherein the joint between the support piece and the mounting assembly is a ball-and-socket type joint, wherein the support piece includes a substantially spherical connection section comprising a plurality of radially distributed flexible petals or sectors, wherein the mounting assembly comprises a primary element and a screw provided with a spherical head, wherein the primary element has a substantially spherical cavity and a threaded through hole through which the screw is insertable, such that the spherical head can be introduced into the inner region of the connection section of the support piece and the wall that forms the substantially spherical cavity of the primary element can be adjusted to partially and externally surround the connection section of the support piece, such that the mounting assembly is rotatively coupled and cannot be detached from the support piece. wherein the mounting assembly comprises a primary element and a screw provided with a spherical head, wherein the primary element has a substantially spherical cavity and a threaded through hole through which the screw is insertable, such that the spherical head can be introduced into the inner region of the connection section of the support piece and the wall that forms the substantially spherical cavity of the primary element can be adjusted to partially and externally surround the connection section of the support piece, such that the mounting assembly is rotatively coupled and cannot be detached from the support piece.
Reinforcing element for a tyre comprising one or more threads (F0, F1, F2a, F2b; Fa-Fm) comprising a steel core and characterized in that it comprises: - a first coating of a first portion of the core of the or of one of the steel threads (F2a; Fb, Fd, Ff, Fh, Fj, Fl) made from a first metal or from a first alloy of metals, the first metal or at least one of the metals of the first alloy belonging to a first redox couple, the standard potential E°1 of which is strictly less than the standard potential E°0 of the Fe 2+ /Fe couple, and - a second coating of a second portion of the core of the or of one of the steel threads (F0, F1, F2b; Fa, Fc, Fe, Fg, Fi, Fk, Fm) made from a second alloy of metals, the second alloy of metals being respectively different from the first metal or from the first alloy of metals, at least one of the metals of the second alloy belongs to a second redox couple, the second coating being a copper-tin alloy. - a first coating of a first portion of the core of the or of one of the steel threads (F2a; Fb, Fd, Ff, Fh, Fj, Fl) made from a first metal or from a first alloy of metals, the first metal or at least one of the metals of the first alloy belonging to a first redox couple, the standard potential E°1 of which is strictly less than the standard potential E°0 of the Fe 2+ /Fe couple, and - a second coating of a second portion of the core of the or of one of the steel threads (F0, F1, F2b; Fa, Fc, Fe, Fg, Fi, Fk, Fm) made from a second alloy of metals, the second alloy of metals being respectively different from the first metal or from the first alloy of metals, at least one of the metals of the second alloy belongs to a second redox couple, the second coating being a copper-tin alloy.
A method for displaying a pathway ( 226, 502) for an aircraft, comprising: receiving ( 302, 402, 602) a flight path for intercepting a runway center line in alignment with a runway; determining ( 304, 404, 604) the pathway ( 226, 502) in which the aircraft may fly in order to intersect the flight path based on the aircraft energy state and both lateral and vertical distance with respect to the terrain, and on current aircraft flight parameters, wherein the flight parameters are limited to one or more of the group including aircraft airspeed, altitude, aircraft power setting, angle of attack, distance to the course, distance to a destination, distance to terrain, and maximum allowed deviation from the course, the pathway suggesting a path in the sky which the aircraft is to maintain; rendering ( 306, 406, 606) on a display the flight path and the pathway ( 226, 502); and periodically repeating the determining and rendering steps; characterised in that the pathway includes a left border, a right border, and a center, and the present course of the aircraft. receiving ( 302, 402, 602) a flight path for intercepting a runway center line in alignment with a runway; determining ( 304, 404, 604) the pathway ( 226, 502) in which the aircraft may fly in order to intersect the flight path based on the aircraft energy state and both lateral and vertical distance with respect to the terrain, and on current aircraft flight parameters, wherein the flight parameters are limited to one or more of the group including aircraft airspeed, altitude, aircraft power setting, angle of attack, distance to the course, distance to a destination, distance to terrain, and maximum allowed deviation from the course, the pathway suggesting a path in the sky which the aircraft is to maintain; rendering ( 306, 406, 606) on a display the flight path and the pathway ( 226, 502); and periodically repeating the determining and rendering steps; characterised in that the pathway includes a left border, a right border, and a center, and the present course of the aircraft.
A method for producing a seeding agent, comprising: a fermentation step of producing a fermented raw material by aerobically fermenting a raw material comprising organic waste and an auxiliary material, a percentage of water content of the fermented raw material as measured just after completion of the fermentation step is higher than a first range; and a drying step; characterized in that: the drying step includes a first drying substep and a second drying substep; wherein the first drying substep and the second drying substep are: the first drying substep of producing a dried raw material to dry the fermented raw material until a percentage of the water content of the fermented raw material is within the first range the second drying substep to further dry the dried raw material until a percentage of water content of the dried raw material is within a range that is less than a lower limit of the first range, the first drying substep occurs before the second drying substep and is of a duration that is longer than the second drying substep; and wherein the first range is from 40% to 55%, and the range that is less than the lower limit of the first range is from 10% to 30%. a fermentation step of producing a fermented raw material by aerobically fermenting a raw material comprising organic waste and an auxiliary material, a percentage of water content of the fermented raw material as measured just after completion of the fermentation step is higher than a first range; and a drying step; characterized in that: the drying step includes a first drying substep and a second drying substep; wherein the first drying substep and the second drying substep are: the first drying substep of producing a dried raw material to dry the fermented raw material until a percentage of the water content of the fermented raw material is within the first range the second drying substep to further dry the dried raw material until a percentage of water content of the dried raw material is within a range that is less than a lower limit of the first range, the first drying substep occurs before the second drying substep and is of a duration that is longer than the second drying substep; and wherein the first range is from 40% to 55%, and the range that is less than the lower limit of the first range is from 10% to 30%. the first drying substep of producing a dried raw material to dry the fermented raw material until a percentage of the water content of the fermented raw material is within the first range the second drying substep to further dry the dried raw material until a percentage of water content of the dried raw material is within a range that is less than a lower limit of the first range, the first drying substep occurs before the second drying substep and is of a duration that is longer than the second drying substep; and wherein the first range is from 40% to 55%, and the range that is less than the lower limit of the first range is from 10% to 30%.
A layer of a pouring material in mould, such as polyurethane, polyurethane foams, latex and the like, for the formation of a mattress, said layer comprising a plurality of incisions passing through its entire thickness and arranged in succession one after the other along the direction of development of the incision and at intervals between them of a distance (dx) in such a way as to form at least a line (20, 30) of incisions, preferably two or more lines of incisions parallel between them and spaced between them of a pitch (dy), in such a way that, in correspondence of the application of a traction to the layer substantially orthogonal to said line (20, 30) of incisions, the incisions open to form, each one, a passing opening, each incision having a pre-determined length, characterised in that the length of each incision is comprised within a range between 8 cm and 20 cm, preferably between 10 cm and 20 cm and better still between 15 cm and 20 cm, for example 18 cm, said intervals distance (dx) between the incisions being comprised within a range between 4 cm and 10 cm, preferably between 5 cm and 8 cm, for example 6 cm.
A method, comprising: identifying a program section in a binary software component; performing a first disassembly process according to a first instruction set on the program section to produce a first disassembly result; performing a second disassembly process according to a second instruction set different from the first instruction set on the program section to produce a second disassembly result, wherein each of the first and second disassembly results comprises anomalies that occurred during the respective disassembly process, and the anomalies comprise successful and unsuccessful references; comparing the first disassembly result to the second disassembly result by comparing the successful and unsuccessful references; and determining a utilized instruction set associated with the program section based at least in part on the comparison, wherein the utilized instruction set is either the first instruction set or the second instruction set. identifying a program section in a binary software component; performing a first disassembly process according to a first instruction set on the program section to produce a first disassembly result; performing a second disassembly process according to a second instruction set different from the first instruction set on the program section to produce a second disassembly result, wherein each of the first and second disassembly results comprises anomalies that occurred during the respective disassembly process, and the anomalies comprise successful and unsuccessful references; comparing the first disassembly result to the second disassembly result by comparing the successful and unsuccessful references; and determining a utilized instruction set associated with the program section based at least in part on the comparison, wherein the utilized instruction set is either the first instruction set or the second instruction set.
A method to erect a blast resistant inflatable building, the inflatable building comprising: a plurality of columns; a plurality of walls connecting the plurality of columns; a plurality of arches; a ceiling arch center point, a plurality of roof sections; wherein the plurality of arches connect the plurality of columns to the ceiling arch center point; wherein the plurality of columns, the plurality of arches and the plurality of walls contain air flow therein to set up the blast resistant inflatable building in its final standing form, and the plurality of columns contain a concrete material therein and the plurality of walls contain a durable material therein, characterized in that one end of each arch of the plurality of arches is directly connected to the ceiling arch center point and an other end of the each arch is directly connected to one column from the plurality of columns; the plurality of arches extend out from the ceiling arch center point; wherein each roof section from the plurality of roof sections is attached between two adjacent arches and the wall.
Apparatus for testing a liquid specimen, which apparatus comprises: (i) a container for the liquid specimen; (ii) a lid for closing the container after the liquid specimen has been provided in the container; (iii) first securing means by which the lid is secured to the container; (iv) a test capsule for securing to the lid when the lid is on the container; (v) second securing means by which the test capsule is secured to the lid; and (vi) a response chart which is operable in response to contact with the liquid specimen, the apparatus being such that: (vii) the lid has an openable portion which when opened permits a liquid specimen in the container to enter the test capsule; (viii) the response chart is inside the test capsule and is contacted by the liquid specimen when the liquid specimen enters the test capsule, and (ix) the test capsule has opener means for opening the openable portion; and the apparatus being characterised in that (x) the opener means is not able to move with respect to the test capsule, whereby the opener means opens the openable portion when the test capsule is being secured to the lid, and whereby the opener means remains unmoved with respect to the test capsule both before and after the openable portion has been opened by the opener means. (i) a container for the liquid specimen; (ii) a lid for closing the container after the liquid specimen has been provided in the container; (iii) first securing means by which the lid is secured to the container; (iv) a test capsule for securing to the lid when the lid is on the container; (v) second securing means by which the test capsule is secured to the lid; and (vi) a response chart which is operable in response to contact with the liquid specimen, (vii) the lid has an openable portion which when opened permits a liquid specimen in the container to enter the test capsule; (viii) the response chart is inside the test capsule and is contacted by the liquid specimen when the liquid specimen enters the test capsule, and (ix) the test capsule has opener means for opening the openable portion; and the apparatus being characterised in that (x) the opener means is not able to move with respect to the test capsule, whereby the opener means opens the openable portion when the test capsule is being secured to the lid, and whereby the opener means remains unmoved with respect to the test capsule both before and after the openable portion has been opened by the opener means.
A dual bypass module (200, 306, 706) comprising a network device for managing an integrated secured network environment, comprising: a set of network ports (202A-202D), said set of network ports including a set of input network ports for receiving data traffic and a set of output network ports for outputting said data traffic from said network device; a set of monitoring ports (202E-202H), said set of monitoring ports being configured for transmitting said data traffic between said dual bypass module and a set of monitoring systems (308, 708); a set of relays configured for controlling the flow of data through said dual bypass module; a first logic arrangement (210, 310) for identifying conditions of said set of monitoring systems (308, 708), wherein said first logic arrangement includes a sequential heartbeat diagnostic test for generating a plurality of sets of sequential heartbeat packets, each set being associated with a respective diagnostic test condition and a respective counter, and for receiving said data traffic from a first monitoring system and incrementing the counters for the diagnostic test conditions based on received sets of sequential heartbeat packets and different counter rules for each counter; a second logic arrangement for redirecting said data traffic through a secured alternate path in response to determining that a failure condition exists for the first monitoring system based on the counters for the diagnostic test conditions, wherein the secured alternate path is protected by a second monitoring system. a set of network ports (202A-202D), said set of network ports including a set of input network ports for receiving data traffic and a set of output network ports for outputting said data traffic from said network device; a set of monitoring ports (202E-202H), said set of monitoring ports being configured for transmitting said data traffic between said dual bypass module and a set of monitoring systems (308, 708); a set of relays configured for controlling the flow of data through said dual bypass module; a first logic arrangement (210, 310) for identifying conditions of said set of monitoring systems (308, 708), wherein said first logic arrangement includes a sequential heartbeat diagnostic test for generating a plurality of sets of sequential heartbeat packets, each set being associated with a respective diagnostic test condition and a respective counter, and for receiving said data traffic from a first monitoring system and incrementing the counters for the diagnostic test conditions based on received sets of sequential heartbeat packets and different counter rules for each counter; a second logic arrangement for redirecting said data traffic through a secured alternate path in response to determining that a failure condition exists for the first monitoring system based on the counters for the diagnostic test conditions, wherein the secured alternate path is protected by a second monitoring system.