mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device, comprising: a nanowire stack disposed above a substrate, the nanowire stack having a plurality of vertically-stacked nanowires; a gate structure wrapped around each of the plurality of nanowires, defining a channel region of the device, the gate structure having gate sidewalls; a pair of external spacers on opposite sides of the gate structure and on a portion of the gate sidewalls above the nanowire stack; a pair of source/drain regions on opposite sides of the channel region; and internal spacers on a portion of the gate sidewalls between two adjacent nanowires, internal to the nanowire stack, the semiconductor device characterized in that the pair of external spacers is opaque and configured to absorb light to prevent light from passing through and in that the internal spacers comprise a cross-linked photo-definable dielectric material. a nanowire stack disposed above a substrate, the nanowire stack having a plurality of vertically-stacked nanowires; a gate structure wrapped around each of the plurality of nanowires, defining a channel region of the device, the gate structure having gate sidewalls; a pair of external spacers on opposite sides of the gate structure and on a portion of the gate sidewalls above the nanowire stack; a pair of source/drain regions on opposite sides of the channel region; and internal spacers on a portion of the gate sidewalls between two adjacent nanowires, internal to the nanowire stack, the semiconductor device characterized in that the pair of external spacers is opaque and configured to absorb light to prevent light from passing through and in that the internal spacers comprise a cross-linked photo-definable dielectric material.
A coated electric wire comprising a conductor and a coating layer covering the outer circumference of the conductor, wherein the coating layer has an outer layer comprising a halogen-free resin composition with a Shore D hardness of 50 or more and an inner layer comprising an olefin based flame retardant resin composition, and the coating layer has a total thickness of 0.3 mm or less, wherein the outer layer mentioned above contains additives in an amount of 30 parts by weight or less with respect to 100 parts by weight of the base polymer of the outer layer mentioned above, the layer thickness of the outer layer mentioned above is 5 to 60 μm, the inner layer mentioned above contains a metal hydrate in an amount of 50 to 200 parts by weight with respect to 100 parts by weight of a base polymer of the inner layer mentioned above, and when letting X (μm) be the layer thickness of the outer layer mentioned above and Y (phr) be the amount of the metal hydrate to be added to the inner layer mentioned above, the formula Y-40 ≥ 1.2X is satisfied.
A radial magnetic bearing comprising a rotor and a stator, the bearing is divided into four quadrants, two upper quadrants located above the rotor in the opposite direction to gravity when in use and two lower quadrants located below the rotor in the direction of gravity towards the earth when in use, the extension of the rotor being substantially perpendicular to gravity when in use, wherein the stator comprises electromagnets in the two upper quadrants that have a joint stator capacity force larger than the gravity load of the rotor at the bearing, and in that the gravity force is used as a static capacity force in the two lower quadrants, a joint stator capacity force in the two lower quadrants is less than the joint stator capacity force in the two upper quadrants, thereby making an area of the stator used by electromagnets in the two lower quadrants plus an available area along the stator without electromagnets in the two lower quadrants, substantially the same size as an area of the stator used by electromagnets in the two upper quadrants, characterized in that in each of the two upper quadrants there are at least two independent circuits of electromagnets, the two upper quadrants further comprises two or more power amplifiers per quadrant, each power amplifier feeding one independent circuit of electromagnets with the power amplifiers delivering the same current for each of the independent circuits of electromagnets of a same quadrant thereby decreasing the inductance seen by each power amplifier to thereby increase a dynamic capability and/or increase a power amplifier failure tolerance of the bearing.
Arrangement of the rear portion of an underbody structure for a rechargeable hybrid motor vehicle comprising a rear suspension, a rear cradle having a central zone extending transversally across a longitudinal direction of the vehicle, extended at each of the ends thereof by two arms (181, 182), respectively a front arm and a rear arm, on which attachment points (181a, 182a) are provided allowing the cradle to be attached firstly to the body and secondly to the rear suspension, a plurality of members of the vehicle including at least a low-voltage battery, a high-voltage battery, a battery charger, a fuel tank and an exhaust silencer arranged at the end of an exhaust line being arranged in said rear portion of the underbody structure, the position of the attachment points on the rear arms of the rear cradle defining a reference position in the longitudinal direction of the vehicle, to the rear of which said exhaust silencer is arranged, and to the front of which the other members of said plurality of members of the vehicle are arranged, said fuel tank being arranged between said low-voltage battery and said high-voltage battery in the longitudinal direction of the vehicle.
In vitro method for determining whether a compound is immunotoxic wherein the expression level of at least one marker gene is determined in a sample obtained from a Jurkat cell cultured in vitro, which is exposed to the compound in the in vitro culture, wherein the marker gene is ABCA1, and wherein it is concluded that the compound is immunotoxic if the expression level of the ABCA1 marker gene is below or above a predetermined reference value.
A particle energy modulating device for variably changing the energy of particles of a particle beam (2, 10) passing through the particle energy modulating device, comprising at least one variable energy varying device, characterized by at least one control value correcting device for correcting a control value that is supplied to the particle energy modulating device, wherein the control value correcting device is configured and adapted to correct the control values supplied to the particle energy modulating device at least sometimes and/or at least partially using calibration data, and wherein in at least some regions calibration data are determined over an area, in particular in form of a two-dimensional grid (Fig. 3).
A process for producing spheroidal graphite cast iron which contains substantially no rare-earth element, the process comprising: (a) a step of adding a spheroidizing agent of an Fe-Si-Mg-Ca-based alloy that contains, in terms of % by mass, 3.0 to 6.0% of Mg, 1.0 to 2.0% of Ca, 0.5 to 3.5% of Ba, and 0.3% or less of Al and that contains rare-earth elements in an amount of 0.001 % or less to a molten iron in an amount of 0.8 to 2.0%, in terms of % by mass based on the molten iron, to conduct a spheroidization treatment of the molten iron in a ladle; (b) a step of conducting an inoculation treatment using a first Fe-Si-Ca-based inoculant or Ca-Si-based inoculant, either simultaneously with the step (a) or after the step (a); and (c) a step of adding a second Fe-Si-Ca-based inoculant containing, in terms of % by mass, 45 to 75% of Si and 1.0 to 3.0% of Ca to the molten iron after the step (b) and before the molten iron is cast into a casting mold, in an amount of 0.2 to 0.4% in terms of % by mass based on the molten iron which has not undergone the spheroidization treatment, to conduct a pouring inoculation treatment, wherein the spheroidal graphite cast iron to be obtained has a composition which contains, in terms of % by mass, 3.0 to 4.5% of C, 3.0 to 4.0% of Si, 0.2 to 0.4% of Mn, 0.006 to 0.020% of S, 0.08 to 0.30% of Cu, 0.020 to 0.040% of Sn, 0.015 to 0.050% of Mg, 0.03% or less of Al, and 0.01% or less of Zn, with the remainder being Fe and unavoidable impurities. (a) a step of adding a spheroidizing agent of an Fe-Si-Mg-Ca-based alloy that contains, in terms of % by mass, 3.0 to 6.0% of Mg, 1.0 to 2.0% of Ca, 0.5 to 3.5% of Ba, and 0.3% or less of Al and that contains rare-earth elements in an amount of 0.001 % or less to a molten iron in an amount of 0.8 to 2.0%, in terms of % by mass based on the molten iron, to conduct a spheroidization treatment of the molten iron in a ladle; (b) a step of conducting an inoculation treatment using a first Fe-Si-Ca-based inoculant or Ca-Si-based inoculant, either simultaneously with the step (a) or after the step (a); and (c) a step of adding a second Fe-Si-Ca-based inoculant containing, in terms of % by mass, 45 to 75% of Si and 1.0 to 3.0% of Ca to the molten iron after the step (b) and before the molten iron is cast into a casting mold, in an amount of 0.2 to 0.4% in terms of % by mass based on the molten iron which has not undergone the spheroidization treatment, to conduct a pouring inoculation treatment,
A method of using a previously stored biometric template to access a user computing device, said method comprising: receiving a submitted device password submitted by a user; generating a submitted device hash from said submitted device password; comparing said submitted device hash to a stored device hash stored in a cache on said device, said stored device hash having been formed by hashing a device password; if the submitted device hash matches the stored device hash, decrypting an encrypted content protection key stored in said cache using the submitted device password to form a decrypted content protection key, said encrypted content protection key having been formed by encrypting a content protection key using said device password; decrypting an encrypted biometric template stored in the cache using said decrypted content protection key to form a decrypted biometric template, said encrypted biometric template having been encrypted using said content protection key, following retrieval from a smart card using a smart card reader; obtaining a biometric scan of the user; comparing said biometric scan with said decrypted biometric template; and if the biometric scan matches the decrypted biometric template, unlocking said device. receiving a submitted device password submitted by a user; generating a submitted device hash from said submitted device password; comparing said submitted device hash to a stored device hash stored in a cache on said device, said stored device hash having been formed by hashing a device password; if the submitted device hash matches the stored device hash, decrypting an encrypted content protection key stored in said cache using the submitted device password to form a decrypted content protection key, said encrypted content protection key having been formed by encrypting a content protection key using said device password; decrypting an encrypted biometric template stored in the cache using said decrypted content protection key to form a decrypted biometric template, said encrypted biometric template having been encrypted using said content protection key, following retrieval from a smart card using a smart card reader; obtaining a biometric scan of the user; comparing said biometric scan with said decrypted biometric template; and if the biometric scan matches the decrypted biometric template, unlocking said device.
A method for processing messages in a message-based communication scenario in which messages are received from an input message stream, multiplied and forwarded to multiple message consumers, and persisted together with at least one of a time stamp and a message identifier in a persistent storage for later replay to the message consumers, the method comprising: detecting a replay triggering event associated with a message consumer; and in response to detecting the replay triggering event, creating a replay function for the message consumer, the replay function being configured to receive persisted messages from the persistent storage and to send the persisted messages to the message consumer, wherein a message queue is provided for each of the multiple message consumers, wherein the method further comprises: detecting a queue overrun of the message queue of the message consumer; and stopping message forwarding towards the message consumer if the queue overrun is detected, and wherein detecting the replay triggering event associated with the message consumer comprises detecting that the queue overrun no longer occurs. detecting a replay triggering event associated with a message consumer; and in response to detecting the replay triggering event, creating a replay function for the message consumer, the replay function being configured to receive persisted messages from the persistent storage and to send the persisted messages to the message consumer, wherein a message queue is provided for each of the multiple message consumers, wherein the method further comprises: detecting a queue overrun of the message queue of the message consumer; and stopping message forwarding towards the message consumer if the queue overrun is detected, and detecting a queue overrun of the message queue of the message consumer; and stopping message forwarding towards the message consumer if the queue overrun is detected, and wherein detecting the replay triggering event associated with the message consumer comprises detecting that the queue overrun no longer occurs.
Container treatment system with a first container treatment apparatus for treating containers, a second container treatment apparatus that is disposed downstream of the first treatment apparatus and is used for treating the containers following a treatment by the first container treatment apparatus, a transport unit for transporting containers, wherein the transport unit comprises a transport path which is arranged over its entire length between the first and second container treatment apparatus (10, 20) and along which the containers can be transported from the first container treatment apparatus to the second container treatment apparatus, and wherein the transport unit further comprises a plurality of transport members movably mounted on the transport path for holding and transporting a container, wherein the transport path and at least one transport member are designed and intended in such a way that the at least one transport member can compensate on its path between the first and second container treatment apparatus (10, 20) at least at times a difference in transport speed of the containers in the first and second container treatment apparatus (10, 20), characterized in that, the treatment processes of the two different container treatment apparatuses (10, 20) of the container treatment system are carried out independently from each other and wherein a control device is designed and intended in such a way that the transport members of the transport unit, or the speed thereof, can be separately controlled by the control device in such a way that any speed differences in the transport of the containers in the first and second container treatment apparatus (10, 20) can be compensated, and wherein the control device is furthermore designed and intended in such a way that each of the transport members can be separately controlled by the control device in such a way that the speed thereof along the transport path respectively corresponds to the tangential speeds of the first and second containers treatment apparatus (10, 20).
A method of cleaning an article in a dishmachine comprising: applying directly to the article a first concentrated cleaning composition comprising: (i) from 1 wt-% to 90 wt-% of a source of alkalinity; (ii) optional materials selected from the group consisting of surfactant, thickener, chelating agent, bleaching agent, catalyst, enzyme, solidification agent and mixtures thereof; and (iii) water, wherein the first concentrated cleaning composition has at least 20 wt-% active ingredients; and thereafter applying to the article a second composition selected from the group consisting of a first acidic cleaning composition and thereafter applying to the article a third composition selected from the group consisting of a second alkaline cleaning composition. applying directly to the article a first concentrated cleaning composition comprising: (i) from 1 wt-% to 90 wt-% of a source of alkalinity; (ii) optional materials selected from the group consisting of surfactant, thickener, chelating agent, bleaching agent, catalyst, enzyme, solidification agent and mixtures thereof; and (iii) water, wherein the first concentrated cleaning composition has at least 20 wt-% active ingredients; and thereafter applying to the article a second composition selected from the group consisting of a first acidic cleaning composition and thereafter applying to the article a third composition selected from the group consisting of a second alkaline cleaning composition.
A safety system for an electric motor controller, comprising: a torque safety monitor having a first processor distinct from a second processor of a main motor controller, the torque safety monitor having one or more monitors (208, 210) associated with subsystems of a vehicle, the subsystems of the vehicle including at least one of a brake pedal assembly or an accelerator pedal assembly, the first processor coupled to the one or more monitors to detect failure in the one or more monitored subsystems; a hardware protection unit coupled to the torque safety monitor and configured to couple to the main motor controller and a DC/AC (direct current to alternating current) inverter; and the first processor configured to direct the hardware protection unit to modify switching signals that the hardware protection unit receives from the main motor controller, so as to decrease to nonzero value AC power, sent from the DC/AC inverter to an electric motor, in response to a detected failure in one or more of the monitored subsystems and an estimated torque of the electric motor differing from a commanded torque associated with the main motor controller by more than a set amount. a torque safety monitor having a first processor distinct from a second processor of a main motor controller, the torque safety monitor having one or more monitors (208, 210) associated with subsystems of a vehicle, the subsystems of the vehicle including at least one of a brake pedal assembly or an accelerator pedal assembly, the first processor coupled to the one or more monitors to detect failure in the one or more monitored subsystems; a hardware protection unit coupled to the torque safety monitor and configured to couple to the main motor controller and a DC/AC (direct current to alternating current) inverter; and the first processor configured to direct the hardware protection unit to modify switching signals that the hardware protection unit receives from the main motor controller, so as to decrease to nonzero value AC power, sent from the DC/AC inverter to an electric motor, in response to a detected failure in one or more of the monitored subsystems and an estimated torque of the electric motor differing from a commanded torque associated with the main motor controller by more than a set amount.
A method for manufacturing a transformer comprising electrically conductive windings (A, B, C) and at least one ferromagnetic core (N1, N2, N3) comprised of a wound strip-shaped ferromagnetic material (M1-M18), comprising the steps of: - moving a first electrically conductive winding and a second electrically conductive winding towards each other; characterized by - fixing an initial free edge of a strip-shaped ferromagnetic material wound into a coil with respect to the first electrically conductive winding and to the second electrically conductive winding; - moving the coil of strip-shaped ferromagnetic material along a closed path linking the first electrically conductive winding and the second electrically conductive winding, such as to wind the strip-shaped ferromagnetic material according to said closed path, forming a first ferromagnetic core linked to the first electrically conductive winding and to the second electrically conductive winding. - moving a first electrically conductive winding and a second electrically conductive winding towards each other; characterized by - fixing an initial free edge of a strip-shaped ferromagnetic material wound into a coil with respect to the first electrically conductive winding and to the second electrically conductive winding; - moving the coil of strip-shaped ferromagnetic material along a closed path linking the first electrically conductive winding and the second electrically conductive winding, such as to wind the strip-shaped ferromagnetic material according to said closed path, forming a first ferromagnetic core linked to the first electrically conductive winding and to the second electrically conductive winding.
A device for a biological liquid treatment installation, having a circuit comprising a plurality of connectors and a network for conveying liquid between said connectors, which circuit comprises a bag comprising two flexible films (65, 66) and said conveying network connectors, which circuit further comprises a press, characterized in that the device further comprises: - a base having a front face; - a moveable or removable door, said device having a closed door position; - in the closed door position, said press comprises a first shell disposed on said front face of said base and a second shell disposed in said door and the bag is clamped between the first and second shell; and - a hinge system hinging said door relative to said base, said hinge system being disposed only on one side of said door so as to form, in the closed door position, lateral clearances between said door and said base over the rest of a perimeter of said door, so as to enable free access to the connectors of said bag; characterized in that said first shell is mounted removable on said front face of said base and said second shell is mounted removable in said door. - a base having a front face; - a moveable or removable door, said device having a closed door position; - in the closed door position, said press comprises a first shell disposed on said front face of said base and a second shell disposed in said door and the bag is clamped between the first and second shell; and - a hinge system hinging said door relative to said base, said hinge system being disposed only on one side of said door so as to form, in the closed door position, lateral clearances between said door and said base over the rest of a perimeter of said door, so as to enable free access to the connectors of said bag; characterized in that said first shell is mounted removable on said front face of said base and said second shell is mounted removable in said door.
Copper alloy with the following composition in % by weight: Sn: from 3.0 to 6.5%, Ni: from 0.30 to 0.70%, P: from 0.15 to 0.40%, S: from 0.10 to 0.40%, Zn: optionally up to 0.20%, Fe: optionally up to 0.50%, Mn: optionally up to 0.50%, Pb: optionally up to 0.25%, the balance being copper and unavoidable impurities, wherein the ratio of the proportion of Ni to proportion of P is at least 1.1 and at most 2.8 and wherein the alloy comprises nickel phosphides. Sn: from 3.0 to 6.5%, Ni: from 0.30 to 0.70%, P: from 0.15 to 0.40%, S: from 0.10 to 0.40%, Zn: optionally up to 0.20%, Fe: optionally up to 0.50%, Mn: optionally up to 0.50%, Pb: optionally up to 0.25%, the balance being copper and unavoidable impurities, wherein the ratio of the proportion of Ni to proportion of P is at least 1.1 and at most 2.8 and wherein the alloy comprises nickel phosphides.