mhurhangee/ep-ind-claims huggingface dataset:
A micro-electro-mechanical pressure sensor device, comprising: a first region (102; 103); a second region (101; 500) of semiconductor material having a first face (101A; 101B) and a second face (101B; 101A); the first region (102; 103) facing and fixed to the first face (101A; 101B) of the second region (101; 500); a first air gap (107; 108), extending between the first face (101A; 101B) of the second region (101; 500) and the first region (102; 103); a buried cavity, extending in the second region (101; 500); a membrane within the second region (101; 500) between the buried cavity and the first face (101A; 101B) or the second face (101B; 101A) of the second region (101; 500); and a through trench, extending within the second region (101; 500) and laterally delimiting a sensitive portion housing the membrane, a supporting portion and a spring portion, the spring portion connecting the sensitive portion to the supporting portion; characterized by a channel, extending within the spring portion and connecting the buried cavity to the first face (101A; 101B) of the second region (101; 500); one of the buried cavity and the first air gap being fluidically connected to the outside of the device and the other one of the buried cavity and the first air gap being isolated from the outside. a first region (102; 103); a second region (101; 500) of semiconductor material having a first face (101A; 101B) and a second face (101B; 101A); the first region (102; 103) facing and fixed to the first face (101A; 101B) of the second region (101; 500); a first air gap (107; 108), extending between the first face (101A; 101B) of the second region (101; 500) and the first region (102; 103); a buried cavity, extending in the second region (101; 500); a membrane within the second region (101; 500) between the buried cavity and the first face (101A; 101B) or the second face (101B; 101A) of the second region (101; 500); and a through trench, extending within the second region (101; 500) and laterally delimiting a sensitive portion housing the membrane, a supporting portion and a spring portion, the spring portion connecting the sensitive portion to the supporting portion; characterized by a channel, extending within the spring portion and connecting the buried cavity to the first face (101A; 101B) of the second region (101; 500); one of the buried cavity and the first air gap being fluidically connected to the outside of the device and the other one of the buried cavity and the first air gap being isolated from the outside.
Hydraulic separator for a thermal system provided with a primary circuit and a secondary circuit, including a body with a vertical axis, defining an inner chamber and equipped with a first connection for connecting to a return line of the primary circuit, a second connection for connecting to an input line of the primary circuit, a third connection for connecting to a return line of the secondary circuit and a fourth connection for connecting to an input line of the secondary circuit, and a filter housed in the said inner chamber and interposed between a first zone of the inner chamber communicating with the third connection and a second zone of the inner chamber communicating with the second and fourth connection (10, 12), characterized in that the first connection and the fourth connection are connected to each other through a node outside said inner chamber.
A method for providing likelihood validity assessments for security incident alerts, the method comprising: accessing a labelled set of previous security incident alerts generated within a network environment controlled by an organization, each security incident alert of the labelled set of previous security incident alerts being labelled by the organization with a validity assessment of the respective security incident alert; training an assessment model with the accessed labelled set to configure the assessment model to perform a likelihood validity assessment for future security incident alerts generated as a result of security incidents within the network environment; for each of a plurality of security incident alerts arising from within the network environment after the training: detecting a respective security incident alert that was generated within the network environment; and in response to the detection, using the trained assessment model to perform the likelihood validity assessment on the respective security incident alert, the likelihood validity assessment include an estimate of a validity of a respective security incident and a likelihood level of the estimate; and causing the plurality of likelihood validity assessments to be reported to the organization. accessing a labelled set of previous security incident alerts generated within a network environment controlled by an organization, each security incident alert of the labelled set of previous security incident alerts being labelled by the organization with a validity assessment of the respective security incident alert; training an assessment model with the accessed labelled set to configure the assessment model to perform a likelihood validity assessment for future security incident alerts generated as a result of security incidents within the network environment; for each of a plurality of security incident alerts arising from within the network environment after the training: detecting a respective security incident alert that was generated within the network environment; and in response to the detection, using the trained assessment model to perform the likelihood validity assessment on the respective security incident alert, the likelihood validity assessment include an estimate of a validity of a respective security incident and a likelihood level of the estimate; and causing the plurality of likelihood validity assessments to be reported to the organization.
A concrete structure comprising conventional concrete and steel fibres for reinforcing conventional concrete, each of said steel fibres having a middle portion and anchorage ends at one or both ends of said middle portion, said middle portion having a diameter ranging from 0.10 mm to 1.20 mm, said middle portion having a length to diameter ratio L/D ranging from 40 to 100, said middle portion having a maximum load capacity F m and having an elongation at maximum load A g+e, characterized in that said elongation at maximum load A g+e being at least 4 %, said steel fibre having an anchorage force in said concrete of at least 90 % of said maximum load capacity F m, said anchorage force being the maximum load obtained during a pull out test of a steel fibre embedded with one of said anchorage ends in said concrete.
An indicia scanning assembly, comprising: a housing having a shock mount receiving space; and a shock mount positioned in the shock mount receiving space, the shock mount comprising an elastomeric shock mount body defining a passageway, said passageway having: a first end with a scan engine receiving space; and characterised by: the passageway also having an opposite second end with a scanning window receiving space; and the elastomeric shock mount body further defining a separating bracket integrally formed from the shock mount body, the separating bracket extending a distance into the passageway between the scan engine receiving space and the scanning window receiving space to provide an abutting surface for the scanning window and an abutting surface for the scan engine. a housing having a shock mount receiving space; and a shock mount positioned in the shock mount receiving space, the shock mount comprising an elastomeric shock mount body defining a passageway, said passageway having: a first end with a scan engine receiving space; and characterised by: the passageway also having an opposite second end with a scanning window receiving space; and the elastomeric shock mount body further defining a separating bracket integrally formed from the shock mount body, a first end with a scan engine receiving space; and characterised by: the passageway also having an opposite second end with a scanning window receiving space; and the elastomeric shock mount body further defining a separating bracket integrally formed from the shock mount body, the separating bracket extending a distance into the passageway between the scan engine receiving space and the scanning window receiving space to provide an abutting surface for the scanning window and an abutting surface for the scan engine.
A latch device comprising: • a first stage having circuitry that receives a differential input and generates clocked data signals according to a clock signal and the differential input; • a second stage connected to the first stage and having circuitry that generates differential outputs according to the clock signal and the clocked data signals, the second stage further having a reset circuit that resets a latch storage of the second stage to a high value according to the clock signal, characterized in that • the circuitry of the first stage generates the clocked data signals at a high value when the clock signal has a low value, and the circuitry of the first stage generates the clocked data signals according to the differential input when the clock signal has a high value. • a first stage having circuitry that receives a differential input and generates clocked data signals according to a clock signal and the differential input; • a second stage connected to the first stage and having circuitry that generates differential outputs according to the clock signal and the clocked data signals, the second stage further having a reset circuit that resets a latch storage of the second stage to a high value according to the clock signal, • the circuitry of the first stage generates the clocked data signals at a high value when the clock signal has a low value, and the circuitry of the first stage generates the clocked data signals according to the differential input when the clock signal has a high value.
A tandem photovoltaic device comprising: - a sub-cell A based on perovskite, and - a silicon heterojunction sub-cell B, characterized in that the sub-cell A comprises, in succession: • a hole transport layer HTL, which is a bilayer constituted by a neutral layer HTL-N based on PEDOT:PSS and an acid layer HTL-A based on PEDOT:PSS, PEDOT being poly(3,4-ethylenedioxythiophene), PSS being poly(4-styrenesulphonate), • an active layer based on perovskite, • an electron transport layer ETL A, wherein the layer HTL-A is in direct contact with the active layer based on perovskite. - a sub-cell A based on perovskite, and - a silicon heterojunction sub-cell B, • a hole transport layer HTL, which is a bilayer constituted by a neutral layer HTL-N based on PEDOT:PSS and an acid layer HTL-A based on PEDOT:PSS, PEDOT being poly(3,4-ethylenedioxythiophene), PSS being poly(4-styrenesulphonate), • an active layer based on perovskite, • an electron transport layer ETL A,
A battery pack (25; 70) comprising: a first plurality of accumulators distributed in rows; a first support (14; 106) arranged along a first row of accumulators of the first plurality of accumulators; first conductive strips attached to the accumulators of the first row and extending on the first support; a first guide, the first support being capable of sliding in the first guide; a first metal strip extending in the first guide; characterized in that first deformable electric connectors are attached to the first metal strip and capable of coming into contact with the first conductive strips when the first support is fully inserted into the first guide; and first metal portions (52; 84; 130) are distributed along the first metal strip and in contact with the first metal strip. a first plurality of accumulators distributed in rows; a first support (14; 106) arranged along a first row of accumulators of the first plurality of accumulators; first conductive strips attached to the accumulators of the first row and extending on the first support; a first guide, the first support being capable of sliding in the first guide; a first metal strip extending in the first guide; characterized in that first deformable electric connectors are attached to the first metal strip and capable of coming into contact with the first conductive strips when the first support is fully inserted into the first guide; and first metal portions (52; 84; 130) are distributed along the first metal strip and in contact with the first metal strip.
A protease, wherein the protease comprises one of the following amino acid substitution variants, each based on the numbering according to SEQ ID NO:1: (i) M211N and P212D; (ii) M211L and P212D; wherein the protease has an amino acid sequence according to SEQ ID NO:4 or SEQ ID NO:5. (i) M211N and P212D; (ii) M211L and P212D;
An elevator comprising a car, a counterweight, and a hoisting member connecting the car with the counterweight over a traction sheave, a free fall protection system comprising a free fall protection member connecting the car with the counterweight over a separate free fall sheave, whereby the pre-tensioning load of the free fall protection member is less than 50% of the pre-tensioning load of the hoisting member so that the car and the counterweight are supported by the hoisting member in normal operation and by the free fall protection member only in a situation in which the hoisting member support fails, characterized in the free fall protection system further comprising a free fall protection controller, and at least one free fall protection brake device (110, 120) arranged to act on the free fall protection member in order to stop the movement of the free fall protection member and thereby also the movement of the car and/or the counterweight when being activated by the free fall protection controller. a car, a counterweight, and a hoisting member connecting the car with the counterweight over a traction sheave, a free fall protection system comprising a free fall protection member connecting the car with the counterweight over a separate free fall sheave, whereby the pre-tensioning load of the free fall protection member is less than 50% of the pre-tensioning load of the hoisting member so that the car and the counterweight are supported by the hoisting member in normal operation and by the free fall protection member only in a situation in which the hoisting member support fails, characterized in the free fall protection system further comprising a free fall protection controller, and at least one free fall protection brake device (110, 120) arranged to act on the free fall protection member in order to stop the movement of the free fall protection member and thereby also the movement of the car and/or the counterweight when being activated by the free fall protection controller.
An encoder configured to generate an encoded bitstream comprising a content frame and an associated metadata frame; wherein the content frame is indicative of a signal encoded according to a first codec system; wherein the encoder is configured to - generate a block of metadata; - insert the block of metadata into the metadata frame; - select a secure key from a plurality of pre-determined secure keys; wherein the plurality of pre-determined secure keys provides different levels of trust; - generate a cryptographic value based at least on the content frame, on the associated metadata frame and on the selected secure key; and - insert the generated cryptographic value into the metadata frame. - generate a block of metadata; - insert the block of metadata into the metadata frame; - select a secure key from a plurality of pre-determined secure keys; wherein the plurality of pre-determined secure keys provides different levels of trust; - generate a cryptographic value based at least on the content frame, on the associated metadata frame and on the selected secure key; and - insert the generated cryptographic value into the metadata frame.
A retaining device for passenger transport vehicle passengers, of the type comprising a support column intended to allow the vehicle's passengers to stabilize themselves, said column comprising an upper end portion, a central portion comprising at least one tubular support bar (54a, 54b), adapted to be grasped by a user, and a lower end portion, said central portion of the column comprising at least two tubular support bars (54a, 54b), the upper ends of these support bars (54a, 54b) being connected by the upper end portion of the column and the lower ends of the support bars (54a, 54b) being connected by the lower end portion of the column, and the device comprising means for fixing the lower end portion to a seat (12, 12') of the vehicle and means for fixing the central portion of the column to the seat of the vehicle; characterised in that said means for fixing said central portion comprises a support member secured to a support structure of a backrest (66,22c) of said seat, said support member comprising a fastening lug for fixing to said support structure and two fastening lugs (50, 52) for fixing to respective support bars (54a, 54b), provided at one end with a support element of said support bar (54a, 54b).
An apparatus for mitigating cross-polarization modulation, XpolM, effect on an optical signal at a receiver side through determination of estimates for transmitted symbols, the apparatus comprising a grouping module operable to group two or more subsequent received symbols from the optical signal into a group of received symbols; an estimation module operable to estimate an optical channel based on the group of received symbols and a hypothesis on the transmitted symbols; characterised in that the apparatus further comprises: a determination module operable to determine a reliability measure for a combination of the group of received symbols, the channel estimate, and the hypothesis, and further operable to determine the estimates for the transmitted symbols based on reliability measures for multiple hypotheses on the transmitted symbols. a determination module operable to determine a reliability measure for a combination of the group of received symbols, the channel estimate, and the hypothesis, and further operable to determine the estimates for the transmitted symbols based on reliability measures for multiple hypotheses on the transmitted symbols.
A method of adding echogenic features to a medical device comprising: positioning an impression roller adjacent to a medical device, wherein the impression roller has an outer surface including at least one protrusion, wherein the device has a device surface, rotating the impression roller with respect to the device so that the at least one protrusion presses into the device surface to form a depression; creating a ridge around a rim of the depression, wherein the ridge is positioned radially further than the radially-outward-most extent of the device surface; rotating a guide roller with respect to the device so that the guide roller rolls against the device surface; and forming a portion of the ridge into the depression to create a lobe extending over the depression, wherein a portion of the lobe faces a bottom surface of the depression, and wherein the lobe defines a pocket between the bottom surface and the lobe, and wherein the bottom surface is within the rim of the depression and faces outward of the depression. positioning an impression roller adjacent to a medical device, wherein the impression roller has an outer surface including at least one protrusion, wherein the device has a device surface, rotating the impression roller with respect to the device so that the at least one protrusion presses into the device surface to form a depression; creating a ridge around a rim of the depression, wherein the ridge is positioned radially further than the radially-outward-most extent of the device surface; rotating a guide roller with respect to the device so that the guide roller rolls against the device surface; and forming a portion of the ridge into the depression to create a lobe extending over the depression, wherein a portion of the lobe faces a bottom surface of the depression, and wherein the lobe defines a pocket between the bottom surface and the lobe, and wherein the bottom surface is within the rim of the depression and faces outward of the depression.
A method of controlling a wind turbine generator (220, 310), the wind turbine generator (220, 310) converting mechanical energy to electrical energy, the method comprising: determining an electromagnetic power reference representing the electromagnetic power generated by the wind turbine generator (220, 310), wherein the electromagnetic power reference is determined based on a desired output of the wind turbine generator (220, 310), controlling the electrical power generated by the wind turbine generator (220, 310) using a control signal, wherein the control signal is derived from the electromagnetic power reference characterized in that the control signal is modified in dependence on an inverse power function of the wind turbine generator (220, 310) such that non-linearity of the wind turbine generator (220, 310) is compensated. determining an electromagnetic power reference representing the electromagnetic power generated by the wind turbine generator (220, 310), wherein the electromagnetic power reference is determined based on a desired output of the wind turbine generator (220, 310), controlling the electrical power generated by the wind turbine generator (220, 310) using a control signal, wherein the control signal is derived from the electromagnetic power reference characterized in that the control signal is modified in dependence on an inverse power function of the wind turbine generator (220, 310) such that non-linearity of the wind turbine generator (220, 310) is compensated.
A reduced-pressure assembly for use with a sealing member in providing reduced pressure to a manifold and for visually ascertaining that a threshold reduced pressure has been achieved, the reduced-pressure assembly comprising: a base for coupling to the sealing member; a reduced-pressure interface coupled to the base; a reduced-pressure indicator coupled to the base and comprising a moving member that is adapted to move when reduced pressure exceeds a threshold value and further comprising a visual indicator associated with the moving member; and wherein the moving member comprises a collapsible wall. a base for coupling to the sealing member; a reduced-pressure interface coupled to the base; a reduced-pressure indicator coupled to the base and comprising a moving member that is adapted to move when reduced pressure exceeds a threshold value and further comprising a visual indicator associated with the moving member; and moving member that is adapted to move when reduced pressure exceeds a threshold value and further comprising a visual indicator associated with the moving member; and wherein the moving member comprises a collapsible wall.
A compound of formula (Ia), formula (Ib), formula (IIa) or formula (IIb): or a pharmaceutically acceptable salt thereof: wherein: is selected from the group consisting of: Y is N or CH; each R 1 is independently cyano, hydroxyl, hydroxyalkyl, halogen, haloalkyl, alkoxy, C 1 -C 3 alkyl, -N(R 4) 2, -NR 4 C C 1 -C 3 alkyl, or cycloalkyl; R 2 is hydrogen or halogen; R 3 is hydrogen, halogen or C 1 -C 3 alkyl; each R 4 is independently hydrogen or C 1 -C 3 alkyl; and m is 0, 1, 2 or 3. wherein: is selected from the group consisting of: Y is N or CH; each R 1 is independently cyano, hydroxyl, hydroxyalkyl, halogen, haloalkyl, alkoxy, C 1 -C 3 alkyl, -N(R 4) 2, -NR 4 C C 1 -C 3 alkyl, or cycloalkyl; R 2 is hydrogen or halogen; R 3 is hydrogen, halogen or C 1 -C 3 alkyl; each R 4 is independently hydrogen or C 1 -C 3 alkyl; and m is 0, 1, 2 or 3.