mhurhangee/ep-ind-claims huggingface dataset:
A method for determining prognostic information for equipment controlled by a programmable logic controller, using a prognostics analysis program embedded in a software platform of the programmable logic controller, the method comprising: determining whether the prognostics analysis program has an idle status; only if the prognostics analysis program has an idle status, then, by the programmable logic controller during programmable logic controller real-time cycles, reading a predetermined number of data samples from a data acquisition device and writing the data samples to a buffer; after writing the predetermined number of data samples to the buffer, activating, by a system function block of the programmable logic controller software platform, the prognostics analysis program to have an active status; reading the data samples from the buffer into the prognostics analysis program; identifying an operating condition of the equipment based on the data samples from the buffer; based on the operating condition of the equipment, extracting a plurality of features from the data samples from the buffer; determining whether a model corresponding to the identified operating condition has been trained; only if the model has been trained, using the model, determining the prognostic information based on the features; and after determining the prognostic information, setting the prognostics analysis program status to idle. determining whether the prognostics analysis program has an idle status; only if the prognostics analysis program has an idle status, then, by the programmable logic controller during programmable logic controller real-time cycles, reading a predetermined number of data samples from a data acquisition device and writing the data samples to a buffer; after writing the predetermined number of data samples to the buffer, activating, by a system function block of the programmable logic controller software platform, the prognostics analysis program to have an active status; reading the data samples from the buffer into the prognostics analysis program; identifying an operating condition of the equipment based on the data samples from the buffer; based on the operating condition of the equipment, extracting a plurality of features from the data samples from the buffer; determining whether a model corresponding to the identified operating condition has been trained; only if the model has been trained, using the model, determining the prognostic information based on the features; and after determining the prognostic information, setting the prognostics analysis program status to idle.
A computer-implemented method for configuring a tracking system arranged to determine a location within a space by comparison of one or more measurements of radio frequency signals, made at the location, with measurements of RF signals recorded in a radio fingerprint map of the space, the space being illuminated by a lighting system having one or more sensors for detecting the presence of a detected user of the lighting system in the space, each of the one or more sensors having a respective predetermined sensing area (70', 75', 80', 85') in the space, the method comprising: (i) receiving measurements of radio frequency signals propagating in the space, each measurement being made at a respective time of measurement by a device, carried by a device user, configured to measure RF signals; (ii) receiving sensor data output by the one or more sensors of the lighting system, the sensor data indicating a presence, in one or more respective sensing areas (70', 75', 80', 85') within the space, of the detected user at a respective time of sensing, wherein at least one said time of measurement is synchronised with said time of sensing; (iii) estimating respective locations of making RF signal measurements received at (i) by reference to a radio fingerprint map of the space; (iv) correlating, in respect of a same said time, one of the locations estimated at (iii) of making the measurements of RF signals with the indicated detection, at (ii), of the detected user in the one or more respective sensing areas (70', 75', 80', 85') within the space thereby to associate the device user carrying the device making the measurements of RF signals at the correlated one of the locations with the indicated detection; and (v) configuring the radio fingerprint map according to the association made at (iv). (i) receiving measurements of radio frequency signals propagating in the space, each measurement being made at a respective time of measurement by a device, carried by a device user, configured to measure RF signals; (ii) receiving sensor data output by the one or more sensors of the lighting system, the sensor data indicating a presence, in one or more respective sensing areas (70', 75', 80', 85') within the space, of the detected user at a respective time of sensing, wherein at least one said time of measurement is synchronised with said time of sensing; (iii) estimating respective locations of making RF signal measurements received at (i) by reference to a radio fingerprint map of the space; (iv) correlating, in respect of a same said time, one of the locations estimated at (iii) of making the measurements of RF signals with the indicated detection, at (ii), of the detected user in the one or more respective sensing areas (70', 75', 80', 85') within the space thereby to associate the device user carrying the device making the measurements of RF signals at the correlated one of the locations with the indicated detection; and (v) configuring the radio fingerprint map according to the association made at (iv).
Integrated circuit card comprising a rewritable non-volatile memory and a buffer (G_BUFF), said rewritable non-volatile memory comprising a first context where a first application comprising first data is stored, - wherein said integrated circuit card is adapted to: store (STOR1) in a second context of said rewritable non-volatile memory a second application sent by a terminal; - wherein said rewritable non-volatile memory further comprises a shareable interface which is imported within said first application and within said second application, said shareable interface defining at least one shared method for a loading (PUT_DAT1), - the second application being adapted to receive at least one APDU command (APDU_C2) from said terminal to trigger the following steps through the Integrated circuit card: - requesting the shareable interface related to said first application to access to the shared method, - calling the shared method for a loading (PUT_DAT1) and loading (PUT_DAT1) the first application first data into said buffer (G_BUFF); - extracting (GET_DAT1) said first application first data from said buffer (G_BUFF) and storing (STOR2) said first data into said second context. - wherein said integrated circuit card is adapted to: store (STOR1) in a second context of said rewritable non-volatile memory a second application sent by a terminal; - wherein said rewritable non-volatile memory further comprises a shareable interface which is imported within said first application and within said second application, said shareable interface defining at least one shared method for a loading (PUT_DAT1), - the second application being adapted to receive at least one APDU command (APDU_C2) from said terminal to trigger the following steps through the Integrated circuit card: - requesting the shareable interface related to said first application to access to the shared method, - calling the shared method for a loading (PUT_DAT1) and loading (PUT_DAT1) the first application first data into said buffer (G_BUFF); - extracting (GET_DAT1) said first application first data from said buffer (G_BUFF) and storing (STOR2) said first data into said second context.
A synthetic resin humidity control container comprising a storing chamber that contains contents and a pinch-off portion on a bottom, a wall of the humidity control container including; an innermost layer that defines the storing chamber; an outermost layer that is disposed outside the innermost layer; and a moisture absorption layer (12,13) that is disposed between the innermost layer and the outermost layer and contains a hygroscopic inorganic filler, the innermost layer being made of a material having an MFR of less than 2.0 characterized by that the moisture absorption layer (12, 13) includes a first moisture absorption layer that contains calcium oxide and a second moisture absorption layer that is disposed outside the first moisture absorption layer and contains magnesium sulfate.
A body analyte monitoring system, intended to be attached to a limb of a living being, comprising: - a first module, comprising attachment and tightening means configured to hold and tighten the system on a limb, - a second module, comprising microneedles configured to be inserted into the skin to sample and/or analyze a body fluid from the wearer of the body monitoring system when the latter is positioned on the limb, the two modules (100, 200) being able to be in coupled position where they are coupled together by shape complementarity, the system being characterized in that the first module and the second module are interconnected by a separable link, the separable link being configured to be released when a tearing threshold is exceeded, the link being also reusable, the threshold of tearing of the separable link being lower than the threshold of tearing of the microneedles from the skin, so that once worn, a tearing force disengages the separable link to prevent the tearing of the microneedles from the skin. - a first module, comprising attachment and tightening means configured to hold and tighten the system on a limb, - a second module, comprising microneedles configured to be inserted into the skin to sample and/or analyze a body fluid from the wearer of the body monitoring system when the latter is positioned on the limb, the two modules (100, 200) being able to be in coupled position where they are coupled together by shape complementarity, the system being characterized in that the first module and the second module are interconnected by a separable link, the separable link being configured to be released when a tearing threshold is exceeded, the link being also reusable, the threshold of tearing of the separable link being lower than the threshold of tearing of the microneedles from the skin, so that once worn, a tearing force disengages the separable link to prevent the tearing of the microneedles from the skin. the two modules (100, 200) being able to be in coupled position where they are coupled together by shape complementarity, the system being characterized in that the first module and the second module are interconnected by a separable link, the separable link being configured to be released when a tearing threshold is exceeded, the link being also reusable, the threshold of tearing of the separable link being lower than the threshold of tearing of the microneedles from the skin, so that once worn, a tearing force disengages the separable link to prevent the tearing of the microneedles from the skin.
A method of manufacturing a semiconductor module comprising a semiconductor element, an insulating layer, a sintering layer and a copper substrate, characterised in that the method comprises the following steps in the order given: - depositing said sinter layer on said copper substrate, wherein said sinter layer is a sinter copper layer, - application of the insulation layer on the sintered copper layer and - placing the semiconductor element on the insulating layer. - depositing said sinter layer on said copper substrate, wherein said sinter layer is a sinter copper layer, - application of the insulation layer on the sintered copper layer and - placing the semiconductor element on the insulating layer.
An apparatus comprising: a target having the shape of a cylinder and configured to rotate about an axis of the cylinder, the cylinder comprising: a first material portion made of a high-conductivity material located circumferentially at a radially outward part of the cylinder, the radial thickness of the first material portion is configured to vary around the circumference of the cylinder and to reduce from thick to thin as a function of an angle around the cylinder to provide a varying response to a magnetic field having a non-zero frequency; and a second material portion made of a low-conductivity material located at a radially inward part of the cylinder; wherein the magnetic field produces an eddy current in the first material portion which generates a reflected magnetic field, and wherein the varying response causes the reflected magnetic field to vary in strength around the circumference of the first material portion and the angular dependency of the strength of the reflected magnetic field permits detection of the angle of rotation of the cylinder around its axis. a target having the shape of a cylinder and configured to rotate about an axis of the cylinder, the cylinder comprising: a first material portion made of a high-conductivity material located circumferentially at a radially outward part of the cylinder, the radial thickness of the first material portion is configured to vary around the circumference of the cylinder and to reduce from thick to thin as a function of an angle around the cylinder to provide a varying response to a magnetic field having a non-zero frequency; and a second material portion made of a low-conductivity material located at a radially inward part of the cylinder; a first material portion made of a high-conductivity material located circumferentially at a radially outward part of the cylinder, the radial thickness of the first material portion is configured to vary around the circumference of the cylinder and to reduce from thick to thin as a function of an angle around the cylinder to provide a varying response to a magnetic field having a non-zero frequency; and a second material portion made of a low-conductivity material located at a radially inward part of the cylinder; wherein the magnetic field produces an eddy current in the first material portion which generates a reflected magnetic field, and wherein the varying response causes the reflected magnetic field to vary in strength around the circumference of the first material portion and the angular dependency of the strength of the reflected magnetic field permits detection of the angle of rotation of the cylinder around its axis.
A method for realizing a geofence scenario with a system according to next generation service interface, NGSI, context management, based on at least the Open Mobile Alliance OMA NGSI 9/10 standard - NGSI-system - (NGSI-GF-S), wherein the NGSI-system (NGSI-GF-S) provides a NGSI subscription operation for subscribing NGSI-entities for notifications, wherein said geofence scenario is defined at least by at least a geofence object set comprising mobile objects, at least a geofencing set comprising one or more geofences and one or more geofence predicates for mathematically combining a geofence object set and a geofencing set, which result includes at least the values true and false, wherein when the predicate changes from the value false to the value true is considered an ENTER geofence event, and wherein when the predicate changes from true to another value is considered a LEAVE geofence event, characterized in that for subscribing to geofence event notification according to the NGSI subscription protocol by a geofence application entity via an NGSI interface (NGSI-I) a) the geofence scenario is specified as NGSI operational scope for the NGSI subscription and/or b) the geofence scenario is included as one or more attributes of a NGSI entity for the NGSI subscription, by said NGSI interface (NGSI-I). a) the geofence scenario is specified as NGSI operational scope for the NGSI subscription and/or b) the geofence scenario is included as one or more attributes of a NGSI entity for the NGSI subscription,
Planar transformer of the type of those comprising: - a magnetic circuit comprising four lateral branches each linked to each end of a central branch by a first and a second magnetic bridges (28, 29); - at least one primary winding; - at least one secondary winding (19, 20) arranged around each of said lateral branches; said primary winding being arranged around said central branch and characterized in that a plurality of copies of said first and second magnetic bridges (28, 29) respectively form an X in planes at right angles to the end parts of said central branch. - a magnetic circuit comprising four lateral branches each linked to each end of a central branch by a first and a second magnetic bridges (28, 29); - at least one primary winding; - at least one secondary winding (19, 20) arranged around each of said lateral branches;
A rolling bearing for the mounting of a shaft, comprising an inner ring and an outer ring which are formed from a ring material, wherein the inner ring has on an outer circumferential surface and the outer ring has on an inner circumferential surface a raceway (4, 5) for guiding balls, the balls rolling on the respective raceway (4, 5), the ring material comprising 0.5 to 2 wt% carbon, at most 0.035 wt% sulphur, 3 to 5 wt% chromium, 1 to 4 wt% vanadium, 1 to 12 wt% tungsten and 2 to 12 wt% molybdenum, a hardness of a surface of the respective raceway (4, 5) being at least 62 HRC and an osculation between the raceway on the inner ring and the balls and/or an osculation between the raceway on the outer ring and the balls being at least 1.05, characterised in that the rolling bearing, by forming the inner ring and the outer ring with an E-modulus of 220 to 250 MPa and by forming at least the raceway on the inner ring and/or at least the raceway on the outer ring with a surface roughness with an average roughness value R a of 0.005 to 0.03, with an skewness R sk of 0.3 to -5 and with a gradient R ku of 3 to 15 has reduced operating noise.
A windscreen wiper device for cleaning a windshield of a vehicle, comprising: an elongated wiper strip of a flexible material for sealing against the windshield; at least one carrier element extending between opposite end portions and in engagement with said elongated wiper strip to bias said elongated wiper strip into a predetermined configuration; a frame structure including a plurality of claws in engagement with said at least one carrier element between said end portions for biasing a portion of said wiper strip against the windshield and also including at least two end caps slidably supporting said end portions of said at least one carrier element; and wherein said end caps are pivotably coupled to at least an adjacent portion of said frame structure and at least said end portions of said at least one carrier element are curved when in a relaxed state to bias said wiper strip against the windshield, wherein said frame structure includes a main bridge and a pair of end piece sub-assemblies coupled to opposite ends of said main bridge and wherein said end caps are in said end piece sub-assemblies, the windscreen wiper device being characterised in that each of said end piece sub-assemblies includes a linkage and said end cap and a connecting piece interconnecting said linkage and said end cap with said main bridge. an elongated wiper strip of a flexible material for sealing against the windshield; at least one carrier element extending between opposite end portions and in engagement with said elongated wiper strip to bias said elongated wiper strip into a predetermined configuration; a frame structure including a plurality of claws in engagement with said at least one carrier element between said end portions for biasing a portion of said wiper strip against the windshield and also including at least two end caps slidably supporting said end portions of said at least one carrier element; and wherein said end caps are pivotably coupled to at least an adjacent portion of said frame structure and at least said end portions of said at least one carrier element are curved when in a relaxed state to bias said wiper strip against the windshield,
A heat transfer suppression sheet (10; 50; 60) for a battery pack, the heat transfer suppression sheet (10; 50; 60) being used in a battery pack in which battery cells are connected in series or in parallel and being interposed between the battery cells, the heat transfer suppression sheet (10; 50; 60) comprising: a heat-insulating material (11; 21; 31; 51) containing at least one of inorganic particles or inorganic fibers; and a covering material (12; 52) covering at least a part of the heat-insulating material (11; 21; 31; 51), wherein a gap is formed between the heat-insulating material (11; 21; 31; 51) and the covering material (12; 52), the gap communicates with the outside of the heat-insulating material (11; 21; 31; 51) and the covering material (12; 52), characterized in that the covering material (12; 52) covers a part of a cross section of the heat-insulating material (11; 21; 31; 51) or an entire cross section of the heat-insulating material (11; 21; 31; 51) in addition to a surface and a back surface of the heat-insulating material (11; 21; 31; 51). a heat-insulating material (11; 21; 31; 51) containing at least one of inorganic particles or inorganic fibers; and a covering material (12; 52) covering at least a part of the heat-insulating material (11; 21; 31; 51), wherein a gap is formed between the heat-insulating material (11; 21; 31; 51) and the covering material (12; 52), the gap communicates with the outside of the heat-insulating material (11; 21; 31; 51) and the covering material (12; 52), characterized in that the covering material (12; 52) covers a part of a cross section of the heat-insulating material (11; 21; 31; 51) or an entire cross section of the heat-insulating material (11; 21; 31; 51) in addition to a surface and a back surface of the heat-insulating material (11; 21; 31; 51).
A monoclonal antibody or an antibody fragment thereof, wherein the antibody or fragment binds to a region of adrenomedullin that is located in the N-terminal part, amino acids 1-21 of SEQ ID No. 23, wherein the monoclonal antibody or antibody fragment thereof is a human or humanized antibody and, wherein the heavy chain (H chain) comprises the sequences SEQ ID NO: 1 GYTFSRYW SEQ ID NO: 2 ILPGSGST SEQ ID NO: 3 TEGYEYDGFDY and wherein the light chain comprises the sequences SEQ ID NO: 4 QSIVYSNGNTY SEQ ID NO: 5 RVS SEQ ID NO: 6 FQGSHIPYT. SEQ ID NO: 1 GYTFSRYW SEQ ID NO: 2 ILPGSGST SEQ ID NO: 3 TEGYEYDGFDY and wherein the light chain comprises the sequences SEQ ID NO: 4 QSIVYSNGNTY SEQ ID NO: 5 RVS SEQ ID NO: 6 FQGSHIPYT.