mhurhangee/ep-ind-claims huggingface dataset:
A device for processing a free end of a tube clamped in a non-rotational manner in a clamping mechanism, wherein the device has: a rotatably mounted drive shaft with an end facing the clamping mechanism, wherein the drive shaft is oriented in such a manner that its longitudinal axis is aligned with the tube axis of the clamped tube; a drive mechanism for the rotational driving of the drive shaft; a tool head mounted in a non-rotational manner on the end of the drive shaft facing the clamping mechanism with a support device for a forming tool for forming the tube; and at least one support roller support device arranged in a radially displaceable manner on the end face of the support device facing the tool head for holding a freely rotatable support roller for rolling on the outside of the free end of the tube, wherein the support roller support device is divided in the radial direction into an inner part for holding the support roller and an outer part; and wherein between the inner and outer part a compression spring is provided for pretensioning the inner part against the outer part at a maximum distance. a rotatably mounted drive shaft with an end facing the clamping mechanism, wherein the drive shaft is oriented in such a manner that its longitudinal axis is aligned with the tube axis of the clamped tube; a drive mechanism for the rotational driving of the drive shaft; a tool head mounted in a non-rotational manner on the end of the drive shaft facing the clamping mechanism with a support device for a forming tool for forming the tube; and at least one support roller support device arranged in a radially displaceable manner on the end face of the support device facing the tool head for holding a freely rotatable support roller for rolling on the outside of the free end of the tube, wherein the support roller support device is divided in the radial direction into an inner part for holding the support roller and an outer part; and wherein between the inner and outer part a compression spring is provided for pretensioning the inner part against the outer part at a maximum distance.
A support device for medical instruments to be sterilized and/or cleaned, each including a fixing element, the support device including a plate having a lower planar face ( 5 2) and a upper planar face ( 5 1) and in which is formed at least one mounting through hole for an eyelet having, in its central part, a single passage for receiving and holding, by wedging, a fixing element of a medical instrument, this eyelet having an upper surface ( 7 1) extending set back from the upper face ( 5 1) of the plate and an outer lateral surface ( 7 3) provided with a system for demountable connection with the plate, characterized in that the eyelet has a lower surface ( 7 2) extending set back from the lower planar face ( 5 2) of the plate and in that the passage of the eyelet is delimited by at least three protrusions spaced apart along the circumference of the internal surface of the eyelet and radially protruding from the internal surface of the eyelet, the internal surface of the eyelet having a section greater than the section of the hole taken between the upper face of the plate and the eyelet and than the section of the hole taken between the lower face of the plate and the eyelet so that only the protrusions are visible through the hole.
In a patient monitoring device, a method for displaying multi-lead electrocardiogram data, comprising: determining ST-segment deviations corresponding to a plurality of ECG leads provided by an ECG device; characterized by defining in a polar diagram a zero ST-segment deviation by a concentric circle having a radius; transforming one or more determined ST-segment deviations by adding the value of the radius to one or more determined ST-segment deviations; and displaying the transformed ST-segment deviations and the concentric circle on the patient monitoring device in the polar diagram, the transformed ST-segment deviations displayed according to axial directions defined by the ECG leads. determining ST-segment deviations corresponding to a plurality of ECG leads provided by an ECG device; characterized by defining in a polar diagram a zero ST-segment deviation by a concentric circle having a radius; transforming one or more determined ST-segment deviations by adding the value of the radius to one or more determined ST-segment deviations; and displaying the transformed ST-segment deviations and the concentric circle on the patient monitoring device in the polar diagram, the transformed ST-segment deviations displayed according to axial directions defined by the ECG leads.
A charge storage material suitable for use in an electrochromic device comprising: a solution-processed low-temperature polyoxometalate, wherein the polyoxometalate is selected from [PW 12 O 40] 3-, [PMo 12 O 40] 3-, [P 2 W 18 O 62] 6-, [P 2 Mo 18 O 62] 6-, [Si 2 Nb 6 W 18 O 77] 8-, and [SiNb 3 W 9 O 40] 7-, or a mixture thereof, or wherein the polyoxometalate is selected from H 3 PW 12 O 40, H 3 PMo 12 O 40, K 6 P 2 W 18 O 62, (NH 4) 6 P 2 W 18 O 62, (NH 4) 6 P 2 Mo 18 O 62, and H 3 PMo 12 O 40, or a mixture thereof; and further comprising one or more of a solution-processed low-temperature metal oxide, a solution-processed low-temperature metal bronze, and a hydrate thereof. a solution-processed low-temperature polyoxometalate, wherein the polyoxometalate is selected from [PW 12 O 40] 3-, [PMo 12 O 40] 3-, [P 2 W 18 O 62] 6-, [P 2 Mo 18 O 62] 6-, [Si 2 Nb 6 W 18 O 77] 8-, and [SiNb 3 W 9 O 40] 7-, or a mixture thereof, or wherein the polyoxometalate is selected from H 3 PW 12 O 40, H 3 PMo 12 O 40, K 6 P 2 W 18 O 62, (NH 4) 6 P 2 W 18 O 62, (NH 4) 6 P 2 Mo 18 O 62, and H 3 PMo 12 O 40, or a mixture thereof; and further comprising one or more of a solution-processed low-temperature metal oxide, a solution-processed low-temperature metal bronze, and a hydrate thereof.
A nuclear power plant having a primary coolant circuit, a steam-water circuit separated from the primary coolant circuit, and a steam generator connected to the primary coolant circuit and the steam-water circuit for the transfer of heat from the primary coolant circuit into the steam-water circuit, wherein the steam-water circuit has at least one metering point for the introduction of a reducing agent into the steam-water circuit, wherein the reducing agent is an organic compound consisting of carbon, hydrogen and oxygen, characterized in that the steam-water circuit has means (50, 56, 58) for controlling the concentration of the reducing agent, by means of which a predetermined oxygen concentration is set in the steam-water circuit, while reducing conditions prevail within the steam generator.
A data storage system, comprises an Non-Volatile Memory express, NVMe, hard disk (105, 106, 107, 108) and a controller 101, the NVMe hard disk (105, 106, 107, 108) communicates with the controller through an NVMe protocol, wherein, the NVMe hard disk (105, 106, 107, 108) is configured to: detect fault logical addresses in the NVMe hard disk (105, 106, 107, 108); record the fault logical addresses; and send an asynchronous alarm to the controller to notify the controller that one or more logical addresses in the NVMe hard disk (105, 106, 107, 108) are faulty; and the controller is configured to send a query command to the NVMe hard disk (105, 106, 107, 108) upon receiving the asynchronous alarm if fault information contained in the asynchronous alarm indicates that data in a faulty area is lost; and the NVMe hard disk (105, 106, 107, 108) is further configured to report the fault logical addresses to the controller in response to receiving the query command. detect fault logical addresses in the NVMe hard disk (105, 106, 107, 108); record the fault logical addresses; and send an asynchronous alarm to the controller to notify the controller that one or more logical addresses in the NVMe hard disk (105, 106, 107, 108) are faulty; and the controller is configured to send a query command to the NVMe hard disk (105, 106, 107, 108) upon receiving the asynchronous alarm if fault information contained in the asynchronous alarm indicates that data in a faulty area is lost; and the NVMe hard disk (105, 106, 107, 108) is further configured to report the fault logical addresses to the controller in response to receiving the query command.
A composition comprising N-butyl-1-deoxynojirimycin (NB-DNJ) or a salt thereof for use in the treatment of Pompe Disease, wherein replacement acid α-glucosidase (Gaa) is administered in combination and the NB-DNJ or salt thereof stabilizes the Gaa.
A method of handling signals to register a Mobility Management Entity, MME, for Short Messaging Service, SMS, between a wireless network and a mobile station, MS, the wireless network including the MME and a Home Subscriber Server/Home Location Register, HSS/HLR, the method comprising: sending, to the HSS/HLR from the MME having Mobile Switching Center, MSC, functionality supporting the SMS, a Packet Switched, PS, and Circuit Switched, CS, combined location update request over an interface between the MME and the HSS/HLR as part of a combined Tracking Area, TA, and Location Area, LA, update procedure to register the MME for SMS, wherein the PS and CS combined location update request includes indicator information indicating that the MME supports the SMS; and after the MME is successfully registered, receiving, at the MME from an SMS Service Center, SMS-SC, or a SMS Gateway MSC/Interworking MSC, SMS-GMSC/IWMSC, SMS signaling associated with an SMS message to be delivered to the MS, wherein the SMS signaling is received from the SMS-SC or the GMSC/IWMSC via an Inter-Working Function, IWF, that provides interworking between a Mobile Application Part, MAP, interface and a Diameter interface. sending, to the HSS/HLR from the MME having Mobile Switching Center, MSC, functionality supporting the SMS, a Packet Switched, PS, and Circuit Switched, CS, combined location update request over an interface between the MME and the HSS/HLR as part of a combined Tracking Area, TA, and Location Area, LA, update procedure to register the MME for SMS, wherein the PS and CS combined location update request includes indicator information indicating that the MME supports the SMS; and after the MME is successfully registered, receiving, at the MME from an SMS Service Center, SMS-SC, or a SMS Gateway MSC/Interworking MSC, SMS-GMSC/IWMSC, SMS signaling associated with an SMS message to be delivered to the MS, wherein the SMS signaling is received from the SMS-SC or the GMSC/IWMSC via an Inter-Working Function, IWF, that provides interworking between a Mobile Application Part, MAP, interface and a Diameter interface.
A self-tapping screw comprising: a head; and a shank extending from the head, the shank including a cylindrical shank immediately below the head and a truncated conical shank following an end of the cylindrical shank, the cylindrical shank being provided with a first external thread, the truncated conical shank being provided with a second external thread following the first external thread, a peak of the second external thread being provided with a biting surface having a first convex portion and a second convex portion and having a concave portion between the first convex portion and the second convex portion, wherein the concave portion has a rough surface with micro-irregularities, wherein the biting surface is arranged to bite into an inner peripheral surface of a pilot hole. a head; and a shank extending from the head, the shank including a cylindrical shank immediately below the head and a truncated conical shank following an end of the cylindrical shank, the cylindrical shank being provided with a first external thread, the truncated conical shank being provided with a second external thread following the first external thread, a peak of the second external thread being provided with a biting surface having a first convex portion and a second convex portion and having a concave portion between the first convex portion and the second convex portion, wherein the concave portion has a rough surface with micro-irregularities, wherein the biting surface is arranged to bite into an inner peripheral surface of a pilot hole.
A phantom for use in quality control of tomographic images, and comprising: • a cylindrical plate made of a uniform material having density d1, said cylindrical plate presenting an axis of revolution; • two cylinders inserted in the plate, the cylinders being made of uniform material having different densities d2, d3, the density of one of the cylinders being greater than the density d1 of the plate, and the density of the other cylinder being less than the density d1 of the plate; and • a first series of pairs of holes (10 1 to 10 n) of different diameters (∅1 to ∅n) drilled in the plate, the holes of the first series extending along axes that are parallel to the axis of revolution of the plate, the phantom being characterized in that it further comprises a second series of pairs of holes (20 1 to 20 n) of different diameters (∅1 to ∅n) drilled in the plate, the holes of the second series extending along axes perpendicular to the axis of revolution of the plate so that said holes of the second series extend radially in the cylindrical plate. • a cylindrical plate made of a uniform material having density d1, said cylindrical plate presenting an axis of revolution; • two cylinders inserted in the plate, the cylinders being made of uniform material having different densities d2, d3, the density of one of the cylinders being greater than the density d1 of the plate, and the density of the other cylinder being less than the density d1 of the plate; and • a first series of pairs of holes (10 1 to 10 n) of different diameters (∅1 to ∅n) drilled in the plate, the holes of the first series extending along axes that are parallel to the axis of revolution of the plate, the phantom being characterized in that it further comprises a second series of pairs of holes (20 1 to 20 n) of different diameters (∅1 to ∅n) drilled in the plate, the holes of the second series extending along axes perpendicular to the axis of revolution of the plate so that said holes of the second series extend radially in the cylindrical plate.
An ion source device (100, 200) comprising means (110, 210) for forming and guiding an electron beam (112, 212) along a first axis (102, 202) and an ionization chamber (120, 220) having an inlet (124, 224) for a gas (122, 22), an inlet (126, 226) for said electron beam (112, 212), and an ion beam outlet (128, 228) located on a second axis that is generally parallel to said first axis (102, 202), characterized in that said ion beam outlet (128, 228) is surrounded by an ion carpet (130, 230, 330) comprising co-planar and substantially concentric electrodes (132, 232, 332) for funnelling ions (140, 240) formed by interaction of said electron beam (112, 212) with said gas (122, 222) towards said ion beam outlet (128, 228) to form an ion beam (142, 242), and an electronic circuit (134, 234) configured for applying an electric potential to said electrodes (132, 232, 332).
A validator device including a plurality of readers (12, 14) for reading a corresponding plurality of media types presented by a user, comprising: a housing containing the plurality of readers including a contactless reader and a barcode reader wherein the readers are spaced at different locations within the housing and disposed therein to read media types presented to the validator device at a single target area of the validator device; wherein the contactless reader is disposed at a housing location wherein a beam from the barcode reader is focused on a contactless target of the contactless reader; wherein the housing is configured to direct a user to present a media type to be read at the single target area; and characterized in that the single target area comprises a surface area of the housing immediately adjacent the contactless reader, said surface area being opposed to a source point of the beam from the barcode reader such that said plurality of media types may be read at the single target area. a housing containing the plurality of readers including a contactless reader and a barcode reader wherein the readers are spaced at different locations within the housing and disposed therein to read media types presented to the validator device at a single target area of the validator device; wherein the contactless reader is disposed at a housing location wherein a beam from the barcode reader is focused on a contactless target of the contactless reader; wherein the housing is configured to direct a user to present a media type to be read at the single target area; and characterized in that the single target area comprises a surface area of the housing immediately adjacent the contactless reader, said surface area being opposed to a source point of the beam from the barcode reader such that said plurality of media types may be read at the single target area.
A method comprising: obtaining one or more data measurements from an interrogation region (418, 420) with at least one light detection and ranging, LiDAR, unit along at least one line of sight, the LiDAR unit (222, 224, 404) comprising: a laser configured to generate and emit a light beam transmitted to at least one interrogation region (418, 420) along at least one line of sight; and a light sensor coupled to the laser and configured to receive a backscattered portion of the light beam that corresponds to a shock front event; and sending the one or more data measurements to a processor operative to perform data processing comprising: extracting one or more shock front distances (d 1, d 2) from the one or more data measurements; calculating one or more shock front angles ( μ + α, μ-α) from the one or more shock front distances (d 1, d 2); and calculating one or more air data parameters from the one or more shock front angles ( μ + α, μ-α), wherein the calculated one or more air data parameters comprise one or more of angle of attack (α), angle of sideslip, or Mach angle. obtaining one or more data measurements from an interrogation region (418, 420) with at least one light detection and ranging, LiDAR, unit along at least one line of sight, the LiDAR unit (222, 224, 404) comprising: a laser configured to generate and emit a light beam transmitted to at least one interrogation region (418, 420) along at least one line of sight; and a light sensor coupled to the laser and configured to receive a backscattered portion of the light beam that corresponds to a shock front event; and a laser configured to generate and emit a light beam transmitted to at least one interrogation region (418, 420) along at least one line of sight; and a light sensor coupled to the laser and configured to receive a backscattered portion of the light beam that corresponds to a shock front event; and sending the one or more data measurements to a processor operative to perform data processing comprising: extracting one or more shock front distances (d 1, d 2) from the one or more data measurements; calculating one or more shock front angles ( μ + α, μ-α) from the one or more shock front distances (d 1, d 2); and calculating one or more air data parameters from the one or more shock front angles ( μ + α, μ-α), wherein the calculated one or more air data parameters comprise one or more of angle of attack (α), angle of sideslip, or Mach angle. extracting one or more shock front distances (d 1, d 2) from the one or more data measurements; calculating one or more shock front angles ( μ + α, μ-α) from the one or more shock front distances (d 1, d 2); and calculating one or more air data parameters from the one or more shock front angles ( μ + α, μ-α), wherein the calculated one or more air data parameters comprise one or more of angle of attack (α), angle of sideslip, or Mach angle.
Method of fabricating a magnetic tunnel junction suitable for a magnetic random access memory (MRAM) cell and comprising a first ferromagnetic layer, a tunnel barrier layer, and a second ferromagnetic layer, comprising: forming the first ferromagnetic layer; forming the tunnel barrier layer; and forming the second ferromagnetic layer; wherein said forming the tunnel barrier layer comprises depositing a layer of metallic Mg; and oxidizing the deposited layer of metallic Mg such as to transform the metallic Mg into MgO; the step of forming the tunnel barrier layer being performed more than twice such that the tunnel barrier layer comprises more than two layers of MgO so as to reduce the probability of the barrier layer comprising pinholes which are aligned through all the MgO layers, wherein the thickness of each of the deposited layers of metallic Mg is comprised between 0.3 nm and 1.2 nm; characterized in that the method further comprises depositing an additional layer of metallic Mg prior and after forming the tunnel barrier layer. forming the first ferromagnetic layer; forming the tunnel barrier layer; and forming the second ferromagnetic layer; wherein said forming the tunnel barrier layer comprises depositing a layer of metallic Mg; and oxidizing the deposited layer of metallic Mg such as to transform the metallic Mg into MgO; the step of forming the tunnel barrier layer being performed more than twice such that the tunnel barrier layer comprises more than two layers of MgO so as to reduce the probability of the barrier layer comprising pinholes which are aligned through all the MgO layers, wherein the thickness of each of the deposited layers of metallic Mg is comprised between 0.3 nm and 1.2 nm; characterized in that the method further comprises depositing an additional layer of metallic Mg prior and after forming the tunnel barrier layer.
A device for positioning in the proximity of a joint between two portions, the device comprising a first interface carried by a first of the two portions and a second interface carried by a second of the two portions, the device including at least one connection between the first interface and the second interface, the device being characterized in that the connection comprises a double cylinder having two chambers (21, 22) that are connected together by a floating piston, a first of the two chambers being connected to the first interface and a second of the two chambers being connected to an output rod of the double cylinder, said rod being connected to the second interface, the second chamber moving in service relative to the first chamber via the floating piston thus enabling the output rod to move the second portion of the joint relative to the first portion of the joint.
A decorative sheet, comprising a base film layer, a second picture layer that is laid over a partial area of the base film layer, and a surface protective layer that is present on the second picture layer to contact the picture layer and further covers the entire surface of its regions including the region where the second picture layer is formed and the region where the second picture layer is not formed, wherein: a binder resin of a second picture ink that forms the second picture layer is a thermoplastic resin; the surface protective layer is a layer obtained by crosslinking and curing an ionizing radiation curable resin composition comprising, as one or more ionizing radiation curable resins, a polycarbonate (meth)acrylate and/or an acrylsilicone (meth)acrylate; and inside the surface protective layer, a low-gloss pattern layer having a low-luster region is formed by an interaction between the ionizing radiation curable resin and the thermoplastic resin just above the second picture layer.