mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a digital medical file stored on a secure server and accessible from a first system via a communication network, said digital medical file including nominative and confidential data, said method comprising the automatic generation of an emergency medical file, PMU, devoid of any nominative and confidential information and intended to be stored on a physical support handled by the user, the method comprising the steps of: - creating an account and generating an identifier and a password; - creating an administrative questionnaire containing nominative administrative information; - creating a medical questionnaire for collecting medical data, possibly accompanied by enclosures or attachments validating these data; - generating a summary of the data entered via the medical questionnaire, in connection with a classification tool intended to let the user authorize or not the introduction of each piece of data inputted into an Emergency Medical Profile which may be freely accessed from said support; characterized in that the method further comprises the steps of: - designating one or more trusted third parties; - generating automatically said Emergency Medical Profile, PMU, comprising only non-nominative and data classified as non-confidential by the user, said Emergency Medical Profile being stored into an unprotected area and accessible from said physical support, the other nominative and/or confidential data being stored into a protected area of said secure server accessible by means of the identifier and the password; wherein said Emergency Medical Profile further comprises a link allowing access to a trusted third party for obtaining a usable substitution key in the absence of a password or any other technical means allowing reading the confidential and/or nominative medical file. - creating an account and generating an identifier and a password; - creating an administrative questionnaire containing nominative administrative information; - creating a medical questionnaire for collecting medical data, possibly accompanied by enclosures or attachments validating these data; - generating a summary of the data entered via the medical questionnaire, in connection with a classification tool intended to let the user authorize or not the introduction of each piece of data inputted into an Emergency Medical Profile which may be freely accessed from said support; - designating one or more trusted third parties; - generating automatically said Emergency Medical Profile, PMU, comprising only non-nominative and data classified as non-confidential by the user, said Emergency Medical Profile being stored into an unprotected area and accessible from said physical support, the other nominative and/or confidential data being stored into a protected area of said secure server accessible by means of the identifier and the password;
Preform for manufacturing a plastic container in a blow molding process with an elongated preform body in the art of a small tube that is closed at its one longitudinal end and that has a neck portion provided with a spout at its other longitudinal end, from a mixture of plastic granulates containing more than 30% by weight, preferably more than 40% by weight and more preferably more than 50% by weight recycled PET and aliphatic furanoate, wherein the amount of the aliphatic furanoate is between 4 weight percent and 40 weight percent with reference to the total weight of the mixture and the recycled PET has maximally 2,5 weight percent of a mixture of isophthalic acid and diethylenglycol, wherein the amount of isophthalic acid is maximally 2,0 weight percent and the amount of diethylenglycol maximally 2,0 weight percent, all weight percentages are referred to the total weight of the preform and a turbidity of the preform measured according to ASTM D 1003-00 by addition of the aliphatic furanoate is less than 5%.
Push-pull rod, having: - at least one fixing device with a fork head and a shaft arranged thereon, the fixing device being rotatably connected to a tubular central part via a thread arrangement in order to change the length of the push-pull rod, - a connecting bolt, which can be inserted on both sides into a connecting bore of the fork head, characterized in that the connecting bolt has a clip element which can be latched into a retainer formed on the fork head. - at least one fixing device with a fork head and a shaft arranged thereon, the fixing device being rotatably connected to a tubular central part via a thread arrangement in order to change the length of the push-pull rod, - a connecting bolt, which can be inserted on both sides into a connecting bore of the fork head,
A radio access node (120, 300, 810) in a communication system including a first beam and a second beam, comprising: processing circuitry, configured to: construct a system information block (900, 1400) for said first beam, including: a common field (910, 1430) having common system information associated with said first beam and said second beam, a first beam specific field (920, 1440) having first beam specific system information indexed to said first beam, a common cell field having common system information for a first cell and a second cell of said communication system, and a first cell specific field having first cell specific system information indexed to the first cell, wherein the first cell specific field includes the common field (910, 1430) and the first beam specific field (920, 1440); and transmit said system information block (900, 1400) to a user equipment (110, 200) for access to said communication system, wherein: the system information block (900, 1400) facilitates a hierarchal architecture for cells and corresponding beams. construct a system information block (900, 1400) for said first beam, including: a common field (910, 1430) having common system information associated with said first beam and said second beam, a first beam specific field (920, 1440) having first beam specific system information indexed to said first beam, a common cell field having common system information for a first cell and a second cell of said communication system, and a first cell specific field having first cell specific system information indexed to the first cell, wherein the first cell specific field includes the common field (910, 1430) and the first beam specific field (920, 1440); and a common field (910, 1430) having common system information associated with said first beam and said second beam, a first beam specific field (920, 1440) having first beam specific system information indexed to said first beam, a common cell field having common system information for a first cell and a second cell of said communication system, and a first cell specific field having first cell specific system information indexed to the first cell, wherein the first cell specific field includes the common field (910, 1430) and the first beam specific field (920, 1440); and transmit said system information block (900, 1400) to a user equipment (110, 200) for access to said communication system, wherein: the system information block (900, 1400) facilitates a hierarchal architecture for cells and corresponding beams.
A method of screening a human subject to determine if said subject has a genetic predisposition to develop, or is suffering from Facioscapulohumeral Dystrophy (FSHD), said method comprising: (a) providing a biological sample comprising genomic DNA from the subject; and (b) analyzing the portion of the genomic DNA in the sample corresponding to the distal D4Z4-pLAM region on chromosome 4 and determining the presence or absence of a polymorphism resulting in a functional polyadenylation sequence operationally linked to exon 3 of the DUX4 gene, wherein a determination of the absence of a functional polyadenylation sequence operationally linked to exon 3 of the DUX4 gene indicates that the subject does not have a genetic predisposition to develop, and is not suffering from FSHD, and/or wherein a determination of the presence of a functional polyadenylation sequence operationally linked to exon 3 of the DUX4 gene indicates that the subject has a genetic predisposition to develop, or is suffering from Facioscapulohumeral Dystrophy (FSHD). (a) providing a biological sample comprising genomic DNA from the subject; and (b) analyzing the portion of the genomic DNA in the sample corresponding to the distal D4Z4-pLAM region on chromosome 4 and determining the presence or absence of a polymorphism resulting in a functional polyadenylation sequence operationally linked to exon 3 of the DUX4 gene, wherein a determination of the absence of a functional polyadenylation sequence operationally linked to exon 3 of the DUX4 gene indicates that the subject does not have a genetic predisposition to develop, and is not suffering from FSHD, and/or wherein a determination of the presence of a functional polyadenylation sequence operationally linked to exon 3 of the DUX4 gene indicates that the subject has a genetic predisposition to develop, or is suffering from Facioscapulohumeral Dystrophy (FSHD).
A flow regulating apparatus comprising: a valve body part having a projecting part provided at a tip thereof; a circular valve chamber in a planar view in which the valve body part is housed; an inflow passage through which a fluid from outside flows; a valve hole in which the projecting part can be inserted and that makes the inflow passage and the valve chamber communicate with each other; a flow rate regulation part (7, 8, 9, 10, 11) that regulates an insertion amount of the projecting part into the valve hole to thereby regulate a flow rate of the fluid that flows into the valve chamber from the valve hole; and a taper-shaped valve seat part in which a distance from a center axis gradually becomes longer at a constant inclination as it gets away from the valve hole along a center axis direction of the valve chamber; characterised in that, in a blocking state where inflow of the fluid from the valve hole to the valve chamber is blocked, the projecting part is inserted in the valve hole and a gap is provided between an edge of the valve hole and an outer surface of the projecting part, and in that a contact position where the valve body part and the valve seat part come into contact with each other is separated from a valve hole edge serving as a boundary of the valve hole and the valve seat part. a valve body part having a projecting part provided at a tip thereof; a circular valve chamber in a planar view in which the valve body part is housed; an inflow passage through which a fluid from outside flows; a valve hole in which the projecting part can be inserted and that makes the inflow passage and the valve chamber communicate with each other; a flow rate regulation part (7, 8, 9, 10, 11) that regulates an insertion amount of the projecting part into the valve hole to thereby regulate a flow rate of the fluid that flows into the valve chamber from the valve hole; and a taper-shaped valve seat part in which a distance from a center axis gradually becomes longer at a constant inclination as it gets away from the valve hole along a center axis direction of the valve chamber; characterised in that, in a blocking state where inflow of the fluid from the valve hole to the valve chamber is blocked, the projecting part is inserted in the valve hole and a gap is provided between an edge of the valve hole and an outer surface of the projecting part, and in that a contact position where the valve body part and the valve seat part come into contact with each other is separated from a valve hole edge serving as a boundary of the valve hole and the valve seat part.
A smart safe console system comprising an assembly mounted in a vehicle including: a safe body that during vehicle use secures an electronic device; a button that controls input to and output from the electronic device; and a control module configured to permit or prevent operation of the vehicle, wherein the assembly communicates with a provider and with the vehicle, wherein during vehicle use the safe body secures said electronic device against physical access by isolating electronic device within the safe body away from handheld use, wherein the safe body opens and closes, and, when closed, the safe body secures the electronic device against physical access, characterized in that the control module is configured to prevent operation of the vehicle when the electronic device is not sensed in the safe body and to permit the operation of the vehicle when the electronic device is sensed in the safe body. a safe body that during vehicle use secures an electronic device; a button that controls input to and output from the electronic device; and a control module configured to permit or prevent operation of the vehicle, wherein the assembly communicates with a provider and with the vehicle, wherein during vehicle use the safe body secures said electronic device against physical access by isolating electronic device within the safe body away from handheld use, wherein the safe body opens and closes, and, when closed, the safe body secures the electronic device against physical access, characterized in that the control module is configured to prevent operation of the vehicle when the electronic device is not sensed in the safe body and to permit the operation of the vehicle when the electronic device is sensed in the safe body.
Beverage dispenser configured for dispensing in a drinking container a beverage composed of a plurality of layers (2a, 2b, 2c) of beverage components, said dispenser comprising: - a preparation unit for preparing the beverage components (30, 31, 32, 33) and dispensing said beverage components in a drinking container, said preparation unit preparing the beverage components by dilution of at least one soluble beverage ingredients with a diluent, preferably water, - a control unit for enabling a user to control the preparation unit, said control unit comprising: • a user interface for enabling a user to select a beverage, • a processing unit for driving the preparation unit in accordance with the beverage selected by the user, wherein the user interface enables the user to choose the vertical order of the layers (2a, 2b, 2c) of beverage components in the drinking container, and wherein the processing unit is adapted: • to calculate the density (d 30, d 31, d 32, d 33) of each beverage component in order to obtain the vertical order of layers selected by the user in the drinking container, and • to drive the preparation unit in order to successively prepare and dispense in the drinking container each beverage component (30, 31, 32, 33) at the corresponding calculated density (d 30, d 31, d 32, d 33). - a preparation unit for preparing the beverage components (30, 31, 32, 33) and dispensing said beverage components in a drinking container, said preparation unit preparing the beverage components by dilution of at least one soluble beverage ingredients with a diluent, preferably water, - a control unit for enabling a user to control the preparation unit, said control unit comprising: • a user interface for enabling a user to select a beverage, • a processing unit for driving the preparation unit in accordance with the beverage selected by the user, • a user interface for enabling a user to select a beverage, • a processing unit for driving the preparation unit in accordance with the beverage selected by the user, • to calculate the density (d 30, d 31, d 32, d 33) of each beverage component in order to obtain the vertical order of layers selected by the user in the drinking container, and • to drive the preparation unit in order to successively prepare and dispense in the drinking container each beverage component (30, 31, 32, 33) at the corresponding calculated density (d 30, d 31, d 32, d 33).
A medical balloon assembly including: an inflatable balloon having at least a body portion and first and second necks (36, 38) at opposing ends of the body portion, the necks being for attachment to a balloon catheter, the body portion having a longitudinal dimension and a circumferential dimension; and a strengthening sleeve (50, 60) extending along at least the body portion of the balloon, the strengthening sleeve including a first set of fibres extending longitudinally along the body portion and a second set of fibres extending circumferentially around the body portion; the fibres of the first set having a lesser thickness than the fibres of the second set; the assembly being characterised in that the fibres of the first and second sets are woven together. an inflatable balloon having at least a body portion and first and second necks (36, 38) at opposing ends of the body portion, the necks being for attachment to a balloon catheter, the body portion having a longitudinal dimension and a circumferential dimension; and a strengthening sleeve (50, 60) extending along at least the body portion of the balloon, the strengthening sleeve including a first set of fibres extending longitudinally along the body portion and a second set of fibres extending circumferentially around the body portion; the fibres of the first set having a lesser thickness than the fibres of the second set; the assembly being characterised in that the fibres of the first and second sets are woven together.
Handling support for conveying objects, characterized in that it comprises two parallel uprights (1, 2) extending along the length of the handling support at a distance from one another and linked at one end to form a reinforced hoop (9, 10) for attaching to an automatic conveying member, a plurality of spacers ensuring that the two uprights are maintained in the parallel position, these uprights including, on an opposite face, a plurality of attachment members extending from the opposite faces of the uprights (1, 2) for attaching the objects to be conveyed, wherein each upright comprises double ribs forming an H-section starting from said reinforced hoop (9, 10) and wherein the uprights (1, 2) end with a single reinforcing rib on their external edge forming a T-section at the end of the handling support.
A semiconductor package apparatus, comprising: one or more substrates; and logic coupled to the one or more substrates, wherein the logic is at least partly implemented in one or more of configurable logic and fixed-functionality hardware logic, the logic coupled to the one or more substrates to: create a tracking structure for a memory controller to track a range of memory addresses of a persistent memory, wherein the tracking structure comprises a hierarchical bitmap structure with two or more levels of hierarchy, and wherein the two or more levels of hierarchy resolve to a bitmap vector stencil when the two or more levels of hierarchy are combined, identify a write request at the memory controller for a memory location within the range of tracked memory addresses, and set a flag in the tracking structure to indicate that the memory location had the identified write request. create a tracking structure for a memory controller to track a range of memory addresses of a persistent memory, wherein the tracking structure comprises a hierarchical bitmap structure with two or more levels of hierarchy, and wherein the two or more levels of hierarchy resolve to a bitmap vector stencil when the two or more levels of hierarchy are combined, identify a write request at the memory controller for a memory location within the range of tracked memory addresses, and set a flag in the tracking structure to indicate that the memory location had the identified write request.
An intermodal rail vehicle which is able to form a train of highway trailers (12, 14) including leading and trailing highway trailers which are interconnected to each other and supported by the intermodal vehicle for travel on railroad tracks, each of the highway trailers including coupling means comprising a leading coupler socket assembly (22; 201) at one end and a trailing coupler socket assembly (22; 201) at the other end, the intermodal vehicle having two rail wheel assemblies, two lower frame assemblies into which each of the two rail wheel assemblies are mounted, an upper frame assembly supported on the lower frame assemblies by integral air springs, the upper frame including leading and trailing load carrying structures; the intermodal vehicle further including an integral drawbar assembly (62; 200) mounted on the upper frame assembly and extending above the leading and trailing load carrying structures, each end of the assembly of an associated highway trailer (12, 14) being able to be supported on an associated load carrying structure to connect the associated trailer (12, 14) to the intermodal vehicle; and a sloped ramp on the end of the upper frame assembly characterized in that the drawbar assembly (62; 200) has a high end, and a low end being lower than the high end with respect to the tracks on which the intermodal railway vehicle is able to travel, the high end for entry into the front trailer coupler socket (22; 201) and the low end for entry into the rear trailer socket so that when the trailers are coupled, they will run level and horizontal on the track and by comprising a guide assembly mounted upon the lower frame directly below it to guide and center the trailer (12, 14) as it is ramped upward to rest upon the upper frame assembly.
A channel state information-reference signal, CSI-RS, sending method, comprising: sending, by a network device to a New Radio, NR, terminal device, the CSI-RS based on a starting resource block, RB, of a resource for transmitting the CSI-RS, wherein the starting RB of the resource for transmitting the CSI-RS is determined by a resource offset between a starting RB of a pilot region and a starting RB of system bandwidth, and wherein the pilot region is a resource that is used to transmit the CSI-RS, the starting RB of a resource for transmitting the CSI-RS is the starting RB of the pilot region; the resource offset between the starting RB of the pilot region and the starting RB of system bandwidth is greater than a resource offset between a starting RB of a bandwidth part, BWP, of the terminal device and the starting RB of system bandwidth. sending, by a network device to a New Radio, NR, terminal device, the CSI-RS based on a starting resource block, RB, of a resource for transmitting the CSI-RS, wherein the starting RB of the resource for transmitting the CSI-RS is determined by a resource offset between a starting RB of a pilot region and a starting RB of system bandwidth, and wherein the pilot region is a resource that is used to transmit the CSI-RS, the starting RB of a resource for transmitting the CSI-RS is the starting RB of the pilot region; the resource offset between the starting RB of the pilot region and the starting RB of system bandwidth is greater than a resource offset between a starting RB of a bandwidth part, BWP, of the terminal device and the starting RB of system bandwidth.