mhurhangee/ep-ind-claims huggingface dataset:
A method for evaluating renal status in a subject, comprising performing an assay method configured to detect Lysozyme C on a body fluid sample obtained from the subject to provide an assay result; and correlating the assay result to the renal status of the subject, wherein said correlating step comprises assigning a likelihood of one or more future changes in renal status to the subject based on the assay result, wherein said one or more future changes in renal status comprise future acute renal failure.
A cartridge discharging device for discharging a pasty compound out of a cartridge, which has an inner wall, comprising a piston and a rear face, which can be acted upon by a pressure plate fastened to a push rod, a front face located opposite the rear face, and a retaining element, which, in a retaining position, secures the pressure plate against the rear face by means of a retaining protrusion, which engages over an edge of the pressure plate, wherein the retaining element forms a spring web, that fastens the retaining protrusion to the piston in a moveable manner into a release position in a direction away from the push rod, characterized in that the retaining element has a support flank configured to strike or about against the inner wall of the cartridge so as to prevent an escape of the retaining element into the release position when the piston is inserted into the cartridge.
A method for configuring an absolute grant mapping relationship table for a drift radio network controller, comprising: a serving radio network controller informing the drift radio network controller of the absolute grant mapping relationship table used by an enhanced-dedicated channel absolute grant channel, E-AGCH, by signaling (110, 210, 310); and the drift radio network controller returning a response message to the serving radio network controller after storing the information configured(120, 220, 320); wherein, informing a Node B of the absolute grant mapping relationship table used by the E-AGCH is implemented by including an identification number of the absolute grant mapping relationship table in the signaling, and the identification number is used to identify the absolute grant mapping relationship table used. a serving radio network controller informing the drift radio network controller of the absolute grant mapping relationship table used by an enhanced-dedicated channel absolute grant channel, E-AGCH, by signaling (110, 210, 310); and the drift radio network controller returning a response message to the serving radio network controller after storing the information configured(120, 220, 320); wherein, informing a Node B of the absolute grant mapping relationship table used by the E-AGCH is implemented by including an identification number of the absolute grant mapping relationship table in the signaling, and the identification number is used to identify the absolute grant mapping relationship table used.
A method of fabricating a thermostructural composite material part comprising fiber reinforcement densified by a matrix, said method comprising the following steps: • making a fiber fabric by three-dimensional weaving of warp and weft yarns, said fiber fabric presenting a determined initial mean fiber percentage; and • densifying the fiber fabric with a matrix; the method being characterized in that it comprises, prior to densifying the fiber fabric, a step of treating the fabric by subjecting said fabric to one or more jets of water under pressure so as to increase the thickness of the fabric and reduce the mean fiber percentage in the fabric to a value lying in the range 20% to 45%, and in that each water jet is delivered from a nozzle, the pressure of the water jet at the outlet from the nozzle being less than or equal to 100 bars, each nozzle being placed at a distance from the surface of the fiber fabric that is greater than or equal to 50 mm. • making a fiber fabric by three-dimensional weaving of warp and weft yarns, said fiber fabric presenting a determined initial mean fiber percentage; and • densifying the fiber fabric with a matrix;
Vibration excitator, comprising: a main body; a stinger which is adapted to move relative to the main body, in a particular working direction; an actuator coupled to the main body and the stinger; wherein the stinger has a first end that is coupled to the main body, and an opposite second end that is intended for attachment to an object to be examined; wherein the stinger has an elastic centre point (Me); wherein the main body has a centre of gravity; characterized in that L 1 ≤ L 3 ≤ L 1 + K P K X ⋅ L 2 applies, wherein L1 is the distance between the elastic centre point (Me) and the second stinger end, measured along the said working direction; wherein L2 is the distance between the first stinger end and the second stinger end, measured along the said working direction; wherein L3 is the distance between the centre of gravity and the second stinger end, measured along the said working direction; wherein Kx represents the stiffness [N/m] of the stinger for translation in vertical direction, and wherein Kp represents the stiffness [Nm] of the stinger for angular deflection. a main body; a stinger which is adapted to move relative to the main body, in a particular working direction; an actuator coupled to the main body and the stinger; wherein the stinger has a first end that is coupled to the main body, and an opposite second end that is intended for attachment to an object to be examined; wherein the stinger has an elastic centre point (Me); wherein the main body has a centre of gravity; characterized in that L 1 ≤ L 3 ≤ L 1 + K P K X ⋅ L 2 applies, wherein L1 is the distance between the elastic centre point (Me) and the second stinger end, measured along the said working direction; wherein L2 is the distance between the first stinger end and the second stinger end, measured along the said working direction; wherein L3 is the distance between the centre of gravity and the second stinger end, measured along the said working direction; wherein Kx represents the stiffness [N/m] of the stinger for translation in vertical direction, and wherein Kp represents the stiffness [Nm] of the stinger for angular deflection.
Fastening means having a blind rivet element and a sealing element, wherein the blind rivet element has a head portion and a shaft adjoining the head portion in an axial direction, characterized in that the shaft has an internal thread and, between the internal thread and the head portion, a deformation portion, for forming a closing head when the deformation portion is deformed, wherein the sealing element has a closed lateral portion and a closed cover portion adjoining the lateral portion in the axial direction, wherein the lateral portion circumferentially encloses the shaft of the blind rivet element at least in the region of the deformation portion, and the cover portion is formed at an end of the shaft of the blind rivet element, said end facing away from the head portion, wherein the cover portion of the sealing element and that end of the shaft of the blind rivet element which faces away from the head portion are spaced apart in the axial direction, wherein the distance between the cover portion and the end of the shaft is at least 1.0 times the pitch of the internal thread.
Method for producing a calibration body for an examination method, said calibration body being formed in particular from steel or another metal, in which method the calibration body is formed from a material and a property of the material is altered in at least one region (9, 11, 12) of a semifinished product formed from the material, wherein the material from which the calibration body is formed is provided for production of a product to be examined by means of the surface examination method, characterized in that the material property is altered merely in a region which is close to the surface and which extends from a surface (5, 2, 3, 4) of the calibration body (9, 11, 12) into the semifinished product, and the calibration body which has been altered merely in the region is provided for a surface examination method, wherein the calibration body is produced by a production method which has at least one same method step as a manufacturing method by which the product to be examined is manufactured.
A pool cover mechanism for winding and unwinding slats over a pool, the pool cover mechanism comprising - a tube for connecting with the slats; - a tube motor assembly for rotating the tube wherein the tube motor assembly is connected to the tube at a first end and wherein the tube motor assembly comprises a tube motor and a non-rotating motor end (13, 27) when the tube motor is rotating; - a first holder for receiving the non-rotating motor end (13, 27) of the tube motor assembly; - an outer shaft bearing assembly connected to the second end of the tube wherein the outer shaft bearing assembly is configured to allow rotation of the tube when the tube motor is rotating; - a second holder for receiving the outer shaft bearing assembly; wherein the outer shaft bearing assembly and the second holder are configured such that at least part of the outer shaft bearing assembly can rotate in the second holder when the tube is tilted compared to the position of the tube wherein the motor end (13, 27) is in the first holder, characterized in that the outer shaft bearing assembly comprises a first group of elements and a second group of elements (16, 17), wherein the first group of elements and the second group of elements are configured such that the first group of elements can do a sliding movement relative to the second group of elements in the axial direction of the tube, wherein the outer shaft bearing assembly comprises a ball joint and a ball joint housing, wherein the ball joint can rotate in the ball joint housing when the ball joint housing is received in the second holder and the tube is tilted compared to the position of the tube wherein the motor end is in the first holder, wherein the outer shaft bearing assembly comprises an outer shaft bearing connected to the second end of the tube wherein the outer shaft bearing has a central opening, wherein the ball joint has a shaft portion, and wherein the central opening and the ball joint are configured such that the outer shaft bearing 18 can slide in the axial direction over the shaft portion. - a tube for connecting with the slats; - a tube motor assembly for rotating the tube wherein the tube motor assembly is connected to the tube at a first end and wherein the tube motor assembly comprises a tube motor and a non-rotating motor end (13, 27) when the tube motor is rotating; - a first holder for receiving the non-rotating motor end (13, 27) of the tube motor assembly; - an outer shaft bearing assembly connected to the second end of the tube wherein the outer shaft bearing assembly is configured to allow rotation of the tube when the tube motor is rotating; - a second holder for receiving the outer shaft bearing assembly;
A method of subsea containment which comprises the steps of: (a) lowering a running tool into a subsea containment system, wherein the subsea containment system comprises an annular preventer; (b) engaging the running tool to a target by rotating the running tool; (c) closing the annular preventer; (d) pulling up the target; and (e) circulating fluid about the target. (a) lowering a running tool into a subsea containment system, wherein the subsea containment system comprises an annular preventer; (b) engaging the running tool to a target by rotating the running tool; (c) closing the annular preventer; (d) pulling up the target; and (e) circulating fluid about the target.
A machine for assembling by adhesive bonding of strata a pattern for a lost-pattern moulding method, the machine including: • a first support for a first stratum of the pattern; • a second support for a second stratum of the pattern; the first and second supports (24, 26) being designed to be moved towards one another, in an adhesive-bonding direction, in order to adhesively bond the first and second strata (40, 60) together, the assembly machine being characterized in that it includes members (30, 38, 70) for the self-centring of the strata, when placing the strata (40, 60) in an assembly position, in a plane orthogonal to the adhesive-bonding direction. • a first support for a first stratum of the pattern; • a second support for a second stratum of the pattern; the first and second supports (24, 26) being designed to be moved towards one another, in an adhesive-bonding direction, in order to adhesively bond the first and second strata (40, 60) together, the assembly machine being characterized in that it includes members (30, 38, 70) for the self-centring of the strata, when placing the strata (40, 60) in an assembly position, in a plane orthogonal to the adhesive-bonding direction.
Method for determining collective environment information, in particular for cooperative and/or autonomous driving, in which - a reporting vehicle, which is equipped with a communication module and environment observation means, sends a request to a vehicle by radio on a call channel provided therefor if the environment observation means have detected the vehicle in a relevant area, and identifies the vehicle as a vehicle not equipped with a communication module if there is no response thereto; - the reporting vehicle produces a report about the detected vehicle not equipped with a communication module, the unequipped vehicle being assigned a unique identification and this identification being added to the report, and sends the report to other vehicles (FZ3, FZ4) situated in the relevant area; - the other vehicles (FZ3, FZ4, FZ5) that receive the report return an acknowledgement message to the reporting vehicle and do not themselves send a report of their own about the unequipped vehicle; - the reporting vehicle sends a deregistration message to the other vehicles (FZ3, FZ4, FZ5) when it leaves the relevant area; and - a vehicle that itself detects the unequipped vehicle and has received a deregistration message from the reporting vehicle continues the reporting about the unequipped vehicle, continuing to use the previously allocated unique identification of the unequipped vehicle. - a reporting vehicle, which is equipped with a communication module and environment observation means, sends a request to a vehicle by radio on a call channel provided therefor if the environment observation means have detected the vehicle in a relevant area, and identifies the vehicle as a vehicle not equipped with a communication module if there is no response thereto; - the reporting vehicle produces a report about the detected vehicle not equipped with a communication module, the unequipped vehicle being assigned a unique identification and this identification being added to the report, and sends the report to other vehicles (FZ3, FZ4) situated in the relevant area; - the other vehicles (FZ3, FZ4, FZ5) that receive the report return an acknowledgement message to the reporting vehicle and do not themselves send a report of their own about the unequipped vehicle; - the reporting vehicle sends a deregistration message to the other vehicles (FZ3, FZ4, FZ5) when it leaves the relevant area; and - a vehicle that itself detects the unequipped vehicle and has received a deregistration message from the reporting vehicle continues the reporting about the unequipped vehicle, continuing to use the previously allocated unique identification of the unequipped vehicle.
Method for configuring access to a network, called host network, to allow at least one terminal associated with an invited user, called invited terminal, to access said host network, said method being implemented by a first network access management module associated with a host user, and comprising the following steps: - receiving, from a terminal associated with the host user, an offer of shared access to the host network intended for the invited user, said host and invited users being connected via a social network; - obtaining (E9, E10), from a second network access management module associated with said invited user, information identifying said invited terminal; - generating, on the basis of the obtained identification information and a random number generator function, authentication parameters, comprising a host network identifier and a host network access key which are specific to the invited terminal, for access to said host network; - sending, to the host network, an access configuration request comprising said identification information and the authentication parameters generated; - obtaining, from the host network, configuration information allowing access to the host network by the invited terminal, said configuration information comprising said authentication parameters; and - sending, to the second management module, said configuration information, intended to be transmitted to the invited terminal to allow it to access the host network. - receiving, from a terminal associated with the host user, an offer of shared access to the host network intended for the invited user, said host and invited users being connected via a social network; - obtaining (E9, E10), from a second network access management module associated with said invited user, information identifying said invited terminal; - generating, on the basis of the obtained identification information and a random number generator function, authentication parameters, comprising a host network identifier and a host network access key which are specific to the invited terminal, for access to said host network; - sending, to the host network, an access configuration request comprising said identification information and the authentication parameters generated; - obtaining, from the host network, configuration information allowing access to the host network by the invited terminal, said configuration information comprising said authentication parameters; and - sending, to the second management module, said configuration information, intended to be transmitted to the invited terminal to allow it to access the host network.
Method for recognizing the seat occupancy of a seat, characterized by the method steps: a. Performing a volume detection process for detecting a volume on a vehicle seat by means of a volume detection device, b. Performing a body function detection process by means of a body function detection device after positive volume detection, c. Performing a body function recognition process by means of a body function recognition device after positive body function detection. a. Performing a volume detection process for detecting a volume on a vehicle seat by means of a volume detection device, b. Performing a body function detection process by means of a body function detection device after positive volume detection, c. Performing a body function recognition process by means of a body function recognition device after positive body function detection.
Heat sink for an electronic board of a motor vehicle motor-driven fan unit, comprising a surface intended to exchange heat with an air flow set in motion by the motor-driven fan unit, known as exchange surface, said exchange surface comprising a planar portion arranged such that, in a position in which it is installed in the motor-driven fan unit, the air flow set in motion by the motor-driven fan unit flows substantially parallel to said planar portion, the exchange surface also comprising a collection of blind cavities starting flush with said planar portion, characterized in that each cavity comprises a part in the shape of a truncated hexagonal-base pyramid and/or a part of constant cross section.
Motor vehicle, comprising at least one electronic rearview mirror (2a, 2b, 2c), in particular an exterior and/or side mirror, which comprises a display device (4a, 4b, 4c), in particular a display (5, 6), for images captured by an external camera provided in particular outside the motor vehicle, wherein the display device (4a, 4b, 4c) is designed in particular as a multi-touch touchscreen and wherein a control device is provided for controlling the electronic rearview mirror (2a, 2b, 2c) and/or at least one additional motor vehicle system as a function of an entry made via the touchscreen, characterised in that with an exterior and/or side mirror as an electronic rearview mirror (2a, 2b, 2c) a touchscreen is provided only on an exterior and/or side mirror, by means of which at least one parameter of an opposite electronic rearview mirror (2a, 2b, 2c) can be adjusted.
A cannula for use with a blood circulation device, the cannula having a longitudinal axis and proximal and distal directions along said axis, the cannula comprising: a proximal portion having a wall extending around said axis and having outer and inner faces,, said inner face defining a bore, said proximal portion having dimensions transverse to said axis, said dimensions being constant in the proximal and distal directions; and a distal portion having an outer face, continuous with the outer face of the proximal portion, the outer face of the distal portion extending around and along said axis, said outer face of said distal portion tapering distally toward said axis, said distal portion including at least two openings (20a, 20b) extending from said outer face of said distal portion, and merging with one another within said distal portion, said at least two openings communicating with said bore of said proximal portion and characterised by having a bounding surface including a cylindrical portion, said cylindrical portion extending substantially from said outer face of said distal portion to said location where said at least two openings (20a, 20b) merge together within said distal portion. a proximal portion having a wall extending around said axis and having outer and inner faces,, said inner face defining a bore, said proximal portion having dimensions transverse to said axis, said dimensions being constant in the proximal and distal directions; and a distal portion having an outer face, continuous with the outer face of the proximal portion, the outer face of the distal portion extending around and along said axis, said outer face of said distal portion tapering distally toward said axis, said distal portion including at least two openings (20a, 20b) extending from said outer face of said distal portion, and merging with one another within said distal portion, said at least two openings communicating with said bore of said proximal portion and characterised by having a bounding surface including a cylindrical portion, said cylindrical portion extending substantially from said outer face of said distal portion to said location where said at least two openings (20a, 20b) merge together within said distal portion.