mhurhangee/ep-ind-claims huggingface dataset:
A method of identifying a compound that stimulates fat oxidization, comprising: measuring a first temperature of a region of a face of a subject with a thermography device before the subject ingests a test compound; measuring a second temperature of the region of the face of the subject with the thermography device after the test compound is ingested; and classifying the test compound as a compound that stimulates fat oxidation or a compound that does not stimulate fat oxidation based at least partially on a difference between the second temperature and the first temperature. measuring a first temperature of a region of a face of a subject with a thermography device before the subject ingests a test compound; measuring a second temperature of the region of the face of the subject with the thermography device after the test compound is ingested; and classifying the test compound as a compound that stimulates fat oxidation or a compound that does not stimulate fat oxidation based at least partially on a difference between the second temperature and the first temperature.
Method for detecting malicious software in an electronic document, where the method comprises: a) detecting an executable code in the electronic document provided to a client module; b) extracting, in the client module, information from the electronic document comprising the executable code and metadata of the electronic document; c) creating, in the client module, a binary vector associated with the electronic document based on certain characteristics obtained from the extracted information; d) comparing, in a classifier module, the binary vector with one or more groups of vectors previously classified and stored in a database, wherein the comparison comprises calculating a distance between the binary vector and each of the groups of previously classified vectors; e) as a result of the comparison, classifying the binary vector in one of the groups of previously classified vectors according to a maximum group distance, where each group of vectors has associated therewith in the database a verdict about the presence of malicious software; f) determining, in the database, that the electronic document contains malicious software depending on the verdict associated with the group in which its associated binary vector has been classified. a) detecting an executable code in the electronic document provided to a client module; b) extracting, in the client module, information from the electronic document comprising the executable code and metadata of the electronic document; c) creating, in the client module, a binary vector associated with the electronic document based on certain characteristics obtained from the extracted information; d) comparing, in a classifier module, the binary vector with one or more groups of vectors previously classified and stored in a database, wherein the comparison comprises calculating a distance between the binary vector and each of the groups of previously classified vectors; e) as a result of the comparison, classifying the binary vector in one of the groups of previously classified vectors according to a maximum group distance, where each group of vectors has associated therewith in the database a verdict about the presence of malicious software; f) determining, in the database, that the electronic document contains malicious software depending on the verdict associated with the group in which its associated binary vector has been classified.
A core sampling system, comprising: a core barrel comprises a carrier chamber configured to receive a core sample from a well, and a piston configured to provide a pressurized force on the core sample within the chamber; an isolated pressure compensation system; a selectively activated isolation mechanism coupled between the core barrel and the isolated pressure compensation system; and a controller configured to deactivate the selectively activated isolation mechanism upon closing of the core barrel. a core barrel comprises a carrier chamber configured to receive a core sample from a well, and a piston configured to provide a pressurized force on the core sample within the chamber; an isolated pressure compensation system; a selectively activated isolation mechanism coupled between the core barrel and the isolated pressure compensation system; and a controller configured to deactivate the selectively activated isolation mechanism upon closing of the core barrel.
A cooling fabric adapted for use with bodywear, comprising: a base fabric having a transfer property that is adapted to allow passage of a moisture vapor through the base fabric; and an array of cooling elements coupled to a body-facing side of the base fabric, the cooling elements being adapted to absorb heat when exposed to moisture, wherein the placement and spacing of the cooling elements enables the base fabric to retain partial performance of the transfer property; wherein the cooling elements comprise a hydrogel polymer, a phase change material, or a combination thereof; wherein the cooling elements comprise closed loop members; and wherein each closed loop member includes a center portion inside the closed loop member wherein the base fabric remains exposed. a base fabric having a transfer property that is adapted to allow passage of a moisture vapor through the base fabric; and an array of cooling elements coupled to a body-facing side of the base fabric, the cooling elements being adapted to absorb heat when exposed to moisture, wherein the placement and spacing of the cooling elements enables the base fabric to retain partial performance of the transfer property; wherein the cooling elements comprise a hydrogel polymer, a phase change material, or a combination thereof; wherein the cooling elements comprise closed loop members; and wherein each closed loop member includes a center portion inside the closed loop member wherein the base fabric remains exposed.
Battery-free meter for flowing media, in which a rotor body fitted with permanent magnets (6, 7) and driven in rotating manner by the medium is arranged in the pipeline conveying the flowing medium and the thus generated rotating magnetic field acts on a Wiegand sensor which is arranged outside of the flowing medium in the region surrounding the meter, wherein approximately transversely to the longitudinal axis of the pipeline, in this pipeline a housing part engages in sealing manner into the interior of the pipeline and is at least partly flowed around by the flowing medium, that the outer circumference of the housing part is at least partly surrounded by the rotor body driven in rotating manner and generating the rotating magnetic field, and that the Wiegand sensor is arranged in the housing part, characterised in that a second Wiegand sensor is present which is independent of the first Wiegand sensor, wherein the two Wiegand sensors (25, 26) are arranged parallel to the flow direction of the flowing medium and lying one above another, wherein the rotating magnetic field generated by the permanent magnets (6, 7) is aligned with its flux lines parallel to the flow direction of the flowing medium, and the rotating magnetic field thus formed lies in the plane of the Wiegand sensors (25, 26) which are both passed through by the same transversal magnetic field with approximately the same magnetic field strength.
A re-encryption key generation device comprising: a randomization unit adapted to set a random number in a decryption key tdk x in which a key attribute x is set and set a random number in a tag tg φ used to decrypt a ciphertext with the decryption key tdk x, so as to generate a decryption key tdk x ^ and a tag tg φ ^; an encryption key generation unit adapted to encrypt the decryption key tdk x ^ generated by the randomization unit by an attribute-based encryption scheme using a ciphertext attribute y', so as to generate an encryption key act y'; and a re-encryption key output unit adapted to output a re-encryption key rk x,y' including the encryption key act y' generated by the encryption key generation unit and the tag tg φ ^ generated by the randomization unit. a randomization unit adapted to set a random number in a decryption key tdk x in which a key attribute x is set and set a random number in a tag tg φ used to decrypt a ciphertext with the decryption key tdk x, so as to generate a decryption key tdk x ^ and a tag tg φ ^; an encryption key generation unit adapted to encrypt the decryption key tdk x ^ generated by the randomization unit by an attribute-based encryption scheme using a ciphertext attribute y', so as to generate an encryption key act y'; and a re-encryption key output unit adapted to output a re-encryption key rk x,y' including the encryption key act y' generated by the encryption key generation unit and the tag tg φ ^ generated by the randomization unit.
A variant proliferation-inducing ligand (APRIL), which has a higher binding affinity to BCMA than wild-type APRIL; and/or a higher BCMA:TACI (transmembrane activator and calcium modulator and cyclophilin ligand interactor) binding ratio than wild-type APRIL; and which comprises one of the following single mutations: M200C, M200L, M200G, M200S, M200A, M200N.
Method to control the vibrations of an articulated arm during its movement and use to carry out pumping operations of concrete, said articulated arm comprising a plurality of segments articulated with respect to each other, each associated with a corresponding actuator, comprising at least a first step of detecting the temporal development and entity of the force which acts on at least said actuator due to the vibrations, and a second step during which a processing and control device, as a function of said force, commands the drive of a hydraulic control circuit connected fluidically at least to said actuator to determine the damping of said force due to the vibrations, wherein during said first detection step the development and entity of a first pressure and of a second pressure are detected, acting respectively in a first chamber and in a second chamber of said actuator, by means of respective pressure sensors (25, 26), characterized in that said detection step provides to determine, in real time, a differential force between the force acting in said first chamber and the force acting in said second chamber, wherein said differential force is filtered of its component of average value so as to obtain only the dynamic component of force acting on the actuator and associated to an oscillation of the related segment due to the vibrations, and wherein, when the dynamic components of force due to the vibrations are different than zero, the drive of the hydraulic control circuit provides an input of work fluid into the two chambers (21, 22) of the actuator such as to generate a force which opposes and tends to cancel said component of the force due to the vibrations.
A device for uninterruptible simultaneous expression of components of a multi-part biomedical composition in varying mixing ratios, comprising a) a connecting means for support of at least two syringe barrels (320, 321) and device handling; and b) at least two syringes (310, 311) each containing a different component of the multi-part biomedical composition, each of said syringes positioned side by side and interconnected by the connecting means, each of said syringes further comprising plungers connected to each other at a distal end and having pistons (370, 371) attached to said plungers at a proximal end; wherein the first syringe comprises a first retention compartment and a second retention compartment that are spaced axially from each other along a linear axis, wherein the first retention compartment has at least in part a larger cross-sectional dimension relative to the second retention compartment; wherein the first piston located within the barrel of the first syringe has a first piston cross-sectional dimension that corresponds to an inside cross-sectional dimension of the second retention compartment; and wherein a ring-shaped gasket is located within the first retention compartment and has an outside dimension that corresponds to an interior dimension of the first retention compartment. a) a connecting means for support of at least two syringe barrels (320, 321) and device handling; and b) at least two syringes (310, 311) each containing a different component of the multi-part biomedical composition, each of said syringes positioned side by side and interconnected by the connecting means, each of said syringes further comprising plungers connected to each other at a distal end and having pistons (370, 371) attached to said plungers at a proximal end;
A surgical stapling device comprising: a handle assembly including a stationary handle and a firing trigger assembly, the firing trigger assembly being movable through an actuating stroke; a central body extending distally from the handle assembly; a cartridge assembly supported on a distal end of the central body; an anvil assembly; an approximation mechanism including a longitudinally movable drive screw, the drive screw being operatively connected to the anvil assembly such that longitudinal movement of the drive screw effects movement of the anvil assembly in relation to the cartridge assembly between spaced and approximated positions; and an audible indicator mechanism including a clicker and a biasing member positioned to urge the clicker proximally within the stationary handle; characterised in that the clicker is positioned to engage the firing trigger assembly as the firing trigger assembly is moved through the actuating stroke to move the clicker from a first position towards a second position to increase tension within the biasing member, the clicker being adapted to move from the second position to a third position by the biasing member to provide an audible indication to a clinician that the firing trigger assembly has completed the actuation stroke; wherein the stationary handle defines a cutout and the clicker supports a pin that is received in the cutout, the pin being movable through the cutout to guide movement of the clicker between the first, second and third positions. a handle assembly including a stationary handle and a firing trigger assembly, the firing trigger assembly being movable through an actuating stroke; a central body extending distally from the handle assembly; a cartridge assembly supported on a distal end of the central body; an anvil assembly; an approximation mechanism including a longitudinally movable drive screw, the drive screw being operatively connected to the anvil assembly such that longitudinal movement of the drive screw effects movement of the anvil assembly in relation to the cartridge assembly between spaced and approximated positions; and an audible indicator mechanism including a clicker and a biasing member positioned to urge the clicker proximally within the stationary handle; characterised in that the clicker is positioned to engage the firing trigger assembly as the firing trigger assembly is moved through the actuating stroke to move the clicker from a first position towards a second position to increase tension within the biasing member, the clicker being adapted to move from the second position to a third position by the biasing member to provide an audible indication to a clinician that the firing trigger assembly has completed the actuation stroke; wherein the stationary handle defines a cutout and the clicker supports a pin that is received in the cutout, the pin being movable through the cutout to guide movement of the clicker between the first, second and third positions.
A cover (100, 300), comprising a cover body (101, 301); an arm (102, 302) coupled to the cover body (101, 301); and a shape memory material (103, 303) in the arm (102, 302), the shape memory material (103, 303) able to place the arm (102, 302) into: a first shape wherein the arm (102, 302) is adjacent to a housing of a display device when the arm (102, 302) is attached to the housing of the display device; and a second shape wherein the arm (102, 302) forms a stand for the display device when the arm (102, 302) is attached to the housing of the display device. a first shape wherein the arm (102, 302) is adjacent to a housing of a display device when the arm (102, 302) is attached to the housing of the display device; and a second shape wherein the arm (102, 302) forms a stand for the display device when the arm (102, 302) is attached to the housing of the display device.
A method of performing communication, by a UE, user equipment, in a wireless communication system, the method comprising: receiving system information including configuration information of indication information; obtaining time gap information from the configuration information of the indication information, wherein the time gap information indicates time gap between the indication information and a paging position for a paging message; identifying a time domain position based on the time gap from the paging position; monitoring the indication information based on the identified time domain position; and based on the indication information being detected as a result of the monitoring, monitoring the paging message on the paging position, wherein the indication information is transmitted through a valid subframe based on SIB 1, system information block 1. receiving system information including configuration information of indication information; obtaining time gap information from the configuration information of the indication information, wherein the time gap information indicates time gap between the indication information and a paging position for a paging message; identifying a time domain position based on the time gap from the paging position; monitoring the indication information based on the identified time domain position; and based on the indication information being detected as a result of the monitoring, monitoring the paging message on the paging position, wherein the indication information is transmitted through a valid subframe based on SIB 1, system information block 1.
An engineered plasmacytoid dendritic cell for use in a method of treating a disease in a subject, wherein the method comprises administering the engineered cell to the subject, wherein the cell expresses on its surface an exogenous construct comprising an extracellular antigen recognition domain that recognises an antigen on a target cell, and wherein the cell activates an immune response when the extracellular antigen recognition domain binds the target cell. wherein the cell expresses on its surface an exogenous construct comprising an extracellular antigen recognition domain that recognises an antigen on a target cell, and wherein the cell activates an immune response when the extracellular antigen recognition domain binds the target cell.
Connecting device for the connection of the front side of a first component to the grooved longitudinal side of a second component, with the first component being provided with at least one thread feeder and the second component with at least one longitudinal groove with at least one undercut, comprising a sliding block with a threaded bore which engages in at least one undercut of the longitudinal groove, wherein the connecting device consists of a coupling element that is provided with a first recess, which is penetrated by an anchor screw that engages in axial orientation in the thread feeder of the first component and said anchor screw can connect the coupling element with the first component at its front side, and a second recess, which is penetrated by a coupling screw that engages into the threaded bore of the sliding block and connects the coupling element with the sliding block, the sliding block is provided with a mounting recess through which the anchor screw can be accessed by a screwing tool, and said connecting device makes it possible that the first component is directly pressed with its front side to the longitudinal side of the second component.
An array of integrated μLED devices comprising: a substrate and a plurality of integrated μLED devices formed thereon, each integrated LED device comprising: a semiconductor material comprising a light emitting layer and positioned on the substrate, wherein the semiconductor material and/or the substrate are configured internally to control light generated by the light generating layer to output quasi-collimated light from a light emitting surface of each μLED device; and an optical component positioned at the light emitting surface and configured to receive quasi-collimated light exiting the light emitting surface and to alter one or more optical properties of at least some of the quasi-collimated light, wherein the light emitting surface is polished flat and wherein the optical component is continuous over the array of integrated μLED devices. a substrate and a plurality of integrated μLED devices formed thereon, each integrated LED device comprising: a semiconductor material comprising a light emitting layer and positioned on the substrate, wherein the semiconductor material and/or the substrate are configured internally to control light generated by the light generating layer to output quasi-collimated light from a light emitting surface of each μLED device; and an optical component positioned at the light emitting surface and configured to receive quasi-collimated light exiting the light emitting surface and to alter one or more optical properties of at least some of the quasi-collimated light, a semiconductor material comprising a light emitting layer and positioned on the substrate, wherein the semiconductor material and/or the substrate are configured internally to control light generated by the light generating layer to output quasi-collimated light from a light emitting surface of each μLED device; and an optical component positioned at the light emitting surface and configured to receive quasi-collimated light exiting the light emitting surface and to alter one or more optical properties of at least some of the quasi-collimated light, wherein the light emitting surface is polished flat and wherein the optical component is continuous over the array of integrated μLED devices.
Sensor having a housing in which a sensor element is disposed, and a gas-tight electrical feedthrough through the housing, said feedthrough being configured for directing electrical currents and/or voltages from electrical components that are disposed outside the housing into the housing and/or for diverting same out of the housing, characterized in that the electrical feedthrough has a ceramic molded body which has at least one through bore, the latter having a first end and a second end, wherein the through bore from the first end up to the second end is filled with a metallic paste, and the ceramic molded body in a sintering process is connected to the metallic paste, and in the region of the first end and/or of the second end of the through bore at least one metallic tube piece is attached to the sintered metallic paste.