mhurhangee/ep-ind-claims huggingface dataset:
A method for random access, comprising: receiving, by a network device, a plurality of random access signals on a plurality of predetermined resources, wherein one predetermined resource of the plurality of predetermined resources corresponds to one random access signal of the plurality of random access signals; determining, by the network device, one radio network temporary identifier, RNTI, according to the plurality of predetermined resources, wherein there is a mapping relationship between the plurality of predetermined resources and the RNTI; and transmitting, by the network device, one random access response corresponding to the plurality of random access signals and scrambled through the RNTI. receiving, by a network device, a plurality of random access signals on a plurality of predetermined resources, wherein one predetermined resource of the plurality of predetermined resources corresponds to one random access signal of the plurality of random access signals; determining, by the network device, one radio network temporary identifier, RNTI, according to the plurality of predetermined resources, wherein there is a mapping relationship between the plurality of predetermined resources and the RNTI; and transmitting, by the network device, one random access response corresponding to the plurality of random access signals and scrambled through the RNTI.
A method of identifying a fragrance sample of interest for preparing an accord or a fully formulated fragrance, wherein the method comprises: a) submitting a group of subjects to a first protocol comprising: - having each subject of said group smell a control odour; - capturing functional Magnetic Resonance Imaging (fMRI) brain scans of each subject smelling the control odour so as to detect the brain activity of each subject; b) submitting the same group of subjects to a second protocol comprising; - having each subject of said group smell a fragrance sample to be tested; - capturing fMRI brain scans of each subject smelling the fragrance sample to be tested so as to detect the brain activity of each subject; c) averaging the brain activity of all subjects as obtained in the first protocol and in the second protocol; and d) contrasting the resulting averaged brain activity obtained in the second protocol with the resulting averaged brain activity obtained in the first protocol whereby a number of adjacent activated voxels is determined; wherein if a cluster of adjacent activated voxels has a volume equal to or greater than a threshold value in at least three of the following brain areas, or if a cluster has a number of adjacent activated voxels equal to or greater than a threshold value in at least three of the following brain areas: the VTA, Prefrontal Cortex, Striatum and Amygdala-Hippocampus complex, then the tested fragrance sample is considered to be of interest for preparing an accord or a fully formulated fragrance. a) submitting a group of subjects to a first protocol comprising: - having each subject of said group smell a control odour; - capturing functional Magnetic Resonance Imaging (fMRI) brain scans of each subject smelling the control odour so as to detect the brain activity of each subject; - having each subject of said group smell a control odour; - capturing functional Magnetic Resonance Imaging (fMRI) brain scans of each subject smelling the control odour so as to detect the brain activity of each subject; b) submitting the same group of subjects to a second protocol comprising; - having each subject of said group smell a fragrance sample to be tested; - capturing fMRI brain scans of each subject smelling the fragrance sample to be tested so as to detect the brain activity of each subject; - having each subject of said group smell a fragrance sample to be tested; - capturing fMRI brain scans of each subject smelling the fragrance sample to be tested so as to detect the brain activity of each subject; c) averaging the brain activity of all subjects as obtained in the first protocol and in the second protocol; and d) contrasting the resulting averaged brain activity obtained in the second protocol with the resulting averaged brain activity obtained in the first protocol whereby a number of adjacent activated voxels is determined;
A testing system comprising: a user interface including a display for displaying information relating to measurements of health data and an input device for receiving information from a user relating to the health data, the health data including data relating to an analyte concentration in a body fluid sample; and at least one processor providing an autologging feature unless the user selects an autologging bypass option, wherein the autologging feature provides the user with user-selectable options on the display and prompts the user to input meal information, the meal information being represented by the user-selectable options, the autologging feature prompting the user to input meal information during a time period that begins when the testing system receives the body fluid sample and ends when the display displays a measurement of the analyte concentration, whereby, in order: the testing system receives the body fluid sample to measure the analyte concentration; after the testing system receives the body fluid sample, the autologging feature prompts the user to input the meal information; and after the user inputs the meal information, the display displays the measurement of the analyte concentration, and wherein in response to the user selecting the autologging bypass option, the display displays the measurement of the analyte concentration on the display without requiring the user to input the meal information. a user interface including a display for displaying information relating to measurements of health data and an input device for receiving information from a user relating to the health data, the health data including data relating to an analyte concentration in a body fluid sample; and at least one processor providing an autologging feature unless the user selects an autologging bypass option, wherein the autologging feature provides the user with user-selectable options on the display and prompts the user to input meal information, the meal information being represented by the user-selectable options, the autologging feature prompting the user to input meal information during a time period that begins when the testing system receives the body fluid sample and ends when the display displays a measurement of the analyte concentration, whereby, in order: the testing system receives the body fluid sample to measure the analyte concentration; after the testing system receives the body fluid sample, the autologging feature prompts the user to input the meal information; and after the user inputs the meal information, the display displays the measurement of the analyte concentration, and wherein in response to the user selecting the autologging bypass option, the display displays the measurement of the analyte concentration on the display without requiring the user to input the meal information.
A cargo cover comprising: a first flexible insulation laminate for covering a first part of the cargo, the first laminate comprising a first arrangement of layers; and a second flexible insulation laminate for covering a second part of the cargo, the second laminate comprising a second arrangement of layers which is different from the first arrangement of layers, the first laminate being joined to, or arranged to be joined to, the second laminate wherein the first insulation laminate of the cargo cover comprises a phase change material layer including a flexible insulation material comprising a flexible porous medium defining a pore volume, and a solid/liquid phase change material within the pore volume. a first flexible insulation laminate for covering a first part of the cargo, the first laminate comprising a first arrangement of layers; and a second flexible insulation laminate for covering a second part of the cargo, the second laminate comprising a second arrangement of layers which is different from the first arrangement of layers, the first laminate being joined to, or arranged to be joined to, the second laminate wherein the first insulation laminate of the cargo cover comprises a phase change material layer including a flexible insulation material comprising a flexible porous medium defining a pore volume, and a solid/liquid phase change material within the pore volume.
Method for encapsulating electronic devices, wherein, successively: a. a profiled strip is placed on a conveyor belt, the profiled strip comprising a base and, on the opposite face to the face in contact with the conveyor belt, at least one flap protruding with respect to said base, said flap extending in a direction parallel to the running direction of the conveyor belt, referred to as the longitudinal direction, said base comprising a zone referred to as the receiving zone extending along said flap, the conveyor belt comprising, next to the receiving zone and on the opposite face to the face in contact with the profiled strip, a magnetic means; b. an electronic device is positioned, in the longitudinal direction, at a regular spacing, on the receiving zone of the profiled strip, said device comprising at least one ferromagnetic material, the magnetic means of the conveyor belt keeping the electronic device in position on the receiving zone; c. the flap is plastically deformed by application of an application force in a predetermined direction so as to encapsulate the electronic device. a. a profiled strip is placed on a conveyor belt, the profiled strip comprising a base and, on the opposite face to the face in contact with the conveyor belt, at least one flap protruding with respect to said base, said flap extending in a direction parallel to the running direction of the conveyor belt, referred to as the longitudinal direction, said base comprising a zone referred to as the receiving zone extending along said flap, the conveyor belt comprising, next to the receiving zone and on the opposite face to the face in contact with the profiled strip, a magnetic means; b. an electronic device is positioned, in the longitudinal direction, at a regular spacing, on the receiving zone of the profiled strip, said device comprising at least one ferromagnetic material, the magnetic means of the conveyor belt keeping the electronic device in position on the receiving zone; c. the flap is plastically deformed by application of an application force in a predetermined direction so as to encapsulate the electronic device.
A flange assembly comprising a flange in the form of a disk-shaped rim for connection to a hose or pipe, the flange defining a contact face for engagement, in use, with a contact face of an opposed flange; and at least three clamps spaced circumferentially around the contact face of the flange, each clamp including a clamp body pivotably secured to the flange and a clamp member mounted on the clamp body for movement relative thereto, the clamp body being movable between a first, retracted position and a second, clamping position in which a clamp face of the clamp member faces the contact face of the flange, the clamp member being movable relative to the clamp body to adjust the position of the clamp face relative to the contact face of the flange and thereby adjust a clamping force created between the clamp face and the contact face of the flange to retain, in use, an opposing flange in face to face engagement with the contact face of the flange, characterised in that the clamp member of each clamp includes a leg having a foot element mounted at an end thereof by means of a ball joint, the foot element defining the clamp face of the clamp member.
A frozen aerated product comprising a soy product, which comprises (i) soy protein and (ii) less than 25 wt-%, based on the total weight of the soy product, of soy fat, characterized in that the frozen aerated product comprises at least one destabilizing emulsifier which is an unsaturated monoglyceride.
A preparation method for silver nanowires with a uniform aspect ratio and nodes, comprising the following steps: adding 40 ml, 0.05M silver nitrate/glycerol solution into 60 ml, 0.67M polyvinylpyrrolidone/glycerol solution for uniform stirring and mixing, then transferring a mixed solution into a reaction kettle, and finally putting the reaction kettle into an oven heated to a temperature of 200 °C; and after holding the temperature for 8h, taking out the reaction kettle, and ending the experiment; and diluting a mother solution containing the silver nanowires in the reaction kettle with absolute alcohol, and centrifuging twice to obtain the silver nanowires with the uniform aspect ratio and nodes, wherein the silver nanowires have a diameter of 30-60 nm and a length of 10-20 μm, as determined using scanning electron microscopy, and are dispersed in isopropanol or absolute alcohol. adding 40 ml, 0.05M silver nitrate/glycerol solution into 60 ml, 0.67M polyvinylpyrrolidone/glycerol solution for uniform stirring and mixing, then transferring a mixed solution into a reaction kettle, and finally putting the reaction kettle into an oven heated to a temperature of 200 °C; and after holding the temperature for 8h, taking out the reaction kettle, and ending the experiment; and diluting a mother solution containing the silver nanowires in the reaction kettle with absolute alcohol, and centrifuging twice to obtain the silver nanowires with the uniform aspect ratio and nodes, wherein the silver nanowires have a diameter of 30-60 nm and a length of 10-20 μm, as determined using scanning electron microscopy, and are dispersed in isopropanol or absolute alcohol.
An article of footwear comprising a sole structure including a forefoot region, a midfoot region, a medial side and a lateral side, the sole structure comprising: a sole plate; a lasting board having a ground side surface, a foot side surface opposite the ground side surface, an outer peripheral edge, and an inner peripheral edge defining an opening, wherein, the outer peripheral edge of the lasting board includes an outer forward edge, an outer rearward edge disposed opposite the outer forward edge, an outer lateral edge and an outer medial edge disposed opposite the outer lateral edge, the inner peripheral edge of the sole plate is substantially parallel to the outer peripheral edge of the sole plate, and the lasting board has a width defined between the inner peripheral edge and the outer peripheral edge; and an insole disposed adjacent the foot side surface of the lasting board, the insole having a foot side surface, a ground side surface opposite the foot side surface, wherein the insole has a protrusion sized and shaped to fit within the opening of the lasting board, and wherein the ground side surface of the insole that is formed by the protrusion is substantially flush with the ground side surface of the lasting board. a sole plate; a lasting board having a ground side surface, a foot side surface opposite the ground side surface, an outer peripheral edge, and an inner peripheral edge defining an opening, wherein, the outer peripheral edge of the lasting board includes an outer forward edge, an outer rearward edge disposed opposite the outer forward edge, an outer lateral edge and an outer medial edge disposed opposite the outer lateral edge, the inner peripheral edge of the sole plate is substantially parallel to the outer peripheral edge of the sole plate, and the lasting board has a width defined between the inner peripheral edge and the outer peripheral edge; and the outer peripheral edge of the lasting board includes an outer forward edge, an outer rearward edge disposed opposite the outer forward edge, an outer lateral edge and an outer medial edge disposed opposite the outer lateral edge, the inner peripheral edge of the sole plate is substantially parallel to the outer peripheral edge of the sole plate, and the lasting board has a width defined between the inner peripheral edge and the outer peripheral edge; and an insole disposed adjacent the foot side surface of the lasting board, the insole having a foot side surface, a ground side surface opposite the foot side surface, wherein the insole has a protrusion sized and shaped to fit within the opening of the lasting board, and wherein the ground side surface of the insole that is formed by the protrusion is substantially flush with the ground side surface of the lasting board.
Method for establishing a content distribution federation composed of at least one content provider and at least one content distributor, within a system comprising a plurality of content providers (CSPm) and a plurality of content distributors (CDAj), the method comprising: the provision of first parameters, by said content providers of the system, to an intermediate entity distinct from said content providers and from said content distributors; the provision of second parameters, by said content distributors of the system, to said intermediate entity; a step of association, implemented by said intermediate entity, of at least one of said content providers of the system with at least one of said content distributors of the system based on the first parameters and second parameters; the establishment of a content distribution federation composed of at least one content provider and at least one content distributor in association. the provision of first parameters, by said content providers of the system, to an intermediate entity distinct from said content providers and from said content distributors; the provision of second parameters, by said content distributors of the system, to said intermediate entity; a step of association, implemented by said intermediate entity, of at least one of said content providers of the system with at least one of said content distributors of the system based on the first parameters and second parameters; the establishment of a content distribution federation composed of at least one content provider and at least one content distributor in association.
A coupling for a cooling system in a cutting tool, comprising a fastener comprising a shank having a first end and a second end, the first end of the shank defining the first end of the fastener, a head at the second end of the shank, a top of the head defining a second end of the fastener, characterized in that the head is frustoconical with a narrowest end closest to the shank and the fastener comprises a longitudinal passage in the shank, and a radial opening in the head in flow communication with the longitudinal passage.
A composite article comprising at least one metal structural member and a fully cured elastomer member self-bonded to said metal structural member; said fully cured elastomer member comprising the reaction product of at least one elastomeric polymer component, at least one curative component having a cure temperature, and at least one adhesion promoter having an activation temperature; with said activation temperature above said cure temperature and said adhesion promoter non-reactive with said curative or polymer at said cure temperature.
A signal processing method for correcting a FPN noise of an image signal to be corrected, comprising: calculating an estimated noise shape estimated to be included in the image signal to be corrected, based on a calibration signal, the calibration signal including a noise correlated with the noise of the image signal to be corrected; calculating a correction value of a noise shape by multiplying the estimated noise shape by a coefficient which is smaller than 1; and removing the noise from the image signal to be corrected by subtracting the correction value of the noise shape thus generated from the image signal to be corrected. calculating an estimated noise shape estimated to be included in the image signal to be corrected, based on a calibration signal, the calibration signal including a noise correlated with the noise of the image signal to be corrected; calculating a correction value of a noise shape by multiplying the estimated noise shape by a coefficient which is smaller than 1; and removing the noise from the image signal to be corrected by subtracting the correction value of the noise shape thus generated from the image signal to be corrected.
A femoral intramedullary nail, comprising: a shaft having a proximal region, a distal region, a medial side, a lateral side, and a longitudinal axis extending proximally and distally, the proximal region having a non-circular cross-sectional shape perpendicular to the longitudinal axis; a reconstruction aperture locating in the proximal region for receiving at least one member in a reconstruction mode, the aperture oriented to target the femoral head and neck; and an antegrade aperture in the proximal region for receiving at least one member in an antegrade mode, the antegrade aperture oriented to target the lesser trochanter; wherein the reconstruction aperture extends from the medial side to the lateral side of the nail and the antegrade aperture is radially offset from the reconstruction aperture; characterised in that: the antegrade aperture includes an exit opening entirely located within the reconstruction aperture. a shaft having a proximal region, a distal region, a medial side, a lateral side, and a longitudinal axis extending proximally and distally, the proximal region having a non-circular cross-sectional shape perpendicular to the longitudinal axis; a reconstruction aperture locating in the proximal region for receiving at least one member in a reconstruction mode, the aperture oriented to target the femoral head and neck; and an antegrade aperture in the proximal region for receiving at least one member in an antegrade mode, the antegrade aperture oriented to target the lesser trochanter; wherein the reconstruction aperture extends from the medial side to the lateral side of the nail and the antegrade aperture is radially offset from the reconstruction aperture; characterised in that: the antegrade aperture includes an exit opening entirely located within the reconstruction aperture.