mhurhangee/ep-ind-claims huggingface dataset:
A method, in a system comprising a data preparation server (DP; DP+), for generating a profile to be downloaded to a UICC hosted in a device of an End-User, the method comprising the steps: a) At the data preparation server (DP; DP+), generate a Matching ID which is independent of a device type of the device and of a UICC type of the UICC; b) Providing the generated Matching ID to the End-User providing of the device and the UICC and wishing to be provided with a profile; c) At the data preparation server (DP; DP+), receive from the End-User a request for downloading a profile to the UICC and the following information: c1) UICC information on the UICC and c2) device information on the device hosting the UICC and c3) the Matching ID provided to him/her in step b); d) At the data preparation server (DP; DP+), in reaction to receipt of the information provided in step c), generate a customized profile matching with the information provided in step c), characterized in that: the Matching ID: - is assigned to the End-User, and - is not assigned to one particular profile and can be assigned to multiple profiles of the same End-User. a) At the data preparation server (DP; DP+), generate a Matching ID which is independent of a device type of the device and of a UICC type of the UICC; b) Providing the generated Matching ID to the End-User providing of the device and the UICC and wishing to be provided with a profile; c) At the data preparation server (DP; DP+), receive from the End-User a request for downloading a profile to the UICC and the following information: c1) UICC information on the UICC and c2) device information on the device hosting the UICC and c3) the Matching ID provided to him/her in step b); d) At the data preparation server (DP; DP+), in reaction to receipt of the information provided in step c), generate a customized profile matching with the information provided in step c), characterized in that: the Matching ID: - is assigned to the End-User, and - is not assigned to one particular profile and can be assigned to multiple profiles of the same End-User. - is assigned to the End-User, and - is not assigned to one particular profile and can be assigned to multiple profiles of the same End-User.
A memory circuit comprising: a voltage divider including a first phase change memory device and a second phase change memory device connected to the first phase change memory device; and a half latch connected to the voltage divider and to a voltage terminal; a cascade transistor connected to the half latch and the voltage divider; in that a first terminal of the cascade transistor is connected to an output node of the half latch, and a second terminal of the cascade transistor is connected to an input node of the half latch, wherein the first terminal is the gate terminal of the cascade transistor; and a pass transistor connected to the output node of the half latch; wherein the memory circuit applies a voltage lower than a hold voltage (Vh) to the voltage terminal during a read mode in which the first or second phase change memory device (121, 127) is read by the half latch; characterized in that a third terminal of the cascade transistor is directly connected to the voltage terminal; and in that the memory circuit is configured to raise, when switching from read mode to a normal operation mode in which data is passed through pass transistor, the voltage applied to the voltage terminal from said voltage lower than a hold voltage (Vh) to an overdrive voltage, wherein the overdrive voltage allows the pass transistor to pass a high voltage signal from drain to source without a threshold voltage drop across the pass transistor. a voltage divider including a first phase change memory device and a second phase change memory device connected to the first phase change memory device; and a half latch connected to the voltage divider and to a voltage terminal; a cascade transistor connected to the half latch and the voltage divider; in that a first terminal of the cascade transistor is connected to an output node of the half latch, and a second terminal of the cascade transistor is connected to an input node of the half latch, wherein the first terminal is the gate terminal of the cascade transistor; and a pass transistor connected to the output node of the half latch; wherein the memory circuit applies a voltage lower than a hold voltage (Vh) to the voltage terminal during a read mode in which the first or second phase change memory device (121, 127) is read by the half latch; characterized in that a third terminal of the cascade transistor is directly connected to the voltage terminal; and in that the memory circuit is configured to raise, when switching from read mode to a normal operation mode in which data is passed through pass transistor, the voltage applied to the voltage terminal from said voltage lower than a hold voltage (Vh) to an overdrive voltage, wherein the overdrive voltage allows the pass transistor to pass a high voltage signal from drain to source without a threshold voltage drop across the pass transistor.
A device for separating individual, two-dimensional, flexible objects (2a, 2a) from the lower side of a stack of such objects (2, 2a) and for conveying the separated objects (2, 2a) away from the stack, comprising: - a stack space with a support region; - support means (7a, 7b, 57a, 22, 23) which support the stack from below in the support region, wherein the support means comprise at least one support roller arrangement (7a, 7b, 57a) with at least one support roller; and - at least one separating member for separating the objects from the lower side of the stack, wherein the at least one support roller arrangement (7a, 7b, 57a) is part of a roller guidance device, and the support roller arrangement (7a, 7b, 57a) is at least in sections translatorily and periodically movable between a support position and a release position, and the support means comprise a stationary support arrangement which together with the at least one support roller arrangement (7a, 7b, 57a) located in the support position forms a common support surface for the stack, wherein the support means in the release position of the at least one support roller arrangement (7a, 7b, 57a) form a release gap between the stationary support arrangement and at least one the support roller arrangement (7a, 7b, 57a). - a stack space with a support region; - support means (7a, 7b, 57a, 22, 23) which support the stack from below in the support region, wherein the support means comprise at least one support roller arrangement (7a, 7b, 57a) with at least one support roller; and - at least one separating member for separating the objects from the lower side of the stack,
Shrinking device for a tool holder, which holds a rotary tool with a press fit in a central receiving opening, having a receiving unit for receiving the tool holder and a temperature-controlling device (46, 64) for the thermal expansion and for subsequent cooling of the tool holder in the region of the receiving opening, characterised in that the receiving unit is arranged on a carriage, which is guided such that it can be displaced in the longitudinal direction of the rails on a rail system, which runs parallel to the axis of the tool holder received in the receiving unit and is fastened on a supporting base with the longitudinal direction of the rails substantially parallel to the horizontal, and it being possible for said carriage to be moved along its displacement path into a region of action of the temperature-controlling device, wherein the carriage is to be moved to different axial positions along the rail system for heating and for cooling the tool holder, in that the temperature-controlling device has a cooling element configured as an air-cooled cooling ring to cool the tool holder and/or in that the rail system has two horizontal guide rails, which are spaced apart parallel to one another, on which the carriage can be guided, in particular in a sliding manner.
Fuel filter for an internal combustion engine of a motor vehicle having a filter element arranged in a filter housing and through which fuel flows in a radial direction from a dirty side to a clean side, wherein the fuel filter has a first water separator, wherein - the fuel filter has a second water separator connected in series in relation to the first water separator and which is connected to the first water separator, wherein fuel is withdrawn from the second water separator by means of a pressure drop present or generated in the fuel supply system, - the second water separator is flow-abated, - the first and the second water separators (8, 11) are connected at a clean side of the fuel filter, characterised in that - a fuel withdrawal line out of the second water separator is connected by a throttle device to a return line leading to a fuel tank, - the fuel filter is designed such that, in addition, fuel is withdrawn from the second water separator by way of a Venturi nozzle or an ejector pump arranged in an intake line of the fuel filter. - the fuel filter has a second water separator connected in series in relation to the first water separator and which is connected to the first water separator, wherein fuel is withdrawn from the second water separator by means of a pressure drop present or generated in the fuel supply system, - the second water separator is flow-abated, - the first and the second water separators (8, 11) are connected at a clean side of the fuel filter, - a fuel withdrawal line out of the second water separator is connected by a throttle device to a return line leading to a fuel tank, - the fuel filter is designed such that, in addition, fuel is withdrawn from the second water separator by way of a Venturi nozzle or an ejector pump arranged in an intake line of the fuel filter.
A method comprising: collecting R-signal apparent conductivity data from receivers of an induction logging tool, the R-signal data corresponding to the induction logging tool operating at a single frequency or multiple frequencies over a logging section of a borehole; retrieving weight coefficients from a database, each of the weight coefficients corresponding to a distance in a depth window along a length of the borehole; calculating a skin-effect correction apparent conductivity having a skin-effect correction by conducting a convolution filtering of conductivity values and the weight coefficients, the conductivity values derived from the R-signal data; and outputting the skin-effect correction apparent conductivity. collecting R-signal apparent conductivity data from receivers of an induction logging tool, the R-signal data corresponding to the induction logging tool operating at a single frequency or multiple frequencies over a logging section of a borehole; retrieving weight coefficients from a database, each of the weight coefficients corresponding to a distance in a depth window along a length of the borehole; calculating a skin-effect correction apparent conductivity having a skin-effect correction by conducting a convolution filtering of conductivity values and the weight coefficients, the conductivity values derived from the R-signal data; and outputting the skin-effect correction apparent conductivity.
A triazolopurine compound represented by the following general formula: wherein R 6 represents a hydrogen atom, and R 8 represents a hydrogen atom or an alkyl group; R 7 and R 9 each independently represent a hydrogen atom, an alkyl group, or a phenyl group having a substituent selected from: a halogen atom, an alkyl group, an alkoxy group, an amino group, an alkylamino group, a methylenedioxy group, a hydroxy group or nitro group.
Dumping-body assembly for use in a haulage vehicle, in particular a dump truck, comprising: a dump body configured for being pivotably mounted to a carrier of the vehicle, an ejecting unit configured to move an ejector in the dump body for unloading a payload, and a pivoting unit configured to, in a mounted state of the dumping-body assembly on the vehicle, pivot the dump body relative to the carrier between a stowage end position and an unloading end position, wherein the pivoting unit comprises an actuating means configured for pivoting the dump body relative to the carrier and a control means, characterized in that the dumping-body assembly further comprises a sensor unit configured to determine pivot state information being indicative of a pivot angle between an actual position of the dump body relative to its stowage end position or its unloading end position, and the control means is configured for controlling operation of the actuating means in dependence on the pivot state information to pivot the dump body relative to the carrier by a maximum pivot angle of not more than 40° for positioning the dump body from its stowage end position into its unloading end position. a dump body configured for being pivotably mounted to a carrier of the vehicle, an ejecting unit configured to move an ejector in the dump body for unloading a payload, and a pivoting unit configured to, in a mounted state of the dumping-body assembly on the vehicle, pivot the dump body relative to the carrier between a stowage end position and an unloading end position, wherein the pivoting unit comprises an actuating means configured for pivoting the dump body relative to the carrier and a control means, characterized in that the dumping-body assembly further comprises a sensor unit configured to determine pivot state information being indicative of a pivot angle between an actual position of the dump body relative to its stowage end position or its unloading end position, and the control means is configured for controlling operation of the actuating means in dependence on the pivot state information to pivot the dump body relative to the carrier by a maximum pivot angle of not more than 40° for positioning the dump body from its stowage end position into its unloading end position.
A fiber discfilter with a means of forming grooves on a surface of filter cloths, the fiber discfilter comprising: a filter unit configured such that a plurality of filter segments each having front and rear surfaces on which filter cloths each having a surface provided with bristles are installed is installed on an outer portion of a drum so that inflow water is filtered by being introduced into the filter segments while passing through the filter cloths; a cleaning means configured to remove foreign substances captured in the filter cloths; and a groove forming means disposed to be positioned at the periphery of the filter unit and having a plurality of protrusions configured to be inserted into the surface of the filter cloth and to form grooves in the surface of the filter cloth when being inserted into the surface of the filter cloth and the filter unit rotates, thereby exposing foreign substances captured in the deep part of the filter cloth, because during a process of filtering the inflow water foreign substances are uniformly captured on the surface of the filter cloth and in a deep part of the filter cloth, during a process of cleaning the filter cloth, such that the foreign substances captured in the deep part can be easily removed, wherein the groove forming means is configured separately from the cleaning means such that the protrusions are formed on a board fixedly installed on a support for fixing the cleaning means or fixedly installed on a separate structure. a filter unit configured such that a plurality of filter segments each having front and rear surfaces on which filter cloths each having a surface provided with bristles are installed is installed on an outer portion of a drum so that inflow water is filtered by being introduced into the filter segments while passing through the filter cloths; a cleaning means configured to remove foreign substances captured in the filter cloths; and a groove forming means disposed to be positioned at the periphery of the filter unit and having a plurality of protrusions configured to be inserted into the surface of the filter cloth and to form grooves in the surface of the filter cloth when being inserted into the surface of the filter cloth and the filter unit rotates, thereby exposing foreign substances captured in the deep part of the filter cloth, because during a process of filtering the inflow water foreign substances are uniformly captured on the surface of the filter cloth and in a deep part of the filter cloth, during a process of cleaning the filter cloth, such that the foreign substances captured in the deep part can be easily removed, wherein the groove forming means is configured separately from the cleaning means such that the protrusions are formed on a board fixedly installed on a support for fixing the cleaning means or fixedly installed on a separate structure.
An agricultural machine, in particular a seeding machine and/or a fertilizer spreader, comprising a frame and a distribution unit for granular and/or powder products, said agricultural machine being connected to a tractor, wherein said distribution unit comprises at least one tubular element for the transport of said products connected, through a central opening, to at least one compartment around which a plurality of shaped outlet sockets face and engage in a radial pattern through which said granular and/or powder products are distributed in the ground, wherein, in a position adjacent to said tubular element, there is a first support element and a second support element, of said first and second support elements (10, 13) comprising respectively a first joint and a second joint, to which a first actuator or a second actuator is respectively connected, said first and/or second actuator (8; 9) being controlled by an electronic control unit and being configured to respectively move said first joint and said second joint around a first axis and/or a second axis having a direction substantially parallel or perpendicular to the direction of the direction of travel of the agricultural machine, said distribution unit also comprising a head placed above said central opening and a sensor configured to detect the inclination of said head with respect to a terrestrial horizon, wherein said sensor is placed on said tractor and said electronic control unit drives said first actuator and/or said second actuator starting from a series of data received from said sensor and on the basis of a predefined algorithm.
A bursting disc with a flange area for attachment to an edge of an opening in a wall of a ventilation system, wherein a central area of the bursting disc, bordered on the flange area by a predetermined breaking line, is equipped with thermal insulation on the bursting disc side which stretches at least not over the fastening elements of the flange area so that a niche is formed bordered by the flange area and the thermal insulation on the bursting disc side, characterised by a flange side thermal insulation which, after attachment of the flange area to the edge of the opening, is applied to the flange area in such a manner as to fill the niche, and a cover which can be attached to the bursting disc which, in its attached state, protrudes over the flange area such that the thermal insulation located in the niche is covered in an orientation pointing away from the flange area.
Diagnostic composition for use in a method of in vivo differential diagnosis of Frontotemporal Dementia vs. Lewy-Body Dementia and Alzheimer's disease vs. Frontotemporal Dementia comprising a compound which is suitable for Single Photon Emission Computer Tomography (SPECT), which is capable of crossing the blood brain barrier and which can associate with a Dopamine Transporter, wherein said compound is selected from the following Table: Technepine Fluoratec (O-1505T) TROTEC-1 TRODAT-1 Altropane Dopascan (RTI-55 or β-CIT) DaTSCAN (FP-CIT) and wherein said compound is labeled with 99m Tc and/or 123 I.
A rotor for use in a turbine engine, comprising: a first rotor disc comprising a first slot and a first counter-groove; a second rotor disc adjacent to the first rotor disc and comprising a second slot and a second counter-groove; and a belly band seal positioned between the first rotor disc and the second rotor disc; the belly band seal comprising a band seal, wherein the band seal is positioned within the first slot and the second slot, and wherein a locking tab is positioned within the first counter-groove and the second counter-groove, characterized in that the band seal comprises the locking tab which is disposed on a radially outer surface of the band seal and brazed thereon. a first rotor disc comprising a first slot and a first counter-groove; a second rotor disc adjacent to the first rotor disc and comprising a second slot and a second counter-groove; and a belly band seal positioned between the first rotor disc and the second rotor disc; the belly band seal comprising a band seal, wherein the band seal is positioned within the first slot and the second slot, and wherein a locking tab is positioned within the first counter-groove and the second counter-groove, characterized in that the band seal comprises the locking tab which is disposed on a radially outer surface of the band seal and brazed thereon.
A gas turbine engine for an aircraft, comprising: a centrifugal compressor including an impeller with impeller blades extending from a hub and a diffuser downstream of the impeller, the impeller mounted for rotation about a central longitudinal axis within an outer shroud, a main flow passage extending between the hub and the outer shroud to an impeller exit defined downstream of the impeller blades, wherein a cavity is disposed adjacent the exit, the cavity communicating with the main flow passage via at least one aperture through a main flow passage wall from an impeller-side opening to a cavity-side opening, the impeller-side opening located radially outward from the impeller exit relative to the central longitudinal axis, and the cavity-side opening located closer to the central longitudinal axis than the impeller-side opening, wherein the cavity defines a closed chamber, the at least one aperture providing a sole fluid connection to the closed chamber, and the diffuser includes an annular ring extending circumferentially about the impeller exit, the cavity circumscribed by the annular ring and a portion of the outer shroud, and the at least one aperture is tapered in a direction extending from the cavity-side opening toward the impeller-side opening.
A packet radio communication system comprising a receiver, the receiver being configured to use the carrier sense multiple access method, characterized in that the receiver comprises a narrowband filter configured to receive a signal, to narrowband filter the signal and to output the narrowband filtered signal to a received signal strength indicator; and the receiver comprises a wideband filter configured to receive the signal to wideband filter the signal by a wider band than that of the narrowband filter and to output the wideband filtered signal to a demodulator.
A composition for use as a vaccine comprising an adjuvant formulation and a therapeutically effective amount of an antigen component, wherein a) the adjuvant formulation comprises Quil A or a purified faction thereof, a sterol, dimethyl dioctadecyl ammonium bromide, and a polyacrylic acid polymer; and b) the antigen component comprises a FeLV (Feline Leukemia Virus) antigen comprising FeLV gp70 protein or FeLV virus, or an Avian Influenza antigen comprising Avian Influenza virus or Avian Influenza H5 protein. a) the adjuvant formulation comprises Quil A or a purified faction thereof, a sterol, dimethyl dioctadecyl ammonium bromide, and a polyacrylic acid polymer; and b) the antigen component comprises a FeLV (Feline Leukemia Virus) antigen comprising FeLV gp70 protein or FeLV virus, or an Avian Influenza antigen comprising Avian Influenza virus or Avian Influenza H5 protein.