mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication for reporting a channel quality indicator, CQI, comprising: determining, by a user equipment, UE, that a calculated CQI value to be reported in a current sub-frame is affected by a deterministic null scheduling on a downlink channel, wherein the deterministic null scheduling includes sub-frames where the UE determines the the UE will not be scheduled to receive a downlink transmission of the downlink channel; determining a compensatory CQI value, wherein the compensatory CQI value is a CQI value that compensates for effects of null scheduling on the calculated CQI value; and reporting the lower of the calculated CQI value and the compensatory CQI value in response to determining that the calculated CQI value is affected by the deterministic null scheduling. determining, by a user equipment, UE, that a calculated CQI value to be reported in a current sub-frame is affected by a deterministic null scheduling on a downlink channel, wherein the deterministic null scheduling includes sub-frames where the UE determines the the UE will not be scheduled to receive a downlink transmission of the downlink channel; determining a compensatory CQI value, wherein the compensatory CQI value is a CQI value that compensates for effects of null scheduling on the calculated CQI value; and reporting the lower of the calculated CQI value and the compensatory CQI value in response to determining that the calculated CQI value is affected by the deterministic null scheduling.
A method for a vehicle-to-X, V2X, operation in a wireless communication system, the method performed by a V2X user equipment, V2X UE, comprising: receiving information regarding a threshold related to congestion of a channel, wherein the threshold is used for determining whether the V2X UE keeps using a current carrier selected for a transmission of the V2X operation; determining whether to perform a carrier switch from the current carrier to another carrier based on (i) the threshold and (ii) channel congestion level related to the current carrier; and performing the V2X operation on at least one V2X resource of the current carrier or the another carrier based on the determination, wherein, based on the channel congestion level related to the current carrier being below the threshold, the V2X UE does not perform the carrier switch, keeps the current carrier and performs the V2X operation on the at least one V2X resource of the current carrier, based on the channel congestion level related to the current carrier being not below the threshold, the V2X UE performs the carrier switch and performs the V2X operation on the at least one V2X resource of the another carrier, and wherein the channel congestion level related to the current carrier is determined based on a measured sidelink received signal strength indicator, S-RSSI, related to a V2X resource pool of the current carrier. receiving information regarding a threshold related to congestion of a channel, wherein the threshold is used for determining whether the V2X UE keeps using a current carrier selected for a transmission of the V2X operation; determining whether to perform a carrier switch from the current carrier to another carrier based on (i) the threshold and (ii) channel congestion level related to the current carrier; and performing the V2X operation on at least one V2X resource of the current carrier or the another carrier based on the determination, wherein, based on the channel congestion level related to the current carrier being below the threshold, the V2X UE does not perform the carrier switch, keeps the current carrier and performs the V2X operation on the at least one V2X resource of the current carrier, based on the channel congestion level related to the current carrier being not below the threshold, the V2X UE performs the carrier switch and performs the V2X operation on the at least one V2X resource of the another carrier, and wherein the channel congestion level related to the current carrier is determined based on a measured sidelink received signal strength indicator, S-RSSI, related to a V2X resource pool of the current carrier.
A position determination system for determining a position of a device movable in an environment, the position determination system having a position determination unit and a memory unit, wherein an environmental map of the environment is stored in the memory unit; wherein the position determination unit is configured to receive measured distance values of an environmental sensor of the movable device; wherein the position determination unit is configured to determine the position of the movable device by a comparison of the measured distance values with the environmental map; wherein the stored environmental map comprises at least one block; wherein the block comprises an arrangement of map values representing the environment; wherein the map values represent distance values from a margin of the environment; wherein the block of the environmental map is stored in the memory unit as a coefficient of a linear combination of basis functions, with the linear combination of the basis functions approximating the map values of the block; and wherein the coefficients of the linear combination are only stored in the memory unit when their amounts exceed predefined threshold values. the position determination system having a position determination unit and a memory unit, wherein an environmental map of the environment is stored in the memory unit; wherein the position determination unit is configured to receive measured distance values of an environmental sensor of the movable device; wherein the position determination unit is configured to determine the position of the movable device by a comparison of the measured distance values with the environmental map; wherein the stored environmental map comprises at least one block; wherein the block comprises an arrangement of map values representing the environment; wherein the map values represent distance values from a margin of the environment; wherein the block of the environmental map is stored in the memory unit as a coefficient of a linear combination of basis functions, with the linear combination of the basis functions approximating the map values of the block; and wherein the coefficients of the linear combination are only stored in the memory unit when their amounts exceed predefined threshold values.
A method for the automated opening of carrier means and for the provision of the carrier means in container-like loading and transport aids, characterised by the following steps: - feeding flatly closed carrier means, in particular from a stack, to holding means of a first conveying appliance by way of a carrier means feed appliance; - conveying the flatly closed carrier means which are held by the holding means, to a carrier means opening appliance; - opening the flatly closed carrier means by way of the carrier means opening appliance; - bringing the carrier means into the loading and transport aids by way of a merging appliance; - conveying away of the loading and transport aids with the opened carrier means which are arranged in these, by way of a second conveying appliance. - feeding flatly closed carrier means, in particular from a stack, to holding means of a first conveying appliance by way of a carrier means feed appliance; - conveying the flatly closed carrier means which are held by the holding means, to a carrier means opening appliance; - opening the flatly closed carrier means by way of the carrier means opening appliance; - bringing the carrier means into the loading and transport aids by way of a merging appliance; - conveying away of the loading and transport aids with the opened carrier means which are arranged in these, by way of a second conveying appliance.
A connect/disconnect system of a revolving sprinkler of a dishwasher, wherein the sprinkler comprises an elongated tubular body that is centrally pivotable on a hollow pivot fitted at the outlet of a water supply duct of the dishwasher and having a vertical axis corresponding to the axis of rotation of the sprinkler, characterized in that said hollow pivot has a terminal portion with a cylindrical shape surmounted by a frusto-conical end shape having a larger base adjacent to said cylindrical shape and of a diameter greater than it, and in that said revolving sprinkler is pivoted on the hollow pivot by means of a hub that accommodates at least two latches sliding radially with respect to the longitudinal axis of the hollow pivot in correspondence with its cylindrical shape and biased towards said longitudinal axis by corresponding elastic means, said hub also accomodating a rotor in contact with said latches and shaped in such a way that its rotation in a given direction moves the latches away from the longitudinal axis of the pivot up to a distance greater than the radius of said larger base of the frusto-conical shape, said rotor being provided with a gripping member external to the hub.
Measuring device for triggering a measurement signal overlaid with a noise signal, comprising a recording unit, a trigger unit and a hysteresis setting unit, the trigger unit being connected with the recording unit, - wherein the measurement signal overlaid in each case with a noise signal is fed to the trigger unit and the recording unit, - wherein the trigger unit is configured to output a trigger signal to the recording unit as soon as the measurement signal overlaid with a noise signal has run through a hysteresis range completely, - wherein the trigger unit is connected with the hysteresis setting unit, - wherein the hysteresis setting unit presets a hysteresis range for the trigger unit and the hysteresis range preset by the hysteresis setting unit is adjustable and - wherein the recording unit has a visualisation unit which is connected with the hysteresis setting unit, characterised in that the hysteresis range preset by the hysteresis setting unit is adjustable with bit precision according to the accuracy of digital comparators and in that this hysteresis range preset with bit precision according to the accuracy of the digital comparators is displayed by the visualisation unit by a transparent area with a lower contrast than the measurement signal below or above a trigger threshold in a different colour to that assigned to any measurement channel of the measuring device along a horizontal axis of the visualisation unit. - wherein the measurement signal overlaid in each case with a noise signal is fed to the trigger unit and the recording unit, - wherein the trigger unit is configured to output a trigger signal to the recording unit as soon as the measurement signal overlaid with a noise signal has run through a hysteresis range completely, - wherein the trigger unit is connected with the hysteresis setting unit, - wherein the hysteresis setting unit presets a hysteresis range for the trigger unit and the hysteresis range preset by the hysteresis setting unit is adjustable and - wherein the recording unit has a visualisation unit which is connected with the hysteresis setting unit,
A method of imaging with an x-ray system, comprising: performing a digital breast tomosynthesis scan on a compressed breast with the x-ray system and generating tomosynthesis scan data; reconstructing images of the compressed breast from the tomosynthesis scan data; determining an expected reconstruction error for an interventional tool based on an error model modelled as a function of acquisition geometry of the x-ray system and interventional tool parameters; and displaying the expected reconstruction error on a user interface of the x-ray system; wherein the interventional tool parameters include a tool length, a tool tip diameter, a tool orientation, and a tool tip position, the tool tip position derived from one or more of a selected target position in the reconstructed images and a robot returned tip position determined based on feedback from a robotic system coupled to the x-ray system. performing a digital breast tomosynthesis scan on a compressed breast with the x-ray system and generating tomosynthesis scan data; reconstructing images of the compressed breast from the tomosynthesis scan data; determining an expected reconstruction error for an interventional tool based on an error model modelled as a function of acquisition geometry of the x-ray system and interventional tool parameters; and displaying the expected reconstruction error on a user interface of the x-ray system; wherein the interventional tool parameters include a tool length, a tool tip diameter, a tool orientation, and a tool tip position, the tool tip position derived from one or more of a selected target position in the reconstructed images and a robot returned tip position determined based on feedback from a robotic system coupled to the x-ray system.
Linear actuator comprising a control device, a casing and a motor coupled to a device for transforming a rotational movement, generated by the motor, into a translational movement, configured to move in translation a movable part, the movable part comprising a stud, the device comprising a rotation-blocking device relative to the casing of the actuator, the actuator further comprising a group of at least one mechanical stop configured to fix a position reference for the moving part, the group of at least one mechanical stop being configured to obstruct the translational movement of the stud when the latter reaches at least one predetermined position, the contact of said stud with the stop generating a torque, the force of which is propagated to all the elements of the device, said actuator being characterized in that the control device comprises a control module and a group of at least one strain gauge configured to generate a signal representative of the force detected, the control module being connected to the group of at least one strain gauge and being configured to compare the amplitude of the signal generated by the group of at least one strain gauge to at least one predetermined value, and in that said at least one strain gauge is placed on one of the elements of the actuator to which the force induced by the torque is transmitted. the device comprising a rotation-blocking device relative to the casing of the actuator, the actuator further comprising a group of at least one mechanical stop configured to fix a position reference for the moving part, the group of at least one mechanical stop being configured to obstruct the translational movement of the stud when the latter reaches at least one predetermined position, the contact of said stud with the stop generating a torque, the force of which is propagated to all the elements of the device, said actuator being characterized in that the control device comprises a control module and a group of at least one strain gauge configured to generate a signal representative of the force detected, the control module being connected to the group of at least one strain gauge and being configured to compare the amplitude of the signal generated by the group of at least one strain gauge to at least one predetermined value, and in that said at least one strain gauge is placed on one of the elements of the actuator to which the force induced by the torque is transmitted.
A process for producing a flexible container comprising: A. providing a rear panel web, a front panel web, a first folded gusset panel web, and a second folded gusset panel web, each panel web having peripheral edges and a bottom face, each bottom face having two opposing tapered edges meeting at a bottom end; B. placing the folded gusset panel webs (118, 120) between the rear panel web and the front panel web, the gusset panel webs (118, 120) opposing each other, the panel webs configured to form a common periphery and the bottom seal area including the bottom end of each panel; C. first sealing the peripheral edges, the tapered edges, and the bottom seal area under a first heat seal condition; D. second sealing at least a portion of the bottom seal area under a second heat seal condition; and E. forming a flexible container (10 having an apex point and a bottom distalmost inner seal point; wherein the sealing steps utilize a heat seal apparatus having an overseal bar, and the second step comprises forming, with the overseal bar, an overseal in a portion of the bottom seal area at a location selected from the group consisting of below the apex point and below the bottom distalmost inner seal point. A. providing a rear panel web, a front panel web, a first folded gusset panel web, and a second folded gusset panel web, each panel web having peripheral edges and a bottom face, each bottom face having two opposing tapered edges meeting at a bottom end; B. placing the folded gusset panel webs (118, 120) between the rear panel web and the front panel web, the gusset panel webs (118, 120) opposing each other, the panel webs configured to form a common periphery and the bottom seal area including the bottom end of each panel; C. first sealing the peripheral edges, the tapered edges, and the bottom seal area under a first heat seal condition; D. second sealing at least a portion of the bottom seal area under a second heat seal condition; and E. forming a flexible container (10 having an apex point and a bottom distalmost inner seal point;
Airfoil comprising a torsion box and a leading edge, the leading edge comprising a leading plate with a convex side and a concave side, a first inflatable element suitable for being filled with air, the first inflatable element being in contact with at least part of the concave side, thus reinforcing the leading plate, and an outer coverage covering the leading plate, the outer coverage being configured to further cover the torsion box. a leading plate with a convex side and a concave side, a first inflatable element suitable for being filled with air, the first inflatable element being in contact with at least part of the concave side, thus reinforcing the leading plate, and an outer coverage covering the leading plate, the outer coverage being configured to further cover the torsion box.
An actuator system (10, 110, 210) for a well bore blow out preventer, comprising a driven rotary device which is a well bore blow out preventer, a primary driver, and a gear box intermediate the primary driver and the driven rotary device, the driven rotary device having a driven rotary device input, the primary driver having a primary driver output, the gear box having a gear box input (19, 119, 219) connected to the primary driver output and having a gear box output (20, 120, 220) connected to the driven rotary device input, the gear box having a gear set (23, 123, 223) intermediate the gear box input and the gear box output, the gear set having a high range gear ratio for transmitting a relatively higher speed and relatively lower torque from the gear box input to the gear box output, the gear set having a low range gear ratio substantially lower than the high range gear ratio for transmitting a relatively lower speed and relatively higher torque from the gear box input to the gear box output, and a shift mechanism having a first configuration engaging the high range gear ratio and disengaging the low range gear ratio, the shift mechanism having a second configuration engaging the low range gear ratio and disengaging the high range gear ratio, the shift mechanism moving from the first configuration to the second configuration in response to a command signal, characterised in that the shift mechanism is biassed to the first configuration as a default position.
Icaritin for use as a medicament for preventing or treating hematocytopenia, wherein the hematocytopenia is selected from bone marrow suppression induced by radiation or a chemical, secondary thrombocytopenia induced by bone marrow suppression due to a radiation or a chemical drug, or immune thrombocytopenia, characterized in that the hematocytopenia is a reduction of the white blood cells or platelets in peripheral blood.
A warning device for a vehicle comprising warning means for warning a driver in the vehicle of presence of an object that will pass near the vehicle, the warning device for the vehicle further comprising: timing changing means for changing timing of starting warning via the warning means according to a size of an allowance space from the vehicle to an expected passing position where the object is expected to pass near the vehicle, wherein the smaller the allowance space is, the sooner the timing changing means makes the timing of starting warning, and the greater the allowance space is, the later the timing changing means makes the timing of starting warning. timing changing means for changing timing of starting warning via the warning means according to a size of an allowance space from the vehicle to an expected passing position where the object is expected to pass near the vehicle, wherein the smaller the allowance space is, the sooner the timing changing means makes the timing of starting warning, and the greater the allowance space is, the later the timing changing means makes the timing of starting warning.
A base module (100, 200) for an optical measurement instrument, the base module comprising: - a mechanical structure for forming a measurement chamber (170, 270) and for supporting one or more optical measurement elements, - a reception device (101, 201) inside the measurement chamber for receiving samples to be measured, - heating resistors (171-175, 271-275) placed at different places of the measurement chamber, each heating resistor being arranged to warm the measurement chamber, - a first temperature sensor (176, 276) arranged to produce a first temperature signal responsive to temperature of the measurement chamber, and - a controller (177, 277) arranged to control electrical power supplied to each of the heating resistors on the basis of the first temperature signal produced by the first temperature sensor, characterized in that the controller is arranged to control the electrical powers supplied to the heating resistors so that the electrical power supplied to a first one of the heating resistors is proportional to B 1 × q and the electrical power supplied to a second one of the heating resistors is proportional to B 2 × q, wherein q is a quantity controlled on the basis of the first temperature signal, B 1 is a pre-determined balancing coefficient specific to the first one of the heating resistors, and B 2 is a pre-determined balancing coefficient specific to the second one of the heating resistors, the balancing coefficient B 1 having a different value than the balancing coefficient B 2, the values of B 1 and B 2 being mutually different in order to compensate for effect of differences in temperature/power -characteristics related to surroundings of the first and second ones of the heating resistors. - a mechanical structure for forming a measurement chamber (170, 270) and for supporting one or more optical measurement elements, - a reception device (101, 201) inside the measurement chamber for receiving samples to be measured, - heating resistors (171-175, 271-275) placed at different places of the measurement chamber, each heating resistor being arranged to warm the measurement chamber, - a first temperature sensor (176, 276) arranged to produce a first temperature signal responsive to temperature of the measurement chamber, and - a controller (177, 277) arranged to control electrical power supplied to each of the heating resistors on the basis of the first temperature signal produced by the first temperature sensor,