mhurhangee/ep-ind-claims huggingface dataset:
A method of managing radio resources for user equipment at a network element, the method comprising: maintaining geographical information for a plurality of WiFi access points (14, 68, 70); and managing radio resources for a user equipment, UE, at the network element using the geographical information for the plurality of WiFi access points (14, 68, 70), wherein the managing includes: verifying if the UE belongs to a first group associated with high data consumption; verifying if a device associated with the UE belongs to a second group associated with high data consumption; admitting the UE to attach to one of the plurality of WiFi access points (14, 68, 70) if the UE is in a particular zone or is verified as belonging to the first or second group; and redirecting an existing UE attached to the one of the plurality of WiFi access points to a different access point based on available resources at the one of the plurality of WiFi access points. maintaining geographical information for a plurality of WiFi access points (14, 68, 70); and managing radio resources for a user equipment, UE, at the network element using the geographical information for the plurality of WiFi access points (14, 68, 70), wherein the managing includes: verifying if the UE belongs to a first group associated with high data consumption; verifying if a device associated with the UE belongs to a second group associated with high data consumption; admitting the UE to attach to one of the plurality of WiFi access points (14, 68, 70) if the UE is in a particular zone or is verified as belonging to the first or second group; and redirecting an existing UE attached to the one of the plurality of WiFi access points to a different access point based on available resources at the one of the plurality of WiFi access points. verifying if the UE belongs to a first group associated with high data consumption; verifying if a device associated with the UE belongs to a second group associated with high data consumption; admitting the UE to attach to one of the plurality of WiFi access points (14, 68, 70) if the UE is in a particular zone or is verified as belonging to the first or second group; and redirecting an existing UE attached to the one of the plurality of WiFi access points to a different access point based on available resources at the one of the plurality of WiFi access points.
A compound having a structure of Formula (Ia): or a stereoisomer, a pharmaceutically acceptable salt, or solvate thereof, wherein Ri and R 4 are Cl and R 2 and R 3 are H; wherein R 7, R 8, R 10 and R 11 are independently selected from the group consisting of H and halogen; and wherein R 9 is C 3-8 cycloalkyl.
A scroll member for a scroll machine, said scroll member comprising sintered iron powder and defining an involute scroll form and a baseplate, characterised in that: the scroll member further comprises a sealing polymer disposed in pores of the sintered iron powder after sintering, so that the sealing polymer impregnates and seals the pores of the sintered iron powder to improve surface machinability. the scroll member further comprises a sealing polymer disposed in pores of the sintered iron powder after sintering, so that the sealing polymer impregnates and seals the pores of the sintered iron powder to improve surface machinability.
Measurement device, for measuring the shape of an interface to be measured of an optical element comprising a plurality of interfaces, the device comprising: - measurement means (4000, 6000, 7000) comprising: ∘ a first low-coherence source (612, 712) and a full-field interferometric sensor illuminated by the first source (612, 712), ∘ a second low-coherence source and a point-mode interferometric sensor illuminated by the second source, the measurement means being configured to direct each of the measurement beams (106, 606) of the interferometric sensors towards the optical element so as to pass through said plurality of interfaces, and to selectively detect an interference signal resulting from interferences between the measurement beam (106, 606) reflected by said interface to be measured and a reference beam (616, 716) of the respective interferometric sensor; - digital processing means configured to determine, from the point-mode interference signal, the optical position of an interface of the optical element along the optical axis of the optical element; - positioning means (608, 611, 708, 711) configured for relative positioning of a coherence area and an object plane conjugate of an image plane of the full-field interferometric sensor at the level of the interface to be measured; - the digital processing means being further configured to produce, based on the full-field interference signal, an item of shape information of said interface to be measured according to a field of view. - measurement means (4000, 6000, 7000) comprising: ∘ a first low-coherence source (612, 712) and a full-field interferometric sensor illuminated by the first source (612, 712), ∘ a second low-coherence source and a point-mode interferometric sensor illuminated by the second source, the measurement means being configured to direct each of the measurement beams (106, 606) of the interferometric sensors towards the optical element so as to pass through said plurality of interfaces, and to selectively detect an interference signal resulting from interferences between the measurement beam (106, 606) reflected by said interface to be measured and a reference beam (616, 716) of the respective interferometric sensor; ∘ a first low-coherence source (612, 712) and a full-field interferometric sensor illuminated by the first source (612, 712), ∘ a second low-coherence source and a point-mode interferometric sensor illuminated by the second source, - digital processing means configured to determine, from the point-mode interference signal, the optical position of an interface of the optical element along the optical axis of the optical element; - positioning means (608, 611, 708, 711) configured for relative positioning of a coherence area and an object plane conjugate of an image plane of the full-field interferometric sensor at the level of the interface to be measured; - the digital processing means being further configured to produce, based on the full-field interference signal, an item of shape information of said interface to be measured according to a field of view.
Method of sampling gases comprising steps of: sampling gases by a probe having an expansion nozzle, transmitting the sampled gases to a gas sampled analyzing device through a first pipe, lowering the pressure of the sampled gases in the first pipe and in the analyzing device, lowering the pressure of the sampled gases being performed by sucking the sampled gases in the first pipe through a second pipe communicating with the first pipe through the analyzing device, lowering the pressure of the sampled gases being performed so as to maintain in the first and second pipes and in the analyzing device a pressure able to maintain the dew point of the sampled gases at a value lower than the temperature of the first and second pipes and of the analyzing device, characterized in that the expansion nozzle is a calibrated nozzle of sonic type, the device comprising steps of heating the first and second pipes and the analyzing device to reach a first temperature equal to a maximum of two dozens of degrees Celsius, if the temperature of the first and second pipes and of the analyzing device is lower than the first temperature, and Regulating a suction power of the sampled gases, applied to the second pipe, to maintain the pressure in the first pipe constant, at a value lower than the third of the pressure of the sampled gases upstream from the expansion nozzle. sampling gases by a probe having an expansion nozzle, transmitting the sampled gases to a gas sampled analyzing device through a first pipe, lowering the pressure of the sampled gases in the first pipe and in the analyzing device, lowering the pressure of the sampled gases being performed by sucking the sampled gases in the first pipe through a second pipe communicating with the first pipe through the analyzing device, lowering the pressure of the sampled gases being performed so as to maintain in the first and second pipes and in the analyzing device a pressure able to maintain the dew point of the sampled gases at a value lower than the temperature of the first and second pipes and of the analyzing device, characterized in that the expansion nozzle is a calibrated nozzle of sonic type, the device comprising steps of heating the first and second pipes and the analyzing device to reach a first temperature equal to a maximum of two dozens of degrees Celsius, if the temperature of the first and second pipes and of the analyzing device is lower than the first temperature, and Regulating a suction power of the sampled gases, applied to the second pipe, to maintain the pressure in the first pipe constant, at a value lower than the third of the pressure of the sampled gases upstream from the expansion nozzle.
Method for operating an energy recovery rectifier device, in particular for an industrial plant, for connection to an AC system, comprising an energy recovery rectifier and a buffer capacitor that is connected in parallel with the DC side of the energy recovery rectifier, wherein an electrical current flow between the energy recovery rectifier and the buffer capacitor is reduced at the time of a commutation, wherein a step-up converter is connected between the buffer capacitor and the energy recovery rectifier, with switching signals being applied to the semiconductor switches (58, 60; 70, 72, 74, 76) of said step-up converter by means of a control circuit, wherein, for reduction purposes, the current flow between the energy recovery rectifier and the buffer capacitor is regulated or controlled to a value which is the product from a modulation factor and an unreduced current flow, wherein, for as long as the recovery of energy persists, the electrical current flow is regulated by means of the control circuit to the value, and wherein the modulation factor changes between zero and one according to the variation of the unreduced current flow.
A method for controlling or regulating, respectively, a production process in response to the production of printed products of a printing material comprising a number of printed pages in a printing facility, wherein the method comprises the following steps: a. printing a 2D code, in particular a matrix code, with printing information included therein for the control or regulation, respectively, of the production process, onto the printing material, b. capturing the 2D code by means of a capturing device, c. evaluating the printing information included in the 2D code by means of an evaluation unit, d. performing the control or regulating actions, respectively, on the basis of the determined printing information by the printing facility, characterized in that data relating to the positioning of printed print marks are determined via the printing information. a. printing a 2D code, in particular a matrix code, with printing information included therein for the control or regulation, respectively, of the production process, onto the printing material, b. capturing the 2D code by means of a capturing device, c. evaluating the printing information included in the 2D code by means of an evaluation unit, d. performing the control or regulating actions, respectively, on the basis of the determined printing information by the printing facility,
A brake control device for vehicles with bar handle which is configured to perform a holding control to hold a brake fluid pressure that acts on a vehicle brake of a wheel of the vehicle, the brake control device comprising: a bank angle obtaining unit which is configured to obtain a bank angle (Θ) of the vehicle; a deceleration obtaining unit which is configured to obtain a deceleration of the wheel; characterized by a control unit which is configured to start the holding control when the deceleration of the wheel reaches a holding control threshold value (Th), the control unit which is configured to correct the holding control threshold value to a low deceleration side when the obtained bank angle increases. a bank angle obtaining unit which is configured to obtain a bank angle (Θ) of the vehicle; a deceleration obtaining unit which is configured to obtain a deceleration of the wheel; characterized by a control unit which is configured to start the holding control when the deceleration of the wheel reaches a holding control threshold value (Th), the control unit which is configured to correct the holding control threshold value to a low deceleration side when the obtained bank angle increases.
Method for operating a motor vehicle, in which a locking state (S1, S3) of a locking system of the motor vehicle is changed as soon as it is detected that a mobile terminal device that has an NFC chip and a preset code in a memory unit is located within a transmitting and receiving area of an NFC control device integrated in the motor vehicle, and as soon as the mobile terminal device is located within a transmitting and receiving area of an additional NFC control device integrated in a vehicle interior of the motor vehicle, an ignition of the motor vehicle is activated, characterised in that as soon as the mobile terminal device is located within the transmitting and receiving area of the additional NFC control device, an electric drive motor of the motor vehicle is activated without a driver of the motor vehicle needing to press a start button.
Device for sanitising and drying, comprising a chamber that accommodates the material to be treated and communicates with the outside air, comprising a trough that is located in the bottom region of the chamber, can be filled with liquid and can be electrically heated in order to evaporate the liquid, and comprising an electrically operated fan for generating a drying air flow through the chamber, characterised in that the fan is arranged beneath the trough, in that the trough is provided with a central air duct, by means of which the drying airflow is directed through the trough and into the chamber, and in that the trough is cylindrical-cup-shaped and has a bottom, a peripheral lateral wall and a centrally symmetrical, cylindrical-tube-shaped air duct, the tube body of which centrally and axially penetrates the bottom and protrudes upwards beyond the upper edge of the lateral wall.
A method for controlling or regulating an apparatus for extracorporeally treating blood in an extracorporeal blood circuit while adding citrate for the purpose of anticoagulation, wherein the apparatus comprises a dispensing device for dispensing a calcium solution into the extracorporeal blood circuit, or for controlling the dispensing device, with the steps: - outputting a signal to the dispensing device for altering a setting of the dispensing device, wherein the setting corresponds to or effects an addition of calcium, a calcium dosage or concentration or amount or rate; characterized by the steps - defining the signal with regard to a calcium content or a calcium concentration of a substituate solution used in extracorporeally treating the blood; and - automatically detecting the range of permissible or allowed settings for the calcium introduced or to be introduced into the extracorporeal blood circuit by means of the dispensing device, particularly its amount, concentration or dosage, without a user being involved. - outputting a signal to the dispensing device for altering a setting of the dispensing device, wherein the setting corresponds to or effects an addition of calcium, a calcium dosage or concentration or amount or rate; - defining the signal with regard to a calcium content or a calcium concentration of a substituate solution used in extracorporeally treating the blood; and - automatically detecting the range of permissible or allowed settings for the calcium introduced or to be introduced into the extracorporeal blood circuit by means of the dispensing device, particularly its amount, concentration or dosage, without a user being involved.
A method for brazing a first ceramic component and a second metal alloy component, to make a structural and/or external horology part, in which a zirconia-based ceramic is chosen for said first component, and a titanium alloy is chosen for said second component, and at least one first undercut recess is made inside the first component, set back from a first bearing surface in a junction zone with a second bearing surface of the second component, brazing solder is deposited on this first bearing surface and inside each recess, the second surface is positioned in alignment with the first surface to form an assembly, and said assembly is heated in a controlled atmosphere at a higher temperature than the melting temperature of the brazing solder to form the brazing joint of said second component with said first component in the junction zone, and another at least one said second bearing surface is made comprising a second component with at least two elementary surfaces (21, 22), intersecting on at least one intersecting line located in said junction zone, and said first bearing surface is made with at least two first elementary surfaces (11, 12) intersecting on at least one intersecting line, on which said at least one recess is made.
A method for testing the function of a device for measuring the concentration of nitric oxide in exhaled air, using a sample taken from a human control, the method comprising the steps of: - requesting said human control to indicate whether said human control is in a normal condition, wherein a human subject is considered to qualify as a control and as being in a normal condition when fulfilling the following criteria: no ongoing cold, no airway disease, no asthma, non-smoker, no allergy, no non-seasonal allergy, no intake of nitrate rich food within the last 3 hours, and no strenuous exercise performed within the last hour, - measuring the concentration of said nitric oxide in air exhaled by said human control to obtain a current value, - determining if said current value of the measured nitric oxide concentration is within the range of about 10 to about 40 ppb, - determining a reference value by calculating a moving average based on previously obtained values from measurements with the same human control, - determining the difference between said reference value and said current value, and - interpreting a deviation of more than ±10 ppb as an indication that the device is malfunctioning. - requesting said human control to indicate whether said human control is in a normal condition, wherein a human subject is considered to qualify as a control and as being in a normal condition when fulfilling the following criteria: no ongoing cold, no airway disease, no asthma, non-smoker, no allergy, no non-seasonal allergy, no intake of nitrate rich food within the last 3 hours, and no strenuous exercise performed within the last hour, - measuring the concentration of said nitric oxide in air exhaled by said human control to obtain a current value, - determining if said current value of the measured nitric oxide concentration is within the range of about 10 to about 40 ppb, - determining a reference value by calculating a moving average based on previously obtained values from measurements with the same human control, - determining the difference between said reference value and said current value, and - interpreting a deviation of more than ±10 ppb as an indication that the device is malfunctioning.
A communication device (300, 800) arranged for transmitting information from a medicament delivery device, the communication device (300, 800) comprising: - at least one rotation detection arrangement, configured to detect a rotation of at least one physical part (50, 60, 182) of said medicament delivery device; - at least one determination unit configured to determine information related to a medicament delivery performed by said medicament delivery device; - at least one activation unit configured to activate said at least one determination unit based on said detected rotation; and - at least one transmission unit (304, 804) configured to provide a wireless transmission of said information to an external receiving device, - characterized in that the whole communication device is activated by the at least one activation unit when said rotation is detected. - at least one rotation detection arrangement, configured to detect a rotation of at least one physical part (50, 60, 182) of said medicament delivery device; - at least one determination unit configured to determine information related to a medicament delivery performed by said medicament delivery device; - at least one activation unit configured to activate said at least one determination unit based on said detected rotation; and - at least one transmission unit (304, 804) configured to provide a wireless transmission of said information to an external receiving device, - characterized in that the whole communication device is activated by the at least one activation unit when said rotation is detected.
Conductor assembly having a housing, a bushing insulator, an electrical conductor, a lightning arrester that has a longitudinal direction, an operating state, in which the lightning arrester is designed to limit an overvoltage occurring in the electrical conductor, and a test state, in which the lightning arrester is not designed to limit the overvoltage, wherein the bushing insulator is designed to hold the electrical conductor and insulate it from the housing, wherein the lightning arrester comprises a conductor connection, at least part of which is arranged so as to be moveable relative to the remaining lightning arrester and is therefore designed to switch the lightning arrester between the operating state and the test state, characterized by an electrically insulating support arranged between the lightning arrester and the electrical conductor in the longitudinal direction, the support being supported by the electrical conductor and the lightning arrester being supported by the support, and the conductor connection projecting further from the remaining lightning arrester in the operating state than in the test state.