mhurhangee/patent-ind-claim-en huggingface dataset:
A probe , comprising: a probe antenna constructed of a dielectric rod connected to a waveguide, the probe antenna having a far-field region; a transmitter coupled to the probe antenna ; a receiver coupled to the probe antenna ; and circuitry including hardware configured to communicate with the transmitter to enable the transmitter to direct a pulse of electromagnetic energy to the probe antenna at first instants of time whereby the dielectric rod of the probe antenna emits at least a portion of the pulse of electromagnetic energy in the far-field region of the probe antenna , and to communicate with the receiver to enable the receiver to receive a reflection signal from the probe antenna at second instants of time following the first instants of time using time domain gating in which the receiver is only enabled to receive the reflection signal from the probe antenna during the second instants of time, the hardware configured to determine a material property of a material within the far-field region of the probe antenna by analyzing the reflection signal. a probe antenna constructed of a dielectric rod connected to a waveguide, the probe antenna having a far-field region; a transmitter coupled to the probe antenna ; a receiver coupled to the probe antenna ; and circuitry including hardware configured to communicate with the transmitter to enable the transmitter to direct a pulse of electromagnetic energy to the probe antenna at first instants of time whereby the dielectric rod of the probe antenna emits at least a portion of the pulse of electromagnetic energy in the far-field region of the probe antenna , and to communicate with the receiver to enable the receiver to receive a reflection signal from the probe antenna at second instants of time following the first instants of time using time domain gating in which the receiver is only enabled to receive the reflection signal from the probe antenna during the second instants of time, the hardware configured to determine a material property of a material within the far-field region of the probe antenna by analyzing the reflection signal.
A method for producing a single-use cell culture container, which is at least partially made of polymer material, wherein the cell culture container has an outer layer of polyethylene with a thickness of 0.1 to 0.5 mm as well as a further inner layer of polyethylene or EVA, which is contacted by the cell culture to be cultivated and has a thickness of 0.1 to 0.5 mm, wherein the cell culture container is treated with gamma radiation for sterilization at irradiation doses of 25 to 50 kGy, characterised in that the cell culture container is treated with inert gas before the treatment with gamma radiation, whereby the amount of oxygen present is selected such that during the treatment of the cell culture container with gamma radiation aldehydes and ketones are generated in a concentration of 0.01 to 3 ppm, and wherein the treatment with gamma radiation is carried out in the presence of 0.05 to 15% oxygen.
A mass spectrometer (100; 200; 300; 400; 500) comprising: a first vacuum chamber (101; 201; 301; 401; 501); a first communication hole configured to communicate an atmosphere with the first vacuum chamber (101; 201; 301; 401; 501); a first vacuum pump configured to evacuate air from the first vacuum chamber (101; 201; 301; 401; 501); an atmospheric pressure relating value acquiring unit configured to acquire an atmospheric pressure relating value relating to an atmospheric pressure; an adjustment unit configured to adjust an effective exhaust velocity of the first vacuum pump ; and a controller configured to control the adjustment unit, wherein: the controller acquires the atmospheric pressure relating value and control the adjustment unit such that a pressure of the first vacuum chamber (101; 201; 301; 401; 501) is a predetermined reference value corresponding to the atmospheric pressure relating value; and the atmospheric pressure relating value is a value indicating an atmospheric pressure . a first vacuum chamber (101; 201; 301; 401; 501); a first communication hole configured to communicate an atmosphere with the first vacuum chamber (101; 201; 301; 401; 501); a first vacuum pump configured to evacuate air from the first vacuum chamber (101; 201; 301; 401; 501); an atmospheric pressure relating value acquiring unit configured to acquire an atmospheric pressure relating value relating to an atmospheric pressure; an adjustment unit configured to adjust an effective exhaust velocity of the first vacuum pump ; and a controller configured to control the adjustment unit, wherein: the controller acquires the atmospheric pressure relating value and control the adjustment unit such that a pressure of the first vacuum chamber (101; 201; 301; 401; 501) is a predetermined reference value corresponding to the atmospheric pressure relating value; and the atmospheric pressure relating value is a value indicating an atmospheric pressure .
A nickel-base superalloy that provides a combination of high strength, good creep resistance, and good resistance to crack growth, said alloy consisting essentially of, in weight percent: C 0.005 to 0.1 Cr 13 to 17 Fe 4 to 20 Mo 3 to 9 W up to 8 Co up to 12 Al 1 to 3 Ti 0.6 to 3 Nb up to 5.5 B 0.001 to 0.015 Mg 0.0001 to 0.0050 Zr 0.001 to 0.08 Si up to 0.7 P up to 0.05 and the balance is nickel and usual impurities.
A method for manufacturing all solid-state batteries, said batteries comprising at least one dense layer containing anode materials, at least one dense layer containing solid electrolyte materials, and at least one dense layer containing cathode materials to obtain an all solid-state battery consisting of an assembly of several elementary cells, method comprising the following steps: a) a dense anode layer and a dense cathode layer are each deposited on its conductive substrate, said conductive substrates being able to serve as anode and cathode current collector respectively; b) a dense layer of solid electrolyte is deposited on at least one of the two layers obtained in step a); c) a layer of nanoparticles of at least one bonding material Ms is deposited, preferably by electrophoresis, on at least one of the dense layers obtained in step a) and/or b); it being understood that the deposition of the layers of step a) and b) are not all carried out by electrophoresis; the melting point of the layer of nanoparticles of said at least one bonding material Ms being lower than that of the layers with which it is in contact; d) the layer obtained in step c) is stacked face to face with a layer obtained in step a), b) or c); e) a heat treatment and/or mechanical compression is carried out, promoting contact between said two layers stacked face to face, in order to obtain an all solid-state assembly of elementary cells capable of operating as a battery. a) a dense anode layer and a dense cathode layer are each deposited on its conductive substrate, said conductive substrates being able to serve as anode and cathode current collector respectively; b) a dense layer of solid electrolyte is deposited on at least one of the two layers obtained in step a); c) a layer of nanoparticles of at least one bonding material Ms is deposited, preferably by electrophoresis, on at least one of the dense layers obtained in step a) and/or b); it being understood that the deposition of the layers of step a) and b) are not all carried out by electrophoresis; the melting point of the layer of nanoparticles of said at least one bonding material Ms being lower than that of the layers with which it is in contact; d) the layer obtained in step c) is stacked face to face with a layer obtained in step a), b) or c); e) a heat treatment and/or mechanical compression is carried out, promoting contact between said two layers stacked face to face, in order to obtain an all solid-state assembly of elementary cells capable of operating as a battery.
A method performed by a wireless device in a wireless communication system, the method comprising: detecting that a part of orthogonal frequency division multiplexing, OFDM, symbols in a first subframe are unoccupied according to an indication in a downlink control information, DCI, the DCI being received from a network over an unlicensed carrier; assuming that all OFDM symbols are occupied in a second subframe which is a next subframe of the first subframe based on detecting that the part of OFDM symbols in the first subframe are unoccupied; and receiving, from the network over the unlicensed carrier, based on said assumption, a downlink signal via the second subframe. detecting that a part of orthogonal frequency division multiplexing, OFDM, symbols in a first subframe are unoccupied according to an indication in a downlink control information, DCI, the DCI being received from a network over an unlicensed carrier; assuming that all OFDM symbols are occupied in a second subframe which is a next subframe of the first subframe based on detecting that the part of OFDM symbols in the first subframe are unoccupied; and receiving, from the network over the unlicensed carrier, based on said assumption, a downlink signal via the second subframe.
A device for generating a plurality of images for supporting the characterization of skin lesions, the device comprising an illumination unit for selective incident illumination of an area of skin and direct coupling in of light into the area of skin , the illumination unit comprising a plurality of preferably similar LED chips , a measuring unit for evaluating backscatter of the area of skin illuminated by the illumination unit , the measuring unit comprising a first sensor for detecting multispectral or hyperspectral image information and a second sensor for detecting RGB image information, a control unit for controlling the illumination unit and the measuring unit , and a processing and output unit for image generation based on the image information detected by the measuring unit , characterized in that the illumination unit has a first skin illumination area at an end portion of the illumination unit and a second incident illumination area spaced apart therefrom, in each of which a plurality of LED chips are preferably disposed, and the control unit is configured to control the illumination unit and the measuring unit to sequentially detect image information by incident illumination and direct coupling in of light . an illumination unit for selective incident illumination of an area of skin and direct coupling in of light into the area of skin , the illumination unit comprising a plurality of preferably similar LED chips , a measuring unit for evaluating backscatter of the area of skin illuminated by the illumination unit , the measuring unit comprising a first sensor for detecting multispectral or hyperspectral image information and a second sensor for detecting RGB image information, a control unit for controlling the illumination unit and the measuring unit , and a processing and output unit for image generation based on the image information detected by the measuring unit , characterized in that the illumination unit has a first skin illumination area at an end portion of the illumination unit and a second incident illumination area spaced apart therefrom, in each of which a plurality of LED chips are preferably disposed, and the control unit is configured to control the illumination unit and the measuring unit to sequentially detect image information by incident illumination and direct coupling in of light .
A monitoring system comprising: a module having a mobile form factor, the module comprising: a memory configured to store a firmware application and data, a processor operably coupled to the memory and configured to execute firmware to control the monitoring system, and at least one gas sensor ; a base comprising at least one alarm , at least one power source , and at least one base interface ; and at least one module interface arranged within the module and configured to interface with the at least one base interface, thereby operably coupling the module to the base, wherein the module is configured to receive power from the base and to control the base responsive to being connected to the base, wherein the monitoring system is operable to monitor data measured via the at least one gas sensor and provide gas detection and alarm functions when the module is operably coupled to the base, wherein neither the base nor the module is capable of operating independently to provide gas detection and alarm functions when disconnected from one another, and wherein the base is non-operational when disconnected from the module . a module having a mobile form factor, the module comprising: a memory configured to store a firmware application and data, a processor operably coupled to the memory and configured to execute firmware to control the monitoring system, and at least one gas sensor ; a memory configured to store a firmware application and data, a processor operably coupled to the memory and configured to execute firmware to control the monitoring system, and at least one gas sensor ; a base comprising at least one alarm , at least one power source , and at least one base interface ; and at least one module interface arranged within the module and configured to interface with the at least one base interface, thereby operably coupling the module to the base, wherein the module is configured to receive power from the base and to control the base responsive to being connected to the base, wherein the monitoring system is operable to monitor data measured via the at least one gas sensor and provide gas detection and alarm functions when the module is operably coupled to the base, wherein neither the base nor the module is capable of operating independently to provide gas detection and alarm functions when disconnected from one another, and wherein the base is non-operational when disconnected from the module .
A compound selected from the group consisting of: Compound number Structure 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
A method, comprising: sending, by an application , a query to a modem ; receiving, by the application , from the modem , information indicative of a radio coverage condition, wherein a user equipment ,UE, includes the application and the modem ; based on the received information, determining that the UE is in an enhanced coverage state; and in response to the determining, controlling, by the application , uplink data transmission by the modem to reduce power consumption of the UE , wherein controlling uplink data transmission includes refraining from sending uplink data when at least one of the following occurs: the UE is in one of a set of predefined coverage enhancement levels, coverage classes, or coverage enhancement modes, the data repetition indicator is above a predefined repetition threshold, a signal strength at the UE is below a predefined signal strength threshold, or a signal quality at the UE is below a predefined signal quality threshold; a predefined timer associated with the transmission controlling has not expired; a battery level of the UE is lower than a second threshold; or the UE is not plugged into a power outlet. sending, by an application , a query to a modem ; receiving, by the application , from the modem , information indicative of a radio coverage condition, wherein a user equipment ,UE, includes the application and the modem ; based on the received information, determining that the UE is in an enhanced coverage state; and in response to the determining, controlling, by the application , uplink data transmission by the modem to reduce power consumption of the UE , wherein controlling uplink data transmission includes refraining from sending uplink data when at least one of the following occurs: the UE is in one of a set of predefined coverage enhancement levels, coverage classes, or coverage enhancement modes, the data repetition indicator is above a predefined repetition threshold, a signal strength at the UE is below a predefined signal strength threshold, or a signal quality at the UE is below a predefined signal quality threshold; a predefined timer associated with the transmission controlling has not expired; a battery level of the UE is lower than a second threshold; or the UE is not plugged into a power outlet. the UE is in one of a set of predefined coverage enhancement levels, coverage classes, or coverage enhancement modes, the data repetition indicator is above a predefined repetition threshold, a signal strength at the UE is below a predefined signal strength threshold, or a signal quality at the UE is below a predefined signal quality threshold; a predefined timer associated with the transmission controlling has not expired; a battery level of the UE is lower than a second threshold; or the UE is not plugged into a power outlet.
A control system comprising: a control device configured to control motion of a vehicle; and a power train system including a manual transmission, wherein the power train system includes a clutch position sensor configured to detect operation of a clutch, and a processor configured to control the power train system , and the processor is configured to convert a gear stage selected by a shift lever of the manual transmission to a control shift range of an automatic transmission, send, to the control device , specific information that enables identification of the converted control shift range, and hold, when operation of the clutch is detected by the clutch position sensor , specific information that enables identification of the control shift range at a time at which operation of the clutch is started, as the specific information to be sent to the control device wherein: the power train system further includes a neutral position sensor configured to detect that the shift lever is in a neutral position; and the processor is configured not to send specific information that enables the identification of the neutral position as the specific information to be sent to the control device when the clutch position sensor detects operation of the clutch and the neutral position sensor detects that the shift lever is in the neutral position. a control device configured to control motion of a vehicle; and a power train system including a manual transmission, wherein the power train system includes a clutch position sensor configured to detect operation of a clutch, and a processor configured to control the power train system , and the processor is configured to convert a gear stage selected by a shift lever of the manual transmission to a control shift range of an automatic transmission, send, to the control device , specific information that enables identification of the converted control shift range, and hold, when operation of the clutch is detected by the clutch position sensor , specific information that enables identification of the control shift range at a time at which operation of the clutch is started, as the specific information to be sent to the control device convert a gear stage selected by a shift lever of the manual transmission to a control shift range of an automatic transmission, send, to the control device , specific information that enables identification of the converted control shift range, and hold, when operation of the clutch is detected by the clutch position sensor , specific information that enables identification of the control shift range at a time at which operation of the clutch is started, as the specific information to be sent to the control device the power train system further includes a neutral position sensor configured to detect that the shift lever is in a neutral position; and the processor is configured not to send specific information that enables the identification of the neutral position as the specific information to be sent to the control device when the clutch position sensor detects operation of the clutch and the neutral position sensor detects that the shift lever is in the neutral position.
A method, for use in an access node (60; 70), for configuring radio link measurement reporting in a wireless communication system supporting a plurality of radio link reporting mechanisms, the method comprising: - obtaining (S21) a plurality of radio link reporting configurations, each radio link reporting configuration specifying one or more of the supported radio link reporting mechanisms and wherein at least one of the plurality of radio link reporting configurations specifies a combination of a first and a second radio link reporting mechanisms being mutually different, and wherein the first and second radio link reporting mechanisms use signaling on different protocol layers; - selecting (S22) one radio link reporting configuration from the plurality of obtained configurations; and - transmitting (S23) information about the selected radio link reporting configuration to a wireless device. - obtaining (S21) a plurality of radio link reporting configurations, each radio link reporting configuration specifying one or more of the supported radio link reporting mechanisms and wherein at least one of the plurality of radio link reporting configurations specifies a combination of a first and a second radio link reporting mechanisms being mutually different, and wherein the first and second radio link reporting mechanisms use signaling on different protocol layers; - selecting (S22) one radio link reporting configuration from the plurality of obtained configurations; and - transmitting (S23) information about the selected radio link reporting configuration to a wireless device.
A corrosion measurement system , comprising: a corrosion sensor having a corrosion sensor output related to corrosion due to exposure to a process fluid; a process variable sensor having a process variable output related to a process variable of the process fluid; and measurement circuitry coupled to the corrosion sensor and the process variable sensor having an output related to corrosion based upon the corrosion sensor output and the process variable output, characterised in that said measurement circuitry is configured to identify periods of reduced corrosion based on the output related to corrosion, which the latter is based upon the corrosion sensor output and the process variable output, and further configured to reduce power of the system by reducing the sampling rate of the output from the corrosion sensor during said identified periods of reduced corrosion. a corrosion sensor having a corrosion sensor output related to corrosion due to exposure to a process fluid; a process variable sensor having a process variable output related to a process variable of the process fluid; and measurement circuitry coupled to the corrosion sensor and the process variable sensor having an output related to corrosion based upon the corrosion sensor output and the process variable output, characterised in that said measurement circuitry is configured to identify periods of reduced corrosion based on the output related to corrosion, which the latter is based upon the corrosion sensor output and the process variable output, and further configured to reduce power of the system by reducing the sampling rate of the output from the corrosion sensor during said identified periods of reduced corrosion.