mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit, IC, system, comprising: a receiver IC configured to receive a first clock signal (CLKB) and comprising a feedback circuit configured to provide a feedback signal to a driver IC in response to a driver signal received from the driver IC; and the driver IC configured to receive a second clock signal (CLKA) and comprising: a waveform generator configured to provide synthesized waveforms from direct current DC to K-band; a serializer/deserializer, SERDES, configured to receive data from the waveform generator and to provide the driver signal to the receiver IC; and a phase selection circuit configured to provide a phase select signal to the receiver IC in response to the feedback signal, the phase select signal is configured for calibrating the driver signal from the SERDES by adjusting the first clock signal (CLKB). a receiver IC configured to receive a first clock signal (CLKB) and comprising a feedback circuit configured to provide a feedback signal to a driver IC in response to a driver signal received from the driver IC; and the driver IC configured to receive a second clock signal (CLKA) and comprising: a waveform generator configured to provide synthesized waveforms from direct current DC to K-band; a serializer/deserializer, SERDES, configured to receive data from the waveform generator and to provide the driver signal to the receiver IC; and a phase selection circuit configured to provide a phase select signal to the receiver IC in response to the feedback signal, the phase select signal is configured for calibrating the driver signal from the SERDES by adjusting the first clock signal (CLKB). a waveform generator configured to provide synthesized waveforms from direct current DC to K-band; a serializer/deserializer, SERDES, configured to receive data from the waveform generator and to provide the driver signal to the receiver IC; and a phase selection circuit configured to provide a phase select signal to the receiver IC in response to the feedback signal, the phase select signal is configured for calibrating the driver signal from the SERDES by adjusting the first clock signal (CLKB).
A device for dispensing a dental material, comprising a body having at least one compartment for receiving the dental material, at least one piston for extruding the dental material from the compartment and a drive for moving the piston and the compartment relative to one another, a stand which is mounted to the body such that the body and the stand are pivotally moveable relative to one another between at least a working position, wherein the device is operable to dispense the dental material, and a storage position, wherein the device is storable, and wherein the device further comprises, characterized in that the device is disposable on a working surface, wherein the body defines a longitudinal axis wherein the longitudinal axis intersects the working surface in the working position at an acute angle.
Method for steering a vehicle, which has a front axle with steerable wheels and a rear axle with steerable wheels, with a steering system, which has, as components, a steering wheel operable by a driver and at least one automatic steering module (16, 17, 19), wherein a manual primary steering action for the steering wheel is performed by the driver of the vehicle, on the basis of which a manual primary steering reaction is produced for the wheels of the front axle, wherein on the basis of the manual primary steering reaction, at least one automatic secondary steering action is performed by the at least one automatic steering module (16, 17, 19) for the wheels (8, 10) of at least one axle (4, 6), wherein a secondary steering reaction of the steering wheel that is to be expected is calculated as an effect on this at least one automatic secondary steering action, wherein, from this secondary steering reaction that is to be expected, an additional tertiary steering action that is to be established automatically is determined, which action is performed by the at least one automatic steering module (16, 17, 19) for the steering wheel, characterised in that the secondary steering reaction is calculated before the secondary steering action is performed and that the effect of the at least one automatic secondary steering action is compensated for by the additional tertiary steering action that is to be established automatically.
A diving mask of a type comprising at least a lens, a facepiece made of a soft and elastically yielding material, provided with at least a front opening for positioning said at least a lens and a rear profiled element for resting on a user's face, and a rigid frame comprising a first frame element and a second frame element anterior to the first frame element, fixed to one another such as to guarantee a seal between said facepiece and said at least a lens, wherein said at least a front opening of the facepiece exhibits, along a perimeter edge thereof, a hollow positioning flange for at least said first frame element, said hollow flange extending from the internal side and at least partially posteriorly to said at least a front opening of the facepiece, characterized by said hollow flange further having a transversal section substantially in an open polygonal spiral shape.
A connector contact material having a coating film comprising the mixture of fluoric resin particles and fluoric oil on the surface of a substrate, characterized in that: the thickness of the coating film is 0.2 to 0.5 μm; and the proportion of the fluoric resin particles to the total amount of the fluoric resin particles and the fluoric oil in the coating film is 20% to 40% in mass.
A trimeric soluble antibody comprising three polypeptides, wherein each polypeptide comprises: (a) the sequence GSP 10 GPSSGG (SEQ ID NO:13); and (b) an antigen-binding domain; wherein each polypeptide does not contain any other trimerization domain or interchain disulfide crosslinking within or flanking the sequence GSP 10 GPSSGG. (a) the sequence GSP 10 GPSSGG (SEQ ID NO:13); and (b) an antigen-binding domain;
A method for controlling a peak amplifier, which is applied to a Doherty power amplifier, characterized by comprising: setting a Radio Frequency switching circuit in a peak amplification branch of the Doherty power amplifier, and controlling turn-on and turn-off of the peak amplifier in the peak amplification branch through the RF switching circuit; wherein the peak amplification branch is composed of multiple stage peak amplifiers, and the RF switching circuit is set before a last stage peak amplifier. setting a Radio Frequency switching circuit in a peak amplification branch of the Doherty power amplifier, and controlling turn-on and turn-off of the peak amplifier in the peak amplification branch through the RF switching circuit; wherein the peak amplification branch is composed of multiple stage peak amplifiers, and the RF switching circuit is set before a last stage peak amplifier.
An injection device comprising an elongate housing having a central axis and a cap provided at a distal end of the housing, the cap being removable from the housing and comprising: an outer member for a user to grip when removing the cap from the housing; an intermediate member disposed substantially within the outer member, at least one of the intermediate member or outer member being rotatable relative to the other of the intermediate member or outer member; an inner member disposed substantially within the intermediate member, and coupled to at least one of the outer member and the intermediate member, the inner member being configured to engage a needle shield of a syringe of medicament when such a syringe is received in the housing, wherein the injection device further comprises a lifting mechanism configured to reduce a force required to remove the cap and an engaged needle shield from the housing, the lifting mechanism comprising at least one axially-inclined portion (30, 40) in engagement with at least one lifting portion (20, 50) such that rotational movement of the outer member or intermediate member is converted into an axial movement of the inner member in a distal direction from the housing. an outer member for a user to grip when removing the cap from the housing; an intermediate member disposed substantially within the outer member, at least one of the intermediate member or outer member being rotatable relative to the other of the intermediate member or outer member; an inner member disposed substantially within the intermediate member, and coupled to at least one of the outer member and the intermediate member, the inner member being configured to engage a needle shield of a syringe of medicament when such a syringe is received in the housing, wherein the injection device further comprises a lifting mechanism configured to reduce a force required to remove the cap and an engaged needle shield from the housing, the lifting mechanism comprising at least one axially-inclined portion (30, 40) in engagement with at least one lifting portion (20, 50) such that rotational movement of the outer member or intermediate member is converted into an axial movement of the inner member in a distal direction from the housing.
A method for emulating network devices with different clocks, the method comprising: in a network equipment test device: generating or obtaining timing information to produce a first clock; obtaining clock modification information; emulating a plurality of different clocks using the timing information and the clock modification information; and emulating at least one network device that transmits test packets to a device under test using the different clocks, wherein emulating at least one network device includes: inserting timestamps generated using a first emulated clock into a first stream of packets; inserting timestamps generated using a second emulated clock into a second stream of packets; and transmitting the first and second streams of packets to a device under test. generating or obtaining timing information to produce a first clock; obtaining clock modification information; emulating a plurality of different clocks using the timing information and the clock modification information; and emulating at least one network device that transmits test packets to a device under test using the different clocks, wherein emulating at least one network device includes: inserting timestamps generated using a first emulated clock into a first stream of packets; inserting timestamps generated using a second emulated clock into a second stream of packets; and transmitting the first and second streams of packets to a device under test. inserting timestamps generated using a first emulated clock into a first stream of packets; inserting timestamps generated using a second emulated clock into a second stream of packets; and transmitting the first and second streams of packets to a device under test.
An ultrasound flow measuring device with a housing, with a channel formed integrally with the housing for the passage of a fluid, the flow of which is to be measured, with at least one ultrasound transducer, which is arranged within the housing on a wall delimiting the channel, characterized in that the at least one ultrasound transducer is fixed within the housing by means of at least one non-releasable snap and/or clamping connection (16, 17).
A method for processing a message, characterized by comprising: receiving, by a first network device, a first message from a second network device, wherein the first message comprises first information of user equipment, UE; if the UE is in an idle mode, determining, by the first network device, that a processing manner of the first message is delayed processing; storing, by the first network device, the first message, without paging the UE; when the UE enters a connected mode, sending, by the first network device, the first information to the UE. receiving, by a first network device, a first message from a second network device, wherein the first message comprises first information of user equipment, UE; if the UE is in an idle mode, determining, by the first network device, that a processing manner of the first message is delayed processing; storing, by the first network device, the first message, without paging the UE; when the UE enters a connected mode, sending, by the first network device, the first information to the UE.
A system for selecting, through a mobile device provided with accelerometer sensors, items of lists that can be displayed on a visual display of an interactive display system, the system including: - a receiver module located at a surface of a user interaction station and adapted to wirelessly receive data from the mobile device when the mobile device is in short range communication with the receiver module, the user interaction station being distinct from the visual display, wherein the surface is adapted to lean the mobile device against it, the receiver module being adapted to wirelessly receive data from the mobile device when the mobile device is leant against the surface of the user interaction station; - a gesture acquisition module adapted to collect acceleration data received through the receiver module and generated by the accelerometer sensors in response to movements of the mobile device carried out when the mobile device is leant against the surface of the user interaction station and is in short range communication with the receiver module; - a gesture recognition module adapted to associate the collected acceleration data with corresponding selection values over a selection scale, by determining, based on the collected acceleration data, a rotation angle assumed by the mobile device with respect to a mobile device starting position, and - an interaction control module adapted to control the interactive display system to select items based on said selection values the system further comprising: a user adaptive module configured to adapt a gesture recognition capability of the gesture recognition module, the user adaptive module being configured to determine, for each user, corresponding maximum rotation angle intervals in order to accordingly adapt the selection scale. - a receiver module located at a surface of a user interaction station and adapted to wirelessly receive data from the mobile device when the mobile device is in short range communication with the receiver module, the user interaction station being distinct from the visual display, wherein the surface is adapted to lean the mobile device against it, the receiver module being adapted to wirelessly receive data from the mobile device when the mobile device is leant against the surface of the user interaction station; - a gesture acquisition module adapted to collect acceleration data received through the receiver module and generated by the accelerometer sensors in response to movements of the mobile device carried out when the mobile device is leant against the surface of the user interaction station and is in short range communication with the receiver module; - a gesture recognition module adapted to associate the collected acceleration data with corresponding selection values over a selection scale, by determining, based on the collected acceleration data, a rotation angle assumed by the mobile device with respect to a mobile device starting position, and - an interaction control module adapted to control the interactive display system to select items based on said selection values
A method of detecting an open arc in a DC plasma arc furnace which includes a power supply, and an anode and a cathode connected to the power supply, the method including the steps of: a) measuring the magnitude of a voltage between the anode and the cathode over a time interval, wherein the magnitude of the voltage is sampled at a sampling rate of not less than 15 kilo-samples per second; b) expressing the voltage magnitude as a function of time, over the time interval; c) deriving from the function of time a frequency spectrum of the voltage for the time interval; and d) examining the frequency spectrum of the voltage to determine a characteristic in the frequency spectrum which is indicative of an open arc in the furnace, wherein the characteristic is a substantially linear decrease in the log of the magnitude of the frequency spectrum as a function of the log of the frequency. a) measuring the magnitude of a voltage between the anode and the cathode over a time interval, wherein the magnitude of the voltage is sampled at a sampling rate of not less than 15 kilo-samples per second; b) expressing the voltage magnitude as a function of time, over the time interval; c) deriving from the function of time a frequency spectrum of the voltage for the time interval; and d) examining the frequency spectrum of the voltage to determine a characteristic in the frequency spectrum which is indicative of an open arc in the furnace, wherein the characteristic is a substantially linear decrease in the log of the magnitude of the frequency spectrum as a function of the log of the frequency.
A borehole gravel pack assembly, comprising: a body (210, 212, 220) disposed in the borehole and having first and second ends, the body (210, 212, 220) having an inner passage (214, 222) from the first end to the second end and defining a flow port communicating the inner passage (214, 222) outside the body (210, 212, 220); a crossover tool adapted to be positioned in the inner passage (214, 222) of the body (210, 212, 220), the crossover tool having first and second open ends, a cross port, and a return port, the crossover tool having a smooth exterior surface on both uphole and downhole parts of the crossover tool relative to the cross port; and means (215, 228a-b, 312) disposed in the inner passage (214, 222) of the body (210, 212, 220) for sealing against the smooth exterior surface of the crossover tool when disposed relative thereto, characterised in that at least one of the means for sealing being activatable between an inactivated condition and an activated condition in the inner passage (214, 222), the at least one activatable means for sealing forming, in the activated condition, a reduced diameter to engage the smooth exterior surface of the crossover tool when disposed relative thereto. a body (210, 212, 220) disposed in the borehole and having first and second ends, the body (210, 212, 220) having an inner passage (214, 222) from the first end to the second end and defining a flow port communicating the inner passage (214, 222) outside the body (210, 212, 220); a crossover tool adapted to be positioned in the inner passage (214, 222) of the body (210, 212, 220), the crossover tool having first and second open ends, a cross port, and a return port, the crossover tool having a smooth exterior surface on both uphole and downhole parts of the crossover tool relative to the cross port; and means (215, 228a-b, 312) disposed in the inner passage (214, 222) of the body (210, 212, 220) for sealing against the smooth exterior surface of the crossover tool when disposed relative thereto, characterised in that at least one of the means for sealing being activatable between an inactivated condition and an activated condition in the inner passage (214, 222), the at least one activatable means for sealing forming, in the activated condition, a reduced diameter to engage the smooth exterior surface of the crossover tool when disposed relative thereto.
A dentifrice composition comprising: (a) 50% to 60%, by weight of the composition, of water; (b) 27% to 37%, by weight of the composition, of a calcium-containing abrasive that is calcium carbonate; (c) 0.0025% to 2%, by weight of the composition, of a fluoride ion source; (d) greater than 0.3%, by weight of the composition, of alkaline metal carbonate; (e) a pH modifying agent, wherein the pH modifying agent is an alkali metal phosphate selected from the group consisting of monosodium phosphate, trisodium phosphate, and combinations thereof; and a pH greater than 8. (a) 50% to 60%, by weight of the composition, of water; (b) 27% to 37%, by weight of the composition, of a calcium-containing abrasive that is calcium carbonate; (c) 0.0025% to 2%, by weight of the composition, of a fluoride ion source; (d) greater than 0.3%, by weight of the composition, of alkaline metal carbonate; (e) a pH modifying agent, wherein the pH modifying agent is an alkali metal phosphate selected from the group consisting of monosodium phosphate, trisodium phosphate, and combinations thereof; and a pH greater than 8.
Method for selecting in a radiographic exposure unit a direct radiographic panel as active panel for a forthcoming radiographic exposure, comprising the following steps: - activating a gravity sensor installed on the direct radiographic panel; - activating by the activated gravity sensor a processor installed on the direct radiographic panel, whereby as a result of a communication of this processor with a radiographic work station over a network, the activated direct radiographic panel is retained as the active direct radiographic panel for the forthcoming radiographic exposure. - activating a gravity sensor installed on the direct radiographic panel; - activating by the activated gravity sensor a processor installed on the direct radiographic panel, whereby as a result of a communication of this processor with a radiographic work station over a network, the activated direct radiographic panel is retained as the active direct radiographic panel for the forthcoming radiographic exposure.