mhurhangee/ep-ind-claims huggingface dataset:
A program calling method to be implemented by a control module, which stores a plurality of Java applets and which uses a first one of a plurality of channels during execution of a first one of the Java applets, each one of the channels being provided with a corresponding flag in the control module, the program calling comprising: configuring the control module to register the flag of a second one of the channels in response to receipt of a channel setting instruction that indicates creation of a channel for allowing the first one of the Java applets to call a second one of the Java applets which is to be executed using the second one of the channels; in response to a channel management instruction associated with the second one of these channels, configuring the control module to open the second one of the channels for allowing execution of the second one of the Java applets; configuring the control module to determine whether the second one of the channels is still open, the second one of the channels being determined to be still open when the control module determines that the second one of the Java applets is being called by the first one of the Java applets, the control module determining whether the second one of the Java applets is being called by the first one of the Java applets from a registration state of the flag of the second one of the channels; and configuring the control module to receive an output from the second one of the Java applets for use by the first one of the Java applets when it is determined that the second one of the channels is still open. configuring the control module to register the flag of a second one of the channels in response to receipt of a channel setting instruction that indicates creation of a channel for allowing the first one of the Java applets to call a second one of the Java applets which is to be executed using the second one of the channels; in response to a channel management instruction associated with the second one of these channels, configuring the control module to open the second one of the channels for allowing execution of the second one of the Java applets; configuring the control module to determine whether the second one of the channels is still open, the second one of the channels being determined to be still open when the control module determines that the second one of the Java applets is being called by the first one of the Java applets, the control module determining whether the second one of the Java applets is being called by the first one of the Java applets from a registration state of the flag of the second one of the channels; and configuring the control module to receive an output from the second one of the Java applets for use by the first one of the Java applets when it is determined that the second one of the channels is still open.
A radio communication method in a radio communication system in which a radio base station transmits downlink control information using an enhanced downlink control channel that is frequency-division-multiplexed with a downlink shared data channel, the radio communication method comprising the steps of: configuring, by the radio base station, a plurality of resource sets for a user terminal, each of the resource sets including a plurality of enhanced control channel elements allocated to the enhanced downlink control channel; transmitting, by the radio base station, the downlink control information added with a resource identifier, to the user terminal, wherein the resource identifier is used to determine a resource on a physical uplink control channel that is used for transmitting delivery acknowledgment information of the downlink shared data channel and determining, by the user terminal, the resource for transmitting the delivery acknowledgment information, based on an offset value that is associated with the resource identifier, wherein the offset value is configured based on a number of enhanced control channel elements per resource set. configuring, by the radio base station, a plurality of resource sets for a user terminal, each of the resource sets including a plurality of enhanced control channel elements allocated to the enhanced downlink control channel; transmitting, by the radio base station, the downlink control information added with a resource identifier, to the user terminal, wherein the resource identifier is used to determine a resource on a physical uplink control channel that is used for transmitting delivery acknowledgment information of the downlink shared data channel and determining, by the user terminal, the resource for transmitting the delivery acknowledgment information, based on an offset value that is associated with the resource identifier, wherein the offset value is configured based on a number of enhanced control channel elements per resource set.
A method of controlling access of a processing unit of a processing system to firmware code stored by a memory of the processing system, the method comprising the steps of: identifying a valid key stored in a first region of memory based on validation data of a second region of the memory, the first region of memory storing a plurality of keys, the validation data comprising a flag or bit value for each key indicating whether the key is valid or not, and wherein the second region of memory comprises one-time programmable memory; processing the firmware code in accordance with a predetermined verification algorithm to compute a verification value for the firmware code; analysing the verification value and the valid key to determine if the firmware code is trusted; and controlling access (200, 210) of the processing unit to the firmware code based on whether the firmware code is determined to be trusted or not. identifying a valid key stored in a first region of memory based on validation data of a second region of the memory, the first region of memory storing a plurality of keys, the validation data comprising a flag or bit value for each key indicating whether the key is valid or not, and wherein the second region of memory comprises one-time programmable memory; processing the firmware code in accordance with a predetermined verification algorithm to compute a verification value for the firmware code; analysing the verification value and the valid key to determine if the firmware code is trusted; and controlling access (200, 210) of the processing unit to the firmware code based on whether the firmware code is determined to be trusted or not.
A synchronization method applied to a synchronization apparatus comprising a loop filter, wherein the method comprises: obtaining a first timestamp difference of a packet on a target link, wherein the first timestamp difference is a difference between a sending timestamp and a receiving timestamp of the packet at a first moment; performing packet selection based on the first timestamp difference to obtain a second timestamp difference; obtaining a delay prediction value of the target link at the first moment, and compensating for the second timestamp difference based on the delay prediction value to obtain a compensated timestamp difference; and performing time and/or clock synchronization based on the compensated timestamp difference, wherein the performing time and/or clock synchronization based on the compensated timestamp difference comprises: performing loop filtering on the compensated timestamp difference by using the loop filter to obtain a second loop filtering result; performing direct digital frequency synthesis on the second loop filtering result to obtain a second frequency and/or phase adjustment value; and performing time and/or clock synchronization based on the second frequency and/or phase adjustment value. obtaining a first timestamp difference of a packet on a target link, wherein the first timestamp difference is a difference between a sending timestamp and a receiving timestamp of the packet at a first moment; performing packet selection based on the first timestamp difference to obtain a second timestamp difference; obtaining a delay prediction value of the target link at the first moment, and compensating for the second timestamp difference based on the delay prediction value to obtain a compensated timestamp difference; and performing time and/or clock synchronization based on the compensated timestamp difference, wherein the performing time and/or clock synchronization based on the compensated timestamp difference comprises: performing loop filtering on the compensated timestamp difference by using the loop filter to obtain a second loop filtering result; performing direct digital frequency synthesis on the second loop filtering result to obtain a second frequency and/or phase adjustment value; and performing time and/or clock synchronization based on the second frequency and/or phase adjustment value. performing loop filtering on the compensated timestamp difference by using the loop filter to obtain a second loop filtering result; performing direct digital frequency synthesis on the second loop filtering result to obtain a second frequency and/or phase adjustment value; and performing time and/or clock synchronization based on the second frequency and/or phase adjustment value.
A mobile medical imaging viewing station, comprising: - a mobile support stand; - a display device movably mounted to the support stand; and a docking arrangement; wherein the display device is movable to provide adapted positioning of the display device in relation to the mobile support stand; wherein the docking arrangement comprises a docking interface attached to the support stand, the docking arrangement configured to interact with a counter-interface of a mobile medical X-ray imaging station for docking the mobile medical imaging viewing station to a mobile X-ray imaging station for at least transport purposes; and wherein the mobile support stand is provided with wheels that are movable to be lifted when the docking to a mobile medical X-ray imaging station is provided in order to avoid contacting a floor surface. - a mobile support stand; - a display device movably mounted to the support stand; and a docking arrangement; wherein the display device is movable to provide adapted positioning of the display device in relation to the mobile support stand; wherein the docking arrangement comprises a docking interface attached to the support stand, the docking arrangement configured to interact with a counter-interface of a mobile medical X-ray imaging station for docking the mobile medical imaging viewing station to a mobile X-ray imaging station for at least transport purposes; and wherein the mobile support stand is provided with wheels that are movable to be lifted when the docking to a mobile medical X-ray imaging station is provided in order to avoid contacting a floor surface.
A method for use with a port in a communication system, the port implementing at least an active state, a standby state, and a suspended state in accordance with an IEEE 1394b communication protocol, the method comprising the steps of: transmitting a signal to transition the port to the standby state; upon transmission of the signal to transition the port to the standby state, transitioning the port from the active state to the standby state without entering the suspended state; and characterised by at least one of the following steps: ensuring that the suspended state is not entered when "rx_ok" is FALSE except when a "do_standby" is also FALSE by modifying a logical expression governing a transition of the port from the active state to the suspended state in a port connection state machine by replacing a condition "!rx_ok" with a condition "(!do_standby && !rx_ok)" in a port connection state machine, where "!" represents a logical complement and "&&" represents a logical AND function; and removing, as a condition in a logical expression governing the transition of the port from the active state to the standby state in the port connection state machine, an evaluation of variable "rx_ok". transmitting a signal to transition the port to the standby state; upon transmission of the signal to transition the port to the standby state, transitioning the port from the active state to the standby state without entering the suspended state; and characterised by at least one of the following steps: ensuring that the suspended state is not entered when "rx_ok" is FALSE except when a "do_standby" is also FALSE by modifying a logical expression governing a transition of the port from the active state to the suspended state in a port connection state machine by replacing a condition "!rx_ok" with a condition "(!do_standby && !rx_ok)" in a port connection state machine, where "!" represents a logical complement and "&&" represents a logical AND function; and removing, as a condition in a logical expression governing the transition of the port from the active state to the standby state in the port connection state machine, an evaluation of variable "rx_ok".
A grease filter for installation within an aperture of an exhaust hood overlying kitchen equipment where heat or flame may occur, the grease filter comprising: an external frame assembly defining a pathway for airflow therethrough and partially defining an upstream portion of the grease filter and a downstream portion of the grease filter; a baffle filter disposed within the downstream portion of the grease filter, the baffle filter being secured within the external frame assembly; and a first housing element positioned within the upstream portion of the grease filter, the first housing element being configured to provide support to a filter pad to maintain the filter pad in a generally flat configuration. an external frame assembly defining a pathway for airflow therethrough and partially defining an upstream portion of the grease filter and a downstream portion of the grease filter; a baffle filter disposed within the downstream portion of the grease filter, the baffle filter being secured within the external frame assembly; and a first housing element positioned within the upstream portion of the grease filter, the first housing element being configured to provide support to a filter pad to maintain the filter pad in a generally flat configuration.
Arrangement for capacitive sensing of the rotary movement of a rotating element, wherein the arrangement comprises four electrodes (1, 2, 3, 4) arranged in a plane, an evaluation unit connected to the electrodes (1, 2, 3, 4) and an electrically conductive coupling surface, which is arranged on the rotary element of the electrode (1, 2, 3, 4) opposite the electrodes, wherein the electrodes (1, 2, 3, 4) comprise a central excitation electrode around which the remaining electrodes (1, 2, 3) are arranged, wherein in each rotational position of the surface the coupling surface lies opposite the excitationelectrode and covers a part of the surface formed by the remaining electrodes (1, 2, 3), and sweeps over different areas of the surface formed by the remaining electrodes (1, 2, 3) during rotation of the rotary element, and wherein to provide a time-resolved identification of the rotational position of the rotating element, the evaluation device comprises an excitation circuit connected to the excitation electrode for generating excitation pulses with a specified frequency and an evaluation circuit connected to the remaining electrodes (1, 2, 3) for detecting the voltage signals applied to the remaining electrodes (1, 2, 3) and for comparing said voltage signals, characterized in that the remaining electrodes (1, 2, 3) are formed by means of two sensor electrodes (1, 3) and a common reference electrode, wherein at least the common reference electrode is designed differently to the sensor electrodes (1, 3), and that the evaluation circuit is designed in such a way that, to determine the movement and the rotational position of the rotary element, in each case a difference (DIFF1, DIFF2) of the voltage signal between one of the two sensor electrodes (1, 3) and the common reference electrode is formed.
A lithium ion secondary battery which comprises an electrode assembly and an electrolyte, wherein the electrode assembly comprises a positive electrode, a negative electrode and a separator interposed between the positive electrode and the negative electrode, the positive electrode comprises vanadium oxide as a positive electrode active material, the electrolyte comprises a non-aqueous solvent and a lithium salt, the non-aqueous solvent comprises ethylene glycol dimethyl ether, and the lithium salt comprises lithium bis(fluorosulfonyl)imide (LiFSI), the vanadium oxide comprises secondary particles formed by assemblage of primary particles, the concentration of the lithium salt in the electrolyte is 4∼7 mol/L and the positive electrode comprises the vanadium oxide in an amount of 50 wt% or more based on the total weight of the positive electrode active material contained in the positive electrode.
An apparatus for detecting the presence of one or more predetermined analytes in a sample, wherein the predetermined analytes number two or more, the apparatus comprising: a detector configured to receive and detect the presence of predetermined analytes carried in a carrier gas; a carrier gas generator, the generator comprising first and second reservoirs (26, 28) and configured such that the first reservoir operates in a gas delivery mode in which clean carrier gas is delivered to the detector while the second operates in a cleaning mode in which clean carrier gas is generated for subsequent use in the detector; the generator being configured to switch the first reservoir to the cleaning mode and the second reservoir to the gas delivery mode wherein the detector and the generator are positioned in a common housing. a detector configured to receive and detect the presence of predetermined analytes carried in a carrier gas; a carrier gas generator, the generator comprising first and second reservoirs (26, 28) and configured such that the first reservoir operates in a gas delivery mode in which clean carrier gas is delivered to the detector while the second operates in a cleaning mode in which clean carrier gas is generated for subsequent use in the detector; the generator being configured to switch the first reservoir to the cleaning mode and the second reservoir to the gas delivery mode wherein the detector and the generator are positioned in a common housing.
A drive device for a fuel injection device including a step-up circuit that steps up a battery voltage and a first switching element that controls passage/stop of current from the step-up circuit to a solenoid of the fuel injection device, wherein the fuel injection device includes a valve body driven by the solenoid, closed by being brought into contact with a valve seat and opened by being separated from the valve seat, a needle that is driven by a magnetic suction force from the solenoid and energizes the valve body in a valve opening direction when coming into contact with the valve body,, and an air gap provided between the valve body and a contact surface of the needle and used by the needle to come into contact with the valve body after performing a free running operation by the needle due to the magnetic suction force from the solenoid and the drive device includes a drive unit that drives the valve body in a valve opening direction by supplying a current to the solenoid with passage of the current to the first switching element and a valve opening start period detector that detects a valve opening start period when the valve body separates from the valve seat based on a second differential value of the current value flowing through the solenoid, the valve opening start period detector is configured to detect the valve opening start period by detecting, based on the second differential value of the current value flowing through the solenoid, changes of acceleration of the needle caused by contact with the valve body by performing a free running operation in the air gap by supplying current to the solenoid by the drive unit.
Apparatus for non-contact identifying of red tissue structures in products of slaughtered animal bodies, comprising a conveying device for continuous conveyance of the products in a conveying direction, a light source configured to generate a flat light field which is designed and adapted to form a light line running transversely to the conveying direction of the product from the flat light field, a detecting device for identifying the red tissue structures which comprises at least one optical sensor means for recording the portions of light reflected by the product, wherein the light source is configured as an infrared light source, wherein the light source and the optical sensor means are arranged spaced apart in the conveying direction, characterized in that the light source is arranged such that the plane of the flat light field is tilted relative to the conveying direction by a light field angle (α) of less than 90°, and the detecting device is arranged such that the light portions reflected by the product are recorded at a viewing angle (β) of less than 90° relative to the conveying direction, and the light source and detecting device are arranged such that the light field angle (α) is greater than the viewing angle (β).
A laundry dryer, comprising: a body having a front panel, two side panels, a rear panel, and air discharge openings in an upper region of said body; a laundry drum disposed in the body; a heat exchanger to condense process air from the drum, said heat exchanger being positioned in the body below the drum and having a cooling air outlet; characterized in that the discharge openings are mainly positioned in an upper half of the body, an air duct having an air inlet connected to the cooling air outlet and an air outlet which is positioned above the heat exchanger, is arranged to discharge cooling air from the air outlet in an upward direction into the body, said body having discharge opening being located in an upper region of the rear panel, and with the air duct being arranged to discharge cooling air between one of the side panels and the laundry drum. a body having a front panel, two side panels, a rear panel, and air discharge openings in an upper region of said body; a laundry drum disposed in the body; a heat exchanger to condense process air from the drum, said heat exchanger being positioned in the body below the drum and having a cooling air outlet; characterized in that the discharge openings are mainly positioned in an upper half of the body, an air duct having an air inlet connected to the cooling air outlet and an air outlet which is positioned above the heat exchanger, is arranged to discharge cooling air from the air outlet in an upward direction into the body, said body having discharge opening being located in an upper region of the rear panel, and with the air duct being arranged to discharge cooling air between one of the side panels and the laundry drum.