mhurhangee/ep-ind-claims huggingface dataset:
A biological sample measuring apparatus comprising: a bottle installment section to which a sensor bottle including a cylindrical housing section and a closure is installed, the housing section having an opening at one end thereof and being capable of housing a biological sample measuring sensor, the closure being configured to open and close the opening; a sensor installment section to which the biological sample measuring sensor is installed; a measurement section that measures biological information by using the biological sample measuring sensor installed to the sensor installment section; an installment detection section (17, 18) that detects whether the sensor bottle is installed to the bottle installment section, an open/close detection section that detects an open state of the closure; and a control section connected to the measurement section, the installment detection section (17, 18) and the open/close detection section; a notifying section that notifies a measurement result of the biological information measured by the measurement section, and/or notifies error information according to control of the control section; wherein the control section lets the notifying section notify error information indicating the closure is open, when the open/close detection section detects the closure is open in the state that the installment detection section (17, 18) detects the sensor bottle is installed to the bottle installment section. a bottle installment section to which a sensor bottle including a cylindrical housing section and a closure is installed, the housing section having an opening at one end thereof and being capable of housing a biological sample measuring sensor, the closure being configured to open and close the opening; a sensor installment section to which the biological sample measuring sensor is installed; a measurement section that measures biological information by using the biological sample measuring sensor installed to the sensor installment section; an installment detection section (17, 18) that detects whether the sensor bottle is installed to the bottle installment section, an open/close detection section that detects an open state of the closure; and a control section connected to the measurement section, the installment detection section (17, 18) and the open/close detection section; a notifying section that notifies a measurement result of the biological information measured by the measurement section, and/or notifies error information according to control of the control section; wherein the control section lets the notifying section notify error information indicating the closure is open, when the open/close detection section detects the closure is open in the state that the installment detection section (17, 18) detects the sensor bottle is installed to the bottle installment section.
A machine-implemented method for detecting replayed packets comprising: determining, by a receiver, a first time value associated with receipt at the receiver of a packet sent by a sender, wherein the first time value is independently determined by the receiver from a sequence of time values that represent a sequence of moments in real time; determining, by the receiver, a second time value from a timestamp in a field of the packet, the timestamp being independently determined by the sender from a sequence of time values that represent a sequence of moments in real time and inserted in the packet by the sender, wherein the field is either an authentication field that also contains authentication information that can be used to authenticate the packet, or the field is an additional field in an IPSec Encapsulated Security Payload protocol packet or in an IPSec Authentication Header protocol packet; and determining, by the receiver, whether to process the packet based on a comparison of the first time value and the second time value by: setting a window size; and determining whether the second time value is more than one window size earlier than the first time value; wherein if the second time value is more than one window size earlier than the first time value, the packet is rejected, and, if the second time value is not more than one window size earlier than the first time value, the packet is processed. determining, by a receiver, a first time value associated with receipt at the receiver of a packet sent by a sender, wherein the first time value is independently determined by the receiver from a sequence of time values that represent a sequence of moments in real time; determining, by the receiver, a second time value from a timestamp in a field of the packet, the timestamp being independently determined by the sender from a sequence of time values that represent a sequence of moments in real time and inserted in the packet by the sender, wherein the field is either an authentication field that also contains authentication information that can be used to authenticate the packet, or the field is an additional field in an IPSec Encapsulated Security Payload protocol packet or in an IPSec Authentication Header protocol packet; and determining, by the receiver, whether to process the packet based on a comparison of the first time value and the second time value by: setting a window size; and determining whether the second time value is more than one window size earlier than the first time value; setting a window size; and determining whether the second time value is more than one window size earlier than the first time value; wherein if the second time value is more than one window size earlier than the first time value, the packet is rejected, and, if the second time value is not more than one window size earlier than the first time value, the packet is processed.
A bag for collecting body fluids, such as urine or vomit, wherein the bag in compact condition includes a front side, a back side, a bottom and at least two side edges (5, 6), where a bag opening is formed opposite the bottom, an expandable bead is arranged close to or at the edge of the bag opening, characterised in that the expandable bead is configured to open up the bag when the bead goes from a compact condition to an expanded condition.
A windscreen wiper system for a motor vehicle, with at least one wiper blade, which includes a slider attached to a wiper blade element as well as an adapter connected to the slider in articulated manner, which is connected to a component of a wiper arm of the windscreen wiper system via a receptacle, wherein the adapter is connected to a wiper rod of the wiper arm via the receptacle and wherein a further functional element is arranged on the wiper rod of the wiper arm separately from the adapter, characterized in that the wiper rod is fixed to the adapter by means of a locking device, which is detachable by means of an actuating element, wherein the functional element comprises a passage opening, in which the actuating element of the locking device is arranged. the adapter is connected to a wiper rod of the wiper arm via the receptacle and wherein a further functional element is arranged on the wiper rod of the wiper arm separately from the adapter, characterized in that the wiper rod is fixed to the adapter by means of a locking device, which is detachable by means of an actuating element, wherein the functional element comprises a passage opening, in which the actuating element of the locking device is arranged.
An image projection apparatus comprising: a light source in which a light emitting material emits light through an electric discharge between electrodes; an image forming unit that is arranged to modulate an intensity of the light emitted from the light source to form an image; a cooling fan that is arranged to cool the light source; an input unit that is arranged to receive an input of an instruction signal for turning off a power source of the image projection apparatus; a voltage detector that detects a voltage value of the light source in lighting; a voltage value determining unit that determines whether the voltage value detected by the voltage detector is less than a preset threshold value when the input unit receives the instruction signal; a cooling fan controller that performs an after-cooling operation of driving the cooling fan to cool the light source when the voltage value determining unit determines that the voltage value is less than the threshold value; and an after-cooling operation time setting unit that sets a period of time during which the after-cooling operation is performed based on the voltage value detected by the voltage detector in starting to use the image projection apparatus and the voltage value detected by the voltage detector in turning off the light source, wherein the cooling fan controller performs the after-cooling operation in accordance with the period of time set by the after-cooling operation time setting unit. a light source in which a light emitting material emits light through an electric discharge between electrodes; an image forming unit that is arranged to modulate an intensity of the light emitted from the light source to form an image; a cooling fan that is arranged to cool the light source; an input unit that is arranged to receive an input of an instruction signal for turning off a power source of the image projection apparatus; a voltage detector that detects a voltage value of the light source in lighting; a voltage value determining unit that determines whether the voltage value detected by the voltage detector is less than a preset threshold value when the input unit receives the instruction signal; a cooling fan controller that performs an after-cooling operation of driving the cooling fan to cool the light source when the voltage value determining unit determines that the voltage value is less than the threshold value; and an after-cooling operation time setting unit that sets a period of time during which the after-cooling operation is performed based on the voltage value detected by the voltage detector in starting to use the image projection apparatus and the voltage value detected by the voltage detector in turning off the light source, wherein the cooling fan controller performs the after-cooling operation in accordance with the period of time set by the after-cooling operation time setting unit.
An apparatus for opening and/or closing a Petri dish, wherein the Petri dish is used to measure the contamination of a controlled space, in particular of a clean room, comprising a Petri dish platform for the reception of a Petri dish comprising a base and a cover, wherein the Petri dish platform has a cover holder for the reliable raising and/or pivoting of the cover of the Petri dish; and wherein means for raising and/or pivoting the cover holder holding the cover with respect to the base of the Petri dish are provided that can be operated from outside the controlled space, characterized in that the Petri dish platform has a base receiver for the defined reception of the base of the Petri dish and the base receiver has at least one abutment shoulder at which the base of the Petri dish can be placed. wherein the Petri dish platform has a cover holder for the reliable raising and/or pivoting of the cover of the Petri dish; and wherein means for raising and/or pivoting the cover holder holding the cover with respect to the base of the Petri dish are provided that can be operated from outside the controlled space, characterized in that the Petri dish platform has a base receiver for the defined reception of the base of the Petri dish and the base receiver has at least one abutment shoulder at which the base of the Petri dish can be placed.
An electrospindle comprising a motor for moving a tool and a mechanical transmission for transmitting the motion from said motor to the tool, said electrospindle comprising a gripping head of the tool and for coupling the latter to said mechanical transmission, said head comprising at least two flanges between which is gripped a portion of the tool, a first flange of said two flanges being pushed against a counterflange of said two flanges by at least one thrust nut so as to hold the tool in position, wherein said transmission has a free end threaded so as to receive said at least one thrust nut by screwing, said electrospindle being characterized by said thread of said free end of said transmission being double and comprising a first right-handed thread and a second left-handed thread.
Device for holding and positioning, on a stake for growing vegetation, a protective netting which is designed to protect the vegetation and which comprises at least one wire comprising a fastening means designed to fasten said holding and positioning device on said stake for growing vegetation, said device also comprising at least one receiving means which is designed to receive at least one wire, and at least one cradle positioned between said at least one fastening means and said at least one receiving means, said device being characterized in that said at least one receiving means is designed to receive said at least one wire of the protective netting, and in that said at least one cradle is designed to receive said protective netting.
A noise canceller comprising: a directivity control unit for calculating a main beam signal with its directivity turned toward an object sound direction and a sub-beam signal with its blind spot turned toward the object sound direction from output signals of a plurality of microphones through signal processing; a frequency analyzing unit for calculating a spectrum of the main beam signal and a spectrum of the sub-beam signal by applying frequency analysis to the main beam signal and the sub-beam signal which the directivity control unit calculates; a sound source decision unit for deciding a type of a sound source from the spectrum of the main beam signal and the spectrum of the sub-beam signal which the frequency analyzing unit calculates, for outputting the type of the sound source as a sound source decision result, and for calculating a statistic of noise for the main beam signal; and an interfering sound removing unit for removing interfering sounds from the spectrum of the main beam signal by using the spectrum of the sub-beam signal which the frequency analyzing unit calculates and the sound source decision result and the statistic of noise supplied from the sound source decision unit. a directivity control unit for calculating a main beam signal with its directivity turned toward an object sound direction and a sub-beam signal with its blind spot turned toward the object sound direction from output signals of a plurality of microphones through signal processing; a frequency analyzing unit for calculating a spectrum of the main beam signal and a spectrum of the sub-beam signal by applying frequency analysis to the main beam signal and the sub-beam signal which the directivity control unit calculates; a sound source decision unit for deciding a type of a sound source from the spectrum of the main beam signal and the spectrum of the sub-beam signal which the frequency analyzing unit calculates, for outputting the type of the sound source as a sound source decision result, and for calculating a statistic of noise for the main beam signal; and an interfering sound removing unit for removing interfering sounds from the spectrum of the main beam signal by using the spectrum of the sub-beam signal which the frequency analyzing unit calculates and the sound source decision result and the statistic of noise supplied from the sound source decision unit.
A method for controlling an internal combustion engine, wherein: - the internal combustion engine is mounted on a series hybrid vehicle, - the series hybrid vehicle comprises a traveling mode to travel only with a driving force of an electric drive motor, - the internal combustion engine is capable of being operated at an air-fuel ratio leaner than a theoretical air-fuel ratio, - the method comprises determining whether to stop the internal combustion engine, in a state in which the internal combustion engine is operated, in consideration of a NOx adsorption ratio of a NOx purification catalyst provided in an exhaust passage of the internal combustion engine, - wherein the NOx adsorption ratio is a ratio of a NOx adsorption amount to a maximum value of a NOx amount that can be absorbed by the NOx purification catalyst, - a determination condition for permitting the stop of the internal combustion engine is relaxed as the NOx adsorption ratio is higher, - wherein a power threshold is set according to a vehicle speed, a SOC of a battery, and the NOx adsorption ratio, the power threshold being a threshold of electric power required by the vehicle for travelling and for auxiliary machinery, - the power threshold is set such that the higher the NOx adsorption ratio is, the larger the power threshold is, and - when an electric power consumption of the hybrid vehicle is smaller than the power threshold, the stop of the internal combustion engine is permitted. - the internal combustion engine is mounted on a series hybrid vehicle, - the series hybrid vehicle comprises a traveling mode to travel only with a driving force of an electric drive motor, - the internal combustion engine is capable of being operated at an air-fuel ratio leaner than a theoretical air-fuel ratio, - the method comprises determining whether to stop the internal combustion engine, in a state in which the internal combustion engine is operated, in consideration of a NOx adsorption ratio of a NOx purification catalyst provided in an exhaust passage of the internal combustion engine, - wherein the NOx adsorption ratio is a ratio of a NOx adsorption amount to a maximum value of a NOx amount that can be absorbed by the NOx purification catalyst, - a determination condition for permitting the stop of the internal combustion engine is relaxed as the NOx adsorption ratio is higher, - wherein a power threshold is set according to a vehicle speed, a SOC of a battery, and the NOx adsorption ratio, the power threshold being a threshold of electric power required by the vehicle for travelling and for auxiliary machinery, - the power threshold is set such that the higher the NOx adsorption ratio is, the larger the power threshold is, and - when an electric power consumption of the hybrid vehicle is smaller than the power threshold, the stop of the internal combustion engine is permitted.
A method for operating a user equipment device that is enabled to transition between at least an ECO state and an ACTIVE state, comprising: receiving a notification message on a data downlink channel monitored by the user equipment device, the notification message indicating that there is downlink data for the user equipment device, the notification message indicating a transition of the user equipment device from the ECO state to the ACTIVE state, and the notification message including an identifier of the user equipment device, wherein the identifier of the user equipment device is a user equipment dedicated connection identifier, UE DCID, and the UE DCID is a combination of a user equipment identifier and an identifier of a logical entity; transitioning from the ECO state to the ACTIVE state; and receiving the downlink data from the logical entity while in the ACTIVE state. receiving a notification message on a data downlink channel monitored by the user equipment device, the notification message indicating that there is downlink data for the user equipment device, the notification message indicating a transition of the user equipment device from the ECO state to the ACTIVE state, and the notification message including an identifier of the user equipment device, wherein the identifier of the user equipment device is a user equipment dedicated connection identifier, UE DCID, and the UE DCID is a combination of a user equipment identifier and an identifier of a logical entity; transitioning from the ECO state to the ACTIVE state; and receiving the downlink data from the logical entity while in the ACTIVE state.
A process for producing a pigment water dispersion, comprising the following steps 1 and 2: Step 1: mixing a water dispersion formed by dispersing a pigment with a water-dispersible polymer and a water dispersion of a self-dispersible pigment to obtain a water dispersion, wherein pigment does not include a self-dispersible pigment; and Step 2: subjecting the water dispersion obtained in the step 1 to heat treatment at a temperature of not lower than 40°C to obtain the pigment water dispersion. Step 1: mixing a water dispersion formed by dispersing a pigment with a water-dispersible polymer and a water dispersion of a self-dispersible pigment to obtain a water dispersion, wherein pigment does not include a self-dispersible pigment; and Step 2: subjecting the water dispersion obtained in the step 1 to heat treatment at a temperature of not lower than 40°C to obtain the pigment water dispersion.
A microwave antenna adapted to connect to a power source configured for performing an ablation procedure, comprising: - a radiating section configured to deliver microwave energy from the power source to tissue to form an ablation zone ("T"); and - a series of thermal sensors, the series of thermal sensors being operably disposed adjacent the radiating section of the microwave antenna, wherein the thermal sensors extend proximally from the radiating section, the thermal sensors corresponding to a radius of the ablation zone ("T"), wherein each thermal sensor is configured to trigger a signal when a predetermined threshold tissue temperature is measured corresponding to the radius of the ablation zone, characterized in that the thermal sensors are operably disposed within an internal generally circumferential wall that surrounds and/or defines cooling fluid supply and fluid return lines (122,124). - a radiating section configured to deliver microwave energy from the power source to tissue to form an ablation zone ("T"); and - a series of thermal sensors, the series of thermal sensors being operably disposed adjacent the radiating section of the microwave antenna, wherein the thermal sensors extend proximally from the radiating section, the thermal sensors corresponding to a radius of the ablation zone ("T"), wherein each thermal sensor is configured to trigger a signal when a predetermined threshold tissue temperature is measured corresponding to the radius of the ablation zone, characterized in that the thermal sensors are operably disposed within an internal generally circumferential wall that surrounds and/or defines cooling fluid supply and fluid return lines (122,124).