mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming system comprising: image forming means arranged to form an image on a sheet; inspection means arranged to inspect an image on a sheet; conveyance means arranged to convey a sheet to the inspection means ; a controller configured to execute a first inspection mode in which an image is formed on a sheet by the image forming means and the sheet having the image formed thereon is conveyed by the conveyance means to the inspection means and is inspected by the inspection means , and a second inspection mode in which, without executing image forming by the image forming means , a sheet having an image formed thereon is conveyed by the conveyance means to the inspection means and inspected by the inspection means ; and characterized by setting means arranged to set a recovery process such that in a case where the inspection means determines that the sheet conveyed by the conveyance means is an abnormal sheet having abnormality in the image, an image corresponding to the image formed on the abnormal sheet is formed according to image data used to form the image on the abnormal sheet by the image forming means on a sheet different from the abnormal sheet, wherein the setting means permits the setting of the recovery process in the first inspection mode and does not permit the setting of the recovery process in the second inspection mode. image forming means arranged to form an image on a sheet; inspection means arranged to inspect an image on a sheet; conveyance means arranged to convey a sheet to the inspection means ; a controller configured to execute a first inspection mode in which an image is formed on a sheet by the image forming means and the sheet having the image formed thereon is conveyed by the conveyance means to the inspection means and is inspected by the inspection means , and a second inspection mode in which, without executing image forming by the image forming means , a sheet having an image formed thereon is conveyed by the conveyance means to the inspection means and inspected by the inspection means ; and characterized by setting means arranged to set a recovery process such that in a case where the inspection means determines that the sheet conveyed by the conveyance means is an abnormal sheet having abnormality in the image, an image corresponding to the image formed on the abnormal sheet is formed according to image data used to form the image on the abnormal sheet by the image forming means on a sheet different from the abnormal sheet, wherein the setting means permits the setting of the recovery process in the first inspection mode and does not permit the setting of the recovery process in the second inspection mode.
A plasma generation device comprising: a body section including a reaction chamber in which processing gas is converted into plasma by electric discharge; a cooling section including a flow path, the cooling section being configured to cool the body section by using a fluid flowing in the flow path; an emission port formed in the body section and through which plasma gas that is converted into plasma in the reaction chamber is emitted; and an emission device configured to heat the fluid used to cool the body section in the cooling section and configured to emit the heated fluid onto the plasma gas emitted from the emission port characterized in that: the body section has a rectangular parallelepiped shape, the emission device is disposed on one side surface among four side surfaces of the body section having the rectangular parallelepiped shape, an attachment section for attaching the plasma generation device to a predetermined location is disposed on a side surface opposite to the one side surface, and the cooling section includes a pair of cooling sections , the pair of cooling sections being disposed on two other side surfaces among the four side surfaces. a body section including a reaction chamber in which processing gas is converted into plasma by electric discharge; a cooling section including a flow path, the cooling section being configured to cool the body section by using a fluid flowing in the flow path; an emission port formed in the body section and through which plasma gas that is converted into plasma in the reaction chamber is emitted; and an emission device configured to heat the fluid used to cool the body section in the cooling section and configured to emit the heated fluid onto the plasma gas emitted from the emission port the body section has a rectangular parallelepiped shape, the emission device is disposed on one side surface among four side surfaces of the body section having the rectangular parallelepiped shape, an attachment section for attaching the plasma generation device to a predetermined location is disposed on a side surface opposite to the one side surface, and the cooling section includes a pair of cooling sections , the pair of cooling sections being disposed on two other side surfaces among the four side surfaces.
A method for transmitting an uplink signal at a User Equipment, UE, in a wireless communication system, the method comprising: generating (S601) first uplink control information and second uplink control information; multiplexing (S501) the first uplink control information and the second uplink control information allocated to different uplink carriers (S501) and transmitting the multiplexed first and second control information on a predetermined single uplink channel (S502) by using a modulation order corresponding to a length of a bit stream that is generated by sequentially arranging bits for the first uplink control information and bits for the second uplink control information; and transmitting (S502) the multiplexed first uplink control information and the second uplink control information in one uplink carrier, wherein the first uplink control information is control information allocated to a first uplink control channel of a first uplink carrier and the second uplink control information is control information allocated to a second uplink control channel of a second uplink carrier, wherein the first uplink control information is an Acknowledgment, ACK, /Negative ACK, NACK , and the second uplink control information is periodic Channel Status Information, CSI, and mapping (S602) the first control information to a Most Significant Bit, MSB of the bit stream, when the first control information requires a lower propagation error rate than the second control information. generating (S601) first uplink control information and second uplink control information; multiplexing (S501) the first uplink control information and the second uplink control information allocated to different uplink carriers (S501) and transmitting the multiplexed first and second control information on a predetermined single uplink channel (S502) by using a modulation order corresponding to a length of a bit stream that is generated by sequentially arranging bits for the first uplink control information and bits for the second uplink control information; and transmitting (S502) the multiplexed first uplink control information and the second uplink control information in one uplink carrier, wherein the first uplink control information is control information allocated to a first uplink control channel of a first uplink carrier and the second uplink control information is control information allocated to a second uplink control channel of a second uplink carrier, wherein the first uplink control information is an Acknowledgment, ACK, /Negative ACK, NACK , and the second uplink control information is periodic Channel Status Information, CSI, and mapping (S602) the first control information to a Most Significant Bit, MSB of the bit stream, when the first control information requires a lower propagation error rate than the second control information.
A safety device comprising: a tool which performs a predetermined operation through an operation of an actuator; a mounting tool worn by a user operation the tool ; a transmission unit which is provided in the mounting tool , and transmits a wireless signal in which a transmission direction is set to have high directional characteristic with respect to a certain direction; a reception unit which is provided in the tool , and receives the wireless signal transmitted by the transmission unit ; and a controller which controls the tool on a condition that the reception unit recognizes the wireless signal, characterized in that the tool and the mounting tool are configured to be capable of setting individual identification information, and the controller controls the tool on a condition that it is recognized that a combination of the tool and the mounting tool is a preset combination. a tool which performs a predetermined operation through an operation of an actuator; a mounting tool worn by a user operation the tool ; a transmission unit which is provided in the mounting tool , and transmits a wireless signal in which a transmission direction is set to have high directional characteristic with respect to a certain direction; a reception unit which is provided in the tool , and receives the wireless signal transmitted by the transmission unit ; and a controller which controls the tool on a condition that the reception unit recognizes the wireless signal, characterized in that the tool and the mounting tool are configured to be capable of setting individual identification information, and the controller controls the tool on a condition that it is recognized that a combination of the tool and the mounting tool is a preset combination.
A method for limiting the amount of torque biased to a first wheel of a vehicle, the first wheel being located on a road surface at a location with a friction coefficient (μ) being higher than a friction coefficient of the road surface at a location of a second wheel of the vehicle, the method comprising: receiving and processing vehicle data, comprising wheel speed data and clutch torque data; calculating a current clutch slip; processing clutch torque data to determine an electronic limited slip differential clutch torque limit; processing wheel speed data to generate slip data of the first wheel; comparing the generated slip data to threshold slip data; when the generated slip data is greater than the threshold slip data, reducing the electronic limited slip differential clutch torque limit; and adjusting the electronic limited slip differential clutch torque limit at an adjustable rate, wherein the adjustable rate is a function of the current clutch slip. receiving and processing vehicle data, comprising wheel speed data and clutch torque data; calculating a current clutch slip; processing clutch torque data to determine an electronic limited slip differential clutch torque limit; processing wheel speed data to generate slip data of the first wheel; comparing the generated slip data to threshold slip data; when the generated slip data is greater than the threshold slip data, reducing the electronic limited slip differential clutch torque limit; and adjusting the electronic limited slip differential clutch torque limit at an adjustable rate, wherein the adjustable rate is a function of the current clutch slip.
A wireless transmit/receive unit, WTRU, of a plurality of WTRUs configured to communicate via a plurality of frequency channels managed by an access point, AP, the WTRU comprising: a receiver configured to receive, from the AP, over at least one frequency channel of the plurality of frequency channels, a group request-to-send, G-RTS, message that includes an explicit channel resource assignment for multiple WTRUs of the plurality of WTRUs that indicates at least one assigned frequency channel of the plurality of frequency channels for each WTRU to transmit a CTS message; a processor configured to identify, in the G-RTS message, an identifier of the WTRU and the corresponding channel resource assignment that indicates the at least one assigned frequency channel of the plurality of frequency channels for the transmission of the CTS message by the WTRU; a transmitter configured to transmit the CTS message, to the AP, over the at least one assigned frequency channel of the plurality of frequency channels indicated in the channel resource assignment; the receiver configured to receive a data message, from the AP over at least one channel; and the transmitter configured to transmit the acknowledgement in response to the data message. a receiver configured to receive, from the AP, over at least one frequency channel of the plurality of frequency channels, a group request-to-send, G-RTS, message that includes an explicit channel resource assignment for multiple WTRUs of the plurality of WTRUs that indicates at least one assigned frequency channel of the plurality of frequency channels for each WTRU to transmit a CTS message; a processor configured to identify, in the G-RTS message, an identifier of the WTRU and the corresponding channel resource assignment that indicates the at least one assigned frequency channel of the plurality of frequency channels for the transmission of the CTS message by the WTRU; a transmitter configured to transmit the CTS message, to the AP, over the at least one assigned frequency channel of the plurality of frequency channels indicated in the channel resource assignment; the receiver configured to receive a data message, from the AP over at least one channel; and the transmitter configured to transmit the acknowledgement in response to the data message.
A computer-implemented method to perform autopilot operations for controlling an autonomous vehicle , the method comprising: receiving, at a sensor security evaluation application executing on the vehicle , sensor data from a sensor on the vehicle; determining, by the sensor security evaluation application, a security confidence score associated with the sensor data, wherein the security confidence score indicates the level of trustworthiness of the sensor data; and transmitting, from the sensor security evaluation application, the security confidence score and the sensor data to a smart machine processor on the vehicle, wherein the smart machine processor is an autopilot processor; differentiating the sensor data based on the security confidence score; generating by the autopilot processor an operating autopilot command of the vehicle based on the sensor data and security confidence score; and controlling the vehicle according to the operating autopilot command using the differentiated sensor data. receiving, at a sensor security evaluation application executing on the vehicle , sensor data from a sensor on the vehicle; determining, by the sensor security evaluation application, a security confidence score associated with the sensor data, wherein the security confidence score indicates the level of trustworthiness of the sensor data; and transmitting, from the sensor security evaluation application, the security confidence score and the sensor data to a smart machine processor on the vehicle, wherein the smart machine processor is an autopilot processor; differentiating the sensor data based on the security confidence score; generating by the autopilot processor an operating autopilot command of the vehicle based on the sensor data and security confidence score; and controlling the vehicle according to the operating autopilot command using the differentiated sensor data.
Apparatus for emptying water-conducting lines at risk of frost comprising an emptying probe and a riser pipe , the emptying probe being arranged in the interior of the riser pipe , and the riser pipe being configured in such a way that the riser pipe can be connected at or in the vicinity of its first, low-lying end to the lowest point of the water-conducting line , with the result that, in the case of connection to the water-conducting line, the emptying probe is guided in the interior of the riser pipe to the lowest point of the line system which is formed, and water can be removed from the line system via the emptying probe , characterized in that the riser pipe is closed in a pressure-resistant manner, and the apparatus has two connectors at a second, upper end of the riser pipe , it being possible for a first connector to be connected to a compressed air source, via which air can be blown from above into the riser pipe , while a second connector is connected to the emptying probe , with the result that, in the case of rising air pressure, water is pressed out of the line system via the low-lying end of the emptying probe .
Manual transmission having a plurality of shiftable gears for a motor vehicle, comprising: - an input shaft and an output shaft which is arranged coaxially to the input shaft , - a first intermediate shaft and a second intermediate shaft which are arranged in parallel to and distanced from the input shaft , - a drive-side gearwheel pair having one drive gearwheel arranged in a rotationally conjoint manner on the input shaft and having one first intermediate gearwheel arranged in a rotationally conjoint manner on the first intermediate shaft , - a drive-side gearwheel pair having one second intermediate gearwheel arranged in a rotationally conjoint manner on the second intermediate shaft and having one drive gearwheel arranged in a rotationally conjoint manner on the output shaft , wherein in the traction mode of the manual transmission - in the engaged state of at least one shiftable gear, drive torque is transmitted from the input shaft to the output shaft via the drive-side gearwheel pair, while in each case no drive torque is transmitted via the output-side gearwheel pair, - in the respectively engaged state of at least three other shiftable gears talk moment is transmitted from the input shaft to the output shaft via the output-side gearwheel pair, while in each case no drive torque is transmitted via the drive-side gearwheel pair, wherein the first intermediate shaft and the second intermediate shaft are arranged coaxially, characterised in that the first intermediate shaft is designed as an inner shaft and the second intermediate shaft is designed as a hollow shaft. - an input shaft and an output shaft which is arranged coaxially to the input shaft , - a first intermediate shaft and a second intermediate shaft which are arranged in parallel to and distanced from the input shaft , - a drive-side gearwheel pair having one drive gearwheel arranged in a rotationally conjoint manner on the input shaft and having one first intermediate gearwheel arranged in a rotationally conjoint manner on the first intermediate shaft , - a drive-side gearwheel pair having one second intermediate gearwheel arranged in a rotationally conjoint manner on the second intermediate shaft and having one drive gearwheel arranged in a rotationally conjoint manner on the output shaft , - in the engaged state of at least one shiftable gear, drive torque is transmitted from the input shaft to the output shaft via the drive-side gearwheel pair, while in each case no drive torque is transmitted via the output-side gearwheel pair, - in the respectively engaged state of at least three other shiftable gears talk moment is transmitted from the input shaft to the output shaft via the output-side gearwheel pair, while in each case no drive torque is transmitted via the drive-side gearwheel pair,
Jewelry item comprising: - at least one transparent wall forming a housing arranged to receive at least one precious or semi-precious stone immersed and movable in a substantially transparent liquid in the housing ; and - at least one part movable in the liquid and having the same refractive index as the liquid , the part immersed in the liquid being substantially optically indiscernible; characterized in that the housing is delimited by an upper wall formed by the transparent wall and a lower wall, the inner faces of the upper and lower walls being preferably parallel to each other, and in that the stone is inserted into the part to form a movable decorative element , the part being arranged to slow down the movements of the movable decorative element immersed in the liquid , comprising an axis of revolution and two guide surfaces adjacent respectively to the inner faces and allowing the movable decorative element to move freely in translation and rotation in the liquid inside the housing . - at least one transparent wall forming a housing arranged to receive at least one precious or semi-precious stone immersed and movable in a substantially transparent liquid in the housing ; and - at least one part movable in the liquid and having the same refractive index as the liquid , the part immersed in the liquid being substantially optically indiscernible;
A kit of parts comprising: - a heat sink structure comprising a plurality of heat sink parts , each heat sink part having a contact area for contacting a surface of an electronic device , the heat sink parts being spaced apart and not directly connected to each other, - a guide structure to position the heat sink parts relative to the surface of the electronic device , characterized in that the guide structure comprises respective openings for accepting and providing a sliding fit for the respective heat sink parts to enable positioning the heat sink parts on the surface of the electronic device . - a heat sink structure comprising a plurality of heat sink parts , each heat sink part having a contact area for contacting a surface of an electronic device , the heat sink parts being spaced apart and not directly connected to each other, - a guide structure to position the heat sink parts relative to the surface of the electronic device , characterized in that the guide structure comprises respective openings for accepting and providing a sliding fit for the respective heat sink parts to enable positioning the heat sink parts on the surface of the electronic device .