mhurhangee/ep-ind-claims huggingface dataset:
An electric power generating apparatus for use in an aircraft, the electric power generating apparatus comprising: a manual transmission configured to change speed of rotational power of an aircraft engine and including a plurality of gear stages; a continuously variable transmission configured to change the speed of the rotational power which has been changed in speed by the manual transmission; an electric power generator to which the rotational power which has been changed in speed by the continuously variable transmission is transmitted; and an electric power generation controller including: a manual transmission control section configured to, when a predetermined shift condition is satisfied, control the manual transmission to switch a gear stage of the manual transmission; and a continuously variable transmission control section configured to control the continuously variable transmission; characterized in that the continuously variable transmission control section and the manual transmission control section respectively control the continuously variable transmission and the manual transmission such that the gear stage of the manual transmission is switched after the continuously variable transmission is operated to such a side that the fluctuation of the output rotational frequency of the manual transmission is canceled. a manual transmission configured to change speed of rotational power of an aircraft engine and including a plurality of gear stages; a continuously variable transmission configured to change the speed of the rotational power which has been changed in speed by the manual transmission; an electric power generator to which the rotational power which has been changed in speed by the continuously variable transmission is transmitted; and an electric power generation controller including: a manual transmission control section configured to, when a predetermined shift condition is satisfied, control the manual transmission to switch a gear stage of the manual transmission; and a continuously variable transmission control section configured to control the continuously variable transmission; a manual transmission control section configured to, when a predetermined shift condition is satisfied, control the manual transmission to switch a gear stage of the manual transmission; and a continuously variable transmission control section configured to control the continuously variable transmission; characterized in that the continuously variable transmission control section and the manual transmission control section respectively control the continuously variable transmission and the manual transmission such that the gear stage of the manual transmission is switched after the continuously variable transmission is operated to such a side that the fluctuation of the output rotational frequency of the manual transmission is canceled.
A Machine Type Communication, MTC, device, comprising: a wireless transceiver, configured to perform wireless transmission and reception to and from a service network; and a controller, configured to receive a paging message from the service network via the wireless transceiver, wherein the paging message comprises a timer update flag indicating that an update of a periodic Location Update timer, a periodic Routing Area Update timer, or a periodic Tracking Area Update timer is required, and the controller is further configured to transmit a Service Request message to the service network via the wireless transceiver in response to the paging message comprising the timer update flag, and receive a downlink, DL, Information Transfer message comprising a first value for the periodic Location Update timer, the periodic Routing Area Update timer, or the periodic Tracking Area Update timer from the service network via the wireless transceiver in response to transmitting the Service Request message. a wireless transceiver, configured to perform wireless transmission and reception to and from a service network; and a controller, configured to receive a paging message from the service network via the wireless transceiver, wherein the paging message comprises a timer update flag indicating that an update of a periodic Location Update timer, a periodic Routing Area Update timer, or a periodic Tracking Area Update timer is required, and the controller is further configured to transmit a Service Request message to the service network via the wireless transceiver in response to the paging message comprising the timer update flag, and receive a downlink, DL, Information Transfer message comprising a first value for the periodic Location Update timer, the periodic Routing Area Update timer, or the periodic Tracking Area Update timer from the service network via the wireless transceiver in response to transmitting the Service Request message.
A method of a wireless communication device for a cellular communication system, the method comprising: receiving a signal comprising, for each of one or more first cells of the cellular communication system, a first known signal sequence and a second known signal sequence; detecting, based on the received signal, the first and second known signal sequences of each of the one or more first cells comprising determining a cell identity of the at least one of the one or more first cells based on the detected first and second known signal sequences; for at least one of the one or more first cells and based on the detected first and second known signal sequences of the one or more cells, selecting for channel estimation one of: the first known signal sequence; the second known signal sequence; and a combination of the first and second known signal sequences; characterized in that the selection for channel estimation is performed based on the determined cell identity and performing channel estimation of the at least one of the one or more first cells based on the signal sequence selection. receiving a signal comprising, for each of one or more first cells of the cellular communication system, a first known signal sequence and a second known signal sequence; detecting, based on the received signal, the first and second known signal sequences of each of the one or more first cells comprising determining a cell identity of the at least one of the one or more first cells based on the detected first and second known signal sequences; for at least one of the one or more first cells and based on the detected first and second known signal sequences of the one or more cells, selecting for channel estimation one of: the first known signal sequence; the second known signal sequence; and a combination of the first and second known signal sequences; characterized in that the selection for channel estimation is performed based on the determined cell identity and the first known signal sequence; the second known signal sequence; and a combination of the first and second known signal sequences; characterized in that the selection for channel estimation is performed based on the determined cell identity and performing channel estimation of the at least one of the one or more first cells based on the signal sequence selection.
A control unit for a game or fish feeder, wherein the control unit is arranged for mounting on or in connection to the feeder, said control unit comprising: means for controlling the powering of a drive unit of said feeder for controlled output of feed from the feeder; a wireless transmitter arranged to communicate over a wireless network with a remote unit, wherein the wireless transmitter is part of a wireless transceiver for receiving and transmitting information over a wireless network; a sensor (132; 134) for measuring a parameter of the feeder; and means for determining whether a measured parameter value provided by said sensor (132; 134) fulfills a predetermined condition in order to detect an action-requiring state of the feeder, wherein, in response to a detected action-requiring state, the wireless transmitter is triggered to send a notification to said remote unit, characterised in that the control unit is arranged to cause said wireless transmitter to periodically communicate with a central control system and receive information for updating scheduling data for controlling output of feed from the feeder system, wherein the scheduling data is based on information of sunrise and sunset times in relation to earth locations and a position of the feeder system. means for controlling the powering of a drive unit of said feeder for controlled output of feed from the feeder; a wireless transmitter arranged to communicate over a wireless network with a remote unit, wherein the wireless transmitter is part of a wireless transceiver for receiving and transmitting information over a wireless network; a sensor (132; 134) for measuring a parameter of the feeder; and means for determining whether a measured parameter value provided by said sensor (132; 134) fulfills a predetermined condition in order to detect an action-requiring state of the feeder, wherein, in response to a detected action-requiring state, the wireless transmitter is triggered to send a notification to said remote unit, characterised in that the control unit is arranged to cause said wireless transmitter to periodically communicate with a central control system and receive information for updating scheduling data for controlling output of feed from the feeder system, wherein the scheduling data is based on information of sunrise and sunset times in relation to earth locations and a position of the feeder system.
An optical sensor module for detecting and/or measuring physiological information from a subject, wherein the optical sensor module is configured to be integrated within a wearable device, the optical sensor module comprising: a base comprising an optical source and an optical detector adjacent the optical source; a housing secured to the base and enclosing the optical source and optical detector, wherein the housing is configured to protect the optical source and the optical detector from ambient interference, wherein the housing comprises at least one window in optical communication with the optical source and the optical detector; and first and second light guides (40, 42) supported by the housing, wherein the first light guide comprises a proximal end in optical communication with the optical source and a distal end, wherein the second light guide comprises a proximal end in optical communication with the optical detector adjacent the optical source and a distal end, wherein the first and second light guides (40, 42) define respective first and second axial directions, wherein the first and second axial directions diverge outwardly from the housing, and wherein the first axial direction of the first light guide has an angle relative to a plane defined by the optical source that is less than ninety degrees, wherein the second axial direction of the second light guide has an angle relative to a plane defined by the optical detector that is less than ninety degrees. a base comprising an optical source and an optical detector adjacent the optical source; a housing secured to the base and enclosing the optical source and optical detector, wherein the housing is configured to protect the optical source and the optical detector from ambient interference, wherein the housing comprises at least one window in optical communication with the optical source and the optical detector; and first and second light guides (40, 42) supported by the housing, wherein the first light guide comprises a proximal end in optical communication with the optical source and a distal end, wherein the second light guide comprises a proximal end in optical communication with the optical detector adjacent the optical source and a distal end, wherein the first and second light guides (40, 42) define respective first and second axial directions, wherein the first and second axial directions diverge outwardly from the housing, and wherein the first axial direction of the first light guide has an angle relative to a plane defined by the optical source that is less than ninety degrees, wherein the second axial direction of the second light guide has an angle relative to a plane defined by the optical detector that is less than ninety degrees.
An apparatus for controlling a flow direction of fluid from a fluid source external to an endoscope into a plurality of fluid channels positioned within a distal end of the endoscope, comprising: a tube comprising a first combination of fluid channels and a second combination of fluid channels; a pump connected to the tube, wherein the pump is adapted to direct fluid from the fluid source to at least one of the first combination of fluid channels and the second combination of fluid channels in said tube; a controller to activate the pump, wherein the controller is configured to cause the pump to direct fluid to the first combination of fluid channels upon a first activation of the controller, and wherein the controller is configured to cause the pump to direct fluid to the second combination of fluid channels upon a second activation of the controller; and an endoscope; wherein the first combination of fluid channels comprises a fluid channel that opens through a front jet in a distal tip of the endoscope; and wherein the second combination of fluid channels comprises a fluid channel that opens through at least one side jet in the distal tip of the endoscope. a tube comprising a first combination of fluid channels and a second combination of fluid channels; a pump connected to the tube, wherein the pump is adapted to direct fluid from the fluid source to at least one of the first combination of fluid channels and the second combination of fluid channels in said tube; a controller to activate the pump, wherein the controller is configured to cause the pump to direct fluid to the first combination of fluid channels upon a first activation of the controller, and wherein the controller is configured to cause the pump to direct fluid to the second combination of fluid channels upon a second activation of the controller; and an endoscope; wherein the first combination of fluid channels comprises a fluid channel that opens through a front jet in a distal tip of the endoscope; and wherein the second combination of fluid channels comprises a fluid channel that opens through at least one side jet in the distal tip of the endoscope.
A zirconia sintered body containing yttria in an amount of 6-15 mol% and titania in an amount of 3-20 mol%, characterized by having an average grain size of 30-60 μm and by having an in-line transmission of 73% or higher when examined at a sample thickness of 1 mm and a measuring wavelength of 600 nm, and further has a haze value H of 2.0% or less, wherein the in-line transmission is a parameter having the following relational expression; Ti = Tt − Td Tt: total forward transmission (%) Td: diffuse transmission (%) Ti: in-line transmission (%), and wherein the haze value H=100×Td/Tt (%) was measured with a hazeometer (TC-HIII, manufactured by Tokyo Denshoku Co., Ltd.) by methods according to JIS K7105 "Testing Methods for Optical Properties of Plastics" and JIS K7136 "Plastics - Method of Determining Haze of Transparent Materials" on the zirconia sintered body of a thickness of 1 mm, wherein both surfaces thereof were mirror-polished to a surface roughness Ra of 0.02 μm or less. Tt: total forward transmission (%) Td: diffuse transmission (%) Ti: in-line transmission (%), and wherein the haze value H=100×Td/Tt (%) was measured with a hazeometer (TC-HIII, manufactured by Tokyo Denshoku Co., Ltd.) by methods according to JIS K7105 "Testing Methods for Optical Properties of Plastics" and JIS K7136 "Plastics - Method of Determining Haze of Transparent Materials" on the zirconia sintered body of a thickness of 1 mm, wherein both surfaces thereof were mirror-polished to a surface roughness Ra of 0.02 μm or less.
A method performed by a user equipment, UE, performing device-to-device, D2D, communication, the D2D communication being performed via a D2D communication link between the UE and a further UE, within a Long Term Evolution, LTE, network, the method comprising: • receiving a D2D buffer status report, BSR, request message from a base station, wherein the D2D BSR request message contains a Media Access Control, MAC, subheader, and the MAC subheader contains reserved bits, wherein at least one bit among the reserved bits is a polling bit used for polling a D2D BSR from the UE; • in response to the reception of the D2D BSR request message, generating the D2D BSR for the D2D communication link between the UE and the further UE, the D2D BSR providing information related to an amount of D2D data available for transmission, and the D2D BSR comprises a D2D BSR logical channel identifier, LCID; • transmitting the D2D BSR in a control element to the base station; • receiving a resource allocation for the D2D link from the base station; and • transmitting D2D data over the allocated resource. • receiving a D2D buffer status report, BSR, request message from a base station, wherein the D2D BSR request message contains a Media Access Control, MAC, subheader, and the MAC subheader contains reserved bits, wherein at least one bit among the reserved bits is a polling bit used for polling a D2D BSR from the UE; • in response to the reception of the D2D BSR request message, generating the D2D BSR for the D2D communication link between the UE and the further UE, the D2D BSR providing information related to an amount of D2D data available for transmission, and the D2D BSR comprises a D2D BSR logical channel identifier, LCID; • transmitting the D2D BSR in a control element to the base station; • receiving a resource allocation for the D2D link from the base station; and • transmitting D2D data over the allocated resource.
A game controller comprising: an electronic input sensor; and a mounting platform including an accessory-retention feature and a sensor-activation feature, the accessory-retention feature being configured to removably affix a selected removable controller accessory to the mounting platform, the selected removable controller accessory being one of a plurality of differently configured removable controller accessories removably affixable to the mounting platform, and the mounting platform being configured to move from a default posture to an activation posture responsive to finger manipulation of the selected removable controller accessory when the selected removable controller accessory is affixed to the mounting platform; and wherein the sensor-activation feature interfaces with the electronic input sensor to generate an activate control signal in the activation posture, wherein the accessory-retention feature includes one or more magnets, wherein the selected removable controller accessory is made at least partially of ferromagnetic material, and wherein the selected removable controller accessory is removably affixable to the mounting platform through a magnetic attraction between the one or more magnets and the ferromagnetic material, wherein the one or more magnets are each positioned such that a pole of each magnet extends in a direction that is not parallel to an interface direction between the selected removable controller accessory and the mounting platform. an electronic input sensor; and a mounting platform including an accessory-retention feature and a sensor-activation feature, the accessory-retention feature being configured to removably affix a selected removable controller accessory to the mounting platform, the selected removable controller accessory being one of a plurality of differently configured removable controller accessories removably affixable to the mounting platform, and the mounting platform being configured to move from a default posture to an activation posture responsive to finger manipulation of the selected removable controller accessory when the selected removable controller accessory is affixed to the mounting platform; and wherein the sensor-activation feature interfaces with the electronic input sensor to generate an activate control signal in the activation posture, wherein the accessory-retention feature includes one or more magnets, wherein the selected removable controller accessory is made at least partially of ferromagnetic material, and wherein the selected removable controller accessory is removably affixable to the mounting platform through a magnetic attraction between the one or more magnets and the ferromagnetic material, wherein the one or more magnets are each positioned such that a pole of each magnet extends in a direction that is not parallel to an interface direction between the selected removable controller accessory and the mounting platform.
A vial cap comprising a synthetic resin cap body having an upper surface and a synthetic resin protective cover; wherein the cap body can be fitted onto a mouth of a vial and is provided with a through hole vertically penetrating in the central part thereof; and wherein the protective cover is removably attached to the upper surface of the cap body to close the through hole, wherein an adhesive strength is generated between mutual contacting surfaces of the cap body and the protective cover by injection-molding either one of the cap body and the protective cover making the contacting surface of the other, preliminarily formed by an injection molding method and inserted in an injection mold for forming the one, serve as a shaping surface for forming the contacting surface of the one, wherein the cap body comprises an annular convex portion with a radially concave portion, the convex portion projecting upward from the upper surface of the cap body and positioned in the periphery of the through hole, the concave portion formed on an outer circumferential surface or an inner circumferential surface of the convex portion; and wherein the protective cover is provided with an engagement portion to fill the concave portion, characterized in that the annular convex portion comprises a plurality of claw parts allocated circumferentially spaced apart; wherein the claw parts each have an upper-limit side inclined radially outward; and wherein the concave portion is formed on the outer circumferential surface of the claw part.
Nucleic acid molecule characterized by a) encoding a protein with entomotoxic activity on insect-pests wherein said molecule comprises a nucleotide sequence capable of encoding a protein having the amino acids of the sequence SEQ ID N°.6, 8, 10 or 12, or b) having the domains I, II and III, original and/or optimized for expression in plants, where the nucleotide sequence comprises the sequence described in SEQ ID N°. 5, 7, 9 or 11. a) encoding a protein with entomotoxic activity on insect-pests wherein said molecule comprises a nucleotide sequence capable of encoding a protein having the amino acids of the sequence SEQ ID N°.6, 8, 10 or 12, or b) having the domains I, II and III, original and/or optimized for expression in plants, where the nucleotide sequence comprises the sequence described in SEQ ID N°. 5, 7, 9 or 11.
Gas discharge device for a vehicle powered by compressed gas, comprising: - a gas manifold having a hollow body and comprising: • at least one port configured to be in fluid communication with a compressed gas tank; and • an opening for discharging gas into the atmosphere; - a pipe configured to connect the port to a compressed gas tank; the pipe being freely translatable in the port to enable a first end of the pipe to move translationally along an axis in the port. - a gas manifold having a hollow body and comprising: • at least one port configured to be in fluid communication with a compressed gas tank; and • an opening for discharging gas into the atmosphere; • at least one port configured to be in fluid communication with a compressed gas tank; and • an opening for discharging gas into the atmosphere; - a pipe configured to connect the port to a compressed gas tank;