mhurhangee/ep-ind-claims huggingface dataset:
A vehicle information terminal used in a vehicle equipped with an energy converter for converting an external energy to an electric power, the vehicle information terminal comprising: a management unit that generates a power generation information associated with a vehicle position and a power generation amount of the energy converter, the management unit operative to transmit the power generation information to an external device, characterised in that a transmission condition of the power generation information of the management unit is set so that transmission frequency of the power generation information during travel of the vehicle is higher than transmission frequency of the power generation information during stop of the vehicle, the management unit integrates the power generation amount after the transmission of the power generation information at a previous time, during stop of the vehicle, the management unit transmits the power generation information when the integrated power generation amount (E(n)) is more than or equal to a predetermined amount (Eth1, Eth2), the predetermined amount (Eth1, Eth2) is a first predetermined amount, and during the travel of the vehicle, the management unit transmits the power generation information when the integrated power generation amount (E(n)) has reached a second predetermined amount, which is smaller than the first predetermined amount. a management unit that generates a power generation information associated with a vehicle position and a power generation amount of the energy converter, the management unit operative to transmit the power generation information to an external device, characterised in that a transmission condition of the power generation information of the management unit is set so that transmission frequency of the power generation information during travel of the vehicle is higher than transmission frequency of the power generation information during stop of the vehicle, the management unit integrates the power generation amount after the transmission of the power generation information at a previous time, during stop of the vehicle, the management unit transmits the power generation information when the integrated power generation amount (E(n)) is more than or equal to a predetermined amount (Eth1, Eth2), the predetermined amount (Eth1, Eth2) is a first predetermined amount, and during the travel of the vehicle, the management unit transmits the power generation information when the integrated power generation amount (E(n)) has reached a second predetermined amount, which is smaller than the first predetermined amount.
A copolymer comprising 45 to 75% by mass of an aromatic vinyl monomer unit, 5 to 35% by mass of a (meth)acrylic acid ester monomer unit, and 20 to 25% by mass of an unsaturated dicarboxylic anhydride monomer unit, wherein a haze measured along an optical path length of 10 mm through a 12% by mass chloroform solution of the copolymer in accordance with JIS K-7136 is 5% or less.
A decorative material comprising a surface layer and a base material layer laminated and integrated on a rear surface thereof, wherein: the surface layer comprises at least a surface resin layer made of a cured material of an ionizing radiation curing resin, a blocking layer for blocking an ooze out of an uncured material of a thermosetting resin, and a first impregnated paper layer formed by a paper impregnated with a thermosetting resin and cured, laminated from a surface side; at least an uppermost surface of the base material layer comprises a second impregnated paper layer formed by a paper impregnated with a thermosetting resin and cured; and the ionizing radiation curing resin includes an ethylene oxide modified polymerizable compound and an ethylene oxide non modified acrylate monomer in a mass ratio of 3:7 to 5:5. the surface layer comprises at least a surface resin layer made of a cured material of an ionizing radiation curing resin, a blocking layer for blocking an ooze out of an uncured material of a thermosetting resin, and a first impregnated paper layer formed by a paper impregnated with a thermosetting resin and cured, laminated from a surface side; at least an uppermost surface of the base material layer comprises a second impregnated paper layer formed by a paper impregnated with a thermosetting resin and cured; and the ionizing radiation curing resin includes an ethylene oxide modified polymerizable compound and an ethylene oxide non modified acrylate monomer in a mass ratio of 3:7 to 5:5.
A vehicle comprising: a frame portion including a pair of main frames (46a, 46b) spaced apart from each other in the vehicle's width direction and extending in the vehicle's fore-aft direction, and a first cross member, a second cross member and a third cross member each extending in the vehicle's width direction to join the pair of main frames (46a, 46b) to each other; an undercover including a front cover portion and a rear cover portion respectively on its forward and rearward sides and supported by the frame portion; an engine room having its underside defined by the undercover; and an engine housed in the engine room; wherein the first cross member, the second cross member and the third cross member are spaced apart from each other in the vehicle's fore-aft direction and disposed in this order from a front to a rear of the vehicle; and the front cover portion is fixed to at least one of the first cross member and the pair of main frames (46a, 46b), while the rear cover portion is fixed to at least one of the third cross member and the pair of main frames (46a, 46b), the rear end region of the front cover portion and the front end region of the rear cover portion being, on the other hand, simply engaged with the second cross member, for ease of disassembly, so that the rear end region of the front cover portion and the front end region of the rear cover portion are moved upward in a case of an impact from below, thereby absorbing the impact. a frame portion including a pair of main frames (46a, 46b) spaced apart from each other in the vehicle's width direction and extending in the vehicle's fore-aft direction, and a first cross member, a second cross member and a third cross member each extending in the vehicle's width direction to join the pair of main frames (46a, 46b) to each other; an undercover including a front cover portion and a rear cover portion respectively on its forward and rearward sides and supported by the frame portion; an engine room having its underside defined by the undercover; and an engine housed in the engine room; wherein the first cross member, the second cross member and the third cross member are spaced apart from each other in the vehicle's fore-aft direction and disposed in this order from a front to a rear of the vehicle; and the front cover portion is fixed to at least one of the first cross member and the pair of main frames (46a, 46b), while the rear cover portion is fixed to at least one of the third cross member and the pair of main frames (46a, 46b), the rear end region of the front cover portion and the front end region of the rear cover portion being, on the other hand, simply engaged with the second cross member, for ease of disassembly, so that the rear end region of the front cover portion and the front end region of the rear cover portion are moved upward in a case of an impact from below, thereby absorbing the impact.
A method for shifting gears of a transmission in a vehicle, comprising: determining that the rpm level of the vehicle engine lies within an rpm range for engaging a new gear, predicting, by simulating the shift of gears, what the lowest rpm would be after shifting to the new gear, were the shift of gears to be performed, and calculating a threshold rpm at which the vehicle engine will generate a propulsive force corresponding to the running resistance of the vehicle, characterized by: increasing the gear-shifting performance so that the predicted lowest rpm will equal or exceed the threshold rpm so that the shift can be performed if the predicted 402) lowest rpm is below the calculated threshold rpm. determining that the rpm level of the vehicle engine lies within an rpm range for engaging a new gear, predicting, by simulating the shift of gears, what the lowest rpm would be after shifting to the new gear, were the shift of gears to be performed, and calculating a threshold rpm at which the vehicle engine will generate a propulsive force corresponding to the running resistance of the vehicle,
A process for forming sufentanil citrate from sufentanil base, the process comprising: (a) contacting sufentanil base with a polar non-aqueous solvent to form a mixture, wherein the volume to mass ratio (mL:g) of the polar non-aqueous solvent to sufentanil base is from 2:1 to 12:1 and the contacting occurs at a temperature from 70°C to 90°C; (b) contacting the mixture with citric acid to form a sufentanil citrate mixture, wherein the contacting occurs at a temperature from 70°C to 90°C and the sufentanil citrate mixture is free of an oil phase; (c) cooling the sufentanil citrate mixture to a temperature from 50°C to 60°C to form solid sufentanil citrate; and (d) recovering sufentanil citrate at a temperature from 50°C to 60°C. (a) contacting sufentanil base with a polar non-aqueous solvent to form a mixture, wherein the volume to mass ratio (mL:g) of the polar non-aqueous solvent to sufentanil base is from 2:1 to 12:1 and the contacting occurs at a temperature from 70°C to 90°C; (b) contacting the mixture with citric acid to form a sufentanil citrate mixture, wherein the contacting occurs at a temperature from 70°C to 90°C and the sufentanil citrate mixture is free of an oil phase; (c) cooling the sufentanil citrate mixture to a temperature from 50°C to 60°C to form solid sufentanil citrate; and (d) recovering sufentanil citrate at a temperature from 50°C to 60°C.
An air flow control member for a ventilation, heating and/or air conditioning system for several areas of a room, the system comprising a device for treating a flow of air from the room configured to thermally treat said flow of air from the room, the system further comprising a ventilation device, the member including a box comprising: - an inlet adapted to receive an air flow from the heat treatment device, called recycled air inlet, - an inlet adapted to receive an air flow, called fresh air flow, from the ventilation device, called fresh air inlet, - a plurality of mouthpieces each adapted to be connected to a respective sheath of the system to bring an air flow into a respective area of the room, each mouthpiece comprising: - a first portion fluidically connected to the recycled air inlet and forming an air flow outlet called temperature-controlled air flow outlet, - a second portion fluidically connected to the fresh air flow inlet and forming a fresh air flow outlet, the member further including, for each of the mouthpieces, - a first device for controlling the air flowrate in the temperature-controlled air flow outlet, and - a second device for controlling the air flowrate in the fresh air flow outlet, the first control device and the second control device being flaps mounted to pivot around intersecting axes of rotation. - an inlet adapted to receive an air flow from the heat treatment device, called recycled air inlet, - an inlet adapted to receive an air flow, called fresh air flow, from the ventilation device, called fresh air inlet, - a plurality of mouthpieces each adapted to be connected to a respective sheath of the system to bring an air flow into a respective area of the room, - a first portion fluidically connected to the recycled air inlet and forming an air flow outlet called temperature-controlled air flow outlet, - a second portion fluidically connected to the fresh air flow inlet and forming a fresh air flow outlet, the member further including, for each of the mouthpieces, - a first device for controlling the air flowrate in the temperature-controlled air flow outlet, and - a second device for controlling the air flowrate in the fresh air flow outlet,
A video encoder apparatus for use in encoding a predicted picture within a video data bitstream (120, 202) comprising: a processor configured to generate a temporary ordered list of reference pictures from a decoded picture buffer, DPB, in which the list is ordered with any reference pictures in the DPB that are temporally before a picture that is currently being encoded listed in order by temporal distance from the picture that is currently being encoded, followed by any reference pictures in the DPB that are temporally later than the picture that is currently being encoded listed in order by temporal distance from the picture that is currently being encoded, followed by any long term reference pictures in the DPB listed in the order in which they are stored in the DPB; and the processor further configured to generate a reference picture list by selecting reference pictures from the temporary ordered list of reference pictures, wherein, when the reference picture list is to be a modified list, generating the reference picture list comprises, for each entry in the reference picture list, selecting a reference picture from the temporary ordered list of reference pictures to occupy the entry in the reference picture list, listing the selected reference picture at the entry in the reference picture list, generating a corresponding index into the temporary ordered list of reference pictures wherein the index identifies the selected reference picture within the temporary ordered list of reference pictures, and encoding the index into the bitstream. a processor configured to generate a temporary ordered list of reference pictures from a decoded picture buffer, DPB, in which the list is ordered with any reference pictures in the DPB that are temporally before a picture that is currently being encoded listed in order by temporal distance from the picture that is currently being encoded, followed by any reference pictures in the DPB that are temporally later than the picture that is currently being encoded listed in order by temporal distance from the picture that is currently being encoded, followed by any long term reference pictures in the DPB listed in the order in which they are stored in the DPB; and the processor further configured to generate a reference picture list by selecting reference pictures from the temporary ordered list of reference pictures, wherein, when the reference picture list is to be a modified list, generating the reference picture list comprises, for each entry in the reference picture list, selecting a reference picture from the temporary ordered list of reference pictures to occupy the entry in the reference picture list, listing the selected reference picture at the entry in the reference picture list, generating a corresponding index into the temporary ordered list of reference pictures wherein the index identifies the selected reference picture within the temporary ordered list of reference pictures, and encoding the index into the bitstream.
An apparatus (100, 300) comprising: an information obtaining unit (145, 333) configured to obtain information related to beam selection, characterized in that the information related to the beam selection is a beam ID or a beam index for identifying a beam or a counter which is incremented when a beam is selected, and the apparatus further comprises a key generating unit (147, 335) configured to generate a security key by using the information related to the beam selection being the beam ID or the beam index, the security key being adapted to radio communication between a base station and a terminal apparatus. an information obtaining unit (145, 333) configured to obtain information related to beam selection, characterized in that the information related to the beam selection is a beam ID or a beam index for identifying a beam or a counter which is incremented when a beam is selected, and the apparatus further comprises a key generating unit (147, 335) configured to generate a security key by using the information related to the beam selection being the beam ID or the beam index, the security key being adapted to radio communication between a base station and a terminal apparatus.
A method of making a mirror for use in a concentrating solar power apparatus, the method comprising: bending a thick glass substrate having a thickness of at least 2.0 mm into a desired bent shape so as to form a pre-bent thick glass substrate; forming a mirror coating on a relatively thin glass substrate having a thickness of from about 1.0 to 2.0 mm, the mirror coating being formed on the thin glass substrate when the thin glass substrate is in a substantially flat shape, the thin glass substrate having a thickness less than the thick glass substrate; after the mirror coating has been formed on the thin glass substrate, laminating the thin glass substrate to the pre-bent thick glass substrate using at least one polymer inclusive adhesive layer to form a laminate mirror comprising a substantially parabolic shape, wherein the laminate mirror is adapted to be used in a concentrating solar power apparatus and has a solar reflectance of at least 90%. bending a thick glass substrate having a thickness of at least 2.0 mm into a desired bent shape so as to form a pre-bent thick glass substrate; forming a mirror coating on a relatively thin glass substrate having a thickness of from about 1.0 to 2.0 mm, the mirror coating being formed on the thin glass substrate when the thin glass substrate is in a substantially flat shape, the thin glass substrate having a thickness less than the thick glass substrate; after the mirror coating has been formed on the thin glass substrate, laminating the thin glass substrate to the pre-bent thick glass substrate using at least one polymer inclusive adhesive layer to form a laminate mirror comprising a substantially parabolic shape, wherein the laminate mirror is adapted to be used in a concentrating solar power apparatus and has a solar reflectance of at least 90%.
A wireless apparatus (io6a-e; 202; 400) operable in a wireless communication system, the apparatus (106a-e; 202; 400) comprising: a discovery engine configured to communicate with a wireless network based on a profile selected from one or more communication profiles, the profile having defined use parameters, the discovery engine being configured to receive an input from an application indicating a selection of the profile, the discovery engine further configured to receive one or more attributes from the application and populate the profile with the one or more attributes, the attributes containing information to configure the profile to perform certain functions as defined by the application; a memory unit configured to store said one or more communication profiles; a first processor in communication with the discovery engine, the first processor configured to run the application, communicate a selection of the profile to the discovery engine, and provide attributes for the selected profile to the discovery engine; wherein the discovery engine is further configured to filter received packets based on the attributes and the profile; and wherein the discovery engine is further configured to search for a near-area network, NAN, to join based on the attributes and the profile, and wherein the discovery engine is configured to establish a NAN based on the attributes and profile if a NAN cannot be found. a discovery engine configured to communicate with a wireless network based on a profile selected from one or more communication profiles, the profile having defined use parameters, the discovery engine being configured to receive an input from an application indicating a selection of the profile, the discovery engine further configured to receive one or more attributes from the application and populate the profile with the one or more attributes, the attributes containing information to configure the profile to perform certain functions as defined by the application; a memory unit configured to store said one or more communication profiles; a first processor in communication with the discovery engine, the first processor configured to run the application, communicate a selection of the profile to the discovery engine, and provide attributes for the selected profile to the discovery engine; wherein the discovery engine is further configured to filter received packets based on the attributes and the profile; and wherein the discovery engine is further configured to search for a near-area network, NAN, to join based on the attributes and the profile, and wherein the discovery engine is configured to establish a NAN based on the attributes and profile if a NAN cannot be found.
A hybrid vehicle drive device (1-1, 1-2, 1-3, 1-4, 1-5) comprising: a first planetary gear mechanism; a second planetary gear mechanism (20,40); a clutch; and a brake, wherein a first sun gear that is a sun gear of the first planetary gear mechanism is connected to a first rotating electric machine, a first ring gear that is a ring gear of the first planetary gear mechanism is connected to an engine, and a first carrier that is a carrier of the first planetary gear mechanism is connected to a second rotating element (24,43) of the second planetary gear mechanism (20,40) and to driving wheels, a first rotating element (21,41) of the second planetary gear mechanism (20,40) is connected to the engine and the first ring gear via the clutch, a third rotating element (23,44) is connected to a second rotating electric machine, and the brake regulates a rotation of the first rotating element (21,41), characterized in that the first rotating element (21,41) is a sun gear (21,41) of the second planetary gear mechanism (20,40). a first planetary gear mechanism; a second planetary gear mechanism (20,40); a clutch; and a brake, wherein a first sun gear that is a sun gear of the first planetary gear mechanism is connected to a first rotating electric machine, a first ring gear that is a ring gear of the first planetary gear mechanism is connected to an engine, and a first carrier that is a carrier of the first planetary gear mechanism is connected to a second rotating element (24,43) of the second planetary gear mechanism (20,40) and to driving wheels, a first rotating element (21,41) of the second planetary gear mechanism (20,40) is connected to the engine and the first ring gear via the clutch, a third rotating element (23,44) is connected to a second rotating electric machine,