mhurhangee/ep-ind-claims huggingface dataset:
A method of activating reverse for a vehicle comprising: - generating a reverse signal at a user interface; - communicating the reverse signal to a control module; - determining a vehicle speed; - determining a transmission gear position; - generating a clutch lever signal corresponding to an amount of opening and closing of a clutch lever; - in response to the vehicle speed and transmission gear position, engaging a reverse gear at a drive sprocket assembly; and - increasing of decreasing a reverse speed of the drive sprocket assembly in response to the clutch lever signal corresponding to the amount of opening or closing of the clutch lever. - generating a reverse signal at a user interface; - communicating the reverse signal to a control module; - determining a vehicle speed; - determining a transmission gear position; - generating a clutch lever signal corresponding to an amount of opening and closing of a clutch lever; - in response to the vehicle speed and transmission gear position, engaging a reverse gear at a drive sprocket assembly; and - increasing of decreasing a reverse speed of the drive sprocket assembly in response to the clutch lever signal corresponding to the amount of opening or closing of the clutch lever.
A particulate coating composition, and preferably a powder coating composition, comprising: (i) at least one polyester polymer; (ii) at least one hardener; (iii) at least 0.1 wt% of at least one metallic pigment, wherein said metallic pigment comprises metal in elemental form or as an alloy; and (iv) at least one polyorganosiloxane. (i) at least one polyester polymer; (ii) at least one hardener; (iii) at least 0.1 wt% of at least one metallic pigment, wherein said metallic pigment comprises metal in elemental form or as an alloy; and (iv) at least one polyorganosiloxane.
A process for the manufacture of an optically active form of t -butyl-phenyl phosphinamide in the form of an enantiomerically pure levorotatory enantiomer of Formula 1 and absolute configuration through the optical resolution of the racemate thereof, characterised in that an enantiomerically pure dextrorotatory enantiomer of -mandelic acid of Formula 2 or an enantiomerically pure dextrorotatory enantiomer of 2,2'-dihydroxy-1,1'-binaphthyl (BINOL) of Formula 3 and absolute configuration is added to a solution of racemic t-butyl-phenylphosphinamide, yielding a supramolecular complex of optically active levorotatory phosphinamide with configuration; subsequently, the resulting crystalline complex is filtered off and an optically active levorotatory phosphinamide with absolute configuration is isolated therefrom; whereby the resulting crystalline complex, is isolated by treating separated crystals, having been dissolved in an organic solvent, selected from a group consisting of methylene chloride, chloroform, diethyl ether, toluene, carboxylic acid esters, in particular in the ethyl acetate medium, with a base selected from a group of alkali metal salts, preferably solid sodium carbonate, to obtain chemically pure amide with 100% enantiomeric excess.
Blade element of a turbomachine, in particular a gas turbine, preferably an aircraft engine, comprising a fastening element to be arranged in a receptacle of the turbomachine, the blade element comprising a core region in the region of the fastening element, and an envelope region (2, 19) that envelops the core region at least in part, and the core region being formed of a blade base material that is more brittle than the envelope material of the envelope region, and the envelope region being formed by a coating, characterized in that the envelope material is a pseudoelastic or superelastic material.
A device for cutting or separating strips, sheets or the like, particularly metal strips, metal sheets or the like, with a cutting device that features at least one first blade and at least one second blade that are spaced apart from one another by a blade clearance, wherein at least one position measuring device is respectively assigned to the first blade and to the second blade in order to determine the blade clearance, and wherein the position measuring device is realized in the form of a contacting and/or contactless measuring device that acts directly upon a measuring surface (11, 12) formed by a face of a blade (2, 3) and/or a contact surface of a blade holder assigned to the face, characterized in that the blade holder and/or the blade (2, 3) features at least one measuring recess (16, 17, 17') that is directed at the respective measuring surface (11, 12), and in that the position measuring device acts upon the measuring surface (11, 12) through the measuring recesses (16, 17, 17').
A method of promoting production of larvae or eggs of a selected sex of tilapia, the method comprising; providing a plurality of larvae or eggs of tilapia in a volume of water; irradiating the plurality of larvae or eggs utilizing a lighting device above the volume of water with light having a spectrum concentrated within a predetermined range of wavelengths at a pre-determined lighting intensity to promote production of the selected sex in the eggs or larvae; wherein the predetermined range is 440-460 nm. providing a plurality of larvae or eggs of tilapia in a volume of water; irradiating the plurality of larvae or eggs utilizing a lighting device above the volume of water with light having a spectrum concentrated within a predetermined range of wavelengths at a pre-determined lighting intensity to promote production of the selected sex in the eggs or larvae; wherein the predetermined range is 440-460 nm.
A method of operating a projectile delivery system within a geographic boundary comprising: accessing data representing one or more subsets of agricultural objects(522, 524, 525, 527, 529); receiving data representing one or more policies, wherein at least one policy specifies one or more actions to be performed for a type of agricultural object; identifying (308, 604), via one or more sensors, one or more agricultural objects of a first subset of agricultural objects; determining a position of one or more emitters within a geographic boundary; selecting a first emitter of the one or more emitters to perform an action, wherein the action is linked to a target agricultural object from the first subset of agricultural objects, the action including delivering an agricultural projectile as the first emitter traverses a path within the geographic boundary; and configuring (312, 630) the agricultural projectile delivery system to activate the first emitter to propel the agricultural projectile to intercept the target agricultural object. accessing data representing one or more subsets of agricultural objects(522, 524, 525, 527, 529); receiving data representing one or more policies, wherein at least one policy specifies one or more actions to be performed for a type of agricultural object; identifying (308, 604), via one or more sensors, one or more agricultural objects of a first subset of agricultural objects; determining a position of one or more emitters within a geographic boundary; selecting a first emitter of the one or more emitters to perform an action, wherein the action is linked to a target agricultural object from the first subset of agricultural objects, the action including delivering an agricultural projectile as the first emitter traverses a path within the geographic boundary; and configuring (312, 630) the agricultural projectile delivery system to activate the first emitter to propel the agricultural projectile to intercept the target agricultural object.
Electric motor vehicle with an electric drive motor, with an accumulator for storing electrical energy for operating the electric drive motor, with an optical display device having a multiplicity of individually actuable lighting segments, and with a display control device, characterized in that the lighting segments are arranged in such a way that they form an at least two-dimensional lighting segment field and irradiate light upward in the vertical direction, wherein the lighting segment field is arranged in the centre of a dashboard of the electric motor vehicle with respect to the width of the vehicle, and in that the display control device is designed to actuate the lighting segments of the lighting segment field in such a way that the lighting segment field outputs a nondigital accumulator charge state information item and/or a nondigital vehicle operating state information item.
A method for operating an internal combustion engine with an engine having a number of cylinders, and with an injection system having a common rail with a number of injectors and the like high-pressure components associated with the cylinders, wherein the method comprises the steps: - starting the internal combustion engine, - operating the internal combustion engine, - switching off the internal combustion engine, wherein - a state characterising an engine standstill is recognised, - a high-pressure limit value is set and a desired high pressure is specified, - a leak in the common rail is generated without injection, - by means of the leak the fuel pressure in the common rail is reduced to the set high-pressure limit value below the desired high pressure, characterised in that upon starting the internal combustion engine the high-pressure closed-loop control for controlling the fuel pressure is activated still during the state characterising the engine standstill, as soon as an average high-pressure gradient reaches or exceeds a defined limit value. - starting the internal combustion engine, - operating the internal combustion engine, - switching off the internal combustion engine, wherein - a state characterising an engine standstill is recognised, - a high-pressure limit value is set and a desired high pressure is specified, - a leak in the common rail is generated without injection, - by means of the leak the fuel pressure in the common rail is reduced to the set high-pressure limit value below the desired high pressure, - a state characterising an engine standstill is recognised, - a high-pressure limit value is set and a desired high pressure is specified, - a leak in the common rail is generated without injection, - by means of the leak the fuel pressure in the common rail is reduced to the set high-pressure limit value below the desired high pressure,
A stationary blade for a blade set of a hair cutting appliance, said blade set being arranged to be moved through hair in a moving direction to cut hair, said stationary blade comprising: - a first wall portion arranged to serve as a skin facing wall when in operation, - a second wall portion at least partially offset from the first wall portion, such that the first wall portion and the second wall portion define therebetween a guide slot arranged to receive a movable cutter blade, - at least one toothed leading edge jointly formed by the first wall portion and the second wall portion, wherein the at least one toothed leading edge comprises a plurality of teeth, wherein the first wall portion and the second wall portion are connected at a frontal end of the at least one leading edge, thereby forming tips of the teeth, characterized in that the stationary blade is an integrally formed metal-plastic composite stationary blade, wherein the first wall portion is at least partially made from metal material, and wherein the second wall portion is at least partially made from plastic material. - a first wall portion arranged to serve as a skin facing wall when in operation, - a second wall portion at least partially offset from the first wall portion, such that the first wall portion and the second wall portion define therebetween a guide slot arranged to receive a movable cutter blade, - at least one toothed leading edge jointly formed by the first wall portion and the second wall portion,
System for the secure vehicle communication of a vehicle, comprising: a communication system comprising: - at least one telematics module (122A,..., 122N) for executing one or more telematics applications, - a session module for managing respective sessions for the one or more telematics applications, wherein the session management respectively comprises the assignment of at least one session identification number, session ID, to each telematics application; characterized in that the session module is designed to assign a new session ID to each telematics application after expiry of a predetermined fixed period or a dynamically randomly selected period by changing the session ID and therefore to end the corresponding existing session and to begin a new session according to the new session ID; wherein the telematics module (122A,..., 122N) is designed, after the session ID has been changed, to still assign the respective telematics application to the changed session ID. a communication system comprising: - at least one telematics module (122A,..., 122N) for executing one or more telematics applications, - a session module for managing respective sessions for the one or more telematics applications, wherein the session management respectively comprises the assignment of at least one session identification number, session ID, to each telematics application; - at least one telematics module (122A,..., 122N) for executing one or more telematics applications, - a session module for managing respective sessions for the one or more telematics applications, wherein the session management respectively comprises the assignment of at least one session identification number, session ID, to each telematics application; characterized in that the session module is designed to assign a new session ID to each telematics application after expiry of a predetermined fixed period or a dynamically randomly selected period by changing the session ID and therefore to end the corresponding existing session and to begin a new session according to the new session ID; wherein the telematics module (122A,..., 122N) is designed, after the session ID has been changed, to still assign the respective telematics application to the changed session ID.
An apparatus for providing configuration data to an integrated circuit, the apparatus comprising: a device programmer, coupled to a semiconductor fuse array disposed on a die, configured to program said semiconductor fuse array with compressed configuration data for a plurality of cores disposed on said die; a stores, disposed on the same die as the plurality of cores but not within any of said plurality of cores and coupled to said plurality of cores, said stores comprising a plurality of sub-stores that each correspond to each of said plurality of cores, wherein one of said plurality of cores is configured to access said semiconductor fuse array upon power-up/reset to read and decompress said compressed configuration data, and to store a plurality of decompressed configuration data sets for one or more cache memories within said each of said plurality of cores in said plurality of sub-stores; and said plurality of cores, each comprising: sleep logic, configured to subsequently access a corresponding one of said each of said plurality of sub-stores to retrieve and employ said decompressed configuration data sets to initialize said one or more caches following a sleep mode. a device programmer, coupled to a semiconductor fuse array disposed on a die, configured to program said semiconductor fuse array with compressed configuration data for a plurality of cores disposed on said die; a stores, disposed on the same die as the plurality of cores but not within any of said plurality of cores and coupled to said plurality of cores, said stores comprising a plurality of sub-stores that each correspond to each of said plurality of cores, wherein one of said plurality of cores is configured to access said semiconductor fuse array upon power-up/reset to read and decompress said compressed configuration data, and to store a plurality of decompressed configuration data sets for one or more cache memories within said each of said plurality of cores in said plurality of sub-stores; and said plurality of cores, each comprising: sleep logic, configured to subsequently access a corresponding one of said each of said plurality of sub-stores to retrieve and employ said decompressed configuration data sets to initialize said one or more caches following a sleep mode.
A reference signal transmission method, comprising: determining, by a terminal device, an offset of a frequency domain position of a phase tracking reference signal, PTRS, based on reference information; wherein the reference information comprises at least one of an identifier of the terminal device and scheduling information of the terminal device; determining, by the terminal device, the frequency domain position of the PTRS based on the offset; and sending, by the terminal device, the PTRS to a network device based on the frequency domain position of the PTRS; or receiving, by the terminal device, the PTRS from a network device based on the frequency domain position of the PTRS. determining, by a terminal device, an offset of a frequency domain position of a phase tracking reference signal, PTRS, based on reference information; wherein the reference information comprises at least one of an identifier of the terminal device and scheduling information of the terminal device; determining, by the terminal device, the frequency domain position of the PTRS based on the offset; and sending, by the terminal device, the PTRS to a network device based on the frequency domain position of the PTRS; or receiving, by the terminal device, the PTRS from a network device based on the frequency domain position of the PTRS.
Event processing system for use in controlling the provision of network services, the event processing system comprising an event processing apparatus providing a service interaction function, SIF,, a first radio access node, a second radio access node (14a;14b), and a serving node operable to transceive data to and from the first radio access node and to and from the second radio access node (14a;14b), wherein the serving node is a mobile switching centre of a core network associated with a licensed network, wherein the first radio access node is associated with a first licensed network and the second radio access node (14a;14b) is associated with a second unlicensed network (15a;15b), different to said first network, and wherein the event processing apparatus is connectable to the serving node and a plurality of service nodes (10; 44) from which a subscriber is able to receive service during processing of a network event, the service nodes (10; 44) being associated with one of the first or second radio access nodes and wherein the SIF is configured to cooperate with a data base, which is configured to store a list of services and the relationships there between in terms of network event processing for all subscribers of the core network, the event processing apparatus comprising a function arranged, on receiving a service initiation request message from the serving node emanating in one of the first or second network currently involved in processing of said network event, to identify the radio access node (14a; 14b) involved in the network event and to choose at least some of said plurality of service nodes (10; 44) to participate in providing the requested service on the basis of the identified radio access node, whereby to process the network event.
A method for use in a wireless cellular communications system, according to which method an eNodeB controls the transmissions to and from user terminals in a cell, and transmissions are made in subframes, said subframes comprising a number of subelements, each subelement consisting of a group of resource elements, the method being used for scheduling a Physical Control Format Indicator Channel, PCFICH, and a Physical Hybrid-ARQ Indicator Channel, PHICH, in one and the same subframe, the method comprising the steps of: • mapping PCFICH to four subelements in the subframe, • assigning a number to those subelements in the subframe to which PCFICH have not been mapped, • mapping PHICH to the subelements in the subframe to which PCFICH have not been mapped by means of said numbers. • mapping PCFICH to four subelements in the subframe, • assigning a number to those subelements in the subframe to which PCFICH have not been mapped, • mapping PHICH to the subelements in the subframe to which PCFICH have not been mapped by means of said numbers.
A process for coating surfaces comprising at least the steps: a) Depositing at least two nanoparticle populations, of different sizes, on a surface to be treated, and b) Crosslinking the nanoparticle-coated surface using an acidic hydroalcoholic solution containing a transition metal alkoxide, preferably tetraethyl orthosilicate (TEOS), as crosslinking agent, said process not involving heating said surface above 180°C. a) Depositing at least two nanoparticle populations, of different sizes, on a surface to be treated, and b) Crosslinking the nanoparticle-coated surface using an acidic hydroalcoholic solution containing a transition metal alkoxide, preferably tetraethyl orthosilicate (TEOS), as crosslinking agent,
A fluid collection device comprising a substrate sheet and a superstrate sheet and two fluid collectors (903, 904) with an absorbent substrate prepared with a paper or a glass fiber sheet with a saccharide polymer, said substrate permitting at least substantial preparation of serum from red blood cells via differential wicking, the fluid collectors (903, 904) being generally fixed with respect to the superstrate, said fluid collection device having two gangs (901, 902) each comprising an aperture (909, 910) defining a blood receiving opening, and one secondary aperture (911,912), and permitting access to one of said collectors (903, 904) via the aperture (909,910) for a user to dispense blood onto said collectors, and for the user to be provided with an indication that sufficient blood has been collected, and wherein each of the two blood collectors (903,904) are flexible and not entirely fixed with respect to the substrate sheet.