mhurhangee/ep-ind-claims huggingface dataset:
A lubricating oil supply device (50, 150) that supplies hydraulic oil used to actuate a transmission mounted on a vehicle to an object to be lubricated of the transmission as lubricating oil, comprising: a pump that generates a hydraulic pressure; a line pressure generation valve that discharges a part of the hydraulic pressure from the pump as a discharge pressure to generate a line pressure for actuating the transmission; a signal pressure output valve that outputs a signal pressure (Pslt) for actuating the line pressure generation valve in accordance with at least a throttle operation amount or torque input to the transmission; and a switching valve that is actuated by the signal pressure (Pslt) from the signal pressure output valve and that supplies lubricating oil input to an input port to the object to be lubricated from an output port with a flow rate of the lubricating oil changed, characterized in that the switching valve changes the flow rate of the lubricating oil with a step with respect to variations in the signal pressure (Pslt), and the switching valve switches between a first lubrication mode in which the flow rate of the lubricating oil is low and a second lubrication mode in which the flow rate of the lubricating oil is high across the step. a pump that generates a hydraulic pressure; a line pressure generation valve that discharges a part of the hydraulic pressure from the pump as a discharge pressure to generate a line pressure for actuating the transmission; a signal pressure output valve that outputs a signal pressure (Pslt) for actuating the line pressure generation valve in accordance with at least a throttle operation amount or torque input to the transmission; and a switching valve that is actuated by the signal pressure (Pslt) from the signal pressure output valve and that supplies lubricating oil input to an input port to the object to be lubricated from an output port with a flow rate of the lubricating oil changed, characterized in that the switching valve changes the flow rate of the lubricating oil with a step with respect to variations in the signal pressure (Pslt), and the switching valve switches between a first lubrication mode in which the flow rate of the lubricating oil is low and a second lubrication mode in which the flow rate of the lubricating oil is high across the step.
A method for the material-selective decomposition of a recyclable material composed of a plurality of workpieces or components parts to obtain reusable materials by means of the electrohydraulic effect, characterised in that - in a container filled with a liquid, a pulse discharge with an average field strength of less than or equal to 5 kV/mm is generated substantially in the liquid by means of a pulsed current source within an underwater spark gap between an electrode on the side of the container bottom and a number of electrodes on the side of the container cover facing said electrode, and - a pulse or discharge energy within a range from 300 J to 1200 J or a pulse or discharge energy within a range from 200 J to 1500 J is generated substantially in the liquid by means of each electrode of an electrode system consisting of a plurality of electrodes, wherein the recyclable material is partially enclosed in the underwater spark gap on the bottom side of the container, - a repetition rate of the high-voltage pulses is set to a value less than or equal to 10 Hz, wherein, within the repetition rate, the high-voltage pulses are generated with such a pulse rise time that the breakdown voltage of the liquid medium is largely reached prior to that of the dielectric materials to be selected. - in a container filled with a liquid, a pulse discharge with an average field strength of less than or equal to 5 kV/mm is generated substantially in the liquid by means of a pulsed current source within an underwater spark gap between an electrode on the side of the container bottom and a number of electrodes on the side of the container cover facing said electrode, and - a pulse or discharge energy within a range from 300 J to 1200 J or a pulse or discharge energy within a range from 200 J to 1500 J is generated substantially in the liquid by means of each electrode of an electrode system consisting of a plurality of electrodes, wherein the recyclable material is partially enclosed in the underwater spark gap on the bottom side of the container, - a repetition rate of the high-voltage pulses is set to a value less than or equal to 10 Hz, wherein, within the repetition rate, the high-voltage pulses are generated with such a pulse rise time that the breakdown voltage of the liquid medium is largely reached prior to that of the dielectric materials to be selected.
A method for determining the overall memory size (MaxF) of an overall memory area to be allocated in a memory intended to store input data and output data of each layer of a neural network, the method comprising, for each layer, a determination of an elementary memory size of an elementary memory area intended to store input data and output data of said layer, characterised in that said elementary size being comprised between the memory size of the input or output data of said layer and a size equal to the sum of the memory size of the input data and the memory size of the output data of said layer, the determination of said elementary memory size and the placement of the input data and the output data depending at least on the type of the layer, such that - for at least one type of layer, at least one portion of the output data is stored in the elementary memory area in place of at least one portion of the input data, the elementary memory area including an additional memory area allowing avoiding overwriting useful data in the elementary memory area, - for at least one other type of layer, the output data and the input data are juxtaposed in the corresponding memory area, the overall memory size (MaxF) being determined from the elementary memory sizes associated with said layers, the overall memory area containing all elementary memory areas. - for at least one type of layer, at least one portion of the output data is stored in the elementary memory area in place of at least one portion of the input data, the elementary memory area including an additional memory area allowing avoiding overwriting useful data in the elementary memory area, - for at least one other type of layer, the output data and the input data are juxtaposed in the corresponding memory area,
An apparatus configured to be provided in a moving body for measuring a position of said moving body moving inside a pipe, the apparatus comprising: a light source configured to emit light to an inner surface of the pipe; a first lens configured to receive reflected light from the light emitted by the light source which is reflected by the inner surface of the pipe and to convert the reflected light into parallel light parallel to an optical axis; a second lens disposed on an optical path of the parallel light and configured to convert the parallel light into a convergent refracted light; an image sensor disposed on an optical path of the refracted light; one or more elastic members disposed between the first lens and the second lens; and a plurality of wheels that are coupled to a side surface of the first lens and are configured to be in close contact with the inner surface of the pipe to be rotated by movement of the moving body. a light source configured to emit light to an inner surface of the pipe; a first lens configured to receive reflected light from the light emitted by the light source which is reflected by the inner surface of the pipe and to convert the reflected light into parallel light parallel to an optical axis; a second lens disposed on an optical path of the parallel light and configured to convert the parallel light into a convergent refracted light; an image sensor disposed on an optical path of the refracted light; one or more elastic members disposed between the first lens and the second lens; and a plurality of wheels that are coupled to a side surface of the first lens and are configured to be in close contact with the inner surface of the pipe to be rotated by movement of the moving body.
An MRIS apparatus electrical shim coil arrangement which comprises a plurality of coil packs, characterized by the coil of each coil pack comprising a plurality of layers (10, 11, 12) with each layer having a predetermined number of turns wherein the coil of each coil pack is wound so as to comprise two or more portions (20, 21) with each portion having layers which contain fewer than said predetermined number of turns of the respective coil pack.
A vehicle engine having a pressuring system comprising: - an intake manifold into which ambient gases flows; - a control valve connected to the intake manifold; - an engine block connected to the intake manifold and connected to a gases outlet; - a timing belt cover connected to the engine block and forming a timing belt cavity; - a timing belt mounted within the timing belt cavity; and - a gases pipe connected between the control valve and the timing belt cover for feeding pressurized gases from the intake manifold to the timing belt cavity. - an intake manifold into which ambient gases flows; - a control valve connected to the intake manifold; - an engine block connected to the intake manifold and connected to a gases outlet; - a timing belt cover connected to the engine block and forming a timing belt cavity; - a timing belt mounted within the timing belt cavity; and - a gases pipe connected between the control valve and the timing belt cover for feeding pressurized gases from the intake manifold to the timing belt cavity.
A method of manufacturing an optical fiber base material, comprising: forming a porous glass base material by depositing glass particles; providing a vessel that has a portion made of synthetic quartz glass containing sodium, potassium, lithium, magnesium, copper, iron, calcium, and aluminum at levels equal to or less than 0.01 ppm, the synthetic quartz portion formed by melting a soot deposit, the soot deposit being formed by depositing glass particles which are produced by hydrolyzing silicide with oxyhydrogen flame, and wherein the vessel has another portion made of natural quartz glass; introducing dehydration reaction gas and inert gas into the vessel; heating the vessel, at the portion made of synthetic quartz glass, that contains the dehydration reaction gas and the inert gas; and inserting the porous glass base material into the heated vessel to dehydrate and sinter the porous glass base material, wherein the impurity level of the synthetic quartz glass is such that an optical fiber drawn from said optical fiber base material, when manufactured, has a transmission loss at 1310 nm of less than 0.34 dB/km; and wherein, during the step of inserting, a total amount of time over which the portion of the vessel made of synthetic quartz glass is subjected to a temperature exceeding 1,400 degrees Celsius is within a time period over which a glass layer is entirely crystallized in the depthwise direction in the portion of the vessel made of synthetic quartz glass. forming a porous glass base material by depositing glass particles; providing a vessel that has a portion made of synthetic quartz glass containing sodium, potassium, lithium, magnesium, copper, iron, calcium, and aluminum at levels equal to or less than 0.01 ppm, the synthetic quartz portion formed by melting a soot deposit, the soot deposit being formed by depositing glass particles which are produced by hydrolyzing silicide with oxyhydrogen flame, and wherein the vessel has another portion made of natural quartz glass; introducing dehydration reaction gas and inert gas into the vessel; heating the vessel, at the portion made of synthetic quartz glass, that contains the dehydration reaction gas and the inert gas; and inserting the porous glass base material into the heated vessel to dehydrate and sinter the porous glass base material,
A wound therapy system, comprising: a wound dressing apparatus fluidly coupled to a wound; a pneumatic pump fluidly coupled to the wound dressing apparatus and configured to apply a negative pressure to the wound dressing apparatus; a valve fluidly coupled to the wound dressing apparatus at a location that is upstream of the wound; and a controller communicatively coupled to the pneumatic pump and the valve, the system characterized in that the controller is configured to: determine a volume of instillation fluid that has been delivered to the wound; operate the pneumatic pump and the valve to apply the negative pressure to the wound dressing apparatus to purge a first portion of the instillation fluid from the wound dressing apparatus; and operate the pneumatic pump and the valve during a purge operation to deliver a volume of air through the wound dressing apparatus that is approximately equal to or greater than the volume of instillation fluid to purge a second portion of the instillation fluid from the wound dressing apparatus. a wound dressing apparatus fluidly coupled to a wound; a pneumatic pump fluidly coupled to the wound dressing apparatus and configured to apply a negative pressure to the wound dressing apparatus; a valve fluidly coupled to the wound dressing apparatus at a location that is upstream of the wound; and a controller communicatively coupled to the pneumatic pump and the valve, the system characterized in that the controller is configured to: determine a volume of instillation fluid that has been delivered to the wound; operate the pneumatic pump and the valve to apply the negative pressure to the wound dressing apparatus to purge a first portion of the instillation fluid from the wound dressing apparatus; and operate the pneumatic pump and the valve during a purge operation to deliver a volume of air through the wound dressing apparatus that is approximately equal to or greater than the volume of instillation fluid to purge a second portion of the instillation fluid from the wound dressing apparatus. determine a volume of instillation fluid that has been delivered to the wound; operate the pneumatic pump and the valve to apply the negative pressure to the wound dressing apparatus to purge a first portion of the instillation fluid from the wound dressing apparatus; and operate the pneumatic pump and the valve during a purge operation to deliver a volume of air through the wound dressing apparatus that is approximately equal to or greater than the volume of instillation fluid to purge a second portion of the instillation fluid from the wound dressing apparatus.
Toolholder head for a machine tool for machining elongated elements, comprising a toolholder unit for supporting a tool in such a way that it can be rotated around a first axis and be tilted around a second axis that is orthogonal with respect to said first axis and a driving unit comprising a first motor for rotating said tool around said first axis of rotation, said toolholder unit being provided with a second motor and with motion transmission members (25, 26, 28) that are suitable for tilting said tool around said second axis, characterised in that quick joint connecting means (19, 20, 39, 42) is provided for removably connecting said toolholder unit to said driving unit.
A communications system including a plurality of wireless telecommunications networks (A,B), each including a radio access network (3A, 3B, 4A, 5A, 5B, 7A, 7B, 8A, 8B, 9A, 9B) and a core network (as 12A), each of which: provides subscriber terminals (1A,1B,20) thereof with a respective publicly-known telephone number for allowing communications to be addressed to each subscriber terminal, allows selected subscriber terminals (1A, 1B, 20) thereof to be associated together in a group such that those subscriber terminals (1A, 1B, 20) can address communications to one another using a respective code allocated to each of the selected subscriber terminals (1A, 1B, 20), and includes means (18A,18B) for translating the code of each of the selected terminals (1A, 1B, 20) into the corresponding publicly-known telephone number thereof; wherein the system further includes means for maintaining a database of the codes and corresponding publicly-known telephone numbers of all of said networks (A,B) and for providing to one of said networks (A,B) a publicly-known telephone number corresponding to a code of a subscriber terminal (1A, 1B, 20) of another one of said networks (A,B) to allow communication from a subscriber terminal (1A, 1B, 20) of said one of the networks to be addressed to a subscriber terminal (1A, 1B, 20) of said other of the networks using the code of the latter subscriber terminal (1A, 1B, 20). provides subscriber terminals (1A,1B,20) thereof with a respective publicly-known telephone number for allowing communications to be addressed to each subscriber terminal, allows selected subscriber terminals (1A, 1B, 20) thereof to be associated together in a group such that those subscriber terminals (1A, 1B, 20) can address communications to one another using a respective code allocated to each of the selected subscriber terminals (1A, 1B, 20), and includes means (18A,18B) for translating the code of each of the selected terminals (1A, 1B, 20) into the corresponding publicly-known telephone number thereof; wherein the system further includes means for maintaining a database of the codes and corresponding publicly-known telephone numbers of all of said networks (A,B) and for providing to one of said networks (A,B) a publicly-known telephone number corresponding to a code of a subscriber terminal (1A, 1B, 20) of another one of said networks (A,B) to allow communication from a subscriber terminal (1A, 1B, 20) of said one of the networks to be addressed to a subscriber terminal (1A, 1B, 20) of said other of the networks using the code of the latter subscriber terminal (1A, 1B, 20).
A method performed by a user equipment, UE, in an E-UTRAN network for enabling the user equipment, UE, to obtain a circuit-switched, CS, voice service unavailable through a first network cell operated by a eNB, the method comprising: sending a RRC connection setup complete message from the UE to the eNB comprising a NAS extended service request comprising a CS fallback indicator; receiving a message to release an RRC connection with the first network cell; wherein the message to release the RRC connection identifies a plurality of GERAN or UTRAN cells that support circuit-switched voice service; and wherein the message to release the RRC connection further includes at least one system information block, SIB, for each of the plurality of identified cells, the at least one SIB comprising information to enable the UE to initiate a connection for the circuit-switched voice service in one of the identified cells. sending a RRC connection setup complete message from the UE to the eNB comprising a NAS extended service request comprising a CS fallback indicator; receiving a message to release an RRC connection with the first network cell; wherein the message to release the RRC connection identifies a plurality of GERAN or UTRAN cells that support circuit-switched voice service; and wherein the message to release the RRC connection further includes at least one system information block, SIB, for each of the plurality of identified cells, the at least one SIB comprising information to enable the UE to initiate a connection for the circuit-switched voice service in one of the identified cells.
A process for treating a windshield wiper blade made of a material based on elastomer(s) comprising the steps consisting in: - treating the blade by ion bombardment, the ion bombardment being carried out by means of a beam of ions resulting from gases such as helium or nitrogen, alone or as a mixture, - treating the blade by deposition of a paint-type coating deposited using an emulsion comprising water, at least a binder and fillers chosen from the group consisting of graphite, molybdenum disulfide, talc, polytetrafluoroethylene, particles of ultrahigh molecular weight polyethylene, polyethylene, polypropylene, silicones, nanostructured fillers, carbon nanotubes or mixtures thereof, the binder comprising a polymer chosen from acrylic derivatives, acrylic styrene derivatives, acrylonitriles and derivatives thereof, polyurethanes of ester or ether type and derivatives thereof and polyvinyl chloride and the role of which is to retain the fillers, the binder also comprising a crosslinking agent of melamine, isocyanate or epoxy type, the water presents in this emulsion is then evaporated. - treating the blade by ion bombardment, the ion bombardment being carried out by means of a beam of ions resulting from gases such as helium or nitrogen, alone or as a mixture, - treating the blade by deposition of a paint-type coating deposited using an emulsion comprising water, at least a binder and fillers chosen from the group consisting of graphite, molybdenum disulfide, talc, polytetrafluoroethylene, particles of ultrahigh molecular weight polyethylene, polyethylene, polypropylene, silicones, nanostructured fillers, carbon nanotubes or mixtures thereof, the binder comprising a polymer chosen from acrylic derivatives, acrylic styrene derivatives, acrylonitriles and derivatives thereof, polyurethanes of ester or ether type and derivatives thereof and polyvinyl chloride and the role of which is to retain the fillers, the binder also comprising a crosslinking agent of melamine, isocyanate or epoxy type, the water presents in this emulsion is then evaporated.
Method for synchronizing cameras connected via a telecommunication network for capturing a multi-view session controlled by a synchronization module with the following steps: - receiving a disposability information of at least one camera for capturing a session with provision of at least one capturing parameter of the camera, wherein the disposability information is issued by the individual camera; - performing a synchronization procedure for synchronizing the cameras capturing the multi-view session wherein the synchronization procedure comprises a determination of at least one multi-view capturing parameter by considering the capturing parameter of the individual cameras by choosing a multi-view capturing parameter best matching the capturing parameters of the individual cameras and wherein the synchronisation procedure comprises selecting cameras suitable for the capturing of the multi view session using the multi-view capturing parameter, and - notifying the selected cameras capturing the multi-view session about the at least one multi-view capturing parameter for using the at least one multi-view capturing parameter while capturing. - receiving a disposability information of at least one camera for capturing a session with provision of at least one capturing parameter of the camera, wherein the disposability information is issued by the individual camera; - performing a synchronization procedure for synchronizing the cameras capturing the multi-view session wherein the synchronization procedure comprises a determination of at least one multi-view capturing parameter by considering the capturing parameter of the individual cameras by choosing a multi-view capturing parameter best matching the capturing parameters of the individual cameras and wherein the synchronisation procedure comprises selecting cameras suitable for the capturing of the multi view session using the multi-view capturing parameter, and - notifying the selected cameras capturing the multi-view session about the at least one multi-view capturing parameter for using the at least one multi-view capturing parameter while capturing.