mhurhangee/ep-ind-claims huggingface dataset:
Charge air cooler intended to be placed upstream from the combustion cylinders, said charge air coming from at least one turbocharger and intended to be supplied to the combustion cylinders of an internal combustion engine, said charge air cooler comprising: - heat-exchange surfaces between the charge air and a heat transfer fluid, - an inlet container for charge air configured to distribute the charge air between the heat-exchange surfaces, - an outlet container for charge air configured to: ° collect the air cooled by the heat-exchange surfaces, and ° guide the cooled air towards a conduit directing it to the level of the combustion cylinders, characterized in that at least the inlet container and/or the outlet container for charge air comprises a phase change material. - heat-exchange surfaces between the charge air and a heat transfer fluid, - an inlet container for charge air configured to distribute the charge air between the heat-exchange surfaces, - an outlet container for charge air configured to: ° collect the air cooled by the heat-exchange surfaces, and ° guide the cooled air towards a conduit directing it to the level of the combustion cylinders, ° collect the air cooled by the heat-exchange surfaces, and ° guide the cooled air towards a conduit directing it to the level of the combustion cylinders,
Connector comprising a socket of substantially cylindrical form and a plug, that can be removably connected to the socket, in which there are arranged a plurality of contacts; the socket comprising a conductive face on or in which there is arranged at least one conductive track forming at least one circular arc whose centre substantially coincides with the centre of the conductive face; said track being also arranged so as to allow a mechanical electrical coupling with one of said contacts, connector in which each contact is mounted to be axially mobile, independently of the other contacts, the contacts being arranged through a flexible membrane, said membrane being seal-tight, the connector comprising a mechanism comprising an elastic element exerting a return force on each contact towards the socket and making it possible to exert an individual pressure on each contact, said elastic element being formed by the membrane, the connector being characterized in that the plug comprises a spring ring pressing on balls which are housed in a groove of the socket such that the plug can be connected so as to rotate freely around the socket or in ball housings forming locking points such that the plug can be connected according to a limited number of orientations around the socket.
An electronic equipment, comprising: a housing provided with ventilation holes, and a movable baffle; wherein where the electronic equipment is not in operation, the movable baffle is in a first state, the ventilation holes on the housing are shielded by the movable baffle; and where the electronic equipment is in operation, the movable baffle is moved to a second state to enable the ventilation holes on the housing to ventilate and dissipate heat normally; a driving mechanism which controls the movable baffle to be switched between the first state and the second state, wherein the driving mechanism comprises: a coil; a control component which controls whether the coil is powered or not; a magnet provided on one end of the movable baffle adjacent to the coil and rigidly connected with the movable baffle; and a spring, one end of which is fixed and the other end of which is connected with the other end of the movable baffle away from the magnet; a stop post; the electronic equipment being characterized in that, the driving mechanism further comprises a stop post, where the movable baffle is at the position defined by the stop post, the movable baffle is in the second state, and where the spring is in an initial position, the movable baffle is in the first state. a housing provided with ventilation holes, and a movable baffle; wherein where the electronic equipment is not in operation, the movable baffle is in a first state, the ventilation holes on the housing are shielded by the movable baffle; and where the electronic equipment is in operation, the movable baffle is moved to a second state to enable the ventilation holes on the housing to ventilate and dissipate heat normally; a driving mechanism which controls the movable baffle to be switched between the first state and the second state, wherein the driving mechanism comprises: a coil; a control component which controls whether the coil is powered or not; a magnet provided on one end of the movable baffle adjacent to the coil and rigidly connected with the movable baffle; and a spring, one end of which is fixed and the other end of which is connected with the other end of the movable baffle away from the magnet; a stop post; the electronic equipment being characterized in that, the driving mechanism further comprises a stop post, where the movable baffle is at the position defined by the stop post, the movable baffle is in the second state, and where the spring is in an initial position, the movable baffle is in the first state. a coil; a control component which controls whether the coil is powered or not; a magnet provided on one end of the movable baffle adjacent to the coil and rigidly connected with the movable baffle; and a spring, one end of which is fixed and the other end of which is connected with the other end of the movable baffle away from the magnet; a stop post; the electronic equipment being characterized in that, the driving mechanism further comprises a stop post, where the movable baffle is at the position defined by the stop post, the movable baffle is in the second state, and where the spring is in an initial position, the movable baffle is in the first state.
Machine for producing a fibrous web, wherein the fibrous web is a tissue web or a hygienic web, the machine comprising: a shoe press unit; a backing roll, engageable with the shoe press unit, wherein the shoe press unit and the backing roll form a press nip through which the fibrous web may be passed, and the backing roll is equipped with a dedicated drive; a creping roll pressable against the backing roll, wherein the creping roll is equipped with a dedicated drive; a textured belt, looped around a portion of the creping roll, wherein the creping roll and the backing roll form a creping nip through which the fibrous web (i) is passed and (ii) brought into engagement with the textured belt; and a pivoted lever rotatable about an axis of rotation, wherein the creping roll is pressable against the backing roll by way of the pivoted lever, and the axis of rotation of the pivoted lever is parallel to an axis of the creping roll and to an axis of the backing roll, and the axes are arranged such that a connecting line between the axis of rotation and the axis of the creping roll forms an angle (α) of approximately 90° with a connecting line between the axis of the creping roll and the axis of the backing roll when viewed in a vertical plane relative to the axis of the creping roll and an axis of the backing roll. a shoe press unit; a backing roll, engageable with the shoe press unit, wherein the shoe press unit and the backing roll form a press nip through which the fibrous web may be passed, and the backing roll is equipped with a dedicated drive; a creping roll pressable against the backing roll, wherein the creping roll is equipped with a dedicated drive; a textured belt, looped around a portion of the creping roll, wherein the creping roll and the backing roll form a creping nip through which the fibrous web (i) is passed and (ii) brought into engagement with the textured belt; and a pivoted lever rotatable about an axis of rotation, wherein the creping roll is pressable against the backing roll by way of the pivoted lever, and the axis of rotation of the pivoted lever is parallel to an axis of the creping roll and to an axis of the backing roll, and the axes are arranged such that a connecting line between the axis of rotation and the axis of the creping roll forms an angle (α) of approximately 90° with a connecting line between the axis of the creping roll and the axis of the backing roll when viewed in a vertical plane relative to the axis of the creping roll and an axis of the backing roll.
Small conveyance (10; 10'), in particular a wheelchair, with two rear wheels (14a, 14b), a tangentially displaceable device for imparting manual force, in particular a handrim, being arranged on at least one of the rear wheels (14a, 14b), with a sensor device for detecting manually imparted driving force, with at least one drive motor (34; 513) for the rear wheels (14a, 14b) and a control device for controlling the at least one drive motor (34; 513) as a function of the manual driving force which has been detected, characterized in that the drive behaviour of the at least one drive motor (34; 513) upon attaining an rpm limit corresponding to a preordained limiting speed of the conveyance (10; 10') can be modified by the control device so that even with a smaller tangential displacement of the device for imparting manual force the limiting speed which has been attained, or a range of speed, is maintained by outputting at least one prerecorded sensor signal to the control device when the rpm limit is attained or forwarding a fixed preprogrammed signal value, or signal value computed with a fixed preordained conversion factor, to the control device, to activate the drive motor (34; 513) accordingly so that even with a smaller displacement of the device for imparting manual force, the higher limiting speed which has already been attained, and/or the higher speed range, is maintained.
A method of operating a user device, the method comprising: displaying a first interface on the user device corresponding to a first form of biometric authentication of a plurality of forms of biometric authentication; receiving first biometric data via the first interface; in response to determining that the first biometric data is usable, selectively enabling access to data based on the first biometric data; and in response to determining that the first biometric data is unusable: determining a location of theuser device based on GPS or Wifi signals; in response to determining that a stored location on the user device corresponds to the location of the user device, determining a second form of biometric authentication from the plurality of forms of biometric authentication that is appropriate for the stored location based on context data associated with the stored location; receiving second biometric data based on the second form of biometric authentication; and selectively enabling access to the data based on the second biometric data. displaying a first interface on the user device corresponding to a first form of biometric authentication of a plurality of forms of biometric authentication; receiving first biometric data via the first interface; in response to determining that the first biometric data is usable, selectively enabling access to data based on the first biometric data; and in response to determining that the first biometric data is unusable: determining a location of theuser device based on GPS or Wifi signals; in response to determining that a stored location on the user device corresponds to the location of the user device, determining a second form of biometric authentication from the plurality of forms of biometric authentication that is appropriate for the stored location based on context data associated with the stored location; receiving second biometric data based on the second form of biometric authentication; and selectively enabling access to the data based on the second biometric data. determining a location of theuser device based on GPS or Wifi signals; in response to determining that a stored location on the user device corresponds to the location of the user device, determining a second form of biometric authentication from the plurality of forms of biometric authentication that is appropriate for the stored location based on context data associated with the stored location; receiving second biometric data based on the second form of biometric authentication; and selectively enabling access to the data based on the second biometric data.
A signal forwarding node, comprising: a laser light receiver; an Infra Red light receiver; a memory configured to store IR codes for controlling at least one external device; an IR emitter; a wireless communication module; and a controller configured to: detect laser light via the laser light receiver; receive a remote control signal via the IR light receiver; cause the wireless communication module to forward control information included in the received remote control signal to an external signal forwarding node when the laser light is detected and the remote control signal is received; and cause the IR emitter to transmit an IR code stored in the memory and corresponding to the received control signal when control information is received from the external signal forwarding node. a laser light receiver; an Infra Red light receiver; a memory configured to store IR codes for controlling at least one external device; an IR emitter; a wireless communication module; and a controller configured to: detect laser light via the laser light receiver; receive a remote control signal via the IR light receiver; cause the wireless communication module to forward control information included in the received remote control signal to an external signal forwarding node when the laser light is detected and the remote control signal is received; and cause the IR emitter to transmit an IR code stored in the memory and corresponding to the received control signal when control information is received from the external signal forwarding node. detect laser light via the laser light receiver; receive a remote control signal via the IR light receiver; cause the wireless communication module to forward control information included in the received remote control signal to an external signal forwarding node when the laser light is detected and the remote control signal is received; and cause the IR emitter to transmit an IR code stored in the memory and corresponding to the received control signal when control information is received from the external signal forwarding node.
A process comprising reacting a primary allylic alcohol with a compound containing a) a metal selected from the group consisting of Ag, Au, Ce, Mn, Ni, Ru, Re, Zn and Co preferably Ag and b) an oxidant selected from 2,2',6,6'-tetra-methylpiperidin-1-oxyl (TEMPO) and its derivates and c) a co-oxidant selected from the group of peroxodisulfates, H 2 SO 5, H 2 O 2, NaOCl, O 2, KOCl, and air, wherein the reaction comprises an isomerization, and wherein the allylic alcohol is selected from the group consisting of phytol, decaprenol, isodecaprenol, geraniol, nerol, farnesol, nerolidol and solanisol.
A method of providing fault tolerance to a primary match server, the primary match server operative to process a first transaction in response to receipt thereof and generate a first primary result based thereon, the process being dependent upon completion of an operation by the primary match server, the first transaction being one of a first type or a second type, the method comprising: determining, subsequent to the primary match server's receipt of the first transaction, that the primary match server is unlikely to generate the first primary result and, based thereon, preventing the primary match server from completing the operation; providing a first backup match server operative to process a first copy of the first transaction received by the primary match server after the primary match server has generated the first primary result and generate a first backup result based thereon; determining, by the primary match server, that the first transaction is of the first type and, based thereon, processing the first transaction and generating the first primary result based thereon independent of the completion of the operation by the primary match server; and determining, by the primary match server, that the first transaction is of the second type and, based thereon, processing the first transaction and generating the first primary result based thereon contingent upon the completion of the operation by the primary match server. determining, subsequent to the primary match server's receipt of the first transaction, that the primary match server is unlikely to generate the first primary result and, based thereon, preventing the primary match server from completing the operation; providing a first backup match server operative to process a first copy of the first transaction received by the primary match server after the primary match server has generated the first primary result and generate a first backup result based thereon; determining, by the primary match server, that the first transaction is of the first type and, based thereon, processing the first transaction and generating the first primary result based thereon independent of the completion of the operation by the primary match server; and determining, by the primary match server, that the first transaction is of the second type and, based thereon, processing the first transaction and generating the first primary result based thereon contingent upon the completion of the operation by the primary match server.
A clutch arrangement for a hybrid vehicle powertrain, comprising: an input shaft to be connected to a crankshaft of an internal combustion engine; an output shaft for connection to a transmission; a one-way clutch comprising an inner race connected to rotate with said input shaft and an outer race; a coupling hub rotationally coupled with said output shaft; a synchronizer ring arranged between said coupling hub and said one-way clutch, said synchronizer ring cooperating with said outer race of said one-way clutch; the clutch arrangement being characterized in that comprises a coupling sleeve unit that is selectively and axially moveable across said coupling hub, synchronizer ring and outer race between three positions: a neutral position, a first position where said coupling sleeve unit couples in rotation said coupling hub, said synchronizer ring and said outer race; and a second position where said coupling sleeve unit couples in rotation said coupling hub, said synchronizer ring, said outer race and said inner race. an input shaft to be connected to a crankshaft of an internal combustion engine; an output shaft for connection to a transmission; a one-way clutch comprising an inner race connected to rotate with said input shaft and an outer race; a coupling hub rotationally coupled with said output shaft; a synchronizer ring arranged between said coupling hub and said one-way clutch, said synchronizer ring cooperating with said outer race of said one-way clutch; the clutch arrangement being characterized in that comprises a coupling sleeve unit that is selectively and axially moveable across said coupling hub, synchronizer ring and outer race between three positions: a neutral position, a first position where said coupling sleeve unit couples in rotation said coupling hub, said synchronizer ring and said outer race; and a second position where said coupling sleeve unit couples in rotation said coupling hub, said synchronizer ring, said outer race and said inner race.
A device for generating light with several wavelengths comprising a housing, light sources arranged in the housing, collimating lenses for collimating a light beam emerging from the light sources and beam guiding elements for bringing the light beams together, characterized in that the collimating lenses are arranged in a positioning module, the collimating lens being arranged in the positioning module eccentrically with respect to the side surfaces of the positioning module, so that the collimating lens can be positioned to correct a possible alignment error of the light source by rotating the positioning module and arranging another side surface on a bottom of the housing, the positioning module being a cube, a six-sided prism, an eight-sided prism or a multi-sided prism.
Power matching method for a matrix power distribution charging system, wherein the matrix power distribution charging system comprises at least two direct current modules and a plurality of power distribution units (PDUs), wherein the direct current modules and the power distribution units (PDUs) are respectively connected to a charge control unit; each of the power distribution units (PDUs) comprises switch devices whose number equals to the number of the direct current modules, and each of the direct current modules are connectable to each of the power distribution units (PDUs) through one of the switch devices; each of the power distribution units (PDUs) corresponds to a parking space and is used as a charging source; wherein the power matching method comprises steps of: sending orders to the direct current modules by the charge control unit after commissioning of the matrix power distribution charging system, so as to order the direct current modules to output voltages with different specific values; meanwhile, sampling voltages at the terminal directly connected to the direct current modules of each of the switch devices by the power distribution units (PDUs) through a sampling circuit and sending the sampled voltages to the charge control unit by the power distribution units (PDUs); and comparing the received sampled voltages with the voltages outputted by each of the direct current modules for determining a corresponding relation between each of the switch devices and each of the direct current modules; finally, logically computing by the charge control unit according to actual power requirements of parking spaces so as to send control orders to the power distribution units (PDUs), and switching on or off each of the switch devices by the power distribution units (PDUs) according to the received control orders to connect to a certain direct current module combination to correctly outputs a certain power.
Process for treating water using a biological reactor in order to diminish the nitrogen pollution contained in said water, in which said reactor integrates an aerated biomass by aeration means, and said treatment includes simultaneous nitrification/denitrification phases, characterized in that said treatment alternately implements two aeration modes: - a so-called continuous aeration mode; - a sequential aeration mode in which the aeration is stopped when the ammoniac concentration reaches a predetermined low threshold and the aeration is activated when the ammoniac concentration reaches a predetermined high threshold, in which the switch from one aeration mode to the other is activated according to the nitrate concentration in said water, said so-called continuous aeration mode being activated when said nitrate concentration reaches a predetermined low threshold, and said sequential aeration mode being activated when said nitrate concentration reaches a predetermined high threshold. - a so-called continuous aeration mode; - a sequential aeration mode in which the aeration is stopped when the ammoniac concentration reaches a predetermined low threshold and the aeration is activated when the ammoniac concentration reaches a predetermined high threshold,