mhurhangee/ep-ind-claims huggingface dataset:
A method for cooling a foil bearing having a bearing journal positioned around a rotating shaft, the method comprising: providing air to a cavity that surrounds a rotating shaft; deflecting the air towards an inner surface of a bearing journal that is positioned radially outward of the rotating shaft, wherein the air is deflected with an air deflector that is mounted on the rotating shaft and wherein deflecting the air with an air deflector includes forcing the air closer to the inner surface of the bearing journal using a ramp portion of the air deflector; and flowing the air between an outer surface of the air deflector and the inner surface of the bearing journal, wherein the air flows across and comes into contact with the inner surface of the bearing journal. providing air to a cavity that surrounds a rotating shaft; deflecting the air towards an inner surface of a bearing journal that is positioned radially outward of the rotating shaft, wherein the air is deflected with an air deflector that is mounted on the rotating shaft and wherein deflecting the air with an air deflector includes forcing the air closer to the inner surface of the bearing journal using a ramp portion of the air deflector; and flowing the air between an outer surface of the air deflector and the inner surface of the bearing journal, wherein the air flows across and comes into contact with the inner surface of the bearing journal.
A system for capacitive touch detection for an electronic device, comprising an insulating control panel having at least two touch detection regions, an electronic card controlled by the insulating control panel and controlling the electronic device, the electronic card having at least two measurement conducting regions whose variation in capacity is measured by said electronic card, the insulating control panel and the electronic card being mounted spaced apart and substantially parallel such that each touch detection region of the insulating control panel is facing a measurement conducting region, the touch detection system further comprising a conducting interface part (1; 11) between each touch detection region and the corresponding measurement conducting region arranged facing said touch detection region, each conducting interface part (1; 11) being a body having an upper conducting surface (2a; 12a) in contact with the touch detection region, a lower conducting surface (2c; 12c) in contact with the measurement conducting region, and an electrically conducting member (2b, 2d; 12b, 12d) extending between the upper (2a; 12a) and lower (2c; 12c) conducting surfaces to ensure an electrical conduction therebetween, characterized in that the conducting interface part (1; 11) further has at least one non-conducting surface extending between the upper (2a; 12a) and lower (2c; 12c) conducting surfaces, the conducting member being constituted by two plane conducting intermediate surfaces (2b,2d; 12b, 12d) parallel therebetween and orthogonal to the planes of the insulating control panel and of the electronic card and conductively connecting the upper conducting surface (2a; 12a) and the lower conducting surface (2c; 12c), the upper (2a; 12a) and lower (2c; 12c) conducting surfaces being arranged between both intermediate conducting surfaces (2b, 2d; 12b, 12d) such that the conducting interface part (1, 11) substantially has a rectangular profile in cross-section.
An apparatus for communication, comprising: means for receiving a core initialization command, from a device host -DH-, as part of an initialization and activation procedure for a near field communications -NFC- controller -NFCC-; means for transmitting a core initialization response to the DH without information associated with a static radio frequency -RF-connection to a remote NFC endpoint; means for detecting one or more remote NFC endpoints; means for determining a maximum payload size and an initial number of credits for the static RF connection based, at least in part, on at least one of a RF interface or a RF protocol used by a remote NFC endpoint chosen for communications; and means for transmitting the determined maximum payload size and the initial number of credits to the DH to establish a logical connection between the NFCC and the DH. means for receiving a core initialization command, from a device host -DH-, as part of an initialization and activation procedure for a near field communications -NFC- controller -NFCC-; means for transmitting a core initialization response to the DH without information associated with a static radio frequency -RF-connection to a remote NFC endpoint; means for detecting one or more remote NFC endpoints; means for determining a maximum payload size and an initial number of credits for the static RF connection based, at least in part, on at least one of a RF interface or a RF protocol used by a remote NFC endpoint chosen for communications; and means for transmitting the determined maximum payload size and the initial number of credits to the DH to establish a logical connection between the NFCC and the DH.
Arrangement for controlling the temperature of an internal combustion engine and electric drive components of a hybrid vehicle with a temperature control circuit, the temperature control circuit having - a main section, - a main pumping device arranged in the main section, - a first parallel section with an internal combustion engine, - a second parallel section with electric drive components and an auxiliary pumping device, and - a cooler for cooling the internal combustion engine and the electric drive components. - a main section, - a main pumping device arranged in the main section, - a first parallel section with an internal combustion engine, - a second parallel section with electric drive components and an auxiliary pumping device, and - a cooler for cooling the internal combustion engine and the electric drive components.
An actuator for delivering mechanical vibrations to the body of a subject, the actuator comprising: a piezoelectric disk; electrodes in electrical or wireless communication with a power source and/or a signal source and the piezoelectric disk to drive the piezoelectric disk; a protective layer encapsulating the piezoelectric disk and at least part of the electrodes, the protective layer comprising a polymeric material; and an enclosure (12, 33) attached to the protective layer and defining a space between the protective layer and the enclosure allowing desired modes of vibration to develop across a surface of the protective layer, characterized in that the perimeter of the protective layer is affixed to the perimeter of the enclosure thus providing mechanical lip-conditions that prevent and/or minimize motion of the piezoelectric disk at its perimeter. a piezoelectric disk; electrodes in electrical or wireless communication with a power source and/or a signal source and the piezoelectric disk to drive the piezoelectric disk; a protective layer encapsulating the piezoelectric disk and at least part of the electrodes, the protective layer comprising a polymeric material; and an enclosure (12, 33) attached to the protective layer and defining a space between the protective layer and the enclosure allowing desired modes of vibration to develop across a surface of the protective layer, characterized in that the perimeter of the protective layer is affixed to the perimeter of the enclosure thus providing mechanical lip-conditions that prevent and/or minimize motion of the piezoelectric disk at its perimeter.
Method for manufacturing panels, wherein said method comprises at least the step of forming a first substrate layer and a second substrate layer of thermoplastic material, wherein for forming said first layer, a first granulate of said thermoplastic material is strewn, a glass fiber layer is provided on this strewn layer, and thereafter, for forming said second layer, also a second granulate of said thermoplastic material is strewn on said glass fiber layer, wherein in a subsequent step both substrate layers (9A-9B), including the glass fiber layer, are consolidated, characterized in that the first granulate differs from the second granulate in that the granulates comprise a different amount of plasticizer, wherein one of the granulates comprises 12 percent by weight or more of plasticizer and the other of the granulates comprises less than 5 percent by weight or no plasticizer.
Method for checking and/or tracing an individual banknote and a precursor of the banknote in the form of an individual single unit on a banknote sheet during the production process of the banknote and of the individual single unit, characterized in that an individual feature of the banknote or of the individual single unit is detected and stored in a database for possible subsequent retrieval, wherein the individual feature of the banknote or of the individual single unit is applied during the production process of the banknote or of the individual single unit to the banknote or the individual single unit, or the individual feature has already been applied to the banknote or the individual single unit immediately after the production of the banknote or of the precursor.
A solid-state luminaire comprising: a solid-state light source configured to emit a light output; an ambient light sensor configured to detect an ambient light level; and a modulator configured to adaptively modulate at least the visible light output of the solid-state light source so as to provide a pulsing light signal encoded with data, wherein a modulation depth associated with the pulsing visible light signal encoded with data is varied based on the ambient light level detected by the ambient light sensor; wherein the modulation depth is varied by multiplying the pulsing visible light signal by a factor that is directly proportional to the ambient light level detected by the ambient light sensor; and wherein a constant signal-to-noise ratio SNR is maintained for the pulsing visible light signal over a range of modulation depths. a solid-state light source configured to emit a light output; an ambient light sensor configured to detect an ambient light level; and a modulator configured to adaptively modulate at least the visible light output of the solid-state light source so as to provide a pulsing light signal encoded with data, wherein a modulation depth associated with the pulsing visible light signal encoded with data is varied based on the ambient light level detected by the ambient light sensor; wherein the modulation depth is varied by multiplying the pulsing visible light signal by a factor that is directly proportional to the ambient light level detected by the ambient light sensor; and wherein a constant signal-to-noise ratio SNR is maintained for the pulsing visible light signal over a range of modulation depths.
An apparatus for a communication system, comprising: means (600, 602, 606) for controlling a downlink connection to a user terminal, the user terminal having connections to a cell, the cell being maintained by the apparatus and the user terminal having connections to more than one cell, the more than one cell being maintained by other apparatuses for carrier aggregation; means (600, 602, 606) for controlling transmission of signalling to the user terminal to use maximum allowable number of bits of hybrid automatic request feedback in transmission of positive and negative acknowledgements to more than one aggregated cell; means (600, 602, 606) for controlling reception of feedback bits from the user terminal, the feedback bits comprising positive and negative acknowledgements related to user terminal connections with the more than one aggregated cell; means (600, 602, 606) for decoding and processing feedback bits related to the connections controlled by the apparatus; and means (600, 602, 606) for transmitting feedback bits related to other connections to respective cell maintained by other apparatuses. means (600, 602, 606) for controlling a downlink connection to a user terminal, the user terminal having connections to a cell, the cell being maintained by the apparatus and the user terminal having connections to more than one cell, the more than one cell being maintained by other apparatuses for carrier aggregation; means (600, 602, 606) for controlling transmission of signalling to the user terminal to use maximum allowable number of bits of hybrid automatic request feedback in transmission of positive and negative acknowledgements to more than one aggregated cell; means (600, 602, 606) for controlling reception of feedback bits from the user terminal, the feedback bits comprising positive and negative acknowledgements related to user terminal connections with the more than one aggregated cell; means (600, 602, 606) for decoding and processing feedback bits related to the connections controlled by the apparatus; and means (600, 602, 606) for transmitting feedback bits related to other connections to respective cell maintained by other apparatuses.
A lock for a door, - with a lock housing, - with at least one first monitoring means and with a second monitoring means for at least one first and a second actuating device for performing primary lock functions, wherein, during an actuating action being performable at the actuating device and with a closed lock housing, the monitoring means is formed for generating an electric monitoring signal, and, during an actuating action at a first actuating element, the first monitoring means is formed for generating an electric monitoring signal, and, during an actuating action at a second actuating element, the second monitoring means is formed for generating an electric monitoring signal, - an electronic configuration device for performing a configuration procedure, wherein the configuration device is embodied for monitoring the monitoring means (110, 111, 112) for performing the configuration procedure based on electric monitoring signals of the monitoring means, wherein a combination of a monitoring signal of the first monitoring means and of a monitoring signal of the second monitoring means serves for setting the configuration of the lock. - with a lock housing, - with at least one first monitoring means and with a second monitoring means for at least one first and a second actuating device for performing primary lock functions, wherein, during an actuating action being performable at the actuating device and with a closed lock housing, the monitoring means is formed for generating an electric monitoring signal, and, during an actuating action at a first actuating element, the first monitoring means is formed for generating an electric monitoring signal, and, during an actuating action at a second actuating element, the second monitoring means is formed for generating an electric monitoring signal, - an electronic configuration device for performing a configuration procedure, wherein the configuration device is embodied for monitoring the monitoring means (110, 111, 112) for performing the configuration procedure based on electric monitoring signals of the monitoring means, wherein a combination of a monitoring signal of the first monitoring means and of a monitoring signal of the second monitoring means serves for setting the configuration of the lock.
A refrigerant compressor comprising: a hermetic container storing refrigerator oil; an electrically-driven element; and a compressing element driven by the electrically-driven element, the compressing element including a cylinder block having a cylindrical compression chamber and a cylindrical piston reciprocating in the compression chamber, wherein the compression chamber and the piston have a diameter difference in a range of not shorter than 4 μm to not longer than 15 μm, characterized in that the refrigerator oil has viscosity of not more than 8 mm 2 /s at 40°C and consists of a first refrigerator oil and a second refrigerator oil, the refrigerator oil is prepared by mixing the first refrigerator oil having viscosity of less than 8 mm 2 /s at 40°C with the second refrigerator oil having viscosity of not less than 20 mm 2 /s at 40°C, and an antioxidant is added to the refrigerator oil. a hermetic container storing refrigerator oil; an electrically-driven element; and a compressing element driven by the electrically-driven element, the compressing element including a cylinder block having a cylindrical compression chamber and a cylindrical piston reciprocating in the compression chamber, wherein the compression chamber and the piston have a diameter difference in a range of not shorter than 4 μm to not longer than 15 μm, characterized in that the refrigerator oil has viscosity of not more than 8 mm 2 /s at 40°C and consists of a first refrigerator oil and a second refrigerator oil, the refrigerator oil is prepared by mixing the first refrigerator oil having viscosity of less than 8 mm 2 /s at 40°C with the second refrigerator oil having viscosity of not less than 20 mm 2 /s at 40°C, and an antioxidant is added to the refrigerator oil.
Deceleration control method for a vehicle with at least partially automated driving and comprising i) a non-thermal driving machine providing torque for at least one train of said vehicle from of energy stored in an energy storage means or inducing a deceleration of said vehicle by energy recovery on said train to supply energy to said energy storage means, as a function of a torque setpoint, and ii) a braking system decelerating said vehicle as a function of a deceleration setpoint, characterized in that it comprises a step in which, in the event of a need for deceleration during an automated driving phase, said torque setpoint is determined as a function of a minimum authorized torque and at least one constraint until this minimum authorized torque is actually reached, and said deceleration setpoint is determined as a function of said constraint and from a first instant (t'1) chosen preceding a second instant (t'2) where this minimum authorized torque is actually reached, so that said deceleration results from said energy recovery up to the first instant (t'1), from said energy recovery and from said braking system between said first and second instants, and by the braking system alone after the second moment (t'2).
An electric tool, which includes a piston reciprocably housed in a cylinder provided in a main body portion and configured to be pushed by a pressure of a fluid; and a tool head coupled to a distal end of the main body portion and configured to perform a predetermined operation by being pushed by the piston, and is configured to be driven by an electric motor, the electric tool comprising: a return channel communicating from the cylinder to a fluid tank configured to store the fluid to allow the fluid to flow therethrough; a pressure regulating valve disposed in an operational flow channel for an operation branching from the return channel and configured to take an open position when a pressure of the fluid in the return channel becomes equal to or higher than a predetermined value; an operating pin disposed in the operational flow channel and configured to be pushed by a pressure of the fluid flowing therein; and a return valve disposed in the return channel and configured to take an open position by being pushed by the operating pin. a return channel communicating from the cylinder to a fluid tank configured to store the fluid to allow the fluid to flow therethrough; a pressure regulating valve disposed in an operational flow channel for an operation branching from the return channel and configured to take an open position when a pressure of the fluid in the return channel becomes equal to or higher than a predetermined value; an operating pin disposed in the operational flow channel and configured to be pushed by a pressure of the fluid flowing therein; and a return valve disposed in the return channel and configured to take an open position by being pushed by the operating pin.
A polyolefin composition comprising: A) 5-35% by weight of a propylene ethylene copolymer containing 15% by weight or less of a fraction soluble in xylene at 25°C (XSa), the amount of the fraction XS A being referred to the weight of A); and from 0.5 wt% to 7.0 wt% of ethylene derived units; B) 20-50% by weight; of an ethylene homopolymer having 5% by weight or less of a fraction soluble in xylene at 25°C (XSa) referred to the weight of; and C) 30-60% by weight of a terpolymer of ethylene, propylene and 1-butene derived units containing from 45% to 65% by weight of ethylene units; and from 15% to 38% by weight of 1-butene units; and containing from 30% to 85% by weight of a fraction soluble in xylene at 25°C (XSc), the amount of ethylene units; 1-butene units and the fraction XSc being referred to the weight of; the amounts of, and being referred to the total weight of + +, the sum of the amount of + + being 100 wt%. A) 5-35% by weight of a propylene ethylene copolymer containing 15% by weight or less of a fraction soluble in xylene at 25°C (XSa), the amount of the fraction XS A being referred to the weight of A); and from 0.5 wt% to 7.0 wt% of ethylene derived units; B) 20-50% by weight; of an ethylene homopolymer having 5% by weight or less of a fraction soluble in xylene at 25°C (XSa) referred to the weight of; and C) 30-60% by weight of a terpolymer of ethylene, propylene and 1-butene derived units containing from 45% to 65% by weight of ethylene units; and from 15% to 38% by weight of 1-butene units; and containing from 30% to 85% by weight of a fraction soluble in xylene at 25°C (XSc), the amount of ethylene units; 1-butene units and the fraction XSc being referred to the weight of;
A liquid industrial hard surface cleaning composition characterised in that it is water dilutable and comprises a mixture of three surfactant types consisting of (a) from 5 to 50% by weight of an anionic surfactant, (b) from 5 to 50% by weight of a first non-ionic surfactant comprised of both ethoxy and propoxy groups and having the general formula R'- n -OH wherein R' is C 9 to C 20 alkyl, each AO unit is either-OCH 2 CH 2 - or -OCH 2 CH(CH 3)-; the molar ratio [-OCH 2 CH(CH 3)-]/[-OCH 2 CH 2 -] is in the range up to 8 and n is greater than 6 and (c) from 5 to 50% by weight of a second non-ionic surfactant having the general formula, R'-(OCH 2 CH 2) n -OH wherein R' is C 9 to C 20 alkyl, and n is less than 6 each of said weight percentages being with respect to the total weight of (a), (b) and (c).
System for connecting cables and tubes, which comprises a mold-crucible set adapted for the performance of an aluminothermic reaction which takes place inside said mold-crucible set to generate the connection of the tube and the cable, and an anchoring system adapted for its attachment to the surface of the tube, characterized in that: • the anchoring mechanism comprises a fixed piece anchored to the mold-crucible set and a mobile piece that is placed on the lower part of the mold-crucible set and in whose lower part there is at least one magnet adapted for the creation of a magnetic field to generate the connection force between the surface of the tube and the anchoring mechanism, and the system further comprising: • At least one traction spring that extends between the fixed piece and the mobile piece. • the anchoring mechanism comprises a fixed piece anchored to the mold-crucible set and a mobile piece that is placed on the lower part of the mold-crucible set and in whose lower part there is at least one magnet adapted for the creation of a magnetic field to generate the connection force between the surface of the tube and the anchoring mechanism, and the system further comprising: • At least one traction spring that extends between the fixed piece and the mobile piece.