mhurhangee/ep-ind-claims huggingface dataset:
A charge air heat exchanger or an exhaust gas heat exchanger (10, 20, 30, 40, 50) for heat exchange between a first fluid which is charge air or exhaust gas and a second fluid which is a coolant, having: - a block for separated and heat-exchanging guidance of the first and the second fluid, wherein the block has a number of flow channels through which the first fluid can flow and a housing (7, 37, 47, 57) which receives the flow channels and through which the second fluid can flow, - at least one box lid (11, 11') which is fluidly connected to the flow channels, - a bottom which is fixed to the box lid (11, 11') and provided with one or more through openings for the flow channels, wherein the box lid (11, 11') and the bottom (15, 15') consist of different materials, wherein the box lid (11, 11') and a sealing (23, 23') are parts of a box (9, 9'), wherein the one sealing (23, 23') is fixed between the bottom (15, 15') and the box lid (11, 11'), wherein the bottom (15, 15') has a bead (21, 21'), in particular in a bottom edge region, wherein the one sealing (23, 23') is arranged inside the bead (21, 21'), and wherein an end face (25, 25') of the box lid (11, 11') extends along the bead (21, 21'), characterised in that the box lid (11, 11') is fixed to the bottom (15, 15') as a corrugated slot beading via one or more connections, wherein an end face (25, 25') of the box lid (11, 11') bluntly abuts the bottom (15, 15'), wherein the end face (25, 25') engages over the bead (21, 21'), wherein the width of the end face is larger than the width of the bead. - a block for separated and heat-exchanging guidance of the first and the second fluid, wherein the block has a number of flow channels through which the first fluid can flow and a housing (7, 37, 47, 57) which receives the flow channels and through which the second fluid can flow, - at least one box lid (11, 11') which is fluidly connected to the flow channels, - a bottom which is fixed to the box lid (11, 11') and provided with one or more through openings for the flow channels,
Rotary wing aircraft provided with a main lift rotor and with a rear rotor, said aircraft comprising a power plant provided with at least one heat engine driving a main power transmission gearbox, said main power transmission gearbox driving said main rotor, said rear rotor being provided with a plurality of blades of variable pitch and with a pitch modification device, said aircraft having a control means for controlling said pitch modification device, the aircraft including an electric motor for rotating said rear rotor and a regulation means (TRCU), the regulation means (TRCU) being connected to the control means and also to the electric motor and to the pitch modification device in order to generate a first setpoint for pitch transmitted to the pitch modification device and also a second setpoint for controlling a motor parameter transmitted to the electric motor, characterised in that said regulation means (TRCU) executing at least one regulation relationship indicating the first setpoint and also the second setpoint as a function of a setpoint thrust to be reached, said setpoint thrust being generated from an order coming from said control means, in order to minimise the noise or maximise the efficiency of the rear rotor.
A cleaning sheet, including a central portion which is adapted to be placed on a cleaning side of a cleaning sheet mounting member of a cleaning tool, and an end portion which is formed on at least one side of the central portion in one direction and is adapted to be removably held by a holding member of the cleaning sheet mounting member, wherein: the central portion of the cleaning sheet has a hydrophobic first sheet, a hydrophobic second sheet, a hydrophilic third sheet and a hydrophobic fourth sheet, the third sheet is impregnated with cleaning solution and disposed between the first sheet and the second sheet, and at least part of the fourth sheet is disposed between the first sheet and the third sheet such that part of the third sheet is able to come in contact with the first sheet; and wherein at least one end portion of the cleaning sheet has a first part (200a1) having a first elongation rate and a second part (200a2) having a higher elongation rate than the first part, and the second part is disposed on the central portion side of the first part in one direction, and at least part of a boundary (200P1) between the first and second parts is adapted to be removably held by the holding member.
An automatic balancing valve comprising a valve body having at least one inlet channel and one outlet channel, at least one valve having an axial channel with the axis perpendicular to the rotation axis of the valve and at least one differential pressure regulator, wherein said differential pressure regulator comprises a bellows membrane which separates the inner volume of the regulator into a first chamber hydraulically connected to said inlet channel and a second chamber hydraulically connected to the radial channel of the valve, and wherein a movable shutter is mechanically connected to said membrane by way of a rod, wherein said valve has at least one radial channel aligned with the rotation axis of the valve and connected to said axial channel, and wherein said radial channel has an outlet port having a circular cross-section which hydraulically connects the axial channel of the valve with the outlet channel of the automatic balancing valve, characterized in that the valve is a ball valve, the axial channel is an axial through channel, and said shutter has a portion which is slidingly housed in a guide bushing integral with the pressure regulator casing, and wherein hydraulic sealing means (53, 54) are provided between the inner wall of said guide bushing and the outer wall of the slidable portion of said shutter.
A method for reducing the emission of methanol, wherein the methanol is accommodated by a product tank, wherein an evaporation waste gas with a gaseous emission of the methanol is discharged from the product tank into a purifying assembly for reducing the emission in the evaporation waste gas, wherein the evaporation waste gas is subjected in the purifying assembly to a water scrubbing process for washing out the emission, and wherein cooling takes place in the purifying assembly, characterized in that the methanol accommodated in the product tank is blanketed with a protective gas, and that the evaporation waste gas includes the protective gas.
A sensor signal detector that is configured to detect a change in a DC sensor signal based on a charge in a physical amount to be detected, the sensor signal detector comprising: a reference signal generator that is configured to generate a reference signal (K(S0 + S1)) from the DC sensor signal: a trigger signal output unit that is configured to compare the DC sensor signal with the reference signal and outputs a trigger signal based on a result of a comparison between the DC sensor signal and the reference signal; and a reference signal holder that is configured to hold the reference signal when the trigger signal is started to be outputted, and to output the held reference signal to the trigger signal output unit while the trigger signal is outputted, the trigger signal output unit being further configured to use the held reference signal outputted by the reference signal holder for the comparison between the DC sensor signal and the reference signal while the trigger signal is outputted. a reference signal generator that is configured to generate a reference signal (K(S0 + S1)) from the DC sensor signal: a trigger signal output unit that is configured to compare the DC sensor signal with the reference signal and outputs a trigger signal based on a result of a comparison between the DC sensor signal and the reference signal; and a reference signal holder that is configured to hold the reference signal when the trigger signal is started to be outputted, and to output the held reference signal to the trigger signal output unit while the trigger signal is outputted, the trigger signal output unit being further configured to use the held reference signal outputted by the reference signal holder for the comparison between the DC sensor signal and the reference signal while the trigger signal is outputted. a trigger signal output unit that is configured to compare the DC sensor signal with the reference signal and outputs a trigger signal based on a result of a comparison between the DC sensor signal and the reference signal; and a reference signal holder that is configured to hold the reference signal when the trigger signal is started to be outputted, and to output the held reference signal to the trigger signal output unit while the trigger signal is outputted, the trigger signal output unit being further configured to use the held reference signal outputted by the reference signal holder for the comparison between the DC sensor signal and the reference signal while the trigger signal is outputted.
Method for determining capacitance values for compensation capacitances of a circuit arrangement for generating microwave oscillations, having an oscillator circuit with two transistors (2, 3) and having a resonator comprising a base impedance network and two emitter impedance networks (6, 7), wherein the base impedance network or/and one emitter impedance network (6, 7) or both emitter impedance networks (6, 7) is/are tunable, wherein the transistors (2, 3) each have a parasitic base collector capacitance and wherein a respective compensation capacitance (18, 19) is connected between the collector of the first transistor and the base of the second transistor and between the collector of the second transistor and the base of the first transistor, characterized in that parasitic series inductances (24, 25) of a wiring are determined by electromagnetic field simulations, that the capacitance values of the compensation capacitances (18, 19) are smaller by a specific amount than the capacitance values of the parasitic base collector capacitances of the transistors (2, 3) which belong to the oscillator circuit, providing that the effective capacitance values of the compensation capacitances (18, 19) resulting from the parasitic series inductances (24, 25) are as large as the capacitance values of the parasitic base collector capacitances of the transistors (2, 3) belonging to the oscillator circuit.
Assembly of a window wiper and an accessory, such as a washer, a sponge, a chamois leather or a cloth, in which the window wiper comprises a holder, a cleaning strip which is held by said holder, and in which the holder comprises at least one fastening element for detachably attaching the accessory, in which each fastening element of the holder is provided at a location which, viewed on a cross section (X-X) through the fastening element, with respect to the axis along which the cleaning strip extends in the rest position, is situated on the upper side of the axis when the window wiper is used to wipe a vertical surface in a downward wiping direction, characterized in that, viewed on said cross section (X-X) through the fastening element of the holder and in the indicated position of use, the accessory is connectable to the window wiper in at least two positions, being a first position in which the accessory is from the fastening element folded over the upper side of the holder and a second position in which the accessory is from the fastening element folded over the lower side of the holder.
A sintering powder, wherein the particles making up the sintering powder comprise: a copper core; and a silver shell coating the core, wherein: the sintering powder further comprises an octylamine capping agent coating the shell wherein the capping agent comprises from 0.1 to 15% of the total weight of the sintering powder; and the particles have a D50 of from 1 to 30 nm, wherein the D50 value is determined by a dynamic light scattering method or a laser scattering method. a copper core; and a silver shell coating the core, the sintering powder further comprises an octylamine capping agent coating the shell wherein the capping agent comprises from 0.1 to 15% of the total weight of the sintering powder; and the particles have a D50 of from 1 to 30 nm, wherein the D50 value is determined by a dynamic light scattering method or a laser scattering method.
A wooden structural element with high heat insulation for the area of building facades and/or roofs and/or false ceilings and/or walls or windows or doors, comprising a plurality of lamellar elements, which are embodied as lamellar longitudinal profile inserted therein and which in each case have grooves (5, 6), each of which are arranged mutually offset on both sides and the plurality of lamellae, which is formed, is connected on the outside in an accordion-like manner, wherein the plurality of lamellar elements have common contact surfaces, wherein the thickness d" of the lamellae and of the corresponding grooves is between 1 and 5 mm, wherein the wooden structural element has a box, into which the plurality of lamellar elements are inserted, wherein the grooves (5, 6) of the lamellar elements form a corresponding plurality of closed small air chambers with the box, which have a rectangular or acute-angled cross section and wherein the grooves (5, 6) run perpendicular to the contact surfaces, wherein the shorter dimension of the air chambers is oriented in the main heat insulation direction, so that an air circulation is suppressed and a high heat insulation results.
A method for providing an IP multimedia subsystem service in response to an advanced intelligent network trigger, the method comprising: monitoring, at a network node, SS7, TCAP or ISUP IAM signaling messages involving non-IMS devices; detecting, at the network node, a SS7, TCAP or ISUP IAM signaling message associated with a non-IMS device; responsive to detecting the SS7, TCAP or ISUP IAM signaling message, automatically registering the non-IMS device with an IMS network by sending a registration message to an IMS network element; detecting firing of an AIN trigger concerning the IMS-registered non-IMS device; identifying an IMS service to be provided in response to the AIN trigger; and providing the IMS service. monitoring, at a network node, SS7, TCAP or ISUP IAM signaling messages involving non-IMS devices; detecting, at the network node, a SS7, TCAP or ISUP IAM signaling message associated with a non-IMS device; responsive to detecting the SS7, TCAP or ISUP IAM signaling message, automatically registering the non-IMS device with an IMS network by sending a registration message to an IMS network element; detecting firing of an AIN trigger concerning the IMS-registered non-IMS device; identifying an IMS service to be provided in response to the AIN trigger; and providing the IMS service.
A medium-chain triglyceride for use in the prevention or treatment of a cardiovascular complication of diabetes, the medium-chain triglyceride being a simple or mixed acid triglyceride composed of a saturated fatty acid, the saturated fatty acid being capric acid alone or caprylic acid and capric acid whereby the weight ratio of caprylic acid: capric acid is within the range of 0:100 to 90:10.
Connection component having at least one coupling element which acts on the outside and in which contact elements are arranged, it being possible for the said contact elements to be connected to one another within a first housing which forms the connection component, for contact to be made by at least one plug connector which is formed with complementary coupling elements and contacts, wherein the first housing which is composed of at least two shell elements (3, 5) forms a hollow space in which electrical components are arranged, and wherein the first housing comprises an outer housing casing which is formed by sheathing with an encapsulation compound, characterized in that the two shell elements (3, 5) are connected to one another by means of a labyrinth seal in their connection plane, and in that the labyrinth seal is at least partially in the form of an opening, so that, when the first housing is sheathed with the encapsulation compound, portions of the encapsulation compound can penetrate into the hollow space of the shell elements through the provided opening in a targeted manner.
A method for testing wireless transmissions of a smart device comprising: receiving, from the smart device by a handheld wireless transmitter network analysis tool, a wireless signal carrying tag and primary variable information generated by the smart device monitoring a process; determining frequency and magnitude of the received wireless signal; receiving noise signals, determining the magnitude of the received noise signals, and determining a signal to noise ratio of the received wireless signal compared to the received noise signals; applying a communication protocol to the received wireless signal to read tag and primary variable information carried by the received wireless signal; and displaying the frequency and magnitude of the received wireless signal and the tag and primary variable information carried by the received wireless signal. receiving, from the smart device by a handheld wireless transmitter network analysis tool, a wireless signal carrying tag and primary variable information generated by the smart device monitoring a process; determining frequency and magnitude of the received wireless signal; receiving noise signals, determining the magnitude of the received noise signals, and determining a signal to noise ratio of the received wireless signal compared to the received noise signals; applying a communication protocol to the received wireless signal to read tag and primary variable information carried by the received wireless signal; and displaying the frequency and magnitude of the received wireless signal and the tag and primary variable information carried by the received wireless signal.
A ceramic heater-type glow plug comprising: a ceramic heater; a metal outer cylinder holding the ceramic heater at one end side and having the other end side inserted into an inner hole of a housing and fixed to the housing; and an electrode lead-out member connected to one electrode of the ceramic heater within the metal outer cylinder, wherein heat-resistant insulating particles are sealed into the metal outer cylinder as a sealing material, and wherein at least an area around the connection between the one electrode and the electrode lead-out member is filled with an insulating powder characterized in that said insulating powder is mixed with a lubricity enhancing material for improving lubricity among the heat-resistant insulating particles, wherein the lubricity enhancing material has an average particle diameter smaller than that of the heat-resistant insulating particles.
A particulate material pump comprising: a passageway between an inlet and an outlet defined on all sides by a moving wall (20A-20D; 20A'-20D') such that an entire perimeter of said passageway is movable, and characterised by said passageway being defined by four identical moving walls.
A mode switching method, comprising: generating, by a first device, first indication information, wherein a packet data convergence protocol, PDCP, unit (1011; 1021) in the first device is connected to at least two radio link control, RLC, units (1012; 1022) in a second device respectively; and sending, by the first device, the first indication information to the second device, wherein the first indication information is used to indicate that transmission between a first RLC unit in the at least two RLC units (1012; 1022) and the PDCP unit (1011; 1021) is to be canceled, wherein the first device is a secondary base station while the second device is a master base station; or the first device is a master base station while the second device is a secondary base station, wherein the master base station and the secondary base station provide dual connectivity service to a terminal; or the first device is a centralized unit, CU, while the second device is a distributed unit, DU, wherein the first device and the second device belong to a same base station, and the first device is configured with a function of a PDCP layer of the base station, while the second device is configured with a function of an RLC layer of the base station. generating, by a first device, first indication information, wherein a packet data convergence protocol, PDCP, unit (1011; 1021) in the first device is connected to at least two radio link control, RLC, units (1012; 1022) in a second device respectively; and sending, by the first device, the first indication information to the second device, wherein the first indication information is used to indicate that transmission between a first RLC unit in the at least two RLC units (1012; 1022) and the PDCP unit (1011; 1021) is to be canceled, wherein the first device is a secondary base station while the second device is a master base station; or the first device is a master base station while the second device is a secondary base station, wherein the master base station and the secondary base station provide dual connectivity service to a terminal; or the first device is a centralized unit, CU, while the second device is a distributed unit, DU, wherein the first device and the second device belong to a same base station, and the first device is configured with a function of a PDCP layer of the base station, while the second device is configured with a function of an RLC layer of the base station.
A method to be performed at a wireless communication station, STA, the method comprising: setting a Beacon Interval, BI, start time field comprising four octets in a wakeup schedule element, the BI start time field is based on a value, which is no longer than 2 31 -1 microseconds, and on a Target Beacon Transmission Time, TBTT, of a BI during which the wakeup schedule element, WSE, is to be transmitted; and transmitting a frame comprising the wakeup schedule element during the BI. setting a Beacon Interval, BI, start time field comprising four octets in a wakeup schedule element, the BI start time field is based on a value, which is no longer than 2 31 -1 microseconds, and on a Target Beacon Transmission Time, TBTT, of a BI during which the wakeup schedule element, WSE, is to be transmitted; and transmitting a frame comprising the wakeup schedule element during the BI.
An aerosol distributor for filter leakage detection in a gas filtration system, said aerosol distributor being configured to be positioned in a gas stream upstream of a filter, said aerosol distributor comprising: a hollow housing having at least one aerosol inlet for admitting an aerosol from an aerosol source into a chamber inside said housing, and a plurality of aerosol outlet holes for releasing the aerosol from the chamber into a gas stream surrounding the housing, characterized in that said housing has a plate like shape having an upstream surface configured to face an incoming gas stream and a downstream surface configured to face a filter, wherein said housing comprises a plurality of channels extending between channel inlets at the upstream surface and channel outlets at the downstream surface of the housing, such that gas from the gas stream can pass through the housing. a hollow housing having at least one aerosol inlet for admitting an aerosol from an aerosol source into a chamber inside said housing, and a plurality of aerosol outlet holes for releasing the aerosol from the chamber into a gas stream surrounding the housing, characterized in that said housing has a plate like shape having an upstream surface configured to face an incoming gas stream and a downstream surface configured to face a filter, wherein said housing comprises a plurality of channels extending between channel inlets at the upstream surface and channel outlets at the downstream surface of the housing, such that gas from the gas stream can pass through the housing.