mhurhangee/ep-ind-claims huggingface dataset:
Pressure indicator for a high-pressure accumulator system, wherein a housing has a chamber with an indicating element guided movably therein, and at least one compression spring, wherein the movably guided indicating element is pressurizable on a side facing a pressure-monitoring region and is thus movable reversibly counter to the spring force of the at least one compression spring from a starting position into a pressure-indicating position, whereby the movably guided indicating element has a relief channel, wherein the relief channel is closed by a non-reversibly operating pressure relief device, characterized in that the medium accumulated in the high-pressure accumulator system can be removed through the relief channel.
Assembly comprising a fan drive reducing gear for an aircraft turbine engine, as well as a lubrication system comprising: - a casing enclosing the reducing gear; - means for projecting lubricant onto the reducing gear; - a lubricant intake pipe intended to conduct the lubricant towards the projection means; - a lubricant recovery line communicating with a bottom of the casing, characterised in that the lubrication system also includes an actuated valve fitted to the lubricant recovery line, as well as a lubricant overflow discharge line connected on the one hand to an overflow outlet at the bottom of the casing located above the horizontal level of a low point of a gearset of the reducing gear, and on the other hand to the lubricant recovery line, downstream of the actuated valve. - a casing enclosing the reducing gear; - means for projecting lubricant onto the reducing gear; - a lubricant intake pipe intended to conduct the lubricant towards the projection means; - a lubricant recovery line communicating with a bottom of the casing,
A battery that includes a casing (18; 118) made of metal, and a safety valve (30; 130) made of a thin plate, wherein: the casing (18; 118) includes a vent hole (25; 125) that provides communication between an inside of a battery (10; 110) and an outside of the battery (10; 110); a synthetic resin seal member (28; 135, 128) is provided between a peripheral edge portion around the vent hole (25; 125) and a peripheral edge portion of the safety valve (30; 130); and the seal member (28; 128) connects the peripheral edge portion around the vent hole (25; 125) to the peripheral edge portion of the safety valve (30; 130) such that the peripheral edge portion around the vent hole (25; 125) does not contact the peripheral edge portion of the safety valve (30; 130); characterized in that: the seal member (28; 135, 128) extends from an area outside the casing (18; 118) to an area inside the casing (18; 118); and wherein the peripheral edge portion around the vent hole (25; 125) of the casing (18; 118) is connected to the peripheral edge portion of the safety valve (30; 130) such that the peripheral edge portion around the vent hole (25; 125) and the peripheral edge portion of the safety valve (30; 130) are inserted in the seal member (28; 135, 128) and are coated with the seal member (28; 135, 128). the casing (18; 118) includes a vent hole (25; 125) that provides communication between an inside of a battery (10; 110) and an outside of the battery (10; 110); a synthetic resin seal member (28; 135, 128) is provided between a peripheral edge portion around the vent hole (25; 125) and a peripheral edge portion of the safety valve (30; 130); and the seal member (28; 128) connects the peripheral edge portion around the vent hole (25; 125) to the peripheral edge portion of the safety valve (30; 130) such that the peripheral edge portion around the vent hole (25; 125) does not contact the peripheral edge portion of the safety valve (30; 130); characterized in that: the seal member (28; 135, 128) extends from an area outside the casing (18; 118) to an area inside the casing (18; 118); and wherein the peripheral edge portion around the vent hole (25; 125) of the casing (18; 118) is connected to the peripheral edge portion of the safety valve (30; 130) such that the peripheral edge portion around the vent hole (25; 125) and the peripheral edge portion of the safety valve (30; 130) are inserted in the seal member (28; 135, 128) and are coated with the seal member (28; 135, 128). the seal member (28; 135, 128) extends from an area outside the casing (18; 118) to an area inside the casing (18; 118); and wherein the peripheral edge portion around the vent hole (25; 125) of the casing (18; 118) is connected to the peripheral edge portion of the safety valve (30; 130) such that the peripheral edge portion around the vent hole (25; 125) and the peripheral edge portion of the safety valve (30; 130) are inserted in the seal member (28; 135, 128) and are coated with the seal member (28; 135, 128).
Radio module for a participant of a building installation system with a radio interface for communication with a data and communication bus belonging to the building installation system, wherein a communication with the data and communication bus is effected with a first or an alternative operating system, characterized by the fact that the radio module in addition to the first operating system as preset operating system provides a program memory with the alternative operating system stored therein for operation of the radio interface and that the boot loader responsible for booting of the radio interface provides a setting which can be influenced by the radio interface, by which in a first setting the first operating system and in a second setting the alternative operating system is booted, and that the radio module is designed in a way that with first booting of the radio interface the preset operating system is loaded and afterwards the setting of the boot loader can be influenced by a commissioning software accessing the radio interface.
A luminaire for a double ended tubular HID lamp, said luminaire comprising: a reflector of generally rectangular configuration when viewed in plan, formed from sheet metal, having a V-shaped configuration when viewed in end elevation and in a relaxed state, and being bendable into a tensioned state having a generally M-shaped configuration when viewed in end elevation, a central region of said V and M shape constituting a spine; a pair of lamp holders (60, 61, 160, 161) connected to said spine and spaced apart a distance corresponding to the length of said tubular lamp; and a hollow conduit extending between said lamp holders; said hollow conduit having a pair of arms (53, 153, 253) corresponding to each said lamp holder and arranged to receive said lamp holder, and at least one fastener (64, 164) passing through each said arm and into said lamp holder whereby said fasteners determine the spacing of said lamp holders relative to said spine. a reflector of generally rectangular configuration when viewed in plan, formed from sheet metal, having a V-shaped configuration when viewed in end elevation and in a relaxed state, and being bendable into a tensioned state having a generally M-shaped configuration when viewed in end elevation, a central region of said V and M shape constituting a spine; a pair of lamp holders (60, 61, 160, 161) connected to said spine and spaced apart a distance corresponding to the length of said tubular lamp; and a hollow conduit extending between said lamp holders; said hollow conduit having a pair of arms (53, 153, 253) corresponding to each said lamp holder and arranged to receive said lamp holder, and at least one fastener (64, 164) passing through each said arm and into said lamp holder whereby said fasteners determine the spacing of said lamp holders relative to said spine.
Casing, in particular for heating devices, with a device rear wall, 2 side walls (3,4), a lid, a floor and a front wall, characterised in that sprung groove-shaped receptacles are arranged on both sides of one side of the device rear wall, the lid or the floor, the two side walls (3,4) further have cranked pieces at least on edges corresponding to the sprung groove-shaped receptacles and that engage in the groove-form receptacles, a sprayed-on, foamed sealing element is applied to that surface of the cranked pieces of the side walls (3,4) connected with the device rear wall, the lid or the floor.
A fan assembly, comprising a mounting base, wherein the mounting base comprises a housing accommodating a fan, and a reinforcement member that fastens the housing to a to-be-mounted structure; the housing is provided with a first connecting member and the reinforcement member is provided with a second connecting member that matches and that is connected to the first connecting member, and the first connecting member is indirectly connected to the second connecting member by using a vibration reduction element, characterized in that the vibration reduction element is sleeved on the second connecting member, the first connecting member is engaged with the vibration reduction element, at least a part passes though the vibration reduction element and exceeds a preset length of an end portion of the vibration reduction element that is far away from the reinforcement member, the fan assembly further comprising a screw driven into a through hole of second connecting member, the part of the second connecting member which exceeds the end portion of the vibration reduction element preventing a head of the screw from excessively pressing against the vibration reduction element.
A delivery system for endoluminal delivery of an expandable device, said delivery system comprising a catheter having a proximal end and an opposite distal end, the distal end configured to support an expandable device; a primary sheath having a delivery position in which the primary sheath constrains the expandable device toward a collapsed configuration suitable for endoluminal delivery; a handle having an actuator for axially displacing the primary sheath from the delivery position, the handle having a knob for operating one or more functions of the handle, wherein the knob is initially hidden to prevent use by a user and then revealed as a result of displacement of the primary sheath from delivery position so as to allow subsequent actuation of the knob by the user, wherein the knob includes a longitudinally extending arm for engaging the primary sheath, whereby the knob is displaced from an initially hidden position and revealed in response to the axial movement of the primary sheath from the delivery position. a catheter having a proximal end and an opposite distal end, the distal end configured to support an expandable device; a primary sheath having a delivery position in which the primary sheath constrains the expandable device toward a collapsed configuration suitable for endoluminal delivery; a handle having an actuator for axially displacing the primary sheath from the delivery position, the handle having a knob for operating one or more functions of the handle, wherein the knob is initially hidden to prevent use by a user and then revealed as a result of displacement of the primary sheath from delivery position so as to allow subsequent actuation of the knob by the user, wherein the knob includes a longitudinally extending arm for engaging the primary sheath, whereby the knob is displaced from an initially hidden position and revealed in response to the axial movement of the primary sheath from the delivery position.
A method for preparing an allograft material forming a virally inactivated, lyophilized, and sterile membrane obtained from mammalian placenta and consisting of at least one membrane layer, said method including at least two viral inactivation steps and at least one lyophilization step, and according to which: • the first viral inactivation step is carried out by treating said at least one membrane layer with a first viral inactivation agent selected from the family of the alcohols; • a second step of viral inactivation is carried out after said first step of viral inactivation, by treating said at least one membrane layer with a second viral inactivation agent selected from the family of the peroxides, characterized in that the second step of viral inactivation of said at least one membrane layer comprises two substeps of treatment with the second viral inactivation agent selected from the family of the peroxides: • a first substep of treatment being carried out with a peroxide solution at a concentration of more than 10% w/v for less than 20 minutes; and • a second treatment substep being carried out with a peroxide solution at a concentration of less than 5% w/v for a duration of more than 50 minutes. • the first viral inactivation step is carried out by treating said at least one membrane layer with a first viral inactivation agent selected from the family of the alcohols; • a second step of viral inactivation is carried out after said first step of viral inactivation, by treating said at least one membrane layer with a second viral inactivation agent selected from the family of the peroxides, • a first substep of treatment being carried out with a peroxide solution at a concentration of more than 10% w/v for less than 20 minutes; and • a second treatment substep being carried out with a peroxide solution at a concentration of less than 5% w/v for a duration of more than 50 minutes.
A retuning method, comprising: determining, by a terminal device, a first resource and a second resource, wherein the first resource is used to receive a physical downlink control channel or a physical downlink shared channel, and the first resource is determined based on a first frequency domain resource and M consecutive symbols of a downlink pilot timeslot in a special subframe, and the second resource is used to send a sounding reference signal, the second resource is determined based on a second frequency domain resource and an uplink pilot timeslot in the special subframe, and all or a part of the second frequency domain resource is not in the first frequency domain resource; and characterised by determining, by the terminal device in the last N consecutive symbols of the downlink pilot timeslot, a guard period for retuning, wherein the guard period is used to forbid the terminal device to transmit or receive a signal in the guard period, both M and N are positive integers, and M is greater than or equal to N. determining, by a terminal device, a first resource and a second resource, wherein the first resource is used to receive a physical downlink control channel or a physical downlink shared channel, and the first resource is determined based on a first frequency domain resource and M consecutive symbols of a downlink pilot timeslot in a special subframe, and the second resource is used to send a sounding reference signal, the second resource is determined based on a second frequency domain resource and an uplink pilot timeslot in the special subframe, and all or a part of the second frequency domain resource is not in the first frequency domain resource; and characterised by determining, by the terminal device in the last N consecutive symbols of the downlink pilot timeslot, a guard period for retuning, wherein the guard period is used to forbid the terminal device to transmit or receive a signal in the guard period, both M and N are positive integers, and M is greater than or equal to N.
A method for improving the flavor of a food, drink, pharmaceutical product, or oral care product, comprising the step of adding 0.1 to 10000 μg/kg (0.1 to 10000 ppb) of γ-aminobutyric acid and 0.01 to 10000 μg/kg (0.01 to 10000 ppb) of naringenin to the food, drink, pharmaceutical product, or oral care product, wherein the γ-aminobutyric acid and the naringenin are added such that a weight ratio of the γ-aminobutyric acid to the naringenin is from 1:10000 to 100000:1.
An electrostatic discharge, ESD, protection device (20, 132) for protecting an integrated circuit against an ESD event received at an integrated circuit, the ESD protection device comprising: a first terminal configured to be coupled to an input/output, I/O, pad of the integrated circuit; a second terminal configured to be coupled to a reference voltage or to a ground voltage; a silicon-controlled rectifier, SCR, having an anode connected to the first terminal and a cathode connected to the reference voltage or to the ground voltage; and a pnp transistor coupled in parallel with the SCR, the pnp transistor having an emitter coupled to the first terminal, a collector coupled to the second terminal, and a base coupled to a gate of the SCR, wherein the pnp transistor includes a first contact region formed at a first side of a substrate, the first contact region being at least partially surrounded by a shallow trench isolation, STI, layer formed at the first side of the substrate, characterized in that a salicide structure is formed on the first contact region, an insulation structure is formed on the first contact region and on the STI layer at an intersection of the first contact region and the STI layer, wherein the insulation structure fully surrounds lateral edges of the salicide structure. a first terminal configured to be coupled to an input/output, I/O, pad of the integrated circuit; a second terminal configured to be coupled to a reference voltage or to a ground voltage; a silicon-controlled rectifier, SCR, having an anode connected to the first terminal and a cathode connected to the reference voltage or to the ground voltage; and a pnp transistor coupled in parallel with the SCR, the pnp transistor having an emitter coupled to the first terminal, a collector coupled to the second terminal, and a base coupled to a gate of the SCR, wherein the pnp transistor includes a first contact region formed at a first side of a substrate, the first contact region being at least partially surrounded by a shallow trench isolation, STI, layer formed at the first side of the substrate, characterized in that a salicide structure is formed on the first contact region, an insulation structure is formed on the first contact region and on the STI layer at an intersection of the first contact region and the STI layer, wherein the insulation structure fully surrounds lateral edges of the salicide structure.
Drive system for a profiling system for longitudinally shaping a metal strip or a starting profile into a profile or tube by means of a plurality of roller shaping tools in the form of upper rollers and lower rollers, wherein the upper rollers are driven jointly and the lower rollers are driven jointly, wherein at least one upper roller module (5, 5') and at least one lower roller module (6, 6') with an elongate cuboid housing with drive means located therein for jointly driving the upper rollers and lower rollers by means of transmission output shafts (7, 7') for the upper rollers and lower rollers, which transmission output shafts are mounted in the at least one upper roller module (5, 5') and the at least one lower roller module (6, 6') in each case and protrude from a longitudinal face of the housing, and which has a transmission input shaft on the longitudinal face of the housing that is opposite the upper rollers and lower rollers, wherein the at least one upper roller module (5, 5') and the at least one lower roller module (6, 6') can in each case be arranged above one another and releasably connected as a unit, and the transmission output shafts (7, 7') for the upper rollers and the lower rollers can be driven via a coupling via a common transmission by means of a drive motor, or separately from one other by means of a respectively associated coupling (4, 4'), transmission (3, 3') and drive motor (2, 2').
Interrogator for obtaining information associated with a caller identification, such as a telephone number, transmitted within an incoming telephone call comprising: a receiving device configured to receive the incoming telephone call and to extract the caller identification from the incoming telephone call; an interrogating device configured to receive the extracted caller identification from the receiving device and to interrogate information (Al) associated with the caller identification from an external data base, which is configured to operate independently from the user voice communication device (6, 6') for which the incoming telephone call is intended for; and a forwarding device configured to receive and to forward the interrogated information; characterized in that the interrogator comprises a statistics module configured to gather statistics regarding telephone calls with the same caller identification and to forward the statistics. a receiving device configured to receive the incoming telephone call and to extract the caller identification from the incoming telephone call; an interrogating device configured to receive the extracted caller identification from the receiving device and to interrogate information (Al) associated with the caller identification from an external data base, which is configured to operate independently from the user voice communication device (6, 6') for which the incoming telephone call is intended for; and a forwarding device configured to receive and to forward the interrogated information; characterized in that the interrogator comprises a statistics module configured to gather statistics regarding telephone calls with the same caller identification and to forward the statistics.
A method for controller operation, the method comprising: transmitting information including coordinated beam switching mode and beam cycling pattern period to a communications device within the controller's coverage area, wherein the beam cycling pattern period being the period of a beam cycling pattern comprising a plurality of transmission units; transmitting a beam formed reference signal, BFRS, for measuring a communications channel at the communications device wherein the BFRS is beam formed using a plurality of beam patterns, and wherein a beam pattern used in beam forming the BFRS changes once per transmission unit through the beam cycling pattern period; receiving a measurement of the communications channel between the controller and the communications device and an indicator indicating a transmission unit corresponding to the measurement of the communications channel from each communications device being served by the controller; receiving a transmission intended for a communications device; and causing (430, 435) the transmission to be transmitted to the communications device, wherein the transmission is transmitted using measurement of the communications channel and the indicator from the communications device. transmitting information including coordinated beam switching mode and beam cycling pattern period to a communications device within the controller's coverage area, wherein the beam cycling pattern period being the period of a beam cycling pattern comprising a plurality of transmission units; transmitting a beam formed reference signal, BFRS, for measuring a communications channel at the communications device wherein the BFRS is beam formed using a plurality of beam patterns, and wherein a beam pattern used in beam forming the BFRS changes once per transmission unit through the beam cycling pattern period; receiving a measurement of the communications channel between the controller and the communications device and an indicator indicating a transmission unit corresponding to the measurement of the communications channel from each communications device being served by the controller; receiving a transmission intended for a communications device; and causing (430, 435) the transmission to be transmitted to the communications device, wherein the transmission is transmitted using measurement of the communications channel and the indicator from the communications device.