mhurhangee/ep-ind-claims huggingface dataset:
An electronic package, comprising - a housing unit that is composed of a plurality of housings (BZ1, BZ2) integrally engaged with each other, and - a circuit board that is incorporated in the housing unit, and that includes a supply conductor, wherein - at least one of the housings (BZ1, BZ2) that are engaged with each other is formed of electrically conductive material, - the housings (BZ1, BZ2) include engagement portions (CW1, CW2) that engage with each other to unite the housings (BZ1, BZ2), - a ground portion in the circuit board is held by and between the engagement portions, characterized in that - the ground portion is film-shaped, - the engagement portions (CW1,CW2), which engage with each other, are claw-shaped, and - the claw-shaped engagement portions (CW1,CW2) interlock with each other with the ground portion interposed therebetween. - a housing unit that is composed of a plurality of housings (BZ1, BZ2) integrally engaged with each other, and - a circuit board that is incorporated in the housing unit, and that includes a supply conductor, - at least one of the housings (BZ1, BZ2) that are engaged with each other is formed of electrically conductive material, - the housings (BZ1, BZ2) include engagement portions (CW1, CW2) that engage with each other to unite the housings (BZ1, BZ2), - a ground portion in the circuit board is held by and between the engagement portions, characterized in that - the ground portion is film-shaped, - the engagement portions (CW1,CW2), which engage with each other, are claw-shaped, and - the claw-shaped engagement portions (CW1,CW2) interlock with each other with the ground portion interposed therebetween.
An automatic submachine gun with a blowback system, comprising: a stock; a fixed barrel; a grip provided with an extractable butt; a bolt sliding in a direction parallel to the longitudinal axis of the barrel inside the stock for locking the breech of the barrel; a device for recovering the recoil kinetic energy of the bolt; a hammer swinging in opposition and through the action of a spring actuator element between a cocked position and an uncocked position, the hammer having a rotation pin; a trigger assembly for the hammer, of an extractable type, contained in its own frame, fixed inside the stock, said trigger assembly comprising in turn a swinging trigger pivoted on the stock and operatively connected to a sear lever, a first opposing lever of the hammer for single shot fire actuatable by the sear lever and a second opposing lever of the hammer for continuous burst fire actuatable by the sear lever; a manual fire mode selector connected to a rotating shaft having a cam means interacting with said first opposing lever of the hammer for single shot fire and with said second opposing lever of the hammer for burst fire; an extractable magazine for loading cartridge ammunition into a cartridge chamber of the barrel; a firing pin for the cartridge actuatable by the hammer and sliding in a direction parallel to the longitudinal axis of the barrel in a seat provided in the bolt, said hammer being configured and disposed so as to interact with the bolt for attaining the cocked position, whereby the retrograde movement of said bolt during a shot is opposed by the combination of the inertia of said bolt and the inertia of said hammer, said hammer being pushed by said bolt at a point of impact whose location with respect to said rotation pin is such that a factor of inertial increase (Fij) given by the ratio between the length of the arc of circumference travelled 2/3 by centre or mass or said hammer as a result of a retrograde displacement of length of said bolt, and the length of said retrograde displacement of said bolt itself, is greater than one.
A multi-engine aircraft comprising: a first engine and a gas turbine engine having a compressor, combustor, and turbine; a source of compressed working fluid coupled with the aircraft and operable to dispense the compressed working fluid to the gas turbine engine; a valve coupled with the source of compressed working fluid and operable to permit passage of the compressed working fluid to a combustor of the gas turbine engine when the valve is operated; wherein the valve is actuated to increase a mass flow through the gas turbine engine to boost its power during operation of the gas turbine engine; wherein the source of compressed working fluid is a pressurized tank and wherein the pressurized tank is capable of being charged with a pump that provides working fluid to the tank, the pump powered by operation of the multi-engine aircraft. a first engine and a gas turbine engine having a compressor, combustor, and turbine; a source of compressed working fluid coupled with the aircraft and operable to dispense the compressed working fluid to the gas turbine engine; a valve coupled with the source of compressed working fluid and operable to permit passage of the compressed working fluid to a combustor of the gas turbine engine when the valve is operated; wherein the valve is actuated to increase a mass flow through the gas turbine engine to boost its power during operation of the gas turbine engine; wherein the source of compressed working fluid is a pressurized tank and wherein the pressurized tank is capable of being charged with a pump that provides working fluid to the tank, the pump powered by operation of the multi-engine aircraft.
A container for the cooking of food made of a sheet or sheets of food grade microwave transparent non-insulating material, the container comprising: a front panel and a longer rear panel sealed together at three sides to form a bag with a flap at an open end of the bag, said flap having adhesive means on the side of the flap nearest to the open end of said bag in order to close said bag, said adhesive means comprising an adhesive strip and removable covering strip across all or part of the width of said bag, said bag being foldable across both front and rear panels and sealable, in order to cook contents when placed within said container by means of steaming under pressure within a microwave oven while permitting release of excess pressure, and the container comprising a line, instruction or other indication of the place that said bag should be folded by the user when sealing said bag by means of said adhesive strip in order to maintain an optimum seal against the pressure generated by the steam emitted by the contained food when heated, said line instruction or other indication being positioned and/or arranged to effect a fold comprising of both the front panel and the rear panel of the bag. a front panel and a longer rear panel sealed together at three sides to form a bag with a flap at an open end of the bag, said flap having adhesive means on the side of the flap nearest to the open end of said bag in order to close said bag, said adhesive means comprising an adhesive strip and removable covering strip across all or part of the width of said bag, said bag being foldable across both front and rear panels and sealable, in order to cook contents when placed within said container by means of steaming under pressure within a microwave oven while permitting release of excess pressure, and the container comprising a line, instruction or other indication of the place that said bag should be folded by the user when sealing said bag by means of said adhesive strip in order to maintain an optimum seal against the pressure generated by the steam emitted by the contained food when heated, said line instruction or other indication being positioned and/or arranged to effect a fold comprising of both the front panel and the rear panel of the bag.
A drum for a tobacco industry product manufacturing apparatus, the drum comprising an axis about which the drum rotates and a seat adapted to carry components of tobacco industry products during use, wherein the seat is movable in a direction towards the axis of the drum in response to said components being pressed against the seat during use, characterised in that the seat comprises a plate adapted to deflect inwards towards the axis of the drum in response to said components being pressed against the plate during use and wherein the plate is pivotally mounted to a pivot so that the plate is deflected about the pivot in a direction towards the axis of the drum in response to said components being pressed against the plate during use.
A distortion compensating apparatus comprising: a signal transmitting unit adapted to correct a transmission signal using a compensation coefficient and to output the corrected transmission signal; an amplifying unit (13, 15) adapted to amplify the corrected transmission signal and to output the amplified corrected transmission signal as an amplified signal; characterised by a feeding-back unit adapted to obtain a digital signal by executing frequency conversion and analog to digital conversion on the amplified signal and to output the digital signal, wherein the digital signal has intermediate frequency; an extracting unit adapted to obtain an analog signal according to voltage of the amplified signal, and to directly output the analog signal to a measuring unit without passing the analog signal through the feeding-back unit; the measuring unit adapted to measure a distortion component based on the digital signal having intermediate frequency, to measure an electric power component based on the analog signal and to output the measured distortion component and the measured electric power component; and a compensation coefficient calculating unit adapted to calculate the compensation coefficient from the measured distortion component and the measured electric power component. a signal transmitting unit adapted to correct a transmission signal using a compensation coefficient and to output the corrected transmission signal; an amplifying unit (13, 15) adapted to amplify the corrected transmission signal and to output the amplified corrected transmission signal as an amplified signal; a feeding-back unit adapted to obtain a digital signal by executing frequency conversion and analog to digital conversion on the amplified signal and to output the digital signal, wherein the digital signal has intermediate frequency; an extracting unit adapted to obtain an analog signal according to voltage of the amplified signal, and to directly output the analog signal to a measuring unit without passing the analog signal through the feeding-back unit; the measuring unit adapted to measure a distortion component based on the digital signal having intermediate frequency, to measure an electric power component based on the analog signal and to output the measured distortion component and the measured electric power component; and a compensation coefficient calculating unit adapted to calculate the compensation coefficient from the measured distortion component and the measured electric power component.
A cartridge for a device for generating an inhalable aerosol comprising: a fluid storage compartment; a heater attached to a first end of the cartridge, the heater comprising: a heater chamber; a pair of thin plate heater contacts therein; a fluid wick positioned between the heater contacts; and a resistive heating element in contact with the fluid wick; wherein the heater contacts each comprise a fixation site wherein the resistive heating element is tensioned therebetween, a mouthpiece, wherein the mouthpiece is attached to a second end of the cartridge; wherein the heater contacts are a heat shield that protects the heater chamber from excessive heat produced by the resistive heating element. a fluid storage compartment; a heater attached to a first end of the cartridge, the heater comprising: a heater chamber; a pair of thin plate heater contacts therein; a fluid wick positioned between the heater contacts; and a resistive heating element in contact with the fluid wick; wherein the heater contacts each comprise a fixation site wherein the resistive heating element is tensioned therebetween, a heater chamber; a pair of thin plate heater contacts therein; a fluid wick positioned between the heater contacts; and a resistive heating element in contact with the fluid wick; wherein the heater contacts each comprise a fixation site wherein the resistive heating element is tensioned therebetween, a mouthpiece, wherein the mouthpiece is attached to a second end of the cartridge; wherein the heater contacts are a heat shield that protects the heater chamber from excessive heat produced by the resistive heating element.
Plastic and wood fiber based composite product, which comprises a plastic in which wood fibers are homogeneously embedded in a mass percentage of 70 - 80 % based on the total weight of plastic and wood fibers, wherein said fibers comprise ▪ large fibers with a dominant orientation in a chosen product principal direction and a length in the particle principle direction of about 2 - 6 mm; and ▪ small fibers with a random orientation and a length smaller than the length of said large particles; wherein the capillaries of said wood fibers are filled with said plastic; characterized in that the plastic and wood fiber based composite product has a moisture uptake after a 5 hours boiling test according to EN 1087-1 of 5% or less; and wherein the plastic and wood fiber based composite product has a density in kg/m 3 of 95% or more of its maximal theoretical density, wherein the maximal theoretical density of said wood fiber composite product is the density that said wood fiber composite product would have if it would have the same composition without voids, and wherein the maximal theoretical density of the plastic and wood fiber based composite is as calculated in accordance with the following formula: ρ c = v f ρ f + v m ρ m wherein ρ c is the maximal theoretical density in kg/m 3 v f is the fibre volume fraction in % ρ f is the fibre density in kg/m 3 v m is the plastic volume fraction in % ρ m is the plastic density in kg/m 3; wherein the maximal theoretical density is based on the plastic and wood fiber components and excludes other components. ▪ large fibers with a dominant orientation in a chosen product principal direction and a length in the particle principle direction of about 2 - 6 mm; and ▪ small fibers with a random orientation and a length smaller than the length of said large particles; wherein ρ c is the maximal theoretical density in kg/m 3 v f is the fibre volume fraction in % ρ f is the fibre density in kg/m 3 v m is the plastic volume fraction in % ρ m is the plastic density in kg/m 3; v f is the fibre volume fraction in % ρ f is the fibre density in kg/m 3 v m is the plastic volume fraction in % ρ m is the plastic density in kg/m 3; wherein the maximal theoretical density is based on the plastic and wood fiber components and excludes other components.
A storage medium having video signal data encoded thereupon, the video signal data being encoded in the multi-view video coding extension of a video coding standard, and the video signal data comprising: a bitstream having multi-view video content and high level syntax information, said high level syntax information including a sequence parameter set, wherein the sequence parameter set includes: a parameter representing a total number of coded views in the bitstream minus one, and a view coding order and view identifier indicated by a parameter, view_id[i], which specifies the view identifier of the view with view coding order indicated by index i, wherein index i ranges from 0 to the parameter representing the total number of coded views minus one. a bitstream having multi-view video content and high level syntax information, said high level syntax information including a sequence parameter set, wherein the sequence parameter set includes: a parameter representing a total number of coded views in the bitstream minus one, and a view coding order and view identifier indicated by a parameter, view_id[i], which specifies the view identifier of the view with view coding order indicated by index i, wherein index i ranges from 0 to the parameter representing the total number of coded views minus one. a parameter representing a total number of coded views in the bitstream minus one, and a view coding order and view identifier indicated by a parameter, view_id[i], which specifies the view identifier of the view with view coding order indicated by index i, wherein index i ranges from 0 to the parameter representing the total number of coded views minus one.
Lifting system (2, 24) for lifting a vehicle comprising one or more lifting devices (4, 22), the system comprising: - a frame with a carrier (16, 36) configured for carrying the vehicle; - a drive (18, 84, 88) for driving the carrier in at least the ascent or decent of the carrier; - a sensor for measuring at least the ascent or descent of the carrier; and - a controller (20, 30, 42) comprising: - a connection for connecting to the sensor; characterized in that the controller further comprises: - a release system for releasing the carrier enabling the lifting system to lift the vehicle, wherein the release system comprises locking/unlocking means. - an input for receiving a clearance signal from a clearance system, wherein the controller is configured to put the lifting system into operation after receipt of a clearance signal by releasing the lifting system, wherein the controller comprises a transmitter and/or receiver for remotely controlling the release system, and wherein the controller comprises a communication optimiser for determining an appropriate communication route in the lifting system. - a frame with a carrier (16, 36) configured for carrying the vehicle; - a drive (18, 84, 88) for driving the carrier in at least the ascent or decent of the carrier; - a sensor for measuring at least the ascent or descent of the carrier; and - a controller (20, 30, 42) comprising: - a connection for connecting to the sensor; - a release system for releasing the carrier enabling the lifting system to lift the vehicle, wherein the release system comprises locking/unlocking means. - an input for receiving a clearance signal from a clearance system,
A core for producing castings in a modular mould; each said casting having at least one thermally activatable portion shaped so that it can face a heat source; said casting having at least one duct contained inside said portion; said duct being fluid tight so that a fluid can flow through it; said core having a suitable shape to form, in negative, said duct; said core comprising a shaped body made of refractory material and being characterized in that at least one insert is incorporated in said shaped body and configured to define at least two passages for said fluid inside said duct.
A refrigerator comprising: a body; an upper compartment provided in an upper portion of the body; a lower compartment provided in a lower portion of the body; a centre compartment provided between the upper compartment and the lower compartment; an upper door configured to open and close the upper compartment and the centre compartment at a same time; a lower door configured to open and close the lower compartment; a sealing member provided on a rear surface of the upper door to prevent air from being moved between the upper compartment and the center compartment when the upper door is closed; and characterized in that the refrigerator further comprises: a dispenser comprising a dispensing space configured to provide water or ice stored in the body, wherein the dispensing space comprises a first dispensing space recessed in a lower end of a front surface of the upper door and a second dispensing space recessed in an upper end of a front surface of the lower door. a body; an upper compartment provided in an upper portion of the body; a lower compartment provided in a lower portion of the body; a centre compartment provided between the upper compartment and the lower compartment; an upper door configured to open and close the upper compartment and the centre compartment at a same time; a lower door configured to open and close the lower compartment; a sealing member provided on a rear surface of the upper door to prevent air from being moved between the upper compartment and the center compartment when the upper door is closed; and characterized in that the refrigerator further comprises: a dispenser comprising a dispensing space configured to provide water or ice stored in the body, wherein the dispensing space comprises a first dispensing space recessed in a lower end of a front surface of the upper door and a second dispensing space recessed in an upper end of a front surface of the lower door. a dispenser comprising a dispensing space configured to provide water or ice stored in the body, wherein the dispensing space comprises a first dispensing space recessed in a lower end of a front surface of the upper door and a second dispensing space recessed in an upper end of a front surface of the lower door.
Optical module for a light curtain monitoring a protective field, said optical module comprising: a lens carrier comprising: at least one lens for focussing a radiation beam forming said light curtain, a lens mask having at least one opening for shaping the radiation beam to have a predetermined aperture; and a module body for mounting both said lens carrier and a radiation transmitter/receiver carrier comprising at least one transmitter and/or receiver for transmitting and/or receiving said radiation; wherein the module body is fabricated as one integral molded part with the lens carrier or the module body is joined with the lens carrier by a mechanical means; wherein said module body comprises a stabilization element that is integrated into the module body for enhancing mechanical stability of the module body, characterized in that said lens carrier is formed by overmolding said lens mask with a transparent material; and in that said lens mask and said stabilization element are fabricated from an electrically conductive material for forming an electromagnetic shielding. a lens carrier comprising: at least one lens for focussing a radiation beam forming said light curtain, a lens mask having at least one opening for shaping the radiation beam to have a predetermined aperture; and at least one lens for focussing a radiation beam forming said light curtain, a lens mask having at least one opening for shaping the radiation beam to have a predetermined aperture; and a module body for mounting both said lens carrier and a radiation transmitter/receiver carrier comprising at least one transmitter and/or receiver for transmitting and/or receiving said radiation; wherein the module body is fabricated as one integral molded part with the lens carrier or the module body is joined with the lens carrier by a mechanical means; wherein said module body comprises a stabilization element that is integrated into the module body for enhancing mechanical stability of the module body, characterized in that said lens carrier is formed by overmolding said lens mask with a transparent material; and in that said lens mask and said stabilization element are fabricated from an electrically conductive material for forming an electromagnetic shielding.