mhurhangee/ep-ind-claims huggingface dataset:
An interrupter for a wellbore tool having a first detonator configured to be associated with a firing system and a second detonator configured to be associated with an adjacent tool, wherein the first detonator produces a first high-order detonation and the second detonator produces a second high-order detonation, the interrupter comprising: a cylindrical housing having: - an input end configured to connect with the firing system, - an output end directing the first high-order detonation to the second detonator, - a cavity in which the first detonator is positioned, and - an interior in communication with the cavity; and a fusible body disposed in the housing interior, the fusible body transferring the first high-order detonation to the second detonator when it is in a liquid state; and wherein the fusible body is permanently confined between the first detonator and the second detonator while in the solid and in the liquid state. a cylindrical housing having: - an input end configured to connect with the firing system, - an output end directing the first high-order detonation to the second detonator, - a cavity in which the first detonator is positioned, and - an interior in communication with the cavity; and - an input end configured to connect with the firing system, - an output end directing the first high-order detonation to the second detonator, - a cavity in which the first detonator is positioned, and - an interior in communication with the cavity; and a fusible body disposed in the housing interior, the fusible body transferring the first high-order detonation to the second detonator when it is in a liquid state; and wherein the fusible body is permanently confined between the first detonator and the second detonator while in the solid and in the liquid state.
In a system comprising one or more processors implementing a plurality of virtual machines, a method comprising: performing a translation lookaside buffer lookup using a first search key and a second search key, the first search key representing a first identifier of an operating system executed in association with a corresponding virtual machine of the plurality of virtual machines, the first search key having fewer bits than the first identifier, and the second search key representing a second identifier of a virtual address space managed by the operating system, the second search key having fewer bits than the second identifier, and wherein the first search key and the second search key represent virtual-to-physical address mappings cached at the TLB.
Tank insert module for removing liquid from a vehicle tank, comprising a main body made of a plastic material, on which a liquid removal device, which comprises at least one removal opening that can be assigned to the tank interior, and at least one electrical heating element are arranged, wherein the electrical heating element comprises a heating body with an extrusion-coated plastic encapsulation, characterized in that the plastic encapsulation comprises a plastic that can be welded to the main body, in particular high-density polyethylene, and/or comprises the same plastic as the main body as well as at least one filler material with high thermal conductivity and is welded to the main body at least at one contact point.
A hair cutting device comprising: - a cutter unit comprising a skin-contact surface for dragging over a skin surface in a shaving direction, a front surface arranged in front of the skin-contact surface in the shaving direction, and a laser beam exit window arranged in the front surface for allowing a hair cutting laser beam to cut a hair near the skin surface in front of the front surface, - a skin stretcher being positioned in front of the cutter unit, according to the shaving direction, and comprising a stretcher surface for dragging over the skin surface together with the skin-contact surface, such that a skin dome is formed by the skin surface in a slit between the skin stretcher and the cutter unit, and characterized in that the hair cutting device comprises a - slit adapting means for adapting at least one dimension (51, 52, 54) of the slit for controlling a shape of the skin dome. - a cutter unit comprising a skin-contact surface for dragging over a skin surface in a shaving direction, a front surface arranged in front of the skin-contact surface in the shaving direction, and a laser beam exit window arranged in the front surface for allowing a hair cutting laser beam to cut a hair near the skin surface in front of the front surface, - a skin stretcher being positioned in front of the cutter unit, according to the shaving direction, and comprising a stretcher surface for dragging over the skin surface together with the skin-contact surface, such that a skin dome is formed by the skin surface in a slit between the skin stretcher and the cutter unit, and - slit adapting means for adapting at least one dimension (51, 52, 54) of the slit for controlling a shape of the skin dome.
A valve for a water flushing tank, comprising: - a body extending according to a longitudinal axis, intended to be mounted vertically in a water flushing tank; - a head prolonging the body and having a peripheral wall; - a cap covering the head, the cap extending from the head up to an upper wall, and forming a technical area housing sealing means of the body; - an outlet tubing opening into the cap to extract the water flowing from the body via the head and the cap, characterised in that, said technical area being delimited by a wall internal to the peripheral wall, opening onto the outside of the cap, the cap forms a water flow volume extending between the peripheral wall, the inner wall and the upper wall, the outlet tubing opening into the cap inside the water flow volume and extending transversely to the longitudinal axis. - a body extending according to a longitudinal axis, intended to be mounted vertically in a water flushing tank; - a head prolonging the body and having a peripheral wall; - a cap covering the head, the cap extending from the head up to an upper wall, and forming a technical area housing sealing means of the body; - an outlet tubing opening into the cap to extract the water flowing from the body via the head and the cap,
Vehicle, in particular a heavy-duty vehicle, which has a chassis with at least one steerable undercarriage having at least one axis, whereby on the chassis a rotary arrangement for receiving an elongated object to be transported is rotably arranged, by way of its rotary movement the at least one steerable axis of the vehicle can be steered, wherein the vehicle comprises a braking device by which the rotary movement of the rotary arrangement can be braked, and whereby a steering device acts on the at least one steerable axis, whereby by an actuation of which a steering movement of the wheel or the wheels of the steerable axis can be carried out, characterized In that the braking device of the vehicle acts upon the steering device of the at least one steerable undercarriage, and that the steering device and the rotary arrangement are directly connected via at least one hydraulic circuit in which an Incompressible hydraulic medium is contained, so that by means of said direct coupling between the steering device and the rotary arrangement the action of the braking device on the steering device of at least one steerable undercarriage counteracts the movement of the rotary arrangement.
Insulating composition for soundproofing and thermal insulation, comprising a closed-cell foam polymer granulate and a cement adhesive promoter, characterized in that the insulating composition comprises at least one water retention agent and at least one dispersion plastic, the cement fraction is below 100 kg/m 3 of the insulating composition prepared with water, the quantity of the dispersion plastic is 2 to 15 wt. % of dry mass referred to the cement, and the insulating composition is free of amorphous silicic acid.
A tyre inflation feed arrangement for a tyre supported on a wheel carried by a rotatable support carried on a non-rotatable support the feed arrangement comprising a first rotatable passage within the rotatable support extending from a first annular contact zone on the rotatable support for connection with the tyre, a first feed passage extending through the non-rotatable support to supply pressurised air to the first annular contact zone, first sealing means carried by the non-rotatable or rotatable support (11,12) for co-operating with the rotatable or non-rotatable support (12, 11) or contact means carried thereby to seal the first feed passage to the first rotatable passage, the first sealing means being pressed into contact with its contacting component by the pressure in the first annular zone, and at least one chamber provided outside the first annular zone, characterised in that said at least one chamber is connected to pressure adjustment means to adjust the pressure in the chamber to control the sealing contact of the first sealing means with the contacting component.
A sun-blocking multilayered sheet comprising at least two layers of synthetic resin film and a top face layer of a textile, characterized in that; a middle layer comprises a first synthetic resin film that contains titanium oxide of 10 mass% or more and 70 mass% or less, and a bottom face layer comprises a second synthetic resin film that contains carbon black. a middle layer comprises a first synthetic resin film that contains titanium oxide of 10 mass% or more and 70 mass% or less, and a bottom face layer comprises a second synthetic resin film that contains carbon black.
An aerosol generation system, comprising: a liquid storage cavity, which is configured for storing a liquid substrate; a vaporization element, which is configured for vaporizing the liquid substrate to form an aerosol for a user to inhale; a battery cell, which is configured for providing a power to the vaporization element; an air flow sensor, which is configured for measuring an air flow velocity formed by user inhalation passing through the aerosol generation system; and characterized in that the aerosol generation system further comprises a controller, which is configured for determining the consumption of the liquid substrate in a time period on the basis of the power applied to the vaporization element, the air flow velocity, a correlation coefficient and a correction constant in the time period; wherein the correlation coefficient is a coefficient of correlation between the power applied to the vaporization element and the amount of aerosol generated, and the correction constant is a modified value for correlation between the air flow velocity passing through the aerosol generation system and the amount of aerosol generated. a liquid storage cavity, which is configured for storing a liquid substrate; a vaporization element, which is configured for vaporizing the liquid substrate to form an aerosol for a user to inhale; a battery cell, which is configured for providing a power to the vaporization element; an air flow sensor, which is configured for measuring an air flow velocity formed by user inhalation passing through the aerosol generation system; and characterized in that the aerosol generation system further comprises a controller, which is configured for determining the consumption of the liquid substrate in a time period on the basis of the power applied to the vaporization element, the air flow velocity, a correlation coefficient and a correction constant in the time period; wherein the correlation coefficient is a coefficient of correlation between the power applied to the vaporization element and the amount of aerosol generated, and the correction constant is a modified value for correlation between the air flow velocity passing through the aerosol generation system and the amount of aerosol generated.
An exhaust diffuser for a gas turbine engine to eject exhaust gas, comprising: a hollow cylindrical internal diffuser guide; an external diffuser guide; struts disposed between the internal diffuser guide and the external diffuser guide to space the internal diffuser guide and the external diffuser guide at a predetermined distance from each other; an ejection area formed on an outer surface of the internal diffuser guide, the ejection area including ejection holes; and a suction area formed on the outer surface of the internal diffuser guide, the suction area including suction holes for suctioning exhaust gas from a flow of the exhaust gas, wherein the suction area is formed downstream of the ejection area and is disposed close to the ejection area; characterized in that the ejection holes are configured to eject compressed air into the flow of exhaust gas, in the flow direction of exhaust gas and wherein the ejection area and suction area are formed between two adjacent struts. a hollow cylindrical internal diffuser guide; an external diffuser guide; struts disposed between the internal diffuser guide and the external diffuser guide to space the internal diffuser guide and the external diffuser guide at a predetermined distance from each other; an ejection area formed on an outer surface of the internal diffuser guide, the ejection area including ejection holes; and a suction area formed on the outer surface of the internal diffuser guide, the suction area including suction holes for suctioning exhaust gas from a flow of the exhaust gas, wherein the suction area is formed downstream of the ejection area and is disposed close to the ejection area; characterized in that the ejection holes are configured to eject compressed air into the flow of exhaust gas, in the flow direction of exhaust gas and wherein the ejection area and suction area are formed between two adjacent struts.
A dental attachment assembly, comprising: an abutment member for attachment to a tooth root, implant, or adjacent tooth, the abutment member having a central axis, a first end, and an outer locating surface projecting away from the first end, the outer locating surface having at least two axially spaced retention portions (22, 24); a retention member having a first end and a skirt extending from the first end having an inner surface for engagement over the outer locating surface of the abutment member, the inner surface of the skirt having at least two axially spaced snap engaging formations (35, 36) for releasable snap engagement with the respective retention portions of the abutment member, and a cap for securing in a recess in a dental appliance, the cap having a cavity for releasable snap engagement over the retention member, the cap and retention member having respective rounded inner and outer surfaces for permitting swivelling of the cap over the abutment member; characterised in that the axially spaced retention portions (22, 24) on the outer locating surface of the abutment member comprise two rounded, annular projections and the axially spaced snap engaging formations (35, 36) on the inner surface of the skirt comprise two spaced, annular grooves (35, 38) for snap engagement over the annular projections on the abutment member. an abutment member for attachment to a tooth root, implant, or adjacent tooth, the abutment member having a central axis, a first end, and an outer locating surface projecting away from the first end, the outer locating surface having at least two axially spaced retention portions (22, 24); a retention member having a first end and a skirt extending from the first end having an inner surface for engagement over the outer locating surface of the abutment member, the inner surface of the skirt having at least two axially spaced snap engaging formations (35, 36) for releasable snap engagement with the respective retention portions of the abutment member, and a cap for securing in a recess in a dental appliance, the cap having a cavity for releasable snap engagement over the retention member, the cap and retention member having respective rounded inner and outer surfaces for permitting swivelling of the cap over the abutment member; characterised in that the axially spaced retention portions (22, 24) on the outer locating surface of the abutment member comprise two rounded, annular projections and the axially spaced snap engaging formations (35, 36) on the inner surface of the skirt comprise two spaced, annular grooves (35, 38) for snap engagement over the annular projections on the abutment member.
A method for enabling a Universal Serial Bus data card with a USB flash drive function to hibernate, wherein the USB data card comprises first USB data card configuration information and second USB data card configuration information; the first USB data card configuration information is configuration information of the USB data card with the USB flash drive function, and the second USB data card configuration information is configuration information of the USB data card without the USB flash drive function; characterized in that the method comprises: sending, by the USB data card, the first USB data card configuration information to a host during enumeration with the host; sending, by the host, a configuration information switching instruction to the USB data card when it is determined that operation data information for the USB data card is not received within a set time duration; receiving, by the USB data card, the configuration information switching instruction sent from the host; and sending, by the USB data card, the second USB data card configuration information to the host according to the configuration information switching instruction and then hibernating. sending, by the USB data card, the first USB data card configuration information to a host during enumeration with the host; sending, by the host, a configuration information switching instruction to the USB data card when it is determined that operation data information for the USB data card is not received within a set time duration; receiving, by the USB data card, the configuration information switching instruction sent from the host; and sending, by the USB data card, the second USB data card configuration information to the host according to the configuration information switching instruction and then hibernating.
A method of operation of a communication system comprising: providing error probability estimation feedback information from a decoder module to an encoder module in a transmitter for calculating a generator matrix for a bit channel mapped to transmission channels; receiving a receiver signal with an antenna based on communication of a transmitter signal from the transmitter over the transmission channels according to a polar coding scheme, wherein the polar coding scheme is based on the error probability estimation feedback information; generating, by an arrangement module included in a communication unit, a sequenced-signal based on the receiver signal according to a permutation mechanism; and determining, by the decoder module coupled to the arrangement module and included in the communication unit, a communication content based on the sequenced-signal for communicating the communication content transmitted in the transmitter signal by the transmitter, wherein the bit channel is a representation of influences and processes between a bit in the communication content and a corresponding value in a decoding result representing an estimation of the communication content, wherein the communication unit is configured to process the receiver signal for representing a coded-message based on an initial building block and a transformation mechanism according to the polar coding scheme, wherein the initial building block is a mechanism for polarizing the communication content for transmission between devices. providing error probability estimation feedback information from a decoder module to an encoder module in a transmitter for calculating a generator matrix for a bit channel mapped to transmission channels; receiving a receiver signal with an antenna based on communication of a transmitter signal from the transmitter over the transmission channels according to a polar coding scheme, wherein the polar coding scheme is based on the error probability estimation feedback information; generating, by an arrangement module included in a communication unit, a sequenced-signal based on the receiver signal according to a permutation mechanism; and determining, by the decoder module coupled to the arrangement module and included in the communication unit, a communication content based on the sequenced-signal for communicating the communication content transmitted in the transmitter signal by the transmitter, wherein the bit channel is a representation of influences and processes between a bit in the communication content and a corresponding value in a decoding result representing an estimation of the communication content, wherein the communication unit is configured to process the receiver signal for representing a coded-message based on an initial building block and a transformation mechanism according to the polar coding scheme, wherein the initial building block is a mechanism for polarizing the communication content for transmission between devices.
A method of making a cemented carbide comprising the steps of forming a slurry comprising a milling liquid, binder metal powders, a first powder fraction and a second powder fraction, subjecting the slurry to milling, drying, pressing and sintering, where: - the first powder fraction made from recycled cemented carbide scrap comprising the elements W, C, Co, and at least one or more of Ta, Ti, Nb, Cr, Zr, Hf and Mo, - a second powder fraction comprising virgin raw materials of WC and carbides or carbonitrides of one or more of Ta, Ti, Nb, Cr, Hf and Zr; characterized in that the first powder fraction is made from cemented carbide scrap recycled using the Zn recovery process where the first powder fraction is subjected to a pre-milling step, prior to the step of forming the slurry comprising the milling liquid, binder metal powders, a first powder fraction and a second powder fraction, to obtain a average grain size of between 0.2 to 1.5 μm, and that the average grain size of the WC in the second powder fraction is between from 2 to 12 μm. - the first powder fraction made from recycled cemented carbide scrap comprising the elements W, C, Co, and at least one or more of Ta, Ti, Nb, Cr, Zr, Hf and Mo, - a second powder fraction comprising virgin raw materials of WC and carbides or carbonitrides of one or more of Ta, Ti, Nb, Cr, Hf and Zr;