mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: an inner casing having a storage chamber defined therein; a passage forming portion provided on the inner casing to define a cooling passage; an outer casing; a middle plate disposed outside the inner casing, wherein a foam space is defined between the middle plate and the inner casing to accommodate a thermal-insulating material; an installation bracket fixed to the middle plate and contacting an end of the passage forming portion; a thermoelectric module mounted on the installation bracket and outside the foam space, wherein the thermoelectric module has a thermoelectric element; and a fan assembly installed on the inner casing in the storage chamber and having a cooling fan, characterized in that the middle plate covers a top and rear surface of the inner casing at a spaced apart position from the inner casing. an inner casing having a storage chamber defined therein; a passage forming portion provided on the inner casing to define a cooling passage; an outer casing; a middle plate disposed outside the inner casing, wherein a foam space is defined between the middle plate and the inner casing to accommodate a thermal-insulating material; an installation bracket fixed to the middle plate and contacting an end of the passage forming portion; a thermoelectric module mounted on the installation bracket and outside the foam space, wherein the thermoelectric module has a thermoelectric element; and a fan assembly installed on the inner casing in the storage chamber and having a cooling fan, characterized in that the middle plate covers a top and rear surface of the inner casing at a spaced apart position from the inner casing.
A cutting tool for stainless steels, the cutting tool having a hard coating that is formed on a substrate, the hard coating comprising: a first coating layer consisting of i) Al (100-x) Cr (x), where 25 ≤ X ≤ 35, ii) N as a non-metal element, and iii) inevitable impurities; and a second coating layer consisting of i) Cr (100-α) V (α), where 15 ≤ α ≤ 50, ii) N as a non-metal element, and iii) inevitable impurities, the first coating layer being coated with the second coating layer, and the second coating layer forming the topmost layer, wherein the ratio of the thickness T1 of the first coating layer and the thickness T2 of the second coating layer is 0.1 ≤ T2/T1 ≤ 0.5, and the sum of the thickness T1 and the thickness T2 is 2.0 pm or more and 5.0 pm or less. a first coating layer consisting of i) Al (100-x) Cr (x), where 25 ≤ X ≤ 35, ii) N as a non-metal element, and iii) inevitable impurities; and i) Al (100-x) Cr (x), where 25 ≤ X ≤ 35, ii) N as a non-metal element, and iii) inevitable impurities; and a second coating layer consisting of i) Cr (100-α) V (α), where 15 ≤ α ≤ 50, ii) N as a non-metal element, and iii) inevitable impurities, i) Cr (100-α) V (α), where 15 ≤ α ≤ 50, ii) N as a non-metal element, and iii) inevitable impurities, the first coating layer being coated with the second coating layer, and the second coating layer forming the topmost layer, wherein the ratio of the thickness T1 of the first coating layer and the thickness T2 of the second coating layer is 0.1 ≤ T2/T1 ≤ 0.5, and the sum of the thickness T1 and the thickness T2 is 2.0 pm or more and 5.0 pm or less.
A constant-volume combustion engine (10; 110; 210), being formed as a reciprocating piston engine for generating mechanical energy by way of expansion of a gas or a hot gas from the combustion of a gas mixture or gas/fuel mixture, having at least one piston/cylinder unit, the piston (14; 114; 214) of which is connected to a piston rod (20; 120; 220), the piston rod (20; 120; 220) being drive-connected to at least two crankshafts (30, 40; 130, 140; 230a, 230b, 240), and wherein the first crankshaft (40; 140; 240) is mounted eccentrically rotatably on the second crankshaft (30; 130; 230a, 230b) which is arranged parallel to it, and is rotationally coupled to said second crankshaft, characterized in that that the first and the second crankshaft (30, 40; 130, 140; 230a, 230b, 240) perform a sinusoidal rotational movement, and in that the piston rod (20; 120; 220) or at least an additional connecting part is mounted rotatably with a first eccentricity on the first crankshaft (40; 140; 240), and in that the first crankshaft (40; 140; 240) is mounted with a second eccentricity on the second crankshaft (30; 130; 230a, 230b), the second eccentricity being approximately four times as great as the first eccentricity, and wherein the crankshafts (30, 40; 130, 140; 230a, 230b, 240) are arranged relative to one another in such a way that the sinusoidal curves of their rotational movement have a phase shift of preferably approximately 90° and different amplitudes, the amplitude of the sinusoidal curve of the rotational movement of the second crankshaft (30; 130; 230a, 230b) being approximately four times as great as the amplitude of the sinusoidal curve of the rotational movement of the first crankshaft (40; 140; 240).
A system, comprising: a computing device comprising a processor and a memory; and machine-readable instructions stored in the memory that, when executed by the processor, cause the computing device to at least: generate (303,403) an identity key for a data item, the identity key representing a unique address that specifies a location where an identity document can be found; send (306,406) a request for authentication of the data item to a security service, the request comprising the identity key and the data item; receive (323,423) a verified claim for the data item from the security service, the verified claim representing one or more verified assertions about the data item described by the identity document; generate (326,426) the identity document, the identity document comprising the identity key for the data item and the verified claim; and store (326,426) the identity document in a distributed ledger. a computing device comprising a processor and a memory; and machine-readable instructions stored in the memory that, when executed by the processor, cause the computing device to at least: generate (303,403) an identity key for a data item, the identity key representing a unique address that specifies a location where an identity document can be found; send (306,406) a request for authentication of the data item to a security service, the request comprising the identity key and the data item; receive (323,423) a verified claim for the data item from the security service, the verified claim representing one or more verified assertions about the data item described by the identity document; generate (326,426) the identity document, the identity document comprising the identity key for the data item and the verified claim; and store (326,426) the identity document in a distributed ledger. generate (303,403) an identity key for a data item, the identity key representing a unique address that specifies a location where an identity document can be found; send (306,406) a request for authentication of the data item to a security service, the request comprising the identity key and the data item; receive (323,423) a verified claim for the data item from the security service, the verified claim representing one or more verified assertions about the data item described by the identity document; generate (326,426) the identity document, the identity document comprising the identity key for the data item and the verified claim; and store (326,426) the identity document in a distributed ledger.
Knob for connecting an object to a fixed body, comprising an external hollow gripping element which houses inside engagement means with said object and with said fixed body, characterised in that said engagement means comprises an outer glass-shaped casing with a central hole combined with a fixed internal body comprising a inner glass-shaped body which houses within torque adjusting means, wherein said torque adjusting means comprises: - an annular slider from which pegs project in one side end and engagement teeth project on an opposite side; - a spacer, with a central hole, provided with engagement elements; - a bush, co-moulded with said glass-shaped body, which houses a retaining screw of said spacer and - springs arranged between said spacer and said slider, maintained in a stable position within the above-said pegs of said slider; said internal glass-shaped body being provided with a series of circular holes, on a base thereof, wherein said engagement teeth are inserted. - an annular slider from which pegs project in one side end and engagement teeth project on an opposite side; - a spacer, with a central hole, provided with engagement elements; - a bush, co-moulded with said glass-shaped body, which houses a retaining screw of said spacer and - springs arranged between said spacer and said slider, maintained in a stable position within the above-said pegs of said slider;
A container for optical fibres, comprising: - a base having at least one inlet/outlet duct for the cables made of optical fibre; - a cap mounted on the base; - a frame for handling the optical fibres, which is mounted on the base and enclosed in the cap; - at least one device for sealing cables through the container; said device comprising: - a support frame extending along a predetermined direction (X-X); - a first compression element mounted on the support frame; - a second compression element mounted on the support frame; - a deformable element mounted on the support frame between the first and second compression elements (19, 21) and insertable in an inlet/outlet duct of a container for optical fibres; at least one passage for a cable being formed through said first and second compression elements (19, 21) and through said deformable element; the support frame comprising: - means for moving the first compression element close to the second compression element, so as to radially deform the deformable element and obtain a sealing action of the deformable element on an inner wall of the duct and a sealing action of said deformable element on the cable located in the respective passage; and - coupling means placed at a distal end of the support frame spaced apart from the first compression element; wherein the device is rigidly linked to the frame by said coupling means; wherein the support frame further comprises means for locking a tensioning element (8, 9) of said at least one cable to the support frame, said locking means being placed at the distal end of the support frame. - a base having at least one inlet/outlet duct for the cables made of optical fibre; - a cap mounted on the base; - a frame for handling the optical fibres, which is mounted on the base and enclosed in the cap; - at least one device for sealing cables through the container; said device comprising: - a support frame extending along a predetermined direction (X-X); - a first compression element mounted on the support frame; - a second compression element mounted on the support frame; - a deformable element mounted on the support frame between the first and second compression elements (19, 21) and insertable in an inlet/outlet duct of a container for optical fibres; at least one passage for a cable being formed through said first and second compression elements (19, 21) and through said deformable element; - means for moving the first compression element close to the second compression element, so as to radially deform the deformable element and obtain a sealing action of the deformable element on an inner wall of the duct and a sealing action of said deformable element on the cable located in the respective passage; and - coupling means placed at a distal end of the support frame spaced apart from the first compression element; wherein the device is rigidly linked to the frame by said coupling means; wherein the support frame further comprises means for locking a tensioning element (8, 9) of said at least one cable to the support frame, said locking means being placed at the distal end of the support frame.
A security barrier post for installation in the ground comprising an underground footing and an impact post locatable therein that, when installed, extends above ground level, wherein said underground footing comprises: a substantially vertical tubular steel shaft having an opening at its lower end on an impact facing side thereof; a a steel foot box aligned with said opening; a bottom plate to which said steel shaft and said foot box are attached; a spring steel back plate arranged immediately adjacent to, substantially perpendicular to, and extending to at least one side of, the rear facing side of the shaft which faces away from said impact facing side, said back place located at a positon that, in use, is flush with or slightly below said ground level; and wherein said impact post comprises at least a first spring steel element comprising a substantially vertical section and a substantially horizontal section, and at least one packing element located behind said first spring steel element to retain it in a position in which said horizontal section extends into said foot box. a substantially vertical tubular steel shaft having an opening at its lower end on an impact facing side thereof; a a steel foot box aligned with said opening; a bottom plate to which said steel shaft and said foot box are attached; a spring steel back plate arranged immediately adjacent to, substantially perpendicular to, and extending to at least one side of, the rear facing side of the shaft which faces away from said impact facing side, said back place located at a positon that, in use, is flush with or slightly below said ground level; and wherein said impact post comprises at least a first spring steel element comprising a substantially vertical section and a substantially horizontal section, and at least one packing element located behind said first spring steel element to retain it in a position in which said horizontal section extends into said foot box.
A method for adaptively processing audio commands supplied by a user in an aircraft cabin, comprising the steps of: receiving ambient noise in the aircraft cabin via a first audio input device; continuously sampling, with a processor, the ambient noise received via the first audio input device; determining (203, 205), in the processor, an aircraft type and a location within the determined aircraft type; continuously analyzing, in the processor, the sampled ambient noise and, based on the continuous analysis, the determined aircraft type, and the determined location within the determined aircraft type, selecting one or more filter functions and adjusting one or more filter parameters associated with the one or more selected filter functions; selectively receiving audio and ambient noise via a second audio input device; and filtering, through the selected one or more filter functions, the audio and ambient noise received via the second audio input device, to thereby supply filtered audio. receiving ambient noise in the aircraft cabin via a first audio input device; continuously sampling, with a processor, the ambient noise received via the first audio input device; determining (203, 205), in the processor, an aircraft type and a location within the determined aircraft type; continuously analyzing, in the processor, the sampled ambient noise and, based on the continuous analysis, the determined aircraft type, and the determined location within the determined aircraft type, selecting one or more filter functions and adjusting one or more filter parameters associated with the one or more selected filter functions; selectively receiving audio and ambient noise via a second audio input device; and filtering, through the selected one or more filter functions, the audio and ambient noise received via the second audio input device, to thereby supply filtered audio.
A rotating electrical machine core including a plurality of core split members each having a yoke portion and a tooth portion, the core split members being circumferentially arranged so that the tooth portions are oriented inward and the yoke portions are made contact with each other, the rotating electrical machine core comprising a ring placed in contact with the yoke portions; and is characterized by further comprising a stopper mounted on an outer periphery of the yoke portion to fix the ring to the yoke portion, wherein each yoke portion and the ring are formed in protrusion and recess shapes that mesh with each other, and the stopper is formed with a projection engaged with an inner side of the ring.
A method for controlling wireless communications, said method comprising: - transmitting from a first communication unit to a base station an inbound voice packet at a rate greater than a generation rate of the inbound voice packet; and - receiving by the first communication unit from the base station a decode status in response to receiving the inbound voice packet at the base station from a last transmission, the decode status indicating whether the inbound voice packet of the last transmission was received by the base station in a correctable form, characterized by, when the decode status indicates to the first communication unit that the inbound voice packet of the last transmission by the first communication unit was received by the base station in an uncorrectable form: - determining whether a predetermined limit of retransmissions from the first communications unit to the base station has been reached; and - depending on said determination, retransmitting from the first communication unit to the base station the inbound voice packet. - transmitting from a first communication unit to a base station an inbound voice packet at a rate greater than a generation rate of the inbound voice packet; and - receiving by the first communication unit from the base station a decode status in response to receiving the inbound voice packet at the base station from a last transmission, the decode status indicating whether the inbound voice packet of the last transmission was received by the base station in a correctable form, characterized by, when the decode status indicates to the first communication unit that the inbound voice packet of the last transmission by the first communication unit was received by the base station in an uncorrectable form: - determining whether a predetermined limit of retransmissions from the first communications unit to the base station has been reached; and - depending on said determination, retransmitting from the first communication unit to the base station the inbound voice packet.
A composition comprising a combination of bupropion or a pharmaceutically acceptable salt thereof and an opioid antagonist for use in a method of treating a blood-glucose condition in a subject, said method comprising identifying a subject having a blood-glucose condition in need of treatment and administering to the subject an amount of said composition that is effective to modulate a blood-glucose level, wherein said subject suffers from at least one condition selected from diabetes, insulin resistance, hyperinsulinemia, impaired glucose metabolism, and hyperglycemia.
A case (100, 204) for a portable listening device having a wireless radio, the case comprising: a housing having a first cavity configured to receive the portable listening device; a lid attached to the housing and operable between a closed position where the lid conceals the portable listening device within the case and an open position where the lid is displaced from the housing such that a user can remove the portable listening device from the case; a device detector configured to detect when the portable listening device is received in the first cavity; a lid sensor configured to detect if the lid is in the closed position or the open position; circuitry configured to send instructions to the portable listening device to turn ON the wireless radio when the lid sensor detects that the lid is moved from the closed position to the open position if the device detector detects that the portable listening device is received in the first cavity; the circuitry configured to send instructions to the portable listening device to turn OFF the wireless radio when the lid sensor detects that the lid is moved from the open position to the closed position if the device detector detects that the portable listening device is received in the first cavity. a housing having a first cavity configured to receive the portable listening device; a lid attached to the housing and operable between a closed position where the lid conceals the portable listening device within the case and an open position where the lid is displaced from the housing such that a user can remove the portable listening device from the case; a device detector configured to detect when the portable listening device is received in the first cavity; a lid sensor configured to detect if the lid is in the closed position or the open position; circuitry configured to send instructions to the portable listening device to turn ON the wireless radio when the lid sensor detects that the lid is moved from the closed position to the open position if the device detector detects that the portable listening device is received in the first cavity; the circuitry configured to send instructions to the portable listening device to turn OFF the wireless radio when the lid sensor detects that the lid is moved from the open position to the closed position if the device detector detects that the portable listening device is received in the first cavity.
A method for the production of polyurethane foam, comprising the steps of: - providing an isocyanate-reactive component A comprising a polyol component A1 which further comprises a physical blowing agent T; - combining at least the isocyanate-reactive component A and an isocyanate component B, thereby obtaining a polyurethane reaction mixture; - providing the polyurethane reaction mixture in a cavity; and - reducing the pressure within the cavity to a pressure lower than ambient pressure; characterized in that the cavity is ventilated to ambient pressure before the gel time (measured as indicated in the specification) of the polyurethane reaction mixture is reached. - providing an isocyanate-reactive component A comprising a polyol component A1 which further comprises a physical blowing agent T; - combining at least the isocyanate-reactive component A and an isocyanate component B, thereby obtaining a polyurethane reaction mixture; - providing the polyurethane reaction mixture in a cavity; and - reducing the pressure within the cavity to a pressure lower than ambient pressure;
A method for wireless communication, comprising: identifying a set of time-frequency resources for a random access signal according to a wireless network protocol; identifying at least one unused signal dimension that is orthogonal or pseudo-orthogonal to permitted random access signal dimensions; employing an unused root sequence for the at least one unused signal dimension, wherein the unused root sequence is not employed for transmission of uplink signals, and the at least one unused signal dimension including at least one cyclic shift of the unused root sequence; and estimating noise for the random access signal based on analysis of the at least one unused signal dimension. identifying a set of time-frequency resources for a random access signal according to a wireless network protocol; identifying at least one unused signal dimension that is orthogonal or pseudo-orthogonal to permitted random access signal dimensions; employing an unused root sequence for the at least one unused signal dimension, wherein the unused root sequence is not employed for transmission of uplink signals, and the at least one unused signal dimension including at least one cyclic shift of the unused root sequence; and estimating noise for the random access signal based on analysis of the at least one unused signal dimension.