mhurhangee/ep-ind-claims huggingface dataset:
An unformed refractory material having a. a refractory basic component and b. a binding agent component, wherein the binding agent component, relative to the material, b1. comprises an acid component from at least one of the following substances: acid, salt and/or esters of an acid as a sulphonate, sulphate or carbonate in a fraction of 1.5 to 6 % by weight, b2. a basic component in the form of at least one of the following substances: urotropine, calcium oxide, calcium hydroxide, sodium hydroxide, potassium hydroxide, magnesium hydroxide in a fraction of 1 to 4 % by weight and c. acquires an earth-moist, crumbly consistency through the addition of 1 to 5 % by weight water and can be consolidated following an exothermic reaction of the binding agent component. a. a refractory basic component and b. a binding agent component, wherein the binding agent component, relative to the material, b1. comprises an acid component from at least one of the following substances: acid, salt and/or esters of an acid as a sulphonate, sulphate or carbonate in a fraction of 1.5 to 6 % by weight, b2. a basic component in the form of at least one of the following substances: urotropine, calcium oxide, calcium hydroxide, sodium hydroxide, potassium hydroxide, magnesium hydroxide in a fraction of 1 to 4 % by weight and b1. comprises an acid component from at least one of the following substances: acid, salt and/or esters of an acid as a sulphonate, sulphate or carbonate in a fraction of 1.5 to 6 % by weight, b2. a basic component in the form of at least one of the following substances: urotropine, calcium oxide, calcium hydroxide, sodium hydroxide, potassium hydroxide, magnesium hydroxide in a fraction of 1 to 4 % by weight and c. acquires an earth-moist, crumbly consistency through the addition of 1 to 5 % by weight water and can be consolidated following an exothermic reaction of the binding agent component.
A firearm magazine assembly, comprising: a polymer housing defining a cartridge track, the housing having a distal end comprising feed lips for feeding cartridges to a firearm, and a proximal end; a follower assembly comprising a follower, a spring, and an insert, the follower and insert each having a proximal side and a distal side; and a floorplate removably engaged with the proximal end of the housing and the insert; wherein the follower assembly comprises a compressed configuration and an extended configuration relative to the housing, a compression limiter, and an extension limiter; and the extension limiter is shaped to engage with an interior portion of the polymer housing, characterized in that the extension limiter comprises a plurality of tabs in the follower for engaging one or more shelves in the housing to prevent the spring from forcing the follower against the feed lips, wherein the extension limiter is shaped to pull the housing towards the follower when the extension limiter engages the one or more shelves in the housing, and wherein at least two of the plurality of tabs each comprise a shelf abutment configured to bias the housing towards the follower when the plurality of tabs engage the one or more shelves in the housing. a polymer housing defining a cartridge track, the housing having a distal end comprising feed lips for feeding cartridges to a firearm, and a proximal end; a follower assembly comprising a follower, a spring, and an insert, the follower and insert each having a proximal side and a distal side; and a floorplate removably engaged with the proximal end of the housing and the insert; wherein the follower assembly comprises a compressed configuration and an extended configuration relative to the housing, a compression limiter, and an extension limiter; and the extension limiter is shaped to engage with an interior portion of the polymer housing, characterized in that the extension limiter comprises a plurality of tabs in the follower for engaging one or more shelves in the housing to prevent the spring from forcing the follower against the feed lips, wherein the extension limiter is shaped to pull the housing towards the follower when the extension limiter engages the one or more shelves in the housing, and wherein at least two of the plurality of tabs each comprise a shelf abutment configured to bias the housing towards the follower when the plurality of tabs engage the one or more shelves in the housing.
A method for supporting status mode transition by an entity of a first communication system in case that a plurality of communication systems interwork, the method being characterized by comprising: when an interference value caused by a neighbor entity of a second communication system is equal to or larger than a predefined threshold value, transmitting, a first message instructing an entity of the second communication system to transit from an active mode to an idle mode, to the entity of the second communication system; in response to the first message, receiving, a second message including information indicating whether status mode transition of the entity of the second communication system is successful, from the entity of the second communication system; and when the status mode transition of the entity of the second communication system is successful, updating status information of the entity of the second communication system based on the second message, wherein the first communication system and the second communication system each use different radio access technology, RAT, and wherein the first communication system is a cellular network and the second communication system is a wireless LAN, WLAN. when an interference value caused by a neighbor entity of a second communication system is equal to or larger than a predefined threshold value, transmitting, a first message instructing an entity of the second communication system to transit from an active mode to an idle mode, to the entity of the second communication system; in response to the first message, receiving, a second message including information indicating whether status mode transition of the entity of the second communication system is successful, from the entity of the second communication system; and when the status mode transition of the entity of the second communication system is successful, updating status information of the entity of the second communication system based on the second message, wherein the first communication system and the second communication system each use different radio access technology, RAT, and wherein the first communication system is a cellular network and the second communication system is a wireless LAN, WLAN.
An indoor unit of an air-conditioning apparatus, the indoor unit comprising: a casing having an air inlet and an air outlet; a heat exchanger disposed in the casing, the heat exchanger exchanging heat with air sucked through the air inlet; an air-sending device configured to cause the air subjected to heat exchange by the heat exchanger to be blown through the air outlet; and a vertical air-directing plate disposed in the air outlet, the vertical air-directing plate being vertically rotatable to set a vertical air flow direction in which the air subjected to heat exchange by the heat exchanger is blown, the casing having a front panel disposed to a front surface, a bottom panel disposed to a bottom surface, and a forward-facing panel disposed under the front panel and connected to the bottom panel at a right angle or an obtuse angle, the air outlet extending from the bottom panel to the forward-facing panel and including a lower corner at which the bottom panel and an air-outlet side wall join together and a forward-facing corner at which the forward-facing panel and the air-outlet side wall join together, the lower corner and the forward-facing corner each having an edge removed to have an edge-removal dimension of the forward-facing corner that is smaller than an edge-removal dimension of the lower corner. a casing having an air inlet and an air outlet; a heat exchanger disposed in the casing, the heat exchanger exchanging heat with air sucked through the air inlet; an air-sending device configured to cause the air subjected to heat exchange by the heat exchanger to be blown through the air outlet; and a vertical air-directing plate disposed in the air outlet, the vertical air-directing plate being vertically rotatable to set a vertical air flow direction in which the air subjected to heat exchange by the heat exchanger is blown, the casing having a front panel disposed to a front surface, a bottom panel disposed to a bottom surface, and a forward-facing panel disposed under the front panel and connected to the bottom panel at a right angle or an obtuse angle, the air outlet extending from the bottom panel to the forward-facing panel and including a lower corner at which the bottom panel and an air-outlet side wall join together and a forward-facing corner at which the forward-facing panel and the air-outlet side wall join together, the lower corner and the forward-facing corner each having an edge removed to have an edge-removal dimension of the forward-facing corner that is smaller than an edge-removal dimension of the lower corner.
A method of operating a DNS answer augmentation system (104, 204, 304) comprising: parsing (110, 210, 310; 402) a question from a DNS packet; generating a dynamically-generated answer (112, 212, 312) to the question, and returning the dynamically-generated answer to a source of the question; wherein the question comprises any of a reverse DNS lookup and a forward DNS lookup (116, 216, 316), and generating the dynamically-generated answer comprises, for the case of the reverse DNS lookup, using at least a portion of an IP address in the question to generate a domain name that includes a domain for which an authoritative DNS server is authoritative, and for the case of the forward DNS lookup, using at least a portion of a domain name in the question to generate an IP address, the method characterized in that during a period of time in which load on the authoritative DNS server (106, 206, 306) is high, not passing the DNS packet to the authoritative DNS server, wherein the DNS packet is passed to the authoritative DNS server at other periods of time, the generation of the dynamic generated-answer being in response to not passing the DNS packet. parsing (110, 210, 310; 402) a question from a DNS packet; generating a dynamically-generated answer (112, 212, 312) to the question, and returning the dynamically-generated answer to a source of the question; wherein the question comprises any of a reverse DNS lookup and a forward DNS lookup (116, 216, 316), and generating the dynamically-generated answer comprises, for the case of the reverse DNS lookup, using at least a portion of an IP address in the question to generate a domain name that includes a domain for which an authoritative DNS server is authoritative, and for the case of the forward DNS lookup, using at least a portion of a domain name in the question to generate an IP address, the method characterized in that during a period of time in which load on the authoritative DNS server (106, 206, 306) is high, not passing the DNS packet to the authoritative DNS server, wherein the DNS packet is passed to the authoritative DNS server at other periods of time, the generation of the dynamic generated-answer being in response to not passing the DNS packet.
A bearing arrangement comprising an outer ring for a rolling element bearing and structure to which the outer ring locates in use, the outer ring comprising a radially outer surface, the structure comprising a radially inner surface, in which the ring outer surface and the structure inner surface confront each other in use so as to define a plurality of first regions at which the ring outer surface and the structure inner surface are in contact and a plurality of second regions interposed between the first regions at which there is a clearance between the ring outer surface and the structure inner surface, so that the radial stiffness of the outer ring is lower in each of the second regions than in each of the first regions, in which in use the ring is aligned so that transient forces arising in use will be directed through one of the first regions, the outer ring further comprising an axial surface (42, 44) and a plurality of radially outwardly extending mounting pads being provided on the ring outer surface, each mounting pad defining one of the first regions, the arrangement being characterised in that a plurality of axially extending mounting pads are provided on the axial surface, the axially extending mounting pads being circumferentially aligned with the radially outwardly extending mounting pads, and in which a locating feature is provided on the axial surface of the outer ring to ensure a predetermined circumferential alignment in use.
A method for exchanging data between an end device and a chip card, wherein the data exchange between end device and chip card is effected in contact-type fashion via a contact pad having six contact areas, the six contact areas being arranged according to the ISO 7816-2 standard, having the method steps: - activating a first contact assignment of a first communication protocol, wherein the first communication protocol is assigned to a first combination (C1, C5, C6) of the six contact areas of the contact pad; - recognizing a change of the communication protocol (ISO, USB, SWP) from the first communication protocol to a second communication protocol by a protocol recognition unit within the chip card; and - activating a second contact assignment in reaction to the recognized second communication protocol, wherein the second communication protocol is assigned to a second combination (C1, C5, C6, C7) of the six contact areas of the contact pad; characterized in that: - the first communication protocol is a communication protocol different from the ISO-7816 standard; and - the second communication protocol is a communication protocol with two data lines (D+, D-). - activating a first contact assignment of a first communication protocol, wherein the first communication protocol is assigned to a first combination (C1, C5, C6) of the six contact areas of the contact pad; - recognizing a change of the communication protocol (ISO, USB, SWP) from the first communication protocol to a second communication protocol by a protocol recognition unit within the chip card; and - activating a second contact assignment in reaction to the recognized second communication protocol, wherein the second communication protocol is assigned to a second combination (C1, C5, C6, C7) of the six contact areas of the contact pad; - the first communication protocol is a communication protocol different from the ISO-7816 standard; and - the second communication protocol is a communication protocol with two data lines (D+, D-).
A method for concentrating methane gas contained in a digestion gas by separating and removing carbon dioxide gas from the digestion gas generated from sewage sludge, wherein carbon dioxide gas in the digestion gas is separated and removed through a DDR zeolite membrane (5, 22) after pressurizing the digestion gas at a pressure of 0.5 MPa or more.
Steam turbine unit comprising a steam turbine which has a steam inlet region, an exhaust steam region and a blading region which is surrounded by a turbine housing and is arranged axially in between, and furthermore is designed with a suction device for sucking cooling fluid out of the turbine housing, wherein at least one cooling fluid inlet is provided which is closeable and openable by a closure member (35, 36), is arranged upstream of the exhaust steam region - with respect to the flow direction of action steam flowing through the turbine housing during normal power operation - and through which, after a power cut-off, cooling fluid for cooling to a temperature below the operating temperature can be introduced into the turbine housing, wherein the steam turbine unit furthermore comprises a valve (3, 4, 9, 17, 18, 21, 22, 40) through which the cooling fluid flows, wherein the valve (3, 4, 9, 17, 18, 21, 22, 40) has a drainage device for draining the valve (3, 4, 9, 17, 18, 21, 22, 40), wherein the drainage device comprises a drainage line (32, 36), characterized in that the drainage device has a junction (30, 37) which is connected in terms of flow to the cooling fluid inlet.
Fasteners for building structures, consisting of a cylindrical pin having an angular screw head on its upper portion matching a suitable wrench, and a conical tip on its lower portion, a thread and a conically formed spring wound therearound, which, with its smallest turn, abuts against the screw head, and a disc-shaped stop element, against which the spring abuts with its largest turn, the stop element comprising an inner hole for receiving the pin and having the shape of a plate with the bottom turned upside down in the direction of the screw head, characterized in that the spring has a left-hand winding.
A control circuit for use with and configured to be connected to a four terminal sensor, the four terminal sensor having first and second drive terminals and first and second measurement terminals, wherein the four terminal sensor is configured such that, when connected to a control circuit in a feedback arrangement, it introduces at least one pole into the transfer characteristic of the feedback arrangement; and wherein the control circuit is arranged to drive at least one of the first and second drive terminals (20, 22) with an excitation signal to cause a current flow between the first and second drive terminals, to sense a voltage difference between the first and second measurement terminals, and control the excitation signal such that the voltage difference between the first and second measurement terminals (30, 32) is within a target range of voltages, and wherein the control circuit is configured such that it introduces at least one pole into the transfer characteristic of the feedback arrangement, and the control circuit is configured such that it introduces at least one zero in the transfer characteristic of the feedback arrangement such that when a loop gain falls to unity the phase shift around a closed loop is not 2π radians or a multiple thereof.
Switching device, comprising - at least one fixed contact (2, 3), a movable contact and an armature and - a first permanent magnet, a second permanent magnet and a magnetic switch, wherein - the movable contact is movable by means of the armature, - the first permanent magnet is fastened to the armature, - the second permanent magnet is arranged at a fixed position relative to the magnetic switch, - the contacts, the armature and the first permanent magnet are arranged within a gas-tight region, - the magnetic switch and the second permanent magnet are arranged outside the gas-tight region and - the first permanent magnet is a ring magnet which is arranged symmetrically with respect to a shaft of the armature. - at least one fixed contact (2, 3), a movable contact and an armature and - a first permanent magnet, a second permanent magnet and a magnetic switch, - the movable contact is movable by means of the armature, - the first permanent magnet is fastened to the armature, - the second permanent magnet is arranged at a fixed position relative to the magnetic switch, - the contacts, the armature and the first permanent magnet are arranged within a gas-tight region, - the magnetic switch and the second permanent magnet are arranged outside the gas-tight region and - the first permanent magnet is a ring magnet which is arranged symmetrically with respect to a shaft of the armature.
Method of cache memory management implemented in a user receiver device, said method being characterized in that it comprises: - reception of a request for adding of data to said cache memory; - stagewise exclusion of adding of data to said cache memory as cache memory fill level increases, and said stagewise exclusion of adding being determined, for each successive stage of cache memory fill level, according to rules of exclusion of adding of data to said cache memory that are increasingly restrictive. - reception of a request for adding of data to said cache memory; - stagewise exclusion of adding of data to said cache memory as cache memory fill level increases, and said stagewise exclusion of adding being determined, for each successive stage of cache memory fill level, according to rules of exclusion of adding of data to said cache memory that are increasingly restrictive.
Composition comprising: a) at least one support material which is preferably porous; b) at least one ionic liquid; c) at least one metal selected from the 9 th group of the Periodic Table of the Elements; d) at least one compound of the formula: e) optionally one or more organic amines. a) at least one support material which is preferably porous; b) at least one ionic liquid; c) at least one metal selected from the 9 th group of the Periodic Table of the Elements; d) at least one compound of the formula: e) optionally one or more organic amines.
A method for mitigating static discharge in a fuel container comprising one or more composite components that are conductive and/or dielectric or non-conductive, and further comprising one or more metal components, the method comprising: providing a static dissipative coating having a volume resistivity of 1.0x10s Ω-m (ohm-meter) or less when measured at 40 V (volts) or less, having a surface resistivity of 1.0x10 11 Ω/sq (ohm per square) or less when measured at 100 V (volts) or less, having a breakdown voltage of 4000 V (volts) or less, and having a charge decay of 60 seconds or less; and applying the static dissipative coating to a surface of the fuel container to form a coated surface. providing a static dissipative coating having a volume resistivity of 1.0x10s Ω-m (ohm-meter) or less when measured at 40 V (volts) or less, having a surface resistivity of 1.0x10 11 Ω/sq (ohm per square) or less when measured at 100 V (volts) or less, having a breakdown voltage of 4000 V (volts) or less, and having a charge decay of 60 seconds or less; and applying the static dissipative coating to a surface of the fuel container to form a coated surface.