mhurhangee/ep-ind-claims huggingface dataset:
Sulfonated poly(arylene) containing one or more structural element(s) of the general formula -X-Ar(SO 3 M) n -Y-, wherein X and Y, which are identical or different from each other, each represent an electron-acceptor group, Ar represents an aromatic or heteroaromatic ring system with 5-18 ring atoms wherein the aromatic or heteroaromatic ring system, in addition to the sulfonic acid group and the substituents X and Y, may feature additional substituents which are not electron-donor groups; M represents monovalent cation and n means an integral number between 1 and 4; and wherein X, Y, Ar, M and n can be identical or different in different structural elements, independently of each other, characterized in that it consists of recurring elements of the formulas -[-Ar 1 (SO 3 M) n -X-]- and -[-Ar 2 (SO 3 M) n -Y-]-, wherein X and Y, which are either identical or different from each other, each represent an electron-acceptor group, Ar 1 and Ar 2, which are either identical or different from each other, represent an aromatic or heteroaromatic ring system Ar with 5-18 ring atoms as defined above, M and n are defined as above; and wherein X, Y, Ar 1, Ar 2, M und n can be identical or different in various structural elements, independently of each other, and one or more elements of the formula -[-Ar 3 -Z-]-, wherein Z can be an electron-donor group or an electron-acceptor group or neither, Ar 3 represents an aromatic or heteroaromatic ring system with 5-18 ring atoms without SO 3 M substituents, and the groups Ar 3 and Z can be identical or different in different elements -[-Ar 3 -Z-]-, provided that the Z group can only be bound to a sulfonated aromatic or heteroaromatic ring system of the formula Ar(SO 3 M) n if Z does not represent an electron-donor, and in that the sulfonated poly(arylene) has a molecular weight within the range of 10.000 to 1,000,000. characterized in that it consists of recurring elements of the formulas -[-Ar 1 (SO 3 M) n -X-]- and -[-Ar 2 (SO 3 M) n -Y-]-, wherein X and Y, which are either identical or different from each other, each represent an electron-acceptor group, Ar 1 and Ar 2, which are either identical or different from each other, represent an aromatic or heteroaromatic ring system Ar with 5-18 ring atoms as defined above, M and n are defined as above; and wherein X, Y, Ar 1, Ar 2, M und n can be identical or different in various structural elements, independently of each other, and one or more elements of the formula -[-Ar 3 -Z-]-, wherein Z can be an electron-donor group or an electron-acceptor group or neither, Ar 3 represents an aromatic or heteroaromatic ring system with 5-18 ring atoms without SO 3 M substituents, and the groups Ar 3 and Z can be identical or different in different elements -[-Ar 3 -Z-]-, provided that the Z group can only be bound to a sulfonated aromatic or heteroaromatic ring system of the formula Ar(SO 3 M) n if Z does not represent an electron-donor, and in that the sulfonated poly(arylene) has a molecular weight within the range of 10.000 to 1,000,000.
A can-annular gas turbine engine combustion arrangement, comprising: an outer casing and a rotor casing defining a plenum there between; a diffuser configured to exhaust compressed air into the plenum; a turbine; a combustor can comprising a combustor inlet; baffles disposed in the plenum, configured to divide the plenum into radial sectors, and effective to inhibit circumferential motion of the compressed air within the plenum, adjacent radial baffles defining a sector there between; and hot gas ducts each configured to guide hot gases from a respective combustor can to a turbine inlet and each spanning at least two sectors. an outer casing and a rotor casing defining a plenum there between; a diffuser configured to exhaust compressed air into the plenum; a turbine; a combustor can comprising a combustor inlet; baffles disposed in the plenum, configured to divide the plenum into radial sectors, and effective to inhibit circumferential motion of the compressed air within the plenum, adjacent radial baffles defining a sector there between; and hot gas ducts each configured to guide hot gases from a respective combustor can to a turbine inlet and each spanning at least two sectors.
A method for securely provisioning a client device, comprising: outputting first client information over a secure interface to a trusted device to be transmitted to an authentication server; transmitting second client information related to the first client information to the authentication server, the second client information being linked to the first client information by the authentication server; receiving an encrypted authentication credential from the authentication server, the encrypted authentication credential being encrypted based at least in part on the first client information or the second client information; and decrypting the encrypted authentication credential. outputting first client information over a secure interface to a trusted device to be transmitted to an authentication server; transmitting second client information related to the first client information to the authentication server, the second client information being linked to the first client information by the authentication server; receiving an encrypted authentication credential from the authentication server, the encrypted authentication credential being encrypted based at least in part on the first client information or the second client information; and decrypting the encrypted authentication credential.
A communication device for aggregating long term evolution, LTE, and wireless local area network, WLAN, the communication device comprising: a storage unit for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, the instructions of: transmitting a first message indicating support of LTE-WLAN aggregation to a base station, BS, via a LTE communication; receiving a configuration message configuring a reception of at least one LTE packet transmitted via a first WLAN and a WLAN configuration from the BS via the LTE communication, when the communication device connects to a second WLAN selected by an operating system, OS, of the communication device; connecting to the first WLAN configured by the WLAN configuration; receiving the at least one LTE packet via the first WLAN configured by the WLAN configuration; and characterised by keeping the connection to the second WLAN selected by the OS of the communication device even if the communication device has received the at least one LTE packet via the first WLAN configured by the WLAN configuration. a storage unit for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, the instructions of: transmitting a first message indicating support of LTE-WLAN aggregation to a base station, BS, via a LTE communication; receiving a configuration message configuring a reception of at least one LTE packet transmitted via a first WLAN and a WLAN configuration from the BS via the LTE communication, when the communication device connects to a second WLAN selected by an operating system, OS, of the communication device; connecting to the first WLAN configured by the WLAN configuration; receiving the at least one LTE packet via the first WLAN configured by the WLAN configuration; and characterised by keeping the connection to the second WLAN selected by the OS of the communication device even if the communication device has received the at least one LTE packet via the first WLAN configured by the WLAN configuration. transmitting a first message indicating support of LTE-WLAN aggregation to a base station, BS, via a LTE communication; receiving a configuration message configuring a reception of at least one LTE packet transmitted via a first WLAN and a WLAN configuration from the BS via the LTE communication, when the communication device connects to a second WLAN selected by an operating system, OS, of the communication device; connecting to the first WLAN configured by the WLAN configuration; receiving the at least one LTE packet via the first WLAN configured by the WLAN configuration; and characterised by keeping the connection to the second WLAN selected by the OS of the communication device even if the communication device has received the at least one LTE packet via the first WLAN configured by the WLAN configuration.
Fluidic outflow unit, in particular for use in a piece of furniture or in a sanitary object, having - multiple supply lines which can be connected to respective fluidic sources; - at least one outlet element; - at least one flow control element for controlling a flow from one of the sources to an outlet element of the outflow unit; and having - at least one preferably flexible connecting element which fluidically connects the at least one outlet element of the outflow unit to the at least one flow control element of the outflow unit, wherein each supply line is fluidically connected to a respective fluidic source and to at least one respective flow control element, and fluidically connects them to one another, and wherein an outlet element is unambiguously assigned to each flow control element. - multiple supply lines which can be connected to respective fluidic sources; - at least one outlet element; - at least one flow control element for controlling a flow from one of the sources to an outlet element of the outflow unit; and having - at least one preferably flexible connecting element which fluidically connects the at least one outlet element of the outflow unit to the at least one flow control element of the outflow unit, wherein each supply line is fluidically connected to a respective fluidic source and to at least one respective flow control element, and fluidically connects them to one another, and wherein an outlet element is unambiguously assigned to each flow control element.
Obturator for a surgical needle set, which has, starting a finite distance from its distal tip (3.4), a hollow space extending longitudinally in a proximal direction, wherein at least one proximal lateral outlet of the hollow space is provided within a handle part of the obturator, and the hollow space is in connection with a passage (3.6.1.1) of an adapter part (3.6.1) of an adapter, which passage extends at a finite angle to the longitudinal extent of the hollow space, characterized in - that an obturator tube (3.3.) of the obturator in a region located in the handle part (3.1) is in the form of merely a half-tube with a jacket wall (3.3.1) extending over only half the circumference and in - that the handle part (3.1) has a slot (3.1.1) which extends to a male adapter part (3.6.1) formed in one piece with the handle part (3.1), the passage of which (3.6.1.1) opens into the slot (3.1.1). - that an obturator tube (3.3.) of the obturator in a region located in the handle part (3.1) is in the form of merely a half-tube with a jacket wall (3.3.1) extending over only half the circumference and in - that the handle part (3.1) has a slot (3.1.1) which extends to a male adapter part (3.6.1) formed in one piece with the handle part (3.1), the passage of which (3.6.1.1) opens into the slot (3.1.1).
A pressure valve comprising: a body including at least one discharge opening (18, 19) and at least one intake opening provided with a seat, a fluid being able to pass from upstream to downstream from the intake opening to the at least one discharge opening (18, 19), a slide valve sliding in a housing of said body opposite the seat, said slide valve including a cylindrical skirt closed by a head to delimit with said housing a chamber, a biasing element tending to bring a flank of the head of the slide valve closer to a face of the seat, a sealing lip by which the flank of the head and the face of the seat are maintained at a distance when the head is bearing on the seat under the action of the biasing element, the head including at least one hole passing through its flank of the head to communicate the chamber with at least the at least one discharge opening (18, 19), each hole opening into an annular space communicating with the at least one discharge opening (18, 19), being located opposite the face of the seat and downstream of the sealing lip relative to the intake opening, said annular space delimiting with the sealing lip a widening forming a diverging portion for the fluid passing through the pressure valve in order to reduce the pressure in the chamber by a Venturi effect when the slide valve is open, characterized in that the flank of the head and the face of the seat that carries the sealing lip are conical.
A refrigerant separator comprising: a vessel; an inlet tube extending to an outlet end within the vessel; a first outlet provided by an outlet conduit, which is a J-tube having an inlet end in communication with a headspace of the vessel and a turn near the bottom of the vessel, the outlet conduit including an orifice, which serves as an oil pickup, near the bottom of the turn; a second outlet in communication with a lower portion of the vessel; characterized in that the refrigerant separator further comprises a heat exchanger (220; 220'; 220"; 220′′′) having: an inlet; an outlet; and a portion through the lower portion of the vessel; and in that an upper extreme of the orifice is below a lower extreme of the second outlet. a vessel; an inlet tube extending to an outlet end within the vessel; a first outlet provided by an outlet conduit, which is a J-tube having an inlet end in communication with a headspace of the vessel and a turn near the bottom of the vessel, the outlet conduit including an orifice, which serves as an oil pickup, near the bottom of the turn; a second outlet in communication with a lower portion of the vessel; characterized in that the refrigerant separator further comprises a heat exchanger (220; 220'; 220"; 220′′′) having: an inlet; an outlet; and a portion through the lower portion of the vessel; and in that an inlet; an outlet; and a portion through the lower portion of the vessel; and in that an upper extreme of the orifice is below a lower extreme of the second outlet.
A method of encoding a video sequence, the method comprising: assigning a skip coding mode to a first segment, the method characterized by: assigning either a zero motion vector or a predicted non-zero motion vector for the skip coding mode for the first segment based at least in part on the motion information of a second segment neighboring the first segment; and forming a prediction for the first segment with respect to a reference frame based at least in part on the assigned motion vector; and providing in an encoded bitstream an indication of the skip coding mode, wherein no further motion vector information for the first segment is coded in the encoded bitstream. assigning a skip coding mode to a first segment, the method characterized by: assigning either a zero motion vector or a predicted non-zero motion vector for the skip coding mode for the first segment based at least in part on the motion information of a second segment neighboring the first segment; and forming a prediction for the first segment with respect to a reference frame based at least in part on the assigned motion vector; and providing in an encoded bitstream an indication of the skip coding mode, wherein no further motion vector information for the first segment is coded in the encoded bitstream. assigning either a zero motion vector or a predicted non-zero motion vector for the skip coding mode for the first segment based at least in part on the motion information of a second segment neighboring the first segment; and forming a prediction for the first segment with respect to a reference frame based at least in part on the assigned motion vector; and providing in an encoded bitstream an indication of the skip coding mode, wherein no further motion vector information for the first segment is coded in the encoded bitstream.
A CRUM (custom replaceable unit monitor) device positioning apparatus including a CRUM reader disposed to read data from a CRUM device, for use in a printing system for aligning a CRUM device for reading by the CRUM reader comprising: a cap configured for covering or plugging a container, the cap comprising: a peripheral surface; and a mounting surface, the mounting surface being surrounded by the peripheral surface, and when in a resting position, extending above the peripheral surface and away from a cavity defined by the container being covered or plugged, characterised by flexible walls connecting the mounting surface and the peripheral surface, the flexible walls being compressible under load whereby the mounting surface is depressible from the resting position to a load-bearing position against the compressible force stored by the flexible walls, wherein, when the container which is covered or plugged by the cap, is engaged with a printing system having the CRUM reader, the mounting surface contacts the CRUM reader and is depressed. a cap configured for covering or plugging a container, the cap comprising: a peripheral surface; and a mounting surface, the mounting surface being surrounded by the peripheral surface, and when in a resting position, extending above the peripheral surface and away from a cavity defined by the container being covered or plugged, characterised by a peripheral surface; and a mounting surface, the mounting surface being surrounded by the peripheral surface, and when in a resting position, extending above the peripheral surface and away from a cavity defined by the container being covered or plugged, characterised by flexible walls connecting the mounting surface and the peripheral surface, the flexible walls being compressible under load whereby the mounting surface is depressible from the resting position to a load-bearing position against the compressible force stored by the flexible walls, wherein, when the container which is covered or plugged by the cap, is engaged with a printing system having the CRUM reader, the mounting surface contacts the CRUM reader and is depressed.
A washer comprising: a first lobe comprising a first hole; a second lobe comprising a second hole; a third lobe comprising a third hole; a fourth lobe comprising a fourth hole; a first leg extending from the first lobe to the second lobe; a second leg extending between the third lobe and the fourth lobe, wherein the second leg is parallel to the first leg; and a third leg extending from the first lobe to the third lobe and spacing the first leg from the second leg such that the second lobe is disposed opposite the fourth lobe; and characterized by further comprising: a first reference tab extending from the first leg between the first lobe and the second lobe and in the same direction as the at least two tabs of the first lobe, and a second reference tab extending from the second leg between the third lobe and the fourth lobe and in the same direction as the at least two tabs of the third lobe. a first lobe comprising a first hole; a second lobe comprising a second hole; a third lobe comprising a third hole; a fourth lobe comprising a fourth hole; a first leg extending from the first lobe to the second lobe; a second leg extending between the third lobe and the fourth lobe, wherein the second leg is parallel to the first leg; and a third leg extending from the first lobe to the third lobe and spacing the first leg from the second leg such that the second lobe is disposed opposite the fourth lobe; and characterized by further comprising: a first reference tab extending from the first leg between the first lobe and the second lobe and in the same direction as the at least two tabs of the first lobe, and a second reference tab extending from the second leg between the third lobe and the fourth lobe and in the same direction as the at least two tabs of the third lobe.
A stirring element for mixing and/or homogenizing flowable media, having a drivable stirring shaft and having at least one stirring member, wherein each stirring member is connected fixedly to the stirring shaft in the rotational direction, wherein the stirring member is provided with at least two stirring bodies having an inlet opening and an outlet opening for the flowable medium, wherein the at least two stirring bodies are fixedly connected to the shaft via one respective support arm, wherein the inlet opening is larger than the outlet opening, wherein the stirring bodies belonging to the stirring member are arranged on different planes which are normal, perpendicular, to the stirring shaft and which in each case have a defined spacing from one another in the axial direction, wherein the stirring bodies are conical hollow bodies, characterized in that during operation the longitudinal axis of the support arms is oriented substantially perpendicular to the longitudinal axis of the stirring shaft. wherein the stirring bodies belonging to the stirring member are arranged on different planes which are normal, perpendicular, to the stirring shaft and which in each case have a defined spacing from one another in the axial direction, wherein the stirring bodies are conical hollow bodies, characterized in that during operation the longitudinal axis of the support arms is oriented substantially perpendicular to the longitudinal axis of the stirring shaft.
A method for leak testing a battery cell, said cell being sealed and comprising parts and substances which are necessary to the operation of the battery cell, by means of a leak test system comprising a vacuum chamber and a detecting and measuring instrument, the method including the following steps, not necessarily in that order: - positioning said cell in such a way that at least one portion of the cell is in the vacuum chamber; - sealing said vacuum chamber; - starting a vacuum creation phase in which the pressure inside the vacuum chamber is decreased to a lower level than the level of pressure inside the cell to be checked, said lower level being such that the gases and/or vapors deriving from the parts and/or the substances inside the cell leak from said cell in cases of leak; - starting a stabilization phase in which said gases and/or vapors leak from the cell in cases of leak; - starting an acceleration phase in which an auxiliary gas is fed into the vacuum chamber and pushing the gases and/or vapors leaking from the cell towards the detecting and measuring instrument; and - detecting the leak rate by means of the detecting and measuring instrument; characterized in that the acceleration phase comprises raising the pressure inside the leak test system, thereby increasing the flow of the gases and/or vapors leaking from the cell towards the detecting and measuring instrument. - positioning said cell in such a way that at least one portion of the cell is in the vacuum chamber; - sealing said vacuum chamber; - starting a vacuum creation phase in which the pressure inside the vacuum chamber is decreased to a lower level than the level of pressure inside the cell to be checked, said lower level being such that the gases and/or vapors deriving from the parts and/or the substances inside the cell leak from said cell in cases of leak; - starting a stabilization phase in which said gases and/or vapors leak from the cell in cases of leak; - starting an acceleration phase in which an auxiliary gas is fed into the vacuum chamber and pushing the gases and/or vapors leaking from the cell towards the detecting and measuring instrument; and - detecting the leak rate by means of the detecting and measuring instrument; characterized in that the acceleration phase comprises raising the pressure inside the leak test system, thereby increasing the flow of the gases and/or vapors leaking from the cell towards the detecting and measuring instrument.