mhurhangee/ep-ind-claims huggingface dataset:
A user equipment device comprising: one or more antennas; and wireless circuitry configured to use the one or more antennas to: transmit Short Message Service, SMS, message data over a first communications link having a first bandwidth, the first communications link comprising a cellular communications link or a Wi-Fi communications link, and when the first communications link is unavailable, transmit, over a second communications link, a compressed message including the SMS message data, the second communications link comprising neither a cellular communications link nor a Wi-Fi communications link, being associated with a relay network including at least two network nodes and having a second bandwidth that is less than the first bandwidth. one or more antennas; and wireless circuitry configured to use the one or more antennas to: transmit Short Message Service, SMS, message data over a first communications link having a first bandwidth, the first communications link comprising a cellular communications link or a Wi-Fi communications link, and when the first communications link is unavailable, transmit, over a second communications link, a compressed message including the SMS message data, the second communications link comprising neither a cellular communications link nor a Wi-Fi communications link, being associated with a relay network including at least two network nodes and having a second bandwidth that is less than the first bandwidth. transmit Short Message Service, SMS, message data over a first communications link having a first bandwidth, the first communications link comprising a cellular communications link or a Wi-Fi communications link, and when the first communications link is unavailable, transmit, over a second communications link, a compressed message including the SMS message data, the second communications link comprising neither a cellular communications link nor a Wi-Fi communications link, being associated with a relay network including at least two network nodes and having a second bandwidth that is less than the first bandwidth.
A method of wireless communication using a user equipment, UE, comprising a battery, a first transceiver and a second transceiver, comprising: determining that the first transceiver is scheduled to communicate using a first transmission simultaneous to the second transceiver being scheduled to communicate using a second transmission; and mitigating voltage droop of the battery due to scheduled simultaneous transmissions of the first and second transceivers by altering an operation of at least one of the first and second transceivers. determining that the first transceiver is scheduled to communicate using a first transmission simultaneous to the second transceiver being scheduled to communicate using a second transmission; and mitigating voltage droop of the battery due to scheduled simultaneous transmissions of the first and second transceivers by altering an operation of at least one of the first and second transceivers.
A watchdog circuit for an aerospace processor, the watchdog circuit comprising: an active watchdog integrated reset circuit connected to the processor that receives a strobe signal from the processor, the active watchdog integrated reset circuit including a watchdog counter that is reset by the strobe, the active watchdog integrated reset circuit causing a reset of the processor when the watchdog counter expires by providing a reset signal from an output of the active watchdog integrated reset circuit to a reset input of the processor; the watchdog circuit being characterised by comprising: a watchdog circuit built in test, WD BIT, reset inhibit circuit connected between the output of the active watchdog integrated reset circuit and the reset input of the processor, WD BIT reset inhibit circuit preventing the active watchdog integrated reset circuit from resetting of the processer for a predetermined time after the processor initiates a built in test of the active watchdog integrated reset circuit. an active watchdog integrated reset circuit connected to the processor that receives a strobe signal from the processor, the active watchdog integrated reset circuit including a watchdog counter that is reset by the strobe, the active watchdog integrated reset circuit causing a reset of the processor when the watchdog counter expires by providing a reset signal from an output of the active watchdog integrated reset circuit to a reset input of the processor; the watchdog circuit being characterised by comprising: a watchdog circuit built in test, WD BIT, reset inhibit circuit connected between the output of the active watchdog integrated reset circuit and the reset input of the processor, WD BIT reset inhibit circuit preventing the active watchdog integrated reset circuit from resetting of the processer for a predetermined time after the processor initiates a built in test of the active watchdog integrated reset circuit.
An openable forcipate gear mechanism, comprising: a circular base spliced by two parts, wherein the circular base is provided with an annular guide rail which is spliced; and an annular gear spliced by two parts, wherein the annular gear is mounted on the guide rail and rotates along the guide rail. a circular base spliced by two parts, wherein the circular base is provided with an annular guide rail which is spliced; and an annular gear spliced by two parts, wherein the annular gear is mounted on the guide rail and rotates along the guide rail.
A method of distinguishing between an animal that has been infected with Ehrlichia canis and an animal that has not been infected with E. canis, the method comprising: (a) contacting a biological sample from an animal with one ore more purified polypeptides comprising the amino acid sequence set forth in SEQ ID NO: 10; and (b) detecting whether antibodies in the sample specifically bind to the one or more purified polypeptides; wherein if antibodies in the sample specifically bind to the one or more purified polypeptides, then the animal has been infected with E. canis. (a) contacting a biological sample from an animal with one ore more purified polypeptides comprising the amino acid sequence set forth in SEQ ID NO: 10; and (b) detecting whether antibodies in the sample specifically bind to the one or more purified polypeptides;
A method of reducing the number of mesenchymal stem cells in a mixed population of cells comprising cardiomyocyte lineage cells which are the in vitro differentiated progeny of primate pluripotent stem (pPS cells), the method comprising: a) contacting the mixed cell population with one or more ligands that bind to a MSC marker chosen from CD90, CD73, CD140b, and CD10; and b) removing the ligand bound cells of a) thereby reducing the number of MSC from the mixed population of cells comprising cardiomyocyte lineage cells.
An ink circuit of a continuous inkjet printer, comprising: - a first part of said ink circuit comprising means for providing a print head of said CIJ printer with ink and solvent; - a second part of said ink circuit comprising a first single-block assembly comprising at least part of at least a first pump and a second single-block assembly comprising at least one filter, and each of said assemblies further comprising: - a housing having at least one fluid inlet (14, 36, 42) and at least one fluid outlet (16, 38, 44), - fluid connection means (24, 26, 39, 37, 41, 43, 45) to allow fluids to flow from said at least one fluid inlet (14, 36, 42), to said at least part of a first pump or said filter and then to said at least one fluid outlet (16, 38, 44), Characterized in that it further comprises: - means (32h 1 - 22h 3, 77) for mounting and disassembling said first single-block assembly and said second single-block assembly to and from said first part of said ink circuit, independently from each other. - a first part of said ink circuit comprising means for providing a print head of said CIJ printer with ink and solvent; - a second part of said ink circuit comprising a first single-block assembly comprising at least part of at least a first pump and a second single-block assembly comprising at least one filter, and each of said assemblies further comprising: - a housing having at least one fluid inlet (14, 36, 42) and at least one fluid outlet (16, 38, 44), - fluid connection means (24, 26, 39, 37, 41, 43, 45) to allow fluids to flow from said at least one fluid inlet (14, 36, 42), to said at least part of a first pump or said filter and then to said at least one fluid outlet (16, 38, 44), - means (32h 1 - 22h 3, 77) for mounting and disassembling said first single-block assembly and said second single-block assembly to and from said first part of said ink circuit, independently from each other.
Disc brake actuator for a vehicle with an electrical drive and a transmission unit driven by the electrical drive, the transmission unit comprising a ramp transmission system (12; 29) and a threaded transmission system (13; 43), wherein the ramp transmission system (12; 29) and the threaded transmission system (13; 43) are arranged in series in the force flow of the transmission unit, characterized in that the transmission unit is driven by the electrical drive via a further transmission unit and the further transmission unit comprises a planetary gear set, a cycloidal drive or a worm transmission unit.
A coating comprising: a carbon nanotube layer comprising carbon nanotubes; and a coating layer on the carbon nanotube layer, characterized in that the coating layer comprises a polyurethane polymer formed from a coating composition comprising: a hydrophobic first aliphatic polyisocyanate; a second aliphatic polyisocyanate comprising a hydrophilic portion; a polyester polyol; a hydrophilic polyol; a fluorinated polyol; and a fluorinated alcohol having one hydroxyl group. a carbon nanotube layer comprising carbon nanotubes; and a coating layer on the carbon nanotube layer, a hydrophobic first aliphatic polyisocyanate; a second aliphatic polyisocyanate comprising a hydrophilic portion; a polyester polyol; a hydrophilic polyol; a fluorinated polyol; and a fluorinated alcohol having one hydroxyl group.
Dry mortar comprising cement and a very fine component, which is able to be mixed to form a mortar slurry, wherein no silica fume is contained and the dry mortar contains at least one plasticizer and/or at least one plasticizer is contained in the water or is added during mixing with water, wherein at least 62 % by weight cement is contained, the mortar slurry has a ratio dry substance:water in the range from 1:0.28 to 1:0.36, and the compressive strength of the hardened mortar from the mortar slurry is at least 100 N/mm 2 after 28 days.
A grain oriented electrical steel sheet, comprising: a steel sheet; a coating layer A that is a ceramic coating containing an oxide in an amount of less than 30 mass% and disposed on the steel sheet; and a coating layer B that is an insulation tension coating containing an oxide and disposed on the coating layer A, wherein when Gaussian fitting is performed on a 31 P-NMR spectrum of the coating layer B within a range of 0 to -60 ppm, a peak area in a range of -17 to -33 ppm accounts for 30% or more of a total peak area, wherein the coating layer A contains a nitride or a carbonitride, wherein the coating layer B contains an oxide, an amount of oxide of phosphorous in the coating layer B is from 25 to 55 mass%, an amount of oxide of silicon in the coating layer B is from 42 to 58 mass% and an amount of oxide of element other than P and Si in the coating layer B is from 2 to 18 mass%, and wherein the coating layer B includes not less than 5 mass% of crystal phase. a steel sheet; a coating layer A that is a ceramic coating containing an oxide in an amount of less than 30 mass% and disposed on the steel sheet; and a coating layer B that is an insulation tension coating containing an oxide and disposed on the coating layer A, wherein when Gaussian fitting is performed on a 31 P-NMR spectrum of the coating layer B within a range of 0 to -60 ppm, a peak area in a range of -17 to -33 ppm accounts for 30% or more of a total peak area, wherein the coating layer A contains a nitride or a carbonitride, wherein the coating layer B contains an oxide, an amount of oxide of phosphorous in the coating layer B is from 25 to 55 mass%, an amount of oxide of silicon in the coating layer B is from 42 to 58 mass% and an amount of oxide of element other than P and Si in the coating layer B is from 2 to 18 mass%, and wherein the coating layer B includes not less than 5 mass% of crystal phase.
Milling tool comprising, on one hand, a basic body that includes front and rear ends (5, 6), between which there extends a centre axis on which the basic body is rotatable and with which an envelope surface is concentric, as well as a seat situated in a transition between the envelope surface and the front end, and on the other hand a double-sided, indexable milling insert, which has a round basic shape defined by an imaginary cylinder that is concentric with a centre axis and extends between two reference planes, which individually extend perpendicular to the centre axis, and which milling insert comprises a pair of opposite chip faces, which are located in said reference planes and between which an envelope surface concentric with the centre axis of the milling insert extends, as well as a plurality of identical and alternately usable cutting edges along the peripheries of the chip faces, the seat being located in a spatial position, which is tipped-in in the basic body and in which an axial tipping-in angle (τ) as well as a radial one (υ) are negative with the purpose of providing a clearance behind an active cutting edge of the milling insert, and the milling insert being clamped in the seat by means of a tightening device and rotationally secured in one of several index positions by means of co-operating lock means (28, 29) in the basic body and the milling insert, respectively, characterized in that the individual cutting edge of the milling insert has the shape of a wave trough subsiding from a reference plane, when the milling insert is regarded in side elevation, and includes two edge segments (22, 23), which transform into each other via a bottom point and a primary one of which is longer than a secondary one and falls toward the bottom point at a slope angle (n) that is smaller than an analogous slope angle (θ) at which the secondary edge segment falls toward the bottom point, and that the slope angle (n) of the primary edge segment is greater than the axially negative tipping-in angle (τ) of the milling insert.
A system for hosting a hybrid client application upon a client device, said system comprising: a processor; a communications module, said communications module capable of communicating with remote client applications; and an application controller wherein said application controller is capable of being executed by said processor and further wherein said application controller is capable of communicating with remote client applications via said communications module, characterized in that: further wherein said application controller is capable of querying a remote client application of said remote client applications whether said remote client application comprises at least one native operation, and which parameters each of said at least one native operation needs; further wherein said application controller is capable of providing a unified User Interface, UI, for a user that, within a content view thereof, allows access to both remote client application functionality and native operation of said remote client application. a processor; a communications module, said communications module capable of communicating with remote client applications; and an application controller wherein said application controller is capable of being executed by said processor and further wherein said application controller is capable of communicating with remote client applications via said communications module, characterized in that: further wherein said application controller is capable of querying a remote client application of said remote client applications whether said remote client application comprises at least one native operation, and which parameters each of said at least one native operation needs; further wherein said application controller is capable of providing a unified User Interface, UI, for a user that, within a content view thereof, allows access to both remote client application functionality and native operation of said remote client application. further wherein said application controller is capable of querying a remote client application of said remote client applications whether said remote client application comprises at least one native operation, and which parameters each of said at least one native operation needs; further wherein said application controller is capable of providing a unified User Interface, UI, for a user that, within a content view thereof, allows access to both remote client application functionality and native operation of said remote client application.
Method for producing a sliding guide for guiding an inner tube in an outer tube that is movable in relation thereto of a telescopic table frame part, comprising attaching at least one sliding element of a slidable plastic on the inner surface of the outer tube or on the outer surface of the inner tube by injection moulding by means of an injection moulding tool, which has an injection lance with at least one, preferably straight, feed tube, from which at least one distribution pipe extends laterally, preferably at right angles, wherein said plastic is fed inside the inner tube via the distribution pipe through an injection-moulding tool access opening in the same.
A system for checking a correct mounting of a plurality of sensors mounted in an engine system, comprising a controller configured for receiving signals from the plurality of sensors, characterized in that the controller is configured to - control the switching on or off of the power supply to the plurality of sensors to occur in a predetermined sequence and/or at different points in time, - monitor a sequence and/or timing of the signals received from the sensors and to evaluate it with respect to the sequence and/or timing of a switching of a power supply to the sensors for checking the correct mounting of the sensors, and - check the correct mounting of sensors by checking whether the sequence and/or point in time at which signals from a sensor are received or no longer received corresponds to an expected sequence and/or point in time with respect to the sequence and/or point in time of switching on or off of the power supply to the sensors. - control the switching on or off of the power supply to the plurality of sensors to occur in a predetermined sequence and/or at different points in time, - monitor a sequence and/or timing of the signals received from the sensors and to evaluate it with respect to the sequence and/or timing of a switching of a power supply to the sensors for checking the correct mounting of the sensors, and - check the correct mounting of sensors by checking whether the sequence and/or point in time at which signals from a sensor are received or no longer received corresponds to an expected sequence and/or point in time with respect to the sequence and/or point in time of switching on or off of the power supply to the sensors.
An electrical connector system, comprising: a first connector member and a second connector member releasably mateable to each other; the first connector member being physically and electrically connected to a first electrical conductor and the second connector member being physically and electrically connected to a second electrical conductor; the first connector member forming a socket having inner and outer side walls, and having a receiving opening; the second connector member forming a plug having outer side walls surrounded by an annular opening; when mated, the first connector member and the second connector member providing a physical and electrical connection between the first and second electrical conductors, with the plug of the second connector member inside the socket of the first connector member, and the first connector member socket inside the annular opening of the second connector member; the socket of the first connector member having a tip and a base at a receiving end; wherein the electrical connector system further comprises a first sealing mechanism formed on the base of the socket of the first connector member, wherein the first sealing mechanism is formed by a first annular protrusion, characterized in that the electrical connector system further comprises a second sealing mechanism formed on the tip of the socket. a first connector member and a second connector member releasably mateable to each other; the first connector member being physically and electrically connected to a first electrical conductor and the second connector member being physically and electrically connected to a second electrical conductor; the first connector member forming a socket having inner and outer side walls, and having a receiving opening; the second connector member forming a plug having outer side walls surrounded by an annular opening; when mated, the first connector member and the second connector member providing a physical and electrical connection between the first and second electrical conductors, with the plug of the second connector member inside the socket of the first connector member, and the first connector member socket inside the annular opening of the second connector member; the socket of the first connector member having a tip and a base at a receiving end; wherein the electrical connector system further comprises a first sealing mechanism formed on the base of the socket of the first connector member, wherein the first sealing mechanism is formed by a first annular protrusion, characterized in that the electrical connector system further comprises a second sealing mechanism formed on the tip of the socket.