mhurhangee/ep-ind-claims huggingface dataset:
A machine-implemented method of selectively driving a display device comprising a display panel that includes a plurality of gate lines (G1 - Gn), a plurality of data lines (D1 - Dn), and a plurality of pixels connected to the plurality of gate lines (G1 - Gn) and the plurality of data lines (D1 - Dn), a data driver connected to the plurality of data lines (D1 - Dn), a gate driver connected to the plurality of gate lines (G1 - Gn), a power management integrated circuit PMIC unit configured to generate an analog power source voltage (AVDD') and a digital power source voltage (DVDD) from an external power unit, and a signal controller configured to control the data driver, the gate driver and the PMIC unit the method performed by the display device comprising selectively controlling the PMIC not to apply a power source voltage (AVDD, DVDD) to the data driver, during a new-image blanking time period when the signal controller is not supplying new image data to the data driver, and controlling the data driver not to operate at normal full power during the new-image blanking time period within which new image data for displaying a new image is not transmitted from the signal controller to the data driver thereby reducing the power consumption, wherein, when the signal controller controls the analog power source voltage (AVDD) and the digital power source voltage (DVDD) not to be applied to the data driver, the method further comprises blocking the analog power source voltage (AVDD) for predetermindes period of time before blocking the digital power source voltage (DVDD) in the new-image blanking period and applying the digital power source voltage (DVDD) to the data driver for a predetermined period of time before applying the analog power source voltage (AVDD) to the data driver after the new-image blanking period.
A pharmaceutical composition for use in treating cancer or a metastasis thereof in a subject, wherein the pharmaceutical composition comprises a therapeutically effective amount of a first immune stimulator and a second immune stimulator, wherein the first immune stimulator is an alpha thymosin peptide, and the second immune stimulator is a PD-1 inhibitor.
Computer arrangement comprising a processor and a memory (12;13;14;15) storing a computer program comprising instructions and data that can be run by the processor, and storing a set of laser scan samples including a sub-set of laser scan samples relating to a façade of a building and storing location data as to each laser scan sample, said memory also storing a picture of said same façade including location data as to pixels of said picture, said picture including data as to a wall of said façade and data as to texture elements in said façade, said processor being arranged to communicate with said memory and to automatically separate said sub-set of laser scan samples into a first part containing samples associated with said wall of said façade and a second part containing samples associated with said texture elements in said façade and said processor is arranged to produce a mask for each of said first and second parts, to automatically identify said wall and said texture elements in said picture while using said masks and to derive library elements from said picture.
Flexible pipe element, in particular a decoupling element, for an exhaust gas system of a motor vehicle, which has an inner pipe part and an outer pipe part, wherein the outer pipe part surrounds the inner pipe part at a predetermined distance, with the result that an interspace is present between the inner and the outer pipe part (3, 4), wherein the inner pipe part is designed to be gas-tight and has a bellows portion or annular corrugated portion (7, 8), and wherein the bellows portion of the inner pipe part is arranged between a first smooth cylindrical end portion and a second smooth cylindrical end portion of the inner pipe part, which end portions (9, 10) are in each case provided with a fastening device (13, 13') for fastening the inner pipe part to the outer pipe part, characterized in that the fastening device (13, 13') comprises an axially extended U profile, in that the U profile is attached by a first leg (20, 20') to the first smooth cylindrical end portion of the inner pipe part and by a second leg to the smooth cylindrical end portion of the outer pipe part, and in that the axially extended U profile has an extension (24, 24') which is provided on the first leg (20, 20').
A derivative of a heterocyclic compound having a nitrogen atom represented by the following general formula wherein R 2 and R 3 each independently represent a hydrogen atom, an aryl group having 6 to 20 carbon atoms which aryl group may have a substituent, or an alkyl group selected from the group consisting of a methyl group and an ethyl group which alkyl group may have a substituent, and said substituent is independently an alkyl group having 1 to 6 carbon atoms, or an aryl group having 6 to 20 carbon atoms; L represents an arylene group having 6 to 20 carbon atoms; Ar 3 represents an aryl group having 6 to 20 carbon atoms, or a group represented by -Ar 1 -Ar 2, in which Ar 1 represents a condensed ring group represented by following general formulae to: wherein each condensed ring group may be bonded with a bonding group of an alkyl group having 1 to 20 carbon atoms which alkyl group may have a substituent, or an aryl group having 6 to 40 carbon atoms which aryl group may have a substituent, and said substituent is independently an alkyl group having 1 to 20 carbon atoms, or an aryl group having 6 to 40 carbon atoms, and when there are plural of bonding groups, the bonding group may be the same or different with each other; and Ar 2 represents an aryl group having 6 to 20 carbon atoms. R 2 and R 3 each independently represent a hydrogen atom, an aryl group having 6 to 20 carbon atoms which aryl group may have a substituent, or an alkyl group selected from the group consisting of a methyl group and an ethyl group which alkyl group may have a substituent, and said substituent is independently an alkyl group having 1 to 6 carbon atoms, or an aryl group having 6 to 20 carbon atoms; L represents an arylene group having 6 to 20 carbon atoms; Ar 3 represents an aryl group having 6 to 20 carbon atoms, or a group represented by -Ar 1 -Ar 2, in which Ar 1 represents a condensed ring group represented by following general formulae to: and said substituent is independently an alkyl group having 1 to 20 carbon atoms, or an aryl group having 6 to 40 carbon atoms, and when there are plural of bonding groups, the bonding group may be the same or different with each other; and Ar 2 represents an aryl group having 6 to 20 carbon atoms.
An integrated system for identifying a cable and connected peripherals comprising at least one cable provided with at least one connector, at least one electronic chip associated with a power supply arrangement, this chip having at least one module for communicating with a terminal, a memory in which data, identification data of the cable, and at least one identifier, are stored, said system being characterized in that it has at least one antenna arranged along the cable and extending over the entire length of the cable to be identified, said antenna being connected to the chip in order to allow data communication between said electronic chip and the communication terminal via the activation of a management program, contained in said chip.
A needle guide for use with a handheld probe, comprising: a needle guide body defining a first surface; a needle channel defined on the first surface; and an extended guide feature including a guide cone in communication with the needle channel, wherein the guide cone is disposed at a proximal end of the needle guide, the guide cone extends beyond the body of the needle guide in directions parallel and orthogonal to the first surface of the needle guide body, wherein the needle channel includes two elongate opposing lips that are spaced apart to define a slot therebetween, the lips cooperating to define the guide cone. a needle guide body defining a first surface; a needle channel defined on the first surface; and an extended guide feature including a guide cone in communication with the needle channel, wherein the guide cone is disposed at a proximal end of the needle guide, the guide cone extends beyond the body of the needle guide in directions parallel and orthogonal to the first surface of the needle guide body, wherein the needle channel includes two elongate opposing lips that are spaced apart to define a slot therebetween, the lips cooperating to define the guide cone.
A method for provisioning an unregistered cable modem in a cable operator network comprising a computer connected to the unregistered cable modem, a dynamic host configuration protocol (DHCP) server, a spoofing domain name system server and a non-spoofing DNS server, a captive portal application, and a trivial file transfer protocol (TFTP) server, the method comprising the steps of: the unregistered cable modem obtaining a first configuration file for an unregistered cable modem comprising a configuration, rebooting, and activating the configuration; the computer communicating with the cable operator network via the unregistered cable modem; the computer obtaining a plurality of computer configuration parameters comprising an IP address of the spoofing DNS server from the DHCP server; answering, by the spoofing DNS server, an HTTP request from the computer with an IP address associated with the captive portal application; obtaining, by the captive portal, an activation code from the computer; verifying, by the captive portal, the activation code; and if the activation code is correct, the TFTP server generating a second configuration file for the unregistered cable modem based at least in part on a subscription type for the unregistered cable modem; forcing, by the captive portal, the cable modem to reboot; and answering by the DHCP server a handshake from the cable modem with the configuration parameters comprising the location of the second configuration file, wherein the activation code is provided by the cable operator. the unregistered cable modem obtaining a first configuration file for an unregistered cable modem comprising a configuration, rebooting, and activating the configuration; the computer communicating with the cable operator network via the unregistered cable modem; the computer obtaining a plurality of computer configuration parameters comprising an IP address of the spoofing DNS server from the DHCP server; answering, by the spoofing DNS server, an HTTP request from the computer with an IP address associated with the captive portal application; obtaining, by the captive portal, an activation code from the computer; verifying, by the captive portal, the activation code; and if the activation code is correct, the TFTP server generating a second configuration file for the unregistered cable modem based at least in part on a subscription type for the unregistered cable modem; forcing, by the captive portal, the cable modem to reboot; and answering by the DHCP server a handshake from the cable modem with the configuration parameters comprising the location of the second configuration file, wherein the activation code is provided by the cable operator.
A heart valve system, the system comprising: a radially self-expandable tubular body having an inflow end and an outflow end, the tubular body including a plurality of struts (9, 12) with at least one motion buffer component integrated in the tubular body; a valve coupled to the tubular body, the valve including a plurality of valve leaflets; and a fabric disposed over an outer surface of the tubular body and over an outer surface of the motion buffer component, wherein, when the outflow end of the tubular body moves radially inward from movement of the valve leaflets, the motion buffer component is configured so as to not move radially inward with the outflow end of the tubular body, characterized in that the at least one motion buffer component extends from an inflow end side thereof, which is coupled to the tubular body, to a free outflow end side thereof, which is unconnected to the tubular body; a radially self-expandable tubular body having an inflow end and an outflow end, the tubular body including a plurality of struts (9, 12) with at least one motion buffer component integrated in the tubular body; a valve coupled to the tubular body, the valve including a plurality of valve leaflets; and a fabric disposed over an outer surface of the tubular body and over an outer surface of the motion buffer component, wherein, when the outflow end of the tubular body moves radially inward from movement of the valve leaflets, the motion buffer component is configured so as to not move radially inward with the outflow end of the tubular body, characterized in that the at least one motion buffer component extends from an inflow end side thereof, which is coupled to the tubular body, to a free outflow end side thereof, which is unconnected to the tubular body;
A method for obtaining a root mass from plant seeds, comprising steps of: - providing seeds of a plant, - allowing germination of the seeds in conditions of hydroponic culture and darkness, - flipping the seedlings so that their roots are exposed apically, and keeping them in that position under dark conditions so that the roots grow back down; and - collecting the root mass thus obtained. - providing seeds of a plant, - allowing germination of the seeds in conditions of hydroponic culture and darkness, - flipping the seedlings so that their roots are exposed apically, and keeping them in that position under dark conditions so that the roots grow back down; and - collecting the root mass thus obtained.
A combination of a heating assembly, a fuel dispenser hose and a nozzle, the heating assembly comprising: a conductive outer extension tube having a first end with a well formed therein, the well extending at least partially through the conductive outer extension tube; a flexible outer tube having a longitudinal passageway extending therethrough, a first end of the flexible outer tube being coupled to the first end of the conductive outer extension tube; a conductive inner extension tube extending through the conductive outer extension tube, the conductive inner extension tube having a first end mated to the first end of the conductive outer extension tube; and a heating element extending longitudinally through the longitudinal passageway of the flexible outer tube and extending at least partially through a longitudinal passageway in the conductive inner extension tube, the heating element being configured to heat fluid surrounding the conductive outer extension tube; wherein the flexible outer tube is configured to be substantially contained within the fuel dispenser hose and extend along an entire length of the fuel dispenser hose; the conductive outer extension tube is configured to be located substantially outside of the fuel dispenser hose and to be substantially contained within the nozzle coupled to the fuel dispenser hose; and the first end of the conductive outer extension tube is positioned adjacent to an opening in the nozzle, and the conductive outer extension tube extends through a substantial length of the nozzle. a conductive outer extension tube having a first end with a well formed therein, the well extending at least partially through the conductive outer extension tube; a flexible outer tube having a longitudinal passageway extending therethrough, a first end of the flexible outer tube being coupled to the first end of the conductive outer extension tube; a conductive inner extension tube extending through the conductive outer extension tube, the conductive inner extension tube having a first end mated to the first end of the conductive outer extension tube; and a heating element extending longitudinally through the longitudinal passageway of the flexible outer tube and extending at least partially through a longitudinal passageway in the conductive inner extension tube, the heating element being configured to heat fluid surrounding the conductive outer extension tube; wherein the flexible outer tube is configured to be substantially contained within the fuel dispenser hose and extend along an entire length of the fuel dispenser hose; the conductive outer extension tube is configured to be located substantially outside of the fuel dispenser hose and to be substantially contained within the nozzle coupled to the fuel dispenser hose; and the first end of the conductive outer extension tube is positioned adjacent to an opening in the nozzle, and the conductive outer extension tube extends through a substantial length of the nozzle.
An Inhibitor of Factor XII (FXII) for use in the prevention and/or treatment of ischemia in a patient receiving a medical procedure, wherein the medical procedure comprises contact with at least one of: (a) heart, (b) at least one blood vessel chosen from: the aorta, the aortic arch, a carotid artery, a coronary artery, brachiocephalic artery, vertebrobasilar circulation, intracranial arteries, renal artery, a hepatic artery, a mesenteric artery, and/or a blood vessel of the arterial system cranial to the heart, (c) a venous blood vessel if the patient has a known septal defect; and wherein the medical procedure comprises release of at least one microembolus in at least one of said blood vessels in the body that could result in said ischemia in at least one target organ and wherein the FXII inhibitor is administered before, during, and/or after the medical procedure, wherein the target organ is brain, and wherein the patient has, has had, or is at risk for (i) silent brain ischemia or (ii) a stroke caused by a nonthrombolysable substance and wherein the FXII inhibitor comprises (i) the wild type Infestin-4 polypeptide sequence (SEQ ID NO: 1), or a variant thereof, wherein a variant comprises (a) the N-terminal amino acids 2-13 of the wild type Infestin-4 sequence and at least one and up to five amino acid mutations outside said N-terminal amino acids that result in differences from the wild type Infestin-4 sequence; and/or (b) six conserved cysteine residues from the wild type Infestin-4 sequence and a homology of at least 70% to the wild type Infestin-4 sequence. (ii)an anti-FXII antibody, wherein the antibody binds to FXII and inhibits its activity and/or activation. (a) heart, (b) at least one blood vessel chosen from: the aorta, the aortic arch, a carotid artery, a coronary artery, brachiocephalic artery, vertebrobasilar circulation, intracranial arteries, renal artery, a hepatic artery, a mesenteric artery, and/or a blood vessel of the arterial system cranial to the heart, (c) a venous blood vessel if the patient has a known septal defect; (i) the wild type Infestin-4 polypeptide sequence (SEQ ID NO: 1), or a variant thereof, wherein a variant comprises (a) the N-terminal amino acids 2-13 of the wild type Infestin-4 sequence and at least one and up to five amino acid mutations outside said N-terminal amino acids that result in differences from the wild type Infestin-4 sequence; and/or (b) six conserved cysteine residues from the wild type Infestin-4 sequence and a homology of at least 70% to the wild type Infestin-4 sequence. (a) the N-terminal amino acids 2-13 of the wild type Infestin-4 sequence and at least one and up to five amino acid mutations outside said N-terminal amino acids that result in differences from the wild type Infestin-4 sequence; and/or (b) six conserved cysteine residues from the wild type Infestin-4 sequence and a homology of at least 70% to the wild type Infestin-4 sequence. (ii)an anti-FXII antibody, wherein the antibody binds to FXII and inhibits its activity and/or activation.
An induction motor controller, comprising: a controller, configured to couple to one or more sensors and an induction motor having a stator and a rotor, the controller having a first module and a second module; the first module configured to derive a commanded stator voltage vector (Vdsc, Vqsc), in a stator flux reference frame, via a rotor flux regulator loop operated by a rotor flux regulator and a torque regulator loop operated by a torque regulator, which process at least partially in the stator flux reference frame; the second module configured to process the commanded stator voltage vector (Vdsc, Vqsc) to produce alternating current power for the induction motor; and a third module configured to apply a rotor flux current model and a rotor flux voltage model to generate an estimated rotor flux magnitude and an estimated torque, wherein the rotor flux regulator loop includes the estimated rotor flux magnitude as an input to the rotor flux regulator, and the torque regulator loop includes the estimated torque as an input to the torque regulator. a controller, configured to couple to one or more sensors and an induction motor having a stator and a rotor, the controller having a first module and a second module; the first module configured to derive a commanded stator voltage vector (Vdsc, Vqsc), in a stator flux reference frame, via a rotor flux regulator loop operated by a rotor flux regulator and a torque regulator loop operated by a torque regulator, which process at least partially in the stator flux reference frame; the second module configured to process the commanded stator voltage vector (Vdsc, Vqsc) to produce alternating current power for the induction motor; and a third module configured to apply a rotor flux current model and a rotor flux voltage model to generate an estimated rotor flux magnitude and an estimated torque, wherein the rotor flux regulator loop includes the estimated rotor flux magnitude as an input to the rotor flux regulator, and the torque regulator loop includes the estimated torque as an input to the torque regulator.
A nozzle device, configured for conveying air of a fan, comprising: - a nozzle housing for guiding a main flow, - a bypass provided on the outside of the nozzle housing, which is fluidly connected to an inside of the nozzle housing and to the main flow via a housing wall opening, so that a bypass flow can flow through the bypass, - a sensor arranged inside the bypass for measuring parameters of the conveyed air, having several individual webs spaced apart from each other on which respective measuring means of the sensor are arranged, characterized by - a guiding arrangement arranged inside the bypass and upstream of the sensor for guiding the bypass flow to the respective webs of the sensor, wherein the guiding arrangement has several nozzle openings which are respectively oriented towards the webs of the sensor, so that the bypass flow through the nozzle openings is directly guided to the measuring means arranged on the webs. - a nozzle housing for guiding a main flow, - a bypass provided on the outside of the nozzle housing, which is fluidly connected to an inside of the nozzle housing and to the main flow via a housing wall opening, so that a bypass flow can flow through the bypass, - a sensor arranged inside the bypass for measuring parameters of the conveyed air, having several individual webs spaced apart from each other on which respective measuring means of the sensor are arranged, characterized by - a guiding arrangement arranged inside the bypass and upstream of the sensor for guiding the bypass flow to the respective webs of the sensor, wherein the guiding arrangement has several nozzle openings which are respectively oriented towards the webs of the sensor, so that the bypass flow through the nozzle openings is directly guided to the measuring means arranged on the webs.