mhurhangee/ep-ind-claims huggingface dataset:
A mammalian protein consisting of one or two single chain polypeptide SU subunits that are different with respect to their amino acid sequences, wherein said subunits are i) SU1 consisting of the amino acid sequence of SEQ ID NO: 2; and ii) SU2 consisting of the amino acid sequence of SEQ ID NO: 3, which protein comprises at least one SU2 subunit consisting of the amino acid sequence of SEQ ID NO: 3. i) SU1 consisting of the amino acid sequence of SEQ ID NO: 2; and ii) SU2 consisting of the amino acid sequence of SEQ ID NO: 3,
A powered LED circuit comprising: a power supply configured to generate and deliver an output current at a controllable average value with a substantial ripple component; one or more LEDs connected together; and a ripple reduction circuit that is connected to the power supply and to the one or more LEDs, the ripple reduction circuit having a current regulator connected in series with the one or more LEDs which is configured to substantially reduce fluctuations in the current flowing through the one or more LEDs which are due to the ripple component of the output current, but not to substantially reduce fluctuations in the current flowing through the one or more LEDs which are due to changes in the average value of the output current, characterised in that the current regulator includes a MOSFET having a current pathway in series with the one or more LEDs, and a low pass filter configured to deliver a voltage to the gate of the MOSFET so as to control the amount of current that flows through the one or more LEDs. a power supply configured to generate and deliver an output current at a controllable average value with a substantial ripple component; one or more LEDs connected together; and a ripple reduction circuit that is connected to the power supply and to the one or more LEDs, the ripple reduction circuit having a current regulator connected in series with the one or more LEDs which is configured to substantially reduce fluctuations in the current flowing through the one or more LEDs which are due to the ripple component of the output current, but not to substantially reduce fluctuations in the current flowing through the one or more LEDs which are due to changes in the average value of the output current,
A method for a user equipment, UE, that enables delivering an Uplink Power Headroom, UPH, measurement associated with an enhanced dedicated channel, E-DCH, transmission of the UE, in a CELL_FACH state, comprising: transmitting, to at least one of a base station or an eNode B, a portion of a physical random access channel, PRACH, preamble upon receipt of an acquisition indication channel, AICH; communicating, to said at least one of a base station or an eNode B, a dedicated physical control channel, DPCCH, wherein the UE sends the DPCCH for a configurable number of radio frames prior to the start of a data transmission associated with the E-DCH; evaluating a transmitted power level for the UE prior to the start of the data transmission associated with the E-DCH; incorporating the UPH measurement within a scheduling information, SI, portion of a header, wherein the incorporation is based at least in part upon the transmitted power level evaluated for the E-DCH transmission for the UE prior to the start of the data transmission associated with the E-DCH; and, transmitting the UPH measurement information within the SI portion of the header to said at least one of a base station or an eNode B prior to the start of the data transmission associated with the E-DCH. transmitting, to at least one of a base station or an eNode B, a portion of a physical random access channel, PRACH, preamble upon receipt of an acquisition indication channel, AICH; communicating, to said at least one of a base station or an eNode B, a dedicated physical control channel, DPCCH, wherein the UE sends the DPCCH for a configurable number of radio frames prior to the start of a data transmission associated with the E-DCH; evaluating a transmitted power level for the UE prior to the start of the data transmission associated with the E-DCH; incorporating the UPH measurement within a scheduling information, SI, portion of a header, wherein the incorporation is based at least in part upon the transmitted power level evaluated for the E-DCH transmission for the UE prior to the start of the data transmission associated with the E-DCH; and, transmitting the UPH measurement information within the SI portion of the header to said at least one of a base station or an eNode B prior to the start of the data transmission associated with the E-DCH.
A method for a home agent, HA, in proxy mobile Internet Protocol, PMIP, to acquire an MN-HA key between a mobile station, MS, of a user and the home agent, the method comprising the steps of: the HA in the PMIP receiving an MIP registration request, MIP RRQ, message from a foreign agent, FA; the HA sending a first authentication request message to an authentication authorization and accounting, AAA, server to which the mobile station, MS, of the user belongs, wherein a user password carried in the first authentication request message is an HA-AAA key between the HA and the AAA server; the HA receiving a first authentication response message which carries the MN-HA key returned by the AAA server, wherein the first authentication response message is returned by the AAA server authenticating the HA-AAA key carried in the first authentication request message by using a locally configured HA-AAA key and after the authentication has passed; and the HA acquiring the MN-HA key from the first authentication response message. the HA in the PMIP receiving an MIP registration request, MIP RRQ, message from a foreign agent, FA; the HA sending a first authentication request message to an authentication authorization and accounting, AAA, server to which the mobile station, MS, of the user belongs, wherein a user password carried in the first authentication request message is an HA-AAA key between the HA and the AAA server; the HA receiving a first authentication response message which carries the MN-HA key returned by the AAA server, wherein the first authentication response message is returned by the AAA server authenticating the HA-AAA key carried in the first authentication request message by using a locally configured HA-AAA key and after the authentication has passed; and the HA acquiring the MN-HA key from the first authentication response message.
A monoclonal antibody of any one of to below that binds to an LGR7 protein, wherein the antibody has internalization activity against cells expressing the LGR7 protein: an antibody comprising an H chain having the amino acid sequence of SEQ ID NO: 25 as CDR1, the amino acid sequence of SEQ ID NO: 26 as CDR2, and the amino acid sequence of SEQ ID NO: 27 as CDR3 and comprising an L chain having the amino acid sequence of SEQ ID NO: 30 as CDR1, the amino acid sequence of SEQ ID NO: 31 as CDR2, and the amino acid sequence of SEQ ID NO: 32 as CDR3; an antibody that competes with the antibody of for binding to the epitope that the antibody of binds to. an antibody comprising an H chain having the amino acid sequence of SEQ ID NO: 25 as CDR1, the amino acid sequence of SEQ ID NO: 26 as CDR2, and the amino acid sequence of SEQ ID NO: 27 as CDR3 and comprising an L chain having the amino acid sequence of SEQ ID NO: 30 as CDR1, the amino acid sequence of SEQ ID NO: 31 as CDR2, and the amino acid sequence of SEQ ID NO: 32 as CDR3; an antibody that competes with the antibody of for binding to the epitope that the antibody of binds to.
A cooling assembly (100, 800, 1300) comprising: one or more panels (110, 120, 130, 140, 170; 810, 820, 830, 840) affixed together to form the cooling assembly (100, 800, 1300), at least a portion of the one or more panels (110, 120, 130, 140, 170; 810, 820, 830, 840) comprising an exterior material layer, an interior material layer, and an absorbent material layer maintained between the exterior material layer and the interior material layer, wherein the cooling assembly (100, 800, 1300) is configured to at least partially cover a head area of a user when the cooling assembly (100, 800, 1300) is worn, characterized by a plurality of apertures (160, 190, 192; 811, 821) extending through the exterior material layer, the interior material layer, and the absorbent material layer at one or more locations on the cooling assembly (100, 800, 1300), wherein the plurality of apertures (160, 190, 192; 811, 821) comprises at least a right ear opening (192, 821) at a right side portion of the cooling assembly (100, 800, 1300) and a left ear opening (190, 821) at a left side portion of the cooling assembly (100, 800, 1300) opposite the right ear opening. one or more panels (110, 120, 130, 140, 170; 810, 820, 830, 840) affixed together to form the cooling assembly (100, 800, 1300), at least a portion of the one or more panels (110, 120, 130, 140, 170; 810, 820, 830, 840) comprising an exterior material layer, an interior material layer, and an absorbent material layer maintained between the exterior material layer and the interior material layer, wherein the cooling assembly (100, 800, 1300) is configured to at least partially cover a head area of a user when the cooling assembly (100, 800, 1300) is worn, characterized by a plurality of apertures (160, 190, 192; 811, 821) extending through the exterior material layer, the interior material layer, and the absorbent material layer at one or more locations on the cooling assembly (100, 800, 1300), wherein the plurality of apertures (160, 190, 192; 811, 821) comprises at least a right ear opening (192, 821) at a right side portion of the cooling assembly (100, 800, 1300) and a left ear opening (190, 821) at a left side portion of the cooling assembly (100, 800, 1300) opposite the right ear opening.
A left atrial appendage occluder, comprising: a sealing plate, a fixing frame located on one side of the distal end of the sealing plate, and a connection member for connecting the sealing plate with the fixing frame, wherein the fixing frame comprises a frame structure; the frame structure comprises a proximal side surface and a supporting circumferential surface which is connected with the proximal side surface and extends from the proximal side surface to the distal end, and the connection member is connected with the proximal side surface, characterized in that the radial deformability of the sealing plate is greater than that of the fixing frame and/or the axial deformability of the sealing plate is greater than that of the fixing frame. a sealing plate, a fixing frame located on one side of the distal end of the sealing plate, and a connection member for connecting the sealing plate with the fixing frame, wherein the fixing frame comprises a frame structure; the frame structure comprises a proximal side surface and a supporting circumferential surface which is connected with the proximal side surface and extends from the proximal side surface to the distal end, and the connection member is connected with the proximal side surface, characterized in that the radial deformability of the sealing plate is greater than that of the fixing frame and/or the axial deformability of the sealing plate is greater than that of the fixing frame.
Pump, in particular a hand-operated pump for a hydraulic or pneumatic cylinder with two pressurized working chambers (32a, 32b), in particular a steering cylinder, wherein the pump has two pump chambers (11a, 11b) each with a movable pump element (12a, 12b) in the associated pump chamber and an actuating element controlling the pump elements (12a, 12b), wherein each of the two pump chambers (11a, 11b) has a pressure connection for connection, in each case, to one of the working chambers (32a, 32b), and the actuating element is operatively connected to the two pump elements (12a, 12b) such that on displacement of the actuating element in a first direction only a first of the two pump elements is controlled and on displacement in a second direction only the second of the pump elements is controlled, wherein the pump is designed as a piston or plunger pump with two separate pump cylinders (11a, 11b) and the associated pump pistons (12a, 12b), characterized in that the two pump cylinders (11a, 11b) each have a side branch for connection to a tank return line in the region of a retracted end position of the associated pump piston (12a, 12b), which is released when the pump piston (12a, 12b) is in its retracted end position. wherein the pump has two pump chambers (11a, 11b) each with a movable pump element (12a, 12b) in the associated pump chamber and an actuating element controlling the pump elements (12a, 12b), wherein each of the two pump chambers (11a, 11b) has a pressure connection for connection, in each case, to one of the working chambers (32a, 32b), and the actuating element is operatively connected to the two pump elements (12a, 12b) such that on displacement of the actuating element in a first direction only a first of the two pump elements is controlled and on displacement in a second direction only the second of the pump elements is controlled, wherein the pump is designed as a piston or plunger pump with two separate pump cylinders (11a, 11b) and the associated pump pistons (12a, 12b), characterized in that the two pump cylinders (11a, 11b) each have a side branch for connection to a tank return line in the region of a retracted end position of the associated pump piston (12a, 12b), which is released when the pump piston (12a, 12b) is in its retracted end position.
A method of dynamic bias control for a bias voltage corresponding to a quadrature point of a Mach Zehnder optical modulator with a stabilised optical power input and where the quadrature point may shift over time, the modulator being configurable to be biased by application of the bias voltage such that the modulator operates at quadrature, the method comprising: providing a target for the output power of the modulator, the target for the output power of the modulator being an output power corresponding to the modulator operating at quadrature; applying, to the modulator, a bias voltage having an initial value; thereafter, adjusting the bias voltage such that the output power of the modulator is within a pre-defined range of the target output power by comparing at a comparator the output power of the modulator to the target output power of the modulator and either: (i) starting at the initial value, alternately increasing and decreasing the bias voltage with gradually increasing amplitude until the comparator changes state; or (ii) starting at the initial value, alternately decreasing and increasing the bias voltage with gradually increasing amplitude until the comparator changes state; and identifying the bias voltage at which the comparator changes state as a bias voltage corresponding to a quadrature point of the optical modulator. providing a target for the output power of the modulator, the target for the output power of the modulator being an output power corresponding to the modulator operating at quadrature; applying, to the modulator, a bias voltage having an initial value; thereafter, adjusting the bias voltage such that the output power of the modulator is within a pre-defined range of the target output power by comparing at a comparator the output power of the modulator to the target output power of the modulator and either: (i) starting at the initial value, alternately increasing and decreasing the bias voltage with gradually increasing amplitude until the comparator changes state; or (ii) starting at the initial value, alternately decreasing and increasing the bias voltage with gradually increasing amplitude until the comparator changes state; and (i) starting at the initial value, alternately increasing and decreasing the bias voltage with gradually increasing amplitude until the comparator changes state; or (ii) starting at the initial value, alternately decreasing and increasing the bias voltage with gradually increasing amplitude until the comparator changes state; and identifying the bias voltage at which the comparator changes state as a bias voltage corresponding to a quadrature point of the optical modulator.
A system for detecting at least one designated wake-up word for at least one speech-enabled application, the system comprising: at least one microphone; and at least one computer hardware processor configured to perform: receiving an acoustic signal generated by the at least one microphone at least in part as a result of receiving an utterance spoken by a speaker; obtaining information indicative of the speaker's identity; interpreting the acoustic signal at least in part by determining, using the information indicative of the speaker's identity and automated speech recognition, whether the utterance spoken by the speaker includes the at least one designated wake-up word; and interacting with the speaker based, at least in part, on results of the interpreting. at least one microphone; and at least one computer hardware processor configured to perform: receiving an acoustic signal generated by the at least one microphone at least in part as a result of receiving an utterance spoken by a speaker; obtaining information indicative of the speaker's identity; interpreting the acoustic signal at least in part by determining, using the information indicative of the speaker's identity and automated speech recognition, whether the utterance spoken by the speaker includes the at least one designated wake-up word; and interacting with the speaker based, at least in part, on results of the interpreting. receiving an acoustic signal generated by the at least one microphone at least in part as a result of receiving an utterance spoken by a speaker; obtaining information indicative of the speaker's identity; interpreting the acoustic signal at least in part by determining, using the information indicative of the speaker's identity and automated speech recognition, whether the utterance spoken by the speaker includes the at least one designated wake-up word; and interacting with the speaker based, at least in part, on results of the interpreting.
Assembly for providing free-flowing media, in particular liquid or pasty compounds, which are available so as to be aseptically packed in a completely closed container or tubular pouch, respectively, comprising a discharge connector having a flange which is fastened to the tubular pouch, wherein the discharge connector has an internal thread in a sleeve wall, and at an inlet end a tubular adaptor having an external thread which matches the internal thread of the discharge connector, and a conical tubular attachment which tapers off at the outlet end of said discharge connector, and a sealing collar which is disposed therebetween, and wherein the end of the adaptor which is screwable into the discharge connector is provided with a means which opens the container or the tubular pouch, respectively, characterized in that the discharge connector in the upper region has a cylindrical sleeve wall which above the flange transcends into a double-walled region, having a support wall which runs outward in a conical manner and an encircling, thin-walled, elastic sealing valance which is conically inclined and concentric in relation to said support wall.
An electro-chemical pH sensor comprising at least two systems each comprising a molecule capable of redox reaction, and mounted onto the same conductive substrate configured to function as an electrode in contact with a fluid, wherein the redox reactions of the molecules display peak redox reaction potentials which are different and which are both sensitive to pH of the fluid.
A heat storage container comprising: a tubular body; a chemical heat storage material accommodated in the tubular body; a first lid body that is a porous body, and is provided adjacent to the chemical heat storage material on a side of one end portion of the tubular body; a second lid body that is a porous body, and is provided adjacent to the chemical heat storage material on a side of another end portion of the tubular body; a first wick structure that is provided adjacent to inside of the chemical heat storage material between the first lid body and the second lid body, and has a capillary structure; and a flow channel that is provided inside the first wick structure, and penetrates the tubular body in a longitudinal direction. a tubular body; a chemical heat storage material accommodated in the tubular body; a first lid body that is a porous body, and is provided adjacent to the chemical heat storage material on a side of one end portion of the tubular body; a second lid body that is a porous body, and is provided adjacent to the chemical heat storage material on a side of another end portion of the tubular body; a first wick structure that is provided adjacent to inside of the chemical heat storage material between the first lid body and the second lid body, and has a capillary structure; and a flow channel that is provided inside the first wick structure, and penetrates the tubular body in a longitudinal direction.
A method of controlling an electrical machine, the method comprising: commutating a phase winding of the electrical machine at a time T_COM after a first edge of a rotor-position signal; and commutating the phase winding at a time T_COM after a second edge of the rotor-position signal, characterised in that T_COM = T_COM + T_AVE - T_PD, T_AVE is an average period between edges of the rotor-position signal, and T_PD is the period between the first and second edges. commutating a phase winding of the electrical machine at a time T_COM after a first edge of a rotor-position signal; and commutating the phase winding at a time T_COM after a second edge of the rotor-position signal, characterised in that T_COM = T_COM + T_AVE - T_PD, T_AVE is an average period between edges of the rotor-position signal, and T_PD is the period between the first and second edges.
A liquid droplet discharge head comprising: an orifice plate that has a nozzle hole row in which a plurality of nozzle holes is formed in a row by press working, wherein liquid droplets are configured to be discharged to a to-be-landed-on member from the nozzle holes and land on the to-be-landed-on member, and characterized in that: a plurality of dummy pressed points for making uniform opening directions of the nozzle holes, is formed on both of end sides of the nozzle hole row in the orifice plate. an orifice plate that has a nozzle hole row in which a plurality of nozzle holes is formed in a row by press working, wherein liquid droplets are configured to be discharged to a to-be-landed-on member from the nozzle holes and land on the to-be-landed-on member, and characterized in that: a plurality of dummy pressed points for making uniform opening directions of the nozzle holes, is formed on both of end sides of the nozzle hole row in the orifice plate. a plurality of dummy pressed points for making uniform opening directions of the nozzle holes, is formed on both of end sides of the nozzle hole row in the orifice plate.