mhurhangee/ep-ind-claims huggingface dataset:
Device for measurement of mobility and sheet charge density in conductive sheet materials, comprising: a microwave source; a first waveguide positioned to receive microwave power from said microwave source; an adjustable mount adapted to adjustably position a sheet material item at a plurality of measurement locations to receive microwave power transmitted from said first waveguide; a magnet positioned to induce a magnetic field at the test location; a first detector to detect the power of the microwave power source; a second detector to detect the power of the microwave power reflected from a sheet material item in a measurement location from the plurality of measurement locations; a third detector to detect a Hall effect microwave power, wherein said adjustable mount further comprises a first end effector adapted to position the sheet material item at the plurality of measurement locations to receive microwave power transmitted from said first waveguide, said first end effector being movable between an adjustment position and a test position, wherein said adjustment position is a position at which the rotational position of the sheet material item is selectably adjustable, and said test position is a position at which at least one test can be performed on the sheet material item using the first waveguide, wherein the device further comprises a rotator-lifter for engaging said sheet material item and moving it along a second axis substantially perpendicular to a longitudinal axis of said first end effector, the rotator-lifter further configured to rotate about the second axis using a motor unit, wherein said first end effector and said rotator-lifter each comprise at least one vacuum element for engaging said sheet material item, wherein the rotator lifter is operable when said sheet material item is in said adjustment position, the rotator lifter lifting said sheet material item from said first end effector for rotation when said sheet material is in said adjustment position, wherein said first end effector engages said sheet material item at said test position while said at least one test is performed on the sheet material item using the first waveguide. a microwave source; a first waveguide positioned to receive microwave power from said microwave source; an adjustable mount adapted to adjustably position a sheet material item at a plurality of measurement locations to receive microwave power transmitted from said first waveguide; a magnet positioned to induce a magnetic field at the test location; a first detector to detect the power of the microwave power source; a second detector to detect the power of the microwave power reflected from a sheet material item in a measurement location from the plurality of measurement locations; a third detector to detect a Hall effect microwave power,
A wireless communication apparatus, comprising circuitry, configured to estimate a distributable service amount to be distributed from other cell(s) and a non-distributable amount of non-distributable service from the other cell(s) to a cell in a cell cluster which comprises one or more cells with a same communication frequency and a same uplink-downlink ratio configuration scheme in a TDD communication system; and determine a uplink-downlink ratio configuration intended to be used by the cell based on the estimation for a next ratio configuration adjusting period.
A grinding wheel for grinding spiral-shaped profiles, comprising a first abrasive disc and a second abrasive disc, arranged side by side and positioned coaxially, the two discs (1a, 1b) being rigidly coupled to each other and each having an abrasive peripheral profile (5a, 5b) in such a way that the two abrasive discs (1a, 1b) engage inside two respective grooves (4a, 4b) of at least one spiral-shaped profile of a mechanical member, said two discs (1a, 1b) having different abrasive properties to define different levels of surface roughness of the grooves (4a, 4b), characterised in that said first abrasive disc defines a greater level of roughness and is made of ceramic material and said second abrasive disc is made of rubber.
A radio frequency identification, RFID, system comprising a receiver to receive responses from RFID tags and a polar transmitter (1400, 1500, 1600, 1700) characterized in that the apolar transmitter (1400, 1500, 1600, 1700) comprises a switch mode power amplifier (1490, 1790), and is arranged to provide a transmitter output signal using the switch mode power amplifier; and wherein the polar transmitter (1400, 1500, 1600, 1700) further comprises: an envelope amplifier (1460, 1560, 1660, 1760) connected to the switch mode power amplifier to provide an envelope signal to the switch mode power amplifier; wherein the envelope amplifier further comprises a buck converter, and wherein an envelope amplifier input signal comprises a pulse width modulated signal; and wherein the system further comprises a phase modulator connected to the switch mode power amplifier to phase modulate the switch mode power amplifier using a phase signal. a receiver to receive responses from RFID tags and a polar transmitter (1400, 1500, 1600, 1700) characterized in that the apolar transmitter (1400, 1500, 1600, 1700) comprises a switch mode power amplifier (1490, 1790), and is arranged to provide a transmitter output signal using the switch mode power amplifier; and wherein the polar transmitter (1400, 1500, 1600, 1700) further comprises: an envelope amplifier (1460, 1560, 1660, 1760) connected to the switch mode power amplifier to provide an envelope signal to the switch mode power amplifier; wherein the envelope amplifier further comprises a buck converter, and wherein an envelope amplifier input signal comprises a pulse width modulated signal; and wherein the system further comprises a phase modulator connected to the switch mode power amplifier to phase modulate the switch mode power amplifier using a phase signal. an envelope amplifier (1460, 1560, 1660, 1760) connected to the switch mode power amplifier to provide an envelope signal to the switch mode power amplifier; wherein the envelope amplifier further comprises a buck converter, and wherein an envelope amplifier input signal comprises a pulse width modulated signal; and wherein the system further comprises a phase modulator connected to the switch mode power amplifier to phase modulate the switch mode power amplifier using a phase signal.
Complex based on an organic silicon derivative characterized in that said derivative is combined, by weak bonds, with one or more hyaluronic acid calibrated fragments of molecular weight between 150 and 750 kDa, said derivative being of general formula: R x Si 4-x wherein: R is a (C 1 -C 4)alkyl, x = 1 and 2. R is a (C 1 -C 4)alkyl, x = 1 and 2.
Combustion chamber assembly unit for a fuel-operated vehicle heating device, comprising a combustion chamber housing, a combustion chamber formed in the combustion chamber housing, an evaporator medium for the absorption of liquid fuel and for the discharge of fuel vapor into the combustion chamber, a heating/ignition device for heating the evaporator medium or/and for igniting a mixture of fuel and combustion air formed in the combustion chamber, wherein the heating/ignition device comprises at least one radiation source for the emission of electromagnetic radiation into the combustion chamber, and at least one absorption body (29, 46) for the absorption of electromagnetic radiation emitted by the at least one radiation source into the combustion chamber, characterized in that at least one radiation source for the emission of electromagnetic radiation into the combustion chamber is adapted for the emission of electromagnetic radiation with a frequency in the range of 300 MHz to 300 GHz.
Pressure washer (1,1') comprising: - a first pump and a second pump connected in parallel with each other to an inlet duct of a liquid to be pressurised and to a delivery duct of the pressurised liquid, - a first electric motor configured to actuate the first pump, - a second electric motor configured to actuate the second pump, and - a selection device characterised in that the pressure washer further comprises an electric power supply battery and in that the selection device is configured to select the first electric motor or the second electric motor, wherein the first electric motor is connected to the electric power supply battery through a first electric power supply line and the second electric motor is connectable and supplied by an electric distribution network through a second electric power supply line. - a first pump and a second pump connected in parallel with each other to an inlet duct of a liquid to be pressurised and to a delivery duct of the pressurised liquid, - a first electric motor configured to actuate the first pump, - a second electric motor configured to actuate the second pump, and - a selection device characterised in that the pressure washer further comprises an electric power supply battery and in that the selection device is configured to select the first electric motor or the second electric motor,
A user equipment comprising: a reception unit configured to receive control information, which includes allocation information of a resource for receiving downlink data, information indicating a transmission time position of a HARQ feedback for the downlink data, and information indicating a frequency position of the HARQ feedback, from a base station by a downlink control channel; and a transmission unit configured to transmit the HARQ feedback at the transmission time position and the frequency position based on the information indicating the transmission time position and the information indicating the frequency position that are received by the reception unit. a reception unit configured to receive control information, which includes allocation information of a resource for receiving downlink data, information indicating a transmission time position of a HARQ feedback for the downlink data, and information indicating a frequency position of the HARQ feedback, from a base station by a downlink control channel; and a transmission unit configured to transmit the HARQ feedback at the transmission time position and the frequency position based on the information indicating the transmission time position and the information indicating the frequency position that are received by the reception unit.
An irradiation chamber (300,400) for a liquid purification apparatus using ultraviolet light irradiation against the reproduction of pathogenic microorganisms, comprising an inlet portion (302,402), an outlet portion (303,403), and a main portion (301,401) having an elongated shape, the irradiation chamber (300,400) having an internal surface defining an cavity, the irradiation chamber (300,400) being provided with ultraviolet light emitting means configured to irradiate liquid in the irradiation chamber (300,400) with ultraviolet light, the main portion (301,401) having a shape enlarged compared to the inlet portion (302,402) and the internal surface of the irradiation chamber (300,400) defining the cavity is a three dimensional rounded surface, having no edge which forms a recess, wherein the volume of the main portion of the irradiation chamber is 200 mL or less, and preferably around 100 mL and the main portion (301,401) of the irradiation chamber (300,400) comprises a cylindrical part and is connected to the inlet and outlet portions by smoothly curved connecting portions (304,305), said connecting portions being composed of curved surfaces each having a curvature radius greater than or equal to the radius of the cylindrical part.
A gas turbine engine comprising: a transition duct having a transition duct panel, and an exit frame connected to the transition duct panel via a connection; and a continuous exit section cooling channel formed in the transition duct panel through the connection and further through the exit frame to an outlet located on a face of the exit frame, characterized in, that an exit frame channel is connected to a connection channel and a second exit frame channel is connected to a second connection channel, wherein the exit frame channel and the second exit frame channel are formed through the exit frame, wherein the connection channel and the second connection channel are formed through the connection, and wherein the continuous exit section cooling channel comprises a transition duct panel channel, the connection channel and the exit frame channel in fluid communication with each other. a transition duct having a transition duct panel, and an exit frame connected to the transition duct panel via a connection; and a continuous exit section cooling channel formed in the transition duct panel through the connection and further through the exit frame to an outlet located on a face of the exit frame,
A method for tuning to a channel of a Moving Pictures Expert Group transport stream (MPEG-TS), the method comprising the steps of: - Receiving (401, 701) a MPEG transport stream at a first bit rate, the MPEG transport stream comprising a plurality of channels; - Buffering the received MPEG transport stream; - identifying (403, 705) program clock reference values in the received MPEG transport stream; - selecting a predetermined program clock reference value in the received MPEG transport stream; - adjusting (405, 707) the program clock reference values that occur prior to said predetermined program clock reference value; and - transmitting (407, 713) the MPEG transport stream, including the adjusted program clock reference values, at a second bit rate; characterized by the adjusting step comprising the step of adjusting the respective program clock reference values in relation to the difference between the second bit rate and the first bit rate, wherein the second bit rate is higher than the first bit rate. - Receiving (401, 701) a MPEG transport stream at a first bit rate, the MPEG transport stream comprising a plurality of channels; - Buffering the received MPEG transport stream; - identifying (403, 705) program clock reference values in the received MPEG transport stream; - selecting a predetermined program clock reference value in the received MPEG transport stream; - adjusting (405, 707) the program clock reference values that occur prior to said predetermined program clock reference value; and - transmitting (407, 713) the MPEG transport stream, including the adjusted program clock reference values, at a second bit rate;
Sealing device for installation between the roll pin of a roll and a chock, in which the roll is rotatably mounted in a roll stand, wherein the sealing device comprises: an annular main body for pushing onto the roll pin; at least one sealing collar, which is formed on the main body and extends radially outwardly from the main body, with integrally formed sealing lip; and an annular reinforcing element with a strip-shaped section which coaxially encompasses the main body on the outer side thereof, characterised in that the reinforcing element has in addition to the coaxial strip-shaped section at least one flange which is connected with the strip-shaped section and extends radially outwardly therefrom and which is connected with the sealing collar. an annular main body for pushing onto the roll pin; at least one sealing collar, which is formed on the main body and extends radially outwardly from the main body, with integrally formed sealing lip; and an annular reinforcing element with a strip-shaped section which coaxially encompasses the main body on the outer side thereof, characterised in that the reinforcing element has in addition to the coaxial strip-shaped section at least one flange which is connected with the strip-shaped section and extends radially outwardly therefrom and which is connected with the sealing collar.
A shoulder rest for a violin or viola, the shoulder rest comprising: a bridge beam having a first end and a second end; a shoulder-engaging pad slidably adjustable relative to the bridge beam to adjust a position of the pad relative to the bridge beam; a first fork disposed at the first end of the bridge beam for gripping the violin or viola; and a second fork disposed at the second end of the bridge beam for gripping the violin or viola; characterised in that the bridge beam includes a length-adjusting mechanism to adjust a length of the bridge beam, wherein the shoulder-engaging pad is slidably adjustable relative to the bridge beam to adjust the position of the pad relative to the bridge beam independently of the length-adjusting mechanism of the bridge beam. a bridge beam having a first end and a second end; a shoulder-engaging pad slidably adjustable relative to the bridge beam to adjust a position of the pad relative to the bridge beam; a first fork disposed at the first end of the bridge beam for gripping the violin or viola; and a second fork disposed at the second end of the bridge beam for gripping the violin or viola; characterised in that the bridge beam includes a length-adjusting mechanism to adjust a length of the bridge beam, wherein the shoulder-engaging pad is slidably adjustable relative to the bridge beam to adjust the position of the pad relative to the bridge beam independently of the length-adjusting mechanism of the bridge beam.
A variable resistance memory device (200, 201, 202, 500) comprising a variable resistance layer (230, 231, 232, 530) including a first layer and a second layer, the second layer on the first layer, the first layer including a first material, the second layer including a second material having a valence different from a valence of the first material; a first conductive element and a second conductive element on the variable resistance layer (230, 231, 232, 530) and separated from each other so that an electric current path is formed in the variable resistance layer (230, 231, 232, 530) in a direction perpendicular to a direction in which the first layer and the second layer are stacked: a support layer including an insulating material (210, 510) and supporting the first layer; a channel layer (240, 540) on the second layer; a gate insulating layer (250, 550) on the channel layer (240, 540); and a plurality of gate electrodes (260, 560) on the gate insulating layer (250, 550), the plurality of gate electrodes (260, 560) being separated from one another, wherein the first conductive element and the second conductive element are connected to opposite ends of the channel layer (240, 540). a variable resistance layer (230, 231, 232, 530) including a first layer and a second layer, the second layer on the first layer, the first layer including a first material, the second layer including a second material having a valence different from a valence of the first material; a first conductive element and a second conductive element on the variable resistance layer (230, 231, 232, 530) and separated from each other so that an electric current path is formed in the variable resistance layer (230, 231, 232, 530) in a direction perpendicular to a direction in which the first layer and the second layer are stacked: a support layer including an insulating material (210, 510) and supporting the first layer; a channel layer (240, 540) on the second layer; a gate insulating layer (250, 550) on the channel layer (240, 540); and a plurality of gate electrodes (260, 560) on the gate insulating layer (250, 550), the plurality of gate electrodes (260, 560) being separated from one another, wherein the first conductive element and the second conductive element are connected to opposite ends of the channel layer (240, 540).
A viscosity-stabilized ophthalmic formulation comprising a galactomannan, borate, a diol alcohol, magnesium chloride at a concentration of about 0.05 w/v % to about 0.25 w/v %, and one or more preservatives, wherein said borate is present at a concentration of about 0.1 w/v % to 1.5 w/v %, and wherein said diol alcohol is sorbitol or mannitol.
A draft force sensing system for an agricultural tractor, the draft force sensing system comprising a hitch frame adapted to be attached to a rear frame of the agricultural tractor; left and right draft link supports (12, 14), each of the left and right draft link supports (12, 14) coupling a corresponding left and right draft link (24, 26) to a corresponding left and right side of the hitch frame; left and right draft bars (32, 34), each left and right draft bar (32, 34) having a first part (36, 38) attached to a corresponding one of the left and right draft link supports (12, 14), each of the left and right draft bars (32, 34) having a second part (44, 46) positioned rearwardly and inwardly with respect to its first part (36, 38), draft forces applied by the left and right draft links (24, 26) to the left and right draft link supports (12, 14) deflecting the second parts (44, 46) of the left and right draft bars (32, 34); characterized by a sensing unit including a housing that is sealed to protect the sensing unit from dirt; a left sensing link extending from the housing through a left seal, the left sensing link configured to engage with the second part of the left draft bar; a right sensing link extending from the housing through a right seal, the right sensing link configured to engage with the second part of the right draft bar; a linear displacement transducer positioned in the housing; and a linkage unit positioned in the housing and coupled to the left and right sensing links, the linkage unit configured to mechanically sum deflections of the second parts of the left and right draft bars via the left and right sensing links and apply a summed deflection to the linear displacement transducer.
A coolant recirculation apparatus for a beverage dispense system, the apparatus comprising: a pump mechanism arranged to recirculate coolant via a coolant circuit (120, 122) from a coolant reservoir to a beverage dispense location having at least one dispense point (106a, 106b, 106c) at which beverage is dispensed, wherein the pump mechanism is driven by a motor; an agitation mechanism arranged to agitate coolant within the coolant reservoir, wherein the agitation mechanism is driven by the same or a different motor; a data sensor (130a, 130b) arranged to monitor the temperature of the coolant in the coolant reservoir and/or the temperature of the coolant returning to the coolant reservoir; and a control unit in communication with the pump mechanism, the agitation mechanism and the data sensor; wherein the control unit is arranged to control the speed of the or each motor to control the rate of operation of the agitation mechanism and the pump mechanism in response to changes in the temperature and in response to input of a number of condensing fonts attached to the cooling circuit to adjust the operation of the pump mechanism to provide cooling to all the condensing fonts attached to the cooling circuit. a pump mechanism arranged to recirculate coolant via a coolant circuit (120, 122) from a coolant reservoir to a beverage dispense location having at least one dispense point (106a, 106b, 106c) at which beverage is dispensed, wherein the pump mechanism is driven by a motor; an agitation mechanism arranged to agitate coolant within the coolant reservoir, wherein the agitation mechanism is driven by the same or a different motor; a data sensor (130a, 130b) arranged to monitor the temperature of the coolant in the coolant reservoir and/or the temperature of the coolant returning to the coolant reservoir; and a control unit in communication with the pump mechanism, the agitation mechanism and the data sensor; wherein the control unit is arranged to control the speed of the or each motor to control the rate of operation of the agitation mechanism and the pump mechanism in response to changes in the temperature and in response to input of a number of condensing fonts attached to the cooling circuit to adjust the operation of the pump mechanism to provide cooling to all the condensing fonts attached to the cooling circuit.