mhurhangee/ep-ind-claims huggingface dataset:
A superconducting coil, having the shape of a pancake formed by winding a superconducting conductor; characterized by the superconducting conductor comprising a tape-shaped (Bi, Pb)2223-based superconducting wire and a tape-shaped thin-film RE123-based superconducting wire that are electrically connected in parallel with each other, wherein an exponent n-value for a current-voltage curve of a superconducting wire expressed as V ∝ I n (V: voltage, I: current) is smaller for the tape-shaped (Bi, Pb)2223-based superconducting wire than for the tape-shaped thin-film RE123-based superconducting wire, wherein: (a) the tape-shaped (Bi, Pb)2223-based superconducting wire has a first critical-current value at an operating temperature and magnetic field; (b) the tape-shaped thin-film RE123-based superconducting wire has a second critical-current value at the operating temperature and magnetic field; and (c) the ratio of the first critical-current value to the second critical-current value is at least 0.8 and at most 1.25. (a) the tape-shaped (Bi, Pb)2223-based superconducting wire has a first critical-current value at an operating temperature and magnetic field; (b) the tape-shaped thin-film RE123-based superconducting wire has a second critical-current value at the operating temperature and magnetic field; and (c) the ratio of the first critical-current value to the second critical-current value is at least 0.8 and at most 1.25.
A method of decontaminating food of one or more microorganisms, said method comprising contacting the food with one or more phages, wherein the phages are selected from the group consisting of: (i) a phage deposited as NCIMB 42290; (ii) a phage deposited as NCIMB 42292; (iii) a phage deposited as NCIMB 42294; (iv) a phage deposited as NCIMB 42296; (v) a phage deposited as NCIMB 42298; (vi) a phage deposited as NCIMB 42300; (vii) a phage deposited as NCIMB 42302; (viii) a phage deposited as NCIMB 42304; (ix) a phage deposited as NCIMB 43321; (x) a phage deposited as NCIMB 43323; (xi) a phage deposited as NCIMB 43325; (xii) a phage deposited as NCIMB 43327; (xiii) a phage deposited as NCIMB 42520; (xiv) a phage deposited as NCIMB 42522; (xv) a phage deposited as NCIMB 42524; (xvi) a phage deposited as NCIMB 42526; and (xvii) a phage deposited as NCIMB 42528. (i) a phage deposited as NCIMB 42290; (ii) a phage deposited as NCIMB 42292; (iii) a phage deposited as NCIMB 42294; (iv) a phage deposited as NCIMB 42296; (v) a phage deposited as NCIMB 42298; (vi) a phage deposited as NCIMB 42300; (vii) a phage deposited as NCIMB 42302; (viii) a phage deposited as NCIMB 42304; (ix) a phage deposited as NCIMB 43321; (x) a phage deposited as NCIMB 43323; (xi) a phage deposited as NCIMB 43325; (xii) a phage deposited as NCIMB 43327; (xiii) a phage deposited as NCIMB 42520; (xiv) a phage deposited as NCIMB 42522; (xv) a phage deposited as NCIMB 42524; (xvi) a phage deposited as NCIMB 42526; and (xvii) a phage deposited as NCIMB 42528.
A glass composition for glass fiber comprising: SiO 2 in a range of 52.0 to 59.5% by mass; B 2 O 3 in a range of 17.5 to 25.5% by mass; Al 2 O 3 in a range of 9.0 to 14.0% by mass; SrO in a range of 0.5 to 6.0% by mass; MgO in a range of 1.0 to 5.0% by mass; and CaO in a range of 1.3 to 4.6% by mass, Na 2 O, K 2 O, and Li 2 O in a total amount of less than 1.0% by mass and comprising F 2 and Cl 2 in a range of 0.1 to 2.5% by mass in total, with respect to total amount. SiO 2 in a range of 52.0 to 59.5% by mass; B 2 O 3 in a range of 17.5 to 25.5% by mass; Al 2 O 3 in a range of 9.0 to 14.0% by mass; SrO in a range of 0.5 to 6.0% by mass; MgO in a range of 1.0 to 5.0% by mass; and CaO in a range of 1.3 to 4.6% by mass, Na 2 O, K 2 O, and Li 2 O in a total amount of less than 1.0% by mass and comprising F 2 and Cl 2 in a range of 0.1 to 2.5% by mass in total, with respect to total amount.
An electronic-mechanical dual control lock, comprising an electronic control mechanism, a mechanical control mechanism, a half gear, a cam, a rotary plug, and a rotary tongue, wherein the electronic control mechanism comprises an electronic actuating part and an engaging groove gear, the electronic actuating part being meshed with the engaging groove gear; the mechanical control mechanism comprises a mechanical actuating part and the half gear, the mechanical actuating part being meshed with the half gear, and the cam is driven by the engaging groove gear and the half gear separately and independently; the rotary plug comprises a rotary shaft and a plug body, the rotary shaft being arranged at one end of the plug body, sequentially passing through the half gear, the cam, and the engaging groove gear, and being engaged in the cam, and the plug body being a cylinder provided at a side thereof with a groove; the groove of the plug body of the rotary plug is rotatable into or out of the motion trajectory of the rotary tongue, such that in the case of locking the physical part of the groove of the plug body of the rotary plug rotates into a moving passage of the rotary tongue; and in the case of unlocking, the physical part at the groove of the plug body of the rotary plug rotates out of the moving passage of the rotary tongue.
An apparatus, comprising: a decision level circuit, said decision level circuit comprising: a light sensitive device to convert a light signal to an electrical signal; an amplifier coupled to the light sensitive device to amplify the electrical signal to produce a differential output, including a pair of differential output voltage signals (208,209); a comparator to receive the differential output voltage signals; a counter to count up and down according to an output of the comparator, the count representing the differential output voltage signals; and a digital to analog converter to convert the digital output of the counter into an analog signal and feed back to the amplifier to adjust a decision level signal used by the amplifier in determining output voltage based on input current; and a power saving circuit, wherein the power saving circuit comprises a signal detect circuit comprising: a buffer to compare the output of the light sensitive device with a reference current; and a variable output voltage controlled by the buffer to put the decision level circuit in a power saving mode if no light signal is present. a decision level circuit, said decision level circuit comprising: a light sensitive device to convert a light signal to an electrical signal; an amplifier coupled to the light sensitive device to amplify the electrical signal to produce a differential output, including a pair of differential output voltage signals (208,209); a comparator to receive the differential output voltage signals; a counter to count up and down according to an output of the comparator, the count representing the differential output voltage signals; and a digital to analog converter to convert the digital output of the counter into an analog signal and feed back to the amplifier to adjust a decision level signal used by the amplifier in determining output voltage based on input current; and a light sensitive device to convert a light signal to an electrical signal; an amplifier coupled to the light sensitive device to amplify the electrical signal to produce a differential output, including a pair of differential output voltage signals (208,209); a comparator to receive the differential output voltage signals; a counter to count up and down according to an output of the comparator, the count representing the differential output voltage signals; and a digital to analog converter to convert the digital output of the counter into an analog signal and feed back to the amplifier to adjust a decision level signal used by the amplifier in determining output voltage based on input current; and a power saving circuit, wherein the power saving circuit comprises a signal detect circuit comprising: a buffer to compare the output of the light sensitive device with a reference current; and a variable output voltage controlled by the buffer to put the decision level circuit in a power saving mode if no light signal is present. a buffer to compare the output of the light sensitive device with a reference current; and a variable output voltage controlled by the buffer to put the decision level circuit in a power saving mode if no light signal is present.
A gastric retentive dosage form which is a tablet comprising, a dose of 300mg to 750mg acamprosate or a pharmaceutically acceptable salt thereof dispersed in a polymeric matrix wherein the polymeric matrix comprises 15 wt % to 50 wt% poly(ethylene oxide) having an average molecular weight of 200,000 daltons to 10,000,000 daltons, wherein the tablet has a total weight of 500mg to 1000mg and wherein the tablet upon imbibition of fluid swells to a size which is 75% or more greater than the original size of the tablet and which swells to a size sufficient to promote gastric retention, wherein not more than 30% of the dose of acamprosate is released within 1 hour after ingestion of the dosage form, wherein upon administration to the subject, the gastric retentive dosage form provides a mean AUC of plasma acamprosate greater than the mean AUC of plasma acamprosate provided by an immediate release dosage form which contains a dose of acamprosate or pharmaceutically acceptable salt thereof equal to the dose of acamprosate in the gastric retentive dosage form.
Use of a pin for insertion into a knot of a main cable in order to prevent complete tightening thereof, comprising an elongated profile with a free end which can be inserted through the knot and at least one flexible fixing means which is fastened to another end of the profile opposite the free end and which comprises at least one free fixing means end which can be placed around the outside of the knot when the free end is inserted through the knot, and also comprising a releasable closure between the free end and at least one of the free fixing means ends, said closure releasably closing the free end inserted through the knot with the at least one fixing means end placed around the outside of the knot.
Vehicle heater, comprising: - a heater housing, through which heating air to be heated can flow and which extends in the direction of the housing longitudinal axis, with a heating air inlet area and with a heating air outlet area, - a burner unit arranged in the heater housing, - a combustion air blower arranged in the heater housing for delivering combustion air to the burner unit, and - a heat exchanger unit, which is arranged in the heater housing and around which heating air flowing through the heater housing can flow, characterized in that a combustion air intake muffler arranged essentially in the heater housing with a muffler housing made in one piece with the heater housing is associated with the combustion air blower. - a heater housing, through which heating air to be heated can flow and which extends in the direction of the housing longitudinal axis, with a heating air inlet area and with a heating air outlet area, - a burner unit arranged in the heater housing, - a combustion air blower arranged in the heater housing for delivering combustion air to the burner unit, and - a heat exchanger unit, which is arranged in the heater housing and around which heating air flowing through the heater housing can flow, characterized in that a combustion air intake muffler arranged essentially in the heater housing with a muffler housing made in one piece with the heater housing is associated with the combustion air blower.
A device comprising: a first amplifier that comprises a first non-inverting input, a first inverting input, and a first output, wherein the first non-inverting input of the first amplifier is connected to a first input voltage terminal; a first resistive element that comprises a first resistor in series with a first dummy switch, wherein a first end of the first resistive element is connected to the first output of the first amplifier, and a second end of the first resistive element is connected to the first inverting input of the first amplifier; a second amplifier that comprises a second non-inverting input, a second inverting input, and a second output, wherein the second non-inverting input of the second amplifier is connected to a second input voltage terminal; a second resistive element that comprises a second resistor in series with a second dummy switch, wherein a first end of the second resistive element is connected to the second output of the second amplifier, and a second end of the second resistive element is connected to the second inverting input of the second amplifier; and a programmable resistive gain element operable to receive control input, wherein a resistance value of the programmable resistive gain element is based at least in part on the received control input, wherein a first end of the programmable resistive gain element is connected to both the first inverting input of the first amplifier and to the second end of the first resistive element, and wherein a second end of the programmable resistive gain element is connected to both the second inverting input of the second amplifier and to the second end of the second resistive element, wherein the programmable resistive gain element comprises one or more gain resistors in series with respective gain switches (261, 262), and wherein a gain of the device is a function of a ratio of a resistance value of the first resistive element and a resistance of the programmable resistive gain element. a first amplifier that comprises a first non-inverting input, a first inverting input, and a first output, wherein the first non-inverting input of the first amplifier is connected to a first input voltage terminal; a first resistive element that comprises a first resistor in series with a first dummy switch, wherein a first end of the first resistive element is connected to the first output of the first amplifier, and a second end of the first resistive element is connected to the first inverting input of the first amplifier; a second amplifier that comprises a second non-inverting input, a second inverting input, and a second output, wherein the second non-inverting input of the second amplifier is connected to a second input voltage terminal; a second resistive element that comprises a second resistor in series with a second dummy switch, wherein a first end of the second resistive element is connected to the second output of the second amplifier, and a second end of the second resistive element is connected to the second inverting input of the second amplifier; and a programmable resistive gain element operable to receive control input,
A dry mixed product comprising: a re-dispersible cellulose filament of wood or plant fibres, and a carrier fibre, the dry mixed product comprising a re-dispersible cellulose filament/carrier fibre weight ratio of 1/99 to 99/1, preferably 1/99 to 50/50, more preferably 10/90 to 30/70, a moisture content of less than 30 weight %, preferably less than 20 weight %, and wherein the re-dispersible cellulose filaments having an average length of from 200 μm to 2 mm, an average width of from 30 nm to 500 nm and an average aspect ratio of from 200 to 5000 are physically attached and reversibly integrated with the carrier fibre, permitting re-dispersion of the re-dispersible cellulose filaments in aqueous phase, wherein the carrier fibre is natural fiber, wherein the reinforcement power of the dried cellulose filaments is similar to the never-dried cellulose filaments, wherein the dry mixed product is produced by mixing cellulose filaments with the carrier fiber and fluffing to produce a mixed cellulose filament/carrier fluff which is dried with a conventional pulp dryer. a re-dispersible cellulose filament of wood or plant fibres, and a carrier fibre, the dry mixed product comprising a re-dispersible cellulose filament/carrier fibre weight ratio of 1/99 to 99/1, preferably 1/99 to 50/50, more preferably 10/90 to 30/70, a moisture content of less than 30 weight %, preferably less than 20 weight %, and wherein the re-dispersible cellulose filaments having an average length of from 200 μm to 2 mm, an average width of from 30 nm to 500 nm and an average aspect ratio of from 200 to 5000 are physically attached and reversibly integrated with the carrier fibre, permitting re-dispersion of the re-dispersible cellulose filaments in aqueous phase, wherein the carrier fibre is natural fiber, wherein the reinforcement power of the dried cellulose filaments is similar to the never-dried cellulose filaments,
A power source switching circuit for powering an electronic component, comprising: a soft-start circuit (24, 26, 27, 28); a first input connected to a standby power source; a second input connected to a main power source; and an output providing a voltage to the electronic component, the output configured to alternatively be electrically connected to the first input and the standby power source when the power source switching circuit is in a standby mode, or the second input and the main power source when the power source switching circuit is in a main mode, wherein: when the power source switching circuit is initially activated to the standby mode, the soft-start circuit (24, 26, 27, 28) is enabled such that the voltage at the voltage provided by the output reaches a standby voltage after a standby activation time delay, and when the power source switching circuit subsequently switches from the main mode to the standby mode, the soft-start circuit (24, 26, 27, 28) is disabled such that the voltage at the voltage provided by the output reaches the standby voltage after substantially no time delay. a soft-start circuit (24, 26, 27, 28); a first input connected to a standby power source; a second input connected to a main power source; and an output providing a voltage to the electronic component, the output configured to alternatively be electrically connected to the first input and the standby power source when the power source switching circuit is in a standby mode, or the second input and the main power source when the power source switching circuit is in a main mode, when the power source switching circuit is initially activated to the standby mode, the soft-start circuit (24, 26, 27, 28) is enabled such that the voltage at the voltage provided by the output reaches a standby voltage after a standby activation time delay, and when the power source switching circuit subsequently switches from the main mode to the standby mode, the soft-start circuit (24, 26, 27, 28) is disabled such that the voltage at the voltage provided by the output reaches the standby voltage after substantially no time delay.
A method of performing authenticated communications, comprising: - receiving, by a gateway device, a password associated with an application, wherein the gateway device is in communication with a plurality of access control devices associated with the application, and wherein access to each device in a cluster formed by the gateway device and the plurality of access control devices requires a user authentication associated with the password; - generating, by the gateway device, a plurality of different matching pairs of salt values and hash values; - deleting, by the gateway device, the password; and - transmitting, by the gateway device, different sets of mismatched pairs of the salt values and the hash values to at least two devices of the cluster for storage, wherein the user authentication is based on a salt value and a hash value from the plurality of different matching pairs of salt values and hash values stored at two different devices of the cluster. - receiving, by a gateway device, a password associated with an application, wherein the gateway device is in communication with a plurality of access control devices associated with the application, and wherein access to each device in a cluster formed by the gateway device and the plurality of access control devices requires a user authentication associated with the password; - generating, by the gateway device, a plurality of different matching pairs of salt values and hash values; - deleting, by the gateway device, the password; and - transmitting, by the gateway device, different sets of mismatched pairs of the salt values and the hash values to at least two devices of the cluster for storage, wherein the user authentication is based on a salt value and a hash value from the plurality of different matching pairs of salt values and hash values stored at two different devices of the cluster.
A method of providing an evaluation of the composition of an image, the method comprising acquiring an image, processing the acquired image to evaluate its composition by applying one or more compositional rules, and providing a report concerning composition of the image such that the user has an opportunity to recompose the image prior to recording the image; characterized in that processing of the acquired image comprises: analyzing the acquired image to identify regions of interest within the image; and for each identified region of interest, applying one or more compositional rules to determine compositionally-desirable crop boundaries for the region; said report being indicative of the regions of interest and their compositionally-desirable crop boundaries. analyzing the acquired image to identify regions of interest within the image; and for each identified region of interest, applying one or more compositional rules to determine compositionally-desirable crop boundaries for the region;
A cubic boron nitride sintered material constituted from cubic boron nitride particles that are bound by a binder phase, wherein said binder phase contains a carbide of at least one kind of metal element selected from among metals of groups 4, 5 and 6 of the periodic table and a nitride of at least one kind of metal element selected from among metals of groups 4, 5 and 6 of the periodic table coexisting therein, wherein the residual compressive stress σ cBN of 300 MPa or more remains on said cubic boron nitride particles.
Method for the alternating cylinder deactivation of a three-cylinder or five-cylinder internal combustion engine in partial load operation, in which the opening of the gas exchange valves of the deactivated cylinders is deactivated, characterized in that the valve deactivation of the deactivated cylinders begins in each case with the deactivation of the inlet valve or valves of the said cylinders at the start of their regular induction stroke and ends with the reactivation of the inlet valve or valves of the said cylinders at the start of their following regular induction stroke.
A polynucleotide for use in the treatment and/or prevention of cutaneous squamous cell carcinoma (cSCC), wherein the polynucleotide encodes a sequence at least 65% identical to a sequence encoding Chromosome 20 open reading frame 20 ( c20orf20) or a fragment thereof