mhurhangee/ep-ind-claims huggingface dataset:
Circuit arrangement for reducing the load of semiconductor switches (V1, V2) in transformer circuits with a primary side and a secondary side, which on the primary side features a first semiconductor switch and a serially connected second semiconductor switch, with the drain terminal of the first semiconductor switch being connected to a first terminal of a supply voltage (V in) and the source terminal of the second semiconductor switch being connected to a second terminal of the supply voltage (V in), and connected between the source terminal of the first semiconductor switch and the drain terminal of the second semiconductor switch is the primary winding of a transformer of which the secondary winding is connected to a secondary-side load and a first diode is provided which is connected on the anode side to the potential of the supply voltage (V in) at the source terminal of the second semiconductor switch and is connected on the cathode side to a first connection terminal facing towards the first semiconductor switch on the primary winding of the transformer, as well as a second diode being provided which is connected on the cathode side to the potential of the supply voltage (V in) at the drain terminal of the first semiconductor switch and is connected on the anode side to a second connection terminal facing towards the second semiconductor switch on the primary winding of the transformer, characterised in that a first secondary winding of the transformer is provided with a winding which is in the opposite direction compared to that of the primary winding, which is connected serially between the first diode and the first connection terminal on the primary winding of the transformer, and a second secondary winding of the transformer with a winding which is in the opposite direction compared to that of the primary winding is provided which is connected serially between the second diode and the second connection terminal on the primary winding of the transformer.
A method, comprising: in response to loading a device image for a programmable integrated circuit, IC, determining, using a processing unit on the programmable IC, trace data for the device image, wherein the device image specifies a reconfigurable module loaded as part of partial reconfiguration of the programmable IC, wherein the device image includes a reconfigurable partition identifier and a reconfigurable module identifier; storing, by the processing unit, the trace data for the device image in a memory; in response to unloading the device image, recording the unloading of the device image in the trace data in the memory; and storing the reconfigurable partition identifier and the reconfigurable module identifier as part of the trace data. in response to loading a device image for a programmable integrated circuit, IC, determining, using a processing unit on the programmable IC, trace data for the device image, wherein the device image specifies a reconfigurable module loaded as part of partial reconfiguration of the programmable IC, wherein the device image includes a reconfigurable partition identifier and a reconfigurable module identifier; storing, by the processing unit, the trace data for the device image in a memory; in response to unloading the device image, recording the unloading of the device image in the trace data in the memory; and storing the reconfigurable partition identifier and the reconfigurable module identifier as part of the trace data.
Method for manufacturing a semiconductor compound material by means of a vapour phase epitaxy in a reactor (10, 20), wherein in a mixture of carrier gases, which is arranged to carry one or more reaction gases in a direction towards a substrate (7, 16), a flow profile represented by local mass flow rates is formed in the reactor, characterized in that a predetermined value for the concentration of hydrogen at the surface of the substrate (7, 16) is obtained by adjusting a volume flow proportion of a first carrier gas in the mixture, and the influence exerted on the flow profile in the reactor (10, 20) arising thereby is compensated by adjusting corresponding volume flow proportions of a second and a third carrier gas in the mixture, in order to obtain a predetermined flow profile independent from the hydrogen concentration.
Odorant comprising or consisting of at least 75 % by weight of acrylic acid methyl ester and / or acrylic acid ethyl ester, 2 - 19,5 % by weight of tetrahydrothiophene, 5 - 50 ppm of hydroquinone monomethyl ether, and either neither, one or both components are selected from the group consisting of 0,025 - 0,2 % by weight of butylhydroxy toluene and / or butyl hydroxyanisole and 5 - 500 ppm of one or more compounds of formula wherein R is selected from the group consisting of H, -OH, -NH 2 and -O 2 CR 1, wherein R 1 represents an alkyl radical containing 1 to 4 carbon atoms, based on the total weight of the odorant. at least 75 % by weight of acrylic acid methyl ester and / or acrylic acid ethyl ester, 2 - 19,5 % by weight of tetrahydrothiophene, 5 - 50 ppm of hydroquinone monomethyl ether, and either neither, one or both components are selected from the group consisting of 0,025 - 0,2 % by weight of butylhydroxy toluene and / or butyl hydroxyanisole and 5 - 500 ppm of one or more compounds of formula wherein R is selected from the group consisting of H, -OH, -NH 2 and -O 2 CR 1, wherein R 1 represents an alkyl radical containing 1 to 4 carbon atoms, based on the total weight of the odorant.
An aqueous inorganic zinc-rich coating composition, characterized in that the composition comprises a vehicle comprising an aqueous solution containing an alkali silicate represented by formula M 2 O·nSiO 2, wherein M represents Na, K, Li, or Cs, and n is a number of 2 to 4, at a concentration of 10 to 50 mass%, an ammonium ion at a concentration of 0.01 to 0.1 M, and a halide ion at a concentration of 0.01 to 1 M, and zinc powder, wherein the composition contains the vehicle and zinc powder in such amounts that when the composition is in the form of dried film, the dried film has a binder solid content of 5 to 10 mass% and a zinc powder content of 90 to 95 mass%.
A user permission allocation method, comprising: acquiring (101, 201) currently collected facial feature information of a user; determining (102, 202) a difference degree of the current facial feature information of the user according to the acquired facial feature information of the user and facial feature information comprised in stored standard sample information; and allocating (103, 205) a user permission to the user according to the determined difference degree, characterized in that the allocating a user permission to the user according to the determined difference degree comprises: adjusting, according to the determined difference degree, a matching threshold corresponding to the standard sample information, and determining a matching degree of the collected facial feature information of the user according to a matching threshold obtained after adjustment; and allocating the user permission to the user according to the matching degree, wherein the difference degree is used for representing a difference between an external environment of the acquired facial feature information of the user and an external environment in which the facial feature information comprised in the stored standard sample information is collected. acquiring (101, 201) currently collected facial feature information of a user; determining (102, 202) a difference degree of the current facial feature information of the user according to the acquired facial feature information of the user and facial feature information comprised in stored standard sample information; and allocating (103, 205) a user permission to the user according to the determined difference degree, characterized in that the allocating a user permission to the user according to the determined difference degree comprises: adjusting, according to the determined difference degree, a matching threshold corresponding to the standard sample information, and determining a matching degree of the collected facial feature information of the user according to a matching threshold obtained after adjustment; and allocating the user permission to the user according to the matching degree, wherein the difference degree is used for representing a difference between an external environment of the acquired facial feature information of the user and an external environment in which the facial feature information comprised in the stored standard sample information is collected. adjusting, according to the determined difference degree, a matching threshold corresponding to the standard sample information, and determining a matching degree of the collected facial feature information of the user according to a matching threshold obtained after adjustment; and allocating the user permission to the user according to the matching degree, wherein the difference degree is used for representing a difference between an external environment of the acquired facial feature information of the user and an external environment in which the facial feature information comprised in the stored standard sample information is collected.
Method for imaging a molecular strand, the method comprising - providing a sample volume comprising the strand; and - providing an excitation beam having an excitation focus with an excitation profile in the sample volume, wherein an excitation of a fluorophore on the strand by the excitation focus results in a fluorescence response when the excitation focus coincides with the fluorophore; characterized in that the method further comprises the following steps: - providing a depletion beam having a depletion focus with a depletion profile coinciding with the excitation profile of the excitation focus and causing stimulated emission depletion (STED) of the excitation of the fluorophore according to the depletion profile; - scanning the coinciding profiles of the excitation focus and depletion focus in the sample volume along a one-dimensional scanning line; - trapping an end of the strand in the sample volume and extending the strand along a one-dimensional trapping line parallel to the scanning line; - aligning the one-dimensional trapping line to coincide with the one-dimensional scanning line to have the coinciding profiles of the scanning excitation focus and depletion focus coincide with the strand; and - recording the fluorescence response as a function of a plurality of distinct scanning positions of the excitation focus along the one-dimensional scanning line. - providing a sample volume comprising the strand; and - providing an excitation beam having an excitation focus with an excitation profile in the sample volume, wherein an excitation of a fluorophore on the strand by the excitation focus results in a fluorescence response when the excitation focus coincides with the fluorophore; characterized in that the method further comprises the following steps: - providing a depletion beam having a depletion focus with a depletion profile coinciding with the excitation profile of the excitation focus and causing stimulated emission depletion (STED) of the excitation of the fluorophore according to the depletion profile; - scanning the coinciding profiles of the excitation focus and depletion focus in the sample volume along a one-dimensional scanning line; - trapping an end of the strand in the sample volume and extending the strand along a one-dimensional trapping line parallel to the scanning line; - aligning the one-dimensional trapping line to coincide with the one-dimensional scanning line to have the coinciding profiles of the scanning excitation focus and depletion focus coincide with the strand; and - recording the fluorescence response as a function of a plurality of distinct scanning positions of the excitation focus along the one-dimensional scanning line.
An injection molding machine comprising: an ejector unit (50, 150) configured to eject a molding product from a mold, wherein the ejector unit (50, 150) includes a slide base (52, 152) configured to move relative to a toggle support (51, 151) disposed at a platen (13, 130) supporting the mold, a toggle mechanism (60, 160) configured to be disposed between the toggle support (51, 151) and the slide base (52, 152), a driving source (66, 166) configured to operate the toggle mechanism (60, 160), an ejection member movable in conjunction with the slide base (52, 152), characterized in that the ejection unit (50, 150) further includes a transmission mechanism to convert rotational motion generated by an electric motor as the driving source, into linear motion to transmit to the toggle mechanism (60, 160).
A transparent/translucent liquid antimicrobial mouthwash composition in micro emulsion format substantially free of C1 to C3 alcohol comprising: (i) 0.05% to 10 % of an antimicrobial active selected from terpineol, thymol, eugenol, borneol, or limonene; (ii) 0.05 to 10% of a surfactant; (iii) 0.01 to 50% of a di- or multivalent electrolyte selected from calcium chloride, magnesium chloride, zinc sulphate or zinc acetate; and (iv) 50 to 99.9% water wherein the surfactant is of the anionic or cationic class. (i) 0.05% to 10 % of an antimicrobial active selected from terpineol, thymol, eugenol, borneol, or limonene; (ii) 0.05 to 10% of a surfactant; (iii) 0.01 to 50% of a di- or multivalent electrolyte selected from calcium chloride, magnesium chloride, zinc sulphate or zinc acetate; and (iv) 50 to 99.9% water
System for cooking rice comprising: - a rice cooker comprising: ∘ a vessel suitable for receiving a determined quantity of rice to be cooked, and ∘ processing means suitable for executing a sequence of instructions for controlling steps of preparing and cooking rice or simply steps for cooking rice received in the vessel, ∘ a first means for communicating with a measuring cup, - a measuring cup comprising: ∘ a container intended to measure a quantity of rice to be introduced in the vessel of the rice cooker, ∘ a near infrared spectrometer suitable for acquiring at least one analysis spectrum of the rice placed in the container, ∘ a second communication means suitable for exchanging the at least one analysis spectrum with the rice cooker via the first communication means, ∘ a power source suitable for powering the near infrared spectrometer and the second communication means, - a predetermined predictive model created using a database comprising reference instruction sequences associated with reference analysis spectra relating to different types of rice, the processing means being designed to determine a particular instruction sequence according to the predetermined predictive model and the at least one analysis spectrum of the rice produced using the near infrared spectrometer. - a rice cooker comprising: ∘ a vessel suitable for receiving a determined quantity of rice to be cooked, and ∘ processing means suitable for executing a sequence of instructions for controlling steps of preparing and cooking rice or simply steps for cooking rice received in the vessel, ∘ a first means for communicating with a measuring cup, ∘ a vessel suitable for receiving a determined quantity of rice to be cooked, and ∘ processing means suitable for executing a sequence of instructions for controlling steps of preparing and cooking rice or simply steps for cooking rice received in the vessel, ∘ a first means for communicating with a measuring cup, - a measuring cup comprising: ∘ a container intended to measure a quantity of rice to be introduced in the vessel of the rice cooker, ∘ a near infrared spectrometer suitable for acquiring at least one analysis spectrum of the rice placed in the container, ∘ a second communication means suitable for exchanging the at least one analysis spectrum with the rice cooker via the first communication means, ∘ a power source suitable for powering the near infrared spectrometer and the second communication means, ∘ a container intended to measure a quantity of rice to be introduced in the vessel of the rice cooker, ∘ a near infrared spectrometer suitable for acquiring at least one analysis spectrum of the rice placed in the container, ∘ a second communication means suitable for exchanging the at least one analysis spectrum with the rice cooker via the first communication means, ∘ a power source suitable for powering the near infrared spectrometer and the second communication means, - a predetermined predictive model created using a database comprising reference instruction sequences associated with reference analysis spectra relating to different types of rice,
An automatic lock having a lock case and having a striking plate to be arranged opposite the lock case, with a bolt movable between an open position located in the lock case into a closed position projecting out of the lock case and with a probe movable out of the lock case for detecting the position of the lock case with respect to the striking plate and with a release device controllable by the probe for releasing the movement of the bolt from the open position into the closed position, wherein the probe has a guide part movable in the direction of the striking plate made of non-magnetic material, characterized in that a magnet in the guide part in the position of the lock case opposite the striking plate is displaceably guided perpendicular to the striking plate and is held together resiliently with the guide part in a base positon in a retracted position and that the movements of the release device are coupled with the magnet, wherein retention forces are less during the movement of the guide part than actuating forces of the release device.
A self-adjusting automatic load brake for a hoist, comprising: a first shaft defining an annular hollow portion; a second shaft defining an engagement portion, the engagement portion configured for sliding disposition within the annular hollow portion; a first reaction plate coupled to the first shaft; a second reaction plate coupled to the second shaft; and a plurality of friction discs, with at least one of the plurality of friction discs coupled to a cup and disposed between the first reaction plate and the second reaction plate, wherein the annular hollow portion of the first shaft and the engagement portion of the second shaft are sized and configured to accommodate thinning of the plurality of friction discs; and wherein at least one of the plurality of friction discs includes a first wear surface, characterized in that the engagement portion is configured for sliding disposition within the annular hollow portion in response to thinning of the first wear surface. a first shaft defining an annular hollow portion; a second shaft defining an engagement portion, the engagement portion configured for sliding disposition within the annular hollow portion; a first reaction plate coupled to the first shaft; a second reaction plate coupled to the second shaft; and a plurality of friction discs, with at least one of the plurality of friction discs coupled to a cup and disposed between the first reaction plate and the second reaction plate, wherein the annular hollow portion of the first shaft and the engagement portion of the second shaft are sized and configured to accommodate thinning of the plurality of friction discs; and wherein at least one of the plurality of friction discs includes a first wear surface, characterized in that the engagement portion is configured for sliding disposition within the annular hollow portion in response to thinning of the first wear surface. coupled to a cup and disposed between the first reaction plate and the second reaction plate, wherein the annular hollow portion of the first shaft and the engagement portion of the second shaft are sized and configured to accommodate thinning of the plurality of friction discs; and wherein at least one of the plurality of friction discs includes a first wear surface, characterized in that the engagement portion is configured for sliding disposition within the annular hollow portion in response to thinning of the first wear surface.
Engine mounting, for a vehicle, comprising a cross-member and at least one engine mount between the cross-member and a unit, whereby the engine mount of which there is at least one can be fastened with an interlocking connection to the cross-member and comprises at least one elastomer element for transferring loads and vibrations between the unit and the cross-member and a connecting part that can be connected to the unit at one end, characterised in that the connector part comprises a stopper section at the opposite end, which can be arranged flexibly in a recess in the cross-member, whereby the flexibility of the stopper section is limited in at least one direction by at least one stop surface on the recess.
An open shoe, comprising a sole and a textile layer, said textile layer being disposed between the open shoe and a wearer's foot, the sole comprising at least one first front fixing means and one first rear fixing means, the textile layer comprising at least one front second fixing means and at least one rear second fixing means, the first front fixing means and the first rear fixing means being able to cooperate with respectively the second front fixing means and the second rear fixing means to removably attach the textile layer to the sole, the first fixing means comprise a cavity inside the sole, the second fixing means comprise a protrusion, said protrusion and said cavity being complementary shaped, said protrusion extending from a bottom surface of said textile layer or from a lateral surface of said textile layer, wherein the cavity is a cylinder, a cone or a prism, and wherein the at least one first front fixing means is disposed on a toe portion of the sole substantially transversally relatively to the sole, and wherein the at least one first rear fixing means is disposed on a heel portion of the sole substantially transversally relatively to the sole, the cavities lengths representing at least 20% of a width of the sole.
A method comprising: determining, based on a determined measure of success of a separation of an audio signal representing a sound source from a composite audio signal comprising components derived from at least two sound sources, a value of a separated signal modification parameter, the value of the separated signal modification parameter indicating a range of modification of a characteristic associated with the separated audio signal.