mhurhangee/ep-ind-claims huggingface dataset:
A Controller Area Network, CAN, transceiver (202, 900) comprising: A receiver (302, 901) configured to determine a voltage differential signal from analog signaling received from a CAN bus and configured to provide a digital output signal at a receiver output to a CAN controller based on the voltage differential signal, wherein the analog signaling received from the CAN bus is capable of operating in accordance with a first defined voltage level scheme of a first CAN protocol and a second defined voltage level scheme for a second CAN protocol, the receiver comprising: a first comparator configured to compare the voltage differential signal to a first threshold (Thresh 2) which is set to a value which differentiates between a logic low bit and logic high bit in accordance with the second CAN protocol; and a second comparator configured to compare the voltage differential signal to a second threshold (Thresh 3), wherein the second threshold is less than the first threshold; a filtering circuitry configured to detect noise on the CAN bus based on an output of the first comparator and an output of the second comparator; the filtering circuitry configured to filter the output of the first comparator in response to detecting noise on the CAN bus, such that the first comparator provides a first digital signal indicative of activity on the CAN bus in accordance with the second CAN protocol; and the filtering circuitry is configured to not filtering the output of the first comparator in response to not detecting noise on the CAN bus, such that the first comparator provides the first digital signal as an output of the first comparator. a first comparator configured to compare the voltage differential signal to a first threshold (Thresh 2) which is set to a value which differentiates between a logic low bit and logic high bit in accordance with the second CAN protocol; and a second comparator configured to compare the voltage differential signal to a second threshold (Thresh 3), wherein the second threshold is less than the first threshold; a filtering circuitry configured to detect noise on the CAN bus based on an output of the first comparator and an output of the second comparator; the filtering circuitry configured to filter the output of the first comparator in response to detecting noise on the CAN bus, such that the first comparator provides a first digital signal indicative of activity on the CAN bus in accordance with the second CAN protocol; and the filtering circuitry is configured to not filtering the output of the first comparator in response to not detecting noise on the CAN bus, such that the first comparator provides the first digital signal as an output of the first comparator.
A magnetic circuit assembly (12, 14) comprising: a magnet assembly defining an input axis, wherein the magnet assembly comprises: a pole piece, wherein the pole piece comprises a high magnetic permeability material; and a magnet underlying the pole piece; and an excitation ring, comprising: a base, comprising: a platform layer underlying the magnet, wherein the platform layer comprises a high magnetic permeability material; a base layer (68, 70) underlying the platform layer; and an outer ring overlying the base layer (68, 70), wherein the outer ring is positioned around the magnet assembly, wherein an inner portion of the outer ring faces the magnet assembly, and wherein an outer portion of the outer ring is configured to couple to an outer radial portion of a proof mass assembly, characterised in that a magnetic permeability of the inner portion of the outer ring is less than a magnetic permeability of the outer portion of the outer ring. a magnet assembly defining an input axis, wherein the magnet assembly comprises: a pole piece, wherein the pole piece comprises a high magnetic permeability material; and a magnet underlying the pole piece; and a pole piece, wherein the pole piece comprises a high magnetic permeability material; and a magnet underlying the pole piece; and an excitation ring, comprising: a base, comprising: a platform layer underlying the magnet, wherein the platform layer comprises a high magnetic permeability material; a base layer (68, 70) underlying the platform layer; and an outer ring overlying the base layer (68, 70), wherein the outer ring is positioned around the magnet assembly, wherein an inner portion of the outer ring faces the magnet assembly, and wherein an outer portion of the outer ring is configured to couple to an outer radial portion of a proof mass assembly, characterised in that a magnetic permeability of the inner portion of the outer ring is less than a magnetic permeability of the outer portion of the outer ring. a base, comprising: a platform layer underlying the magnet, wherein the platform layer comprises a high magnetic permeability material; a base layer (68, 70) underlying the platform layer; and a platform layer underlying the magnet, wherein the platform layer comprises a high magnetic permeability material; a base layer (68, 70) underlying the platform layer; and an outer ring overlying the base layer (68, 70), wherein the outer ring is positioned around the magnet assembly, wherein an inner portion of the outer ring faces the magnet assembly, and wherein an outer portion of the outer ring is configured to couple to an outer radial portion of a proof mass assembly, characterised in that a magnetic permeability of the inner portion of the outer ring is less than a magnetic permeability of the outer portion of the outer ring.
Induction cooking heater comprising at least one inductor and magnetic field concentration bars located beneath the inductor, the inductor and the magnetic field concentration bars being supported by a polymeric frame, said frame comprising a first element on which the inductor is wound and a second element which supports said magnetic field concentration bars, both said elements being assembled together, characterized in that the inductor is wound on an upper surface of the first element opposite to the second element.
Blast cannon including a gas inlet chamber, a gas inlet communicating with that inlet chamber and a nozzle comprising an opening communicating with that inlet chamber and via which gas deflagrations are released, a regulating chamber fluidically isolated from the inlet chamber, a mobile piston including a front face adapted to come to bear on a seat surrounding the opening to close that opening, the piston further including two faces (18, 19) with opposite orientations and continuously subjected respectively to the pressure (Pa) of the inlet chamber and the pressure (Pr) of the regulation chamber, and in which the front face carries a nipple engaging in the opening to obstruct that opening over the whole of a portion of the stroke of the piston.
A watch type mobile terminal, comprising: a main body configured to contain an electric apparatus unit in which an electronic part is mounted; a band configured to be worn on a wrist of a user in a manner of being combined with the main body; a heat pipe configured to contain a first pipe positioned at the main body and a s econd pipe positioned at the band wherein the first pipe and the second pipe forms a loop in a manner of being connected with each other; a first working fluid injected into the heat pipe; and a second working fluid different from the first working fluid in density. a main body configured to contain an electric apparatus unit in which an electronic part is mounted; a band configured to be worn on a wrist of a user in a manner of being combined with the main body; a heat pipe configured to contain a first pipe positioned at the main body and a s econd pipe positioned at the band wherein the first pipe and the second pipe forms a loop in a manner of being connected with each other; a first working fluid injected into the heat pipe; and a second working fluid different from the first working fluid in density.
A satellite dispenser, comprising: a central tubular structure; a plurality of satellites arranged around the central tubular structure; and a plurality of shear connectors coupling the central tubular structure and the plurality of satellites together in shear continuity, wherein: the central tubular structure comprises a plurality of frame members and a skin, coupled to the plurality of frame members; each one of the plurality of shear connectors couples one of the plurality of satellites to one of the plurality of frame members; each one of the plurality of satellites comprises a plurality of bulkheads; and each one of the plurality of shear connectors couples one of the plurality of bulkheads to one of the plurality of frame members. a central tubular structure; a plurality of satellites arranged around the central tubular structure; and a plurality of shear connectors coupling the central tubular structure and the plurality of satellites together in shear continuity, the central tubular structure comprises a plurality of frame members and a skin, coupled to the plurality of frame members; each one of the plurality of shear connectors couples one of the plurality of satellites to one of the plurality of frame members; each one of the plurality of satellites comprises a plurality of bulkheads; and each one of the plurality of shear connectors couples one of the plurality of bulkheads to one of the plurality of frame members.
A value document comprising particulate agglomerates respectively containing at least two different homogeneous phases, wherein the first homogeneous phase is based on a luminescent substance emitting at a certain emission wavelength and the second homogeneous phase is based on a non-luminescent substance detectable by a spectroscopic method, wherein the non-luminescent substance of the second homogeneous phase is a substance detectable by nuclear magnetic resonance spectroscopy, electron spin resonance spectroscopy, nuclear quadrupole resonance spectroscopy, SER (surface-enhanced Raman) spectroscopy or SEIRA (surface-enhanced infrared absorption) spectroscopy, and wherein upon an evaluation of measurement values that are obtainable by a location-specific measurement, carried out at different locations of the value document, of the luminescence intensity at the certain emission wavelength and the intensity of the measurement signal of the spectroscopic method, there is a statistical correlation between the luminescence intensity at the certain emission wavelength and the intensity of the measurement signal of the spectroscopic method, wherein there is a statistical correlation when after computing a statistical correlation function for the obtained measurement values and after comparing the amount thereof with a threshold value, with a correlation function normalized in terms of amount to a values range of 0 to 1, an existing statistical correlation is recognized when the amount is > 0.3.
A driver circuit configured to provide biasing voltages to a flash memory device, the driver circuit comprising a level shifter latch comprising a first latch input terminal, a first latch control terminal, a latch voltage supply terminal, a first latch output terminal, and a second latch output terminal, wherein the level shifter latch is adapted to provide, in dependency of a voltage at the first latch input terminal, one of a first voltage and a second voltage at the first latch output terminal and the other one of the first voltage and the second voltage at the second latch output terminal, wherein the first voltage is dependent on a voltage applied to the latch voltage supply terminal and the second voltage is dependent on a voltage applied to the first latch control terminal, a first output stage comprising a first switching element (N11, N12), a second switching element, a first voltage supply terminal, a second voltage supply terminal, and a first biasing voltage output terminal, wherein the first switching element (N11, N12) is adapted to connect the first biasing voltage output terminal to the first voltage supply terminal in dependency of the voltage at the first latch output terminal, and wherein the second switching element is adapted to connect the first biasing voltage output terminal to the second voltage supply terminal in dependency of the voltage at the second latch output terminal, and a second output stage comprising a third switching element, a fourth switching element, a third voltage supply terminal, a fourth voltage supply terminal, and a second biasing voltage output terminal, wherein the third switching element is adapted to connect the second biasing voltage output terminal to the third voltage supply terminal in dependency of the voltage at the first latch output terminal, and wherein the fourth switching element is adapted to connect the second biasing voltage output terminal to the fourth voltage supply terminal in dependency of the voltage at the second latch output terminal.
A stent having a tubular structure comprising: a coiled main stent component (400, 1300) having first and second side bands (401, 1301; 402, 1302), wherein each of the side bands (401, 1301; 402, 1302) has an undulating pattern, wherein the first and second side bands (401, 1301; 402, 1302) are intermittently connected; and a securement (601, 1001) providing structural support to the main stent component (400, 1300), the securement (601, 1001) comprising a structure selected from the group consisting of fibers, sheets, threads, wires and ribbons which are wrapped around or itself embedded in the coiled main stent component; characterized in first and second end bands (406, 1306; 407, 1307) having an undulating pattern, wherein said first and second end bands (406, 1306; 407, 1307) form right cylinders to a longitudinal axis of the main stent component (400, 1300) at the longitudinal ends of the stent. a coiled main stent component (400, 1300) having first and second side bands (401, 1301; 402, 1302), wherein each of the side bands (401, 1301; 402, 1302) has an undulating pattern, wherein the first and second side bands (401, 1301; 402, 1302) are intermittently connected; and a securement (601, 1001) providing structural support to the main stent component (400, 1300), the securement (601, 1001) comprising a structure selected from the group consisting of fibers, sheets, threads, wires and ribbons which are wrapped around or itself embedded in the coiled main stent component; characterized in first and second end bands (406, 1306; 407, 1307) having an undulating pattern, wherein said first and second end bands (406, 1306; 407, 1307) form right cylinders to a longitudinal axis of the main stent component (400, 1300) at the longitudinal ends of the stent.
Method for calibrated measurement of at least one variable of a sample, including the steps: a) establishing a contact between the sample and a portion of at least one sensor substance, each of the at least one sensor substance exhibiting an optical behaviour which is a luminescence effect and which is dependent on at least one of the at least one variable of the sample; b) defining at least one calibration area (21, 22, 23, 24, 25, 26) associated with at least one of the at least one sensor substance by exposing a different portion of the at least one of the at least one sensor substance to defined ambient conditions, wherein such defined ambient conditions include a pre-determined value of at least one of the at least one variable of the sample; c) recording at least one image, each of the at least one image capturing at least a portion of at least one of the at least one sensor substance in contact with the sample and at least a portion of at least one of the at least one calibration area (21, 22, 23, 24, 25, 26) associated with the at least one of the at least one sensor substance in contact with the sample; d) determining a value of the at least one variable of the sample from the at least one recorded image based on image data of the at least one recorded image associated with the at least one of the at least one sensor substance in contact with the sample and on image data of the at least one recorded image associated with the at least one of the at least one calibration area (21, 22, 23, 24, 25, 26). a) establishing a contact between the sample and a portion of at least one sensor substance, each of the at least one sensor substance exhibiting an optical behaviour which is a luminescence effect and which is dependent on at least one of the at least one variable of the sample; b) defining at least one calibration area (21, 22, 23, 24, 25, 26) associated with at least one of the at least one sensor substance by exposing a different portion of the at least one of the at least one sensor substance to defined ambient conditions, wherein such defined ambient conditions include a pre-determined value of at least one of the at least one variable of the sample; c) recording at least one image, each of the at least one image capturing at least a portion of at least one of the at least one sensor substance in contact with the sample and at least a portion of at least one of the at least one calibration area (21, 22, 23, 24, 25, 26) associated with the at least one of the at least one sensor substance in contact with the sample; d) determining a value of the at least one variable of the sample from the at least one recorded image based on image data of the at least one recorded image associated with the at least one of the at least one sensor substance in contact with the sample and on image data of the at least one recorded image associated with the at least one of the at least one calibration area (21, 22, 23, 24, 25, 26).
A gas turbine engine for an aircraft comprising: an engine core comprising a turbine, a compressor, and a core shaft connecting the turbine to the compressor; a fan located upstream of the engine core; a gearbox that receives an input from the core shaft and outputs drive to the fan so as to drive the fan at a lower rotational speed than the core shaft; an annular splitter at which the flow is divided between a core flow that flows through the engine core, and a bypass flow that flows along a bypass duct; and a combustor provided downstream of the fan and compressor(s) and upstream of the turbine(s), and a fan root pressure ratio, defined as the ratio of the mean total pressure of the flow at the fan exit that subsequently flows through the engine core (P 102) to the mean total pressure of the flow at the fan inlet (P 100), is no greater than 1.25 at cruise conditions; an characterised in that: an overall pressure ratio is defined as the ratio of the mean total pressure of the flow at the inlet to the combustor (P 106) to the mean total pressure of the flow at the fan inlet (P 100), and the ratio of the fan root pressure ratio to the overall pressure ratio is in the range of from 0.015 to 0.03. an engine core comprising a turbine, a compressor, and a core shaft connecting the turbine to the compressor; a fan located upstream of the engine core; a gearbox that receives an input from the core shaft and outputs drive to the fan so as to drive the fan at a lower rotational speed than the core shaft; an annular splitter at which the flow is divided between a core flow that flows through the engine core, and a bypass flow that flows along a bypass duct; and a combustor provided downstream of the fan and compressor(s) and upstream of the turbine(s), and a fan root pressure ratio, defined as the ratio of the mean total pressure of the flow at the fan exit that subsequently flows through the engine core (P 102) to the mean total pressure of the flow at the fan inlet (P 100), is no greater than 1.25 at cruise conditions; an characterised in that: an overall pressure ratio is defined as the ratio of the mean total pressure of the flow at the inlet to the combustor (P 106) to the mean total pressure of the flow at the fan inlet (P 100), and the ratio of the fan root pressure ratio to the overall pressure ratio is in the range of from 0.015 to 0.03.
Process for the recovery of lithium from metallurgic slags comprising the steps of: - roasting spodumene to convert it from the alpha to the beta variant; - reacting the beta variant with sulfuric acid, using a stoichiometric excess of acid; - repulping the reaction product with water, forming an acidic slurry; - neutralizing the acidic slurry to a pH between 5 and 7, by addition of at least one neutralizing agent; - filtrating the neutralized slurry, thereby obtaining a lithium bearing solution and a residue; characterized that lithium-bearing metallurgic slag is added in one or more of the steps of reacting, repulping, and neutralizing the acidic slurry. - roasting spodumene to convert it from the alpha to the beta variant; - reacting the beta variant with sulfuric acid, using a stoichiometric excess of acid; - repulping the reaction product with water, forming an acidic slurry; - neutralizing the acidic slurry to a pH between 5 and 7, by addition of at least one neutralizing agent; - filtrating the neutralized slurry, thereby obtaining a lithium bearing solution and a residue;
Application unit of a coating or sizing device for applying treatment substance on a fiber web, characterized in that application unit comprises a support beam and an application module comprising at one of its longitudinal ends an opening for the treatment substance inlet, a feed chamber with feed openings located spaced apart in longitudinal direction of the application module and a flow-through at the other longitudinal end of the application module, which application module is supported by an attachment element on the support beam, and that the application module is constructed at least partially of composite material.
A fuel cell comprising a plurality of modules (M1, M2) mounted in series with each other so as to form a peripheral structure, each module (M1, M2) comprising two end members and a stack of electrochemical cells mounted between two end members, each end member comprising a mounting face in contact with one of the ends of a stack and an interface face in contact with another interface face of another end member, the mounting face and the interface face being angularly spaced apart by an angle a, which is between 0.5° to 60°.
A ventilation system with a duct shaped housing, an air guide assembly arranged in the housing and a radial fan arranged on a cross sectional plane in the housing, wherein, on the outflow side behind the radial fan, the air guide assembly comprises at least one guide plate formation with multiple air guide plates oriented differently relative to one another, wherein an air passage duct is formed between the air guide plates of the at least one guide plate formation and the interior of the housing, and the air guide plates are arranged so that the effective flow cross section for the air conveyed by the radial fan increases at least partially in flow direction and their setting angle or orientation in flow direction changes in order to achieve a diffuser effect, characterized in that the at least one outflow-side guide plate formation is formed by four double edged air guide plates arranged in pairs, which form at least one triangular plate section, which respectively form a partial segment of a base plate, arranged substantially in the cross-sectional plane, of the outflow-side guide plate formation, to which a rectangular plate section, bent for this purpose substantially in axial direction, is connected in each case by two side edges, wherein the guide plates are arranged twisted with respect to the axial direction, so that their side edges are oriented at an angle (φ) of 0° to 20° with respect to the axial direction.