mhurhangee/patent-ind-claim-en huggingface dataset:
A grain oriented electrical steel sheet comprising: a forsterite film and tension coating on a surface of the steel sheet; and linear grooves for magnetic domain refinement on the surface of the steel sheet, wherein the steel sheet has a sheet thickness of 0.30 mm or less, the linear grooves are formed at intervals of 2 to 10 mm in a rolling direction, a depth of each of the linear grooves is 10 μm or more, a thickness of the forsterite film at bottom portions of the linear grooves is 0.3 μm or more, a total tension applied to the steel sheet by the forsterite film and the tension coating is 10.0 MPa or higher in the rolling direction, and a proportion of eddy current loss in material iron loss W 17/50 of the steel sheet is 65 % or less when an alternating magnetic field of 1.7 T and 50 Hz is applied to the steel sheet in the rolling direction, wherein the eddy current loss is calculated by subtracting hysteresis loss obtained by direct current magnetization measurements from the material iron loss W 17/50 , and the material iron loss W 17/50 is measured according to standard JIS C2556.
A method for operating a hybrid vehicle having an eMachine and an engine using a hybrid controller , comprising: determining an expected fuel rate reduction of the engine between a first operating condition during a throttle lift condition where the engine is coupled to a vehicle transmission by a clutch and a second operating condition during a throttle lift condition where the engine is decoupled from the vehicle transmission by the clutch, wherein determining the expected fuel rate reduction includes: determining an expected energy storage rate increase due to a transition from the first to the second operating condition, and multiplying said expected energy storage rate increase by a hybrid efficiency index, the hybrid efficiency index representing a ratio of fuel saved to electrical energy spent when using the motor generator to assist in propelling the vehicle; and decoupling the engine from the vehicle transmission using the clutch if the expected fuel rate reduction is greater than an idle fuel rate of the engine. determining an expected fuel rate reduction of the engine between a first operating condition during a throttle lift condition where the engine is coupled to a vehicle transmission by a clutch and a second operating condition during a throttle lift condition where the engine is decoupled from the vehicle transmission by the clutch, wherein determining the expected fuel rate reduction includes: determining an expected energy storage rate increase due to a transition from the first to the second operating condition, and multiplying said expected energy storage rate increase by a hybrid efficiency index, the hybrid efficiency index representing a ratio of fuel saved to electrical energy spent when using the motor generator to assist in propelling the vehicle; and determining an expected energy storage rate increase due to a transition from the first to the second operating condition, and multiplying said expected energy storage rate increase by a hybrid efficiency index, the hybrid efficiency index representing a ratio of fuel saved to electrical energy spent when using the motor generator to assist in propelling the vehicle; and decoupling the engine from the vehicle transmission using the clutch if the expected fuel rate reduction is greater than an idle fuel rate of the engine.
Tape-laying apparatus , comprising a first material supply unit for supplying a tape strip material , a first cutting device for separating a first tape from the tape strip material , a first laying device for picking up and for placing the first tape separated by the first cutting device on a laying table , a second material supply unit for supplying a tape strip material , a second cutting device having a cutting means for separating a second tape from the tape strip material , a second laying device for picking up and for placing the second tape separated by the second cutting device on the laying table , and a control device for open-loop and/or closed-loop control of the operation of the tape-laying apparatus, characterised in that the first laying device and/or the second laying device are configured to perform a transverse movement in a transverse direction , and the control device is configured to effect open-loop and/or closed-loop control of the transverse movement of the first laying device and/or the second laying device .
A power supply for use in an aircraft, comprising: a DC power source adapted for providing DC power at a variable bulk voltage; a first DC/DC converter adapted for converting the DC power from the DC power source to DC power at a high voltage suitable for powering a high-voltage load; a second DC/DC converter adapted for receiving DC power from the first DC/DC converter , for converting the received DC power to DC power at a low voltage and for delivering the DC power at the low voltage to a low-voltage load, the low voltage being lower than the high voltage; and a protection circuit adapted for selectively transferring DC power from the first DC/DC converter to the high-voltage load; characterised in that the first DC/DC converter is further adapted for converting the DC power from the DC power source to DC power at the high voltage if the variable bulk voltage is at least equal to the high voltage, the output of the first DC/DC converter being substantially equal to the variable bulk voltage if the variable bulk voltage is lower than the high voltage. a DC power source adapted for providing DC power at a variable bulk voltage; a first DC/DC converter adapted for converting the DC power from the DC power source to DC power at a high voltage suitable for powering a high-voltage load; a second DC/DC converter adapted for receiving DC power from the first DC/DC converter , for converting the received DC power to DC power at a low voltage and for delivering the DC power at the low voltage to a low-voltage load, the low voltage being lower than the high voltage; and a protection circuit adapted for selectively transferring DC power from the first DC/DC converter to the high-voltage load; characterised in that the first DC/DC converter is further adapted for converting the DC power from the DC power source to DC power at the high voltage if the variable bulk voltage is at least equal to the high voltage, the output of the first DC/DC converter being substantially equal to the variable bulk voltage if the variable bulk voltage is lower than the high voltage.
Method of fault detection and localisation of a fault in a DC-system comprising multiple serially connected DC-sources , which method comprises acts of: a) connecting a test apparatus to at least one terminal of the DC-system and to DC-system ground , and as at least one repetition of: b) applying a test AC-signal to one terminal of the DC-system , c) detecting the response AC-signal to the test AC-signal on either one terminal alone and/or on DC-system ground ; d) comparing the response AC signal with the test AC-signal to detect a fault and the location of the fault in the DC-system , wherein the act of comparing involves usage of impedance spectroscopy , wherein the response AC-signal is suitable for the impedance spectroscopy . a) connecting a test apparatus to at least one terminal of the DC-system and to DC-system ground , and as at least one repetition of: b) applying a test AC-signal to one terminal of the DC-system , c) detecting the response AC-signal to the test AC-signal on either one terminal alone and/or on DC-system ground ; d) comparing the response AC signal with the test AC-signal to detect a fault and the location of the fault in the DC-system , wherein the act of comparing involves usage of impedance spectroscopy , wherein the response AC-signal is suitable for the impedance spectroscopy .
A furniture drive for moving a moveably mounted furniture part relative to a furniture body , comprising: - a drive unit for mounting to or in the furniture body , - at least one moveably mounted actuating portion for moving the moveable furniture part , characterised in that provided at the drive unit is at least one mounting abutment which can be applied to the furniture body , wherein the mounting abutment is mounted limitedly moveably between a first position and a second position, wherein the mounting abutment in the first position is at least partially received in a recess of the furniture drive and in the second position projects transversely from the drive unit so that the mounting abutment can be applied to an end of the furniture body . - a drive unit for mounting to or in the furniture body , - at least one moveably mounted actuating portion for moving the moveable furniture part ,
A cleansing composition comprising: a) detersive surfactant; b) a cationic polymer; c) a silicone conditioning agent; and d) a cellulosic material selected from fermentation derived cellulose (FDC). a) detersive surfactant; b) a cationic polymer; c) a silicone conditioning agent; and d) a cellulosic material selected from fermentation derived cellulose (FDC).
A handheld mobile printer being movable by a user and comprising: a plurality of nozzles configured to discharge a liquid droplet onto a medium according to an original image comprising a first image data section and a second image data section of image data; a moving amount sensor configured to detect a moving amount of the handheld mobile printer ; a switcher configured to switch from the first image data section to the second image data section based on the detected moving amount; an angular velocity sensor configured to detect an angular velocity of the handy mobile printer ; a posture detector configured to detect a posture of the handheld mobile printer based on the detected angular velocity, wherein the switcher is configured to switch from the first image data section to the second image data section when the user presses a button of the handheld mobile printer and when the posture detector detects that the handheld mobile printer is returned onto the medium after being lifted from the medium, wherein the handheld mobile printer is configured to divide the original image into the first image data section and the second image data section and to detect a plurality of lines of the original image and to associate the plurality of lines with the first image data section and the second image data section, wherein the handheld mobile printer is configured to detect the plurality of lines by detecting a circumscribed rectangle of each character and recognizing a plurality of circumscribed rectangles overlapping horizontally as a single line. a plurality of nozzles configured to discharge a liquid droplet onto a medium according to an original image comprising a first image data section and a second image data section of image data; a moving amount sensor configured to detect a moving amount of the handheld mobile printer ; a switcher configured to switch from the first image data section to the second image data section based on the detected moving amount; an angular velocity sensor configured to detect an angular velocity of the handy mobile printer ; a posture detector configured to detect a posture of the handheld mobile printer based on the detected angular velocity, wherein the switcher is configured to switch from the first image data section to the second image data section when the user presses a button of the handheld mobile printer and when the posture detector detects that the handheld mobile printer is returned onto the medium after being lifted from the medium, wherein the handheld mobile printer is configured to divide the original image into the first image data section and the second image data section and to detect a plurality of lines of the original image and to associate the plurality of lines with the first image data section and the second image data section, wherein the handheld mobile printer is configured to detect the plurality of lines by detecting a circumscribed rectangle of each character and recognizing a plurality of circumscribed rectangles overlapping horizontally as a single line.
Method for continuous production of stably dispersible, magnetic, single-core nanoparticles which do not aggregate in aqueous media, comprise iron oxide and have a diameter between 20 and 200 nm, comprising the steps a) preparing an aqueous solution comprising at least one base and at least one oxidant; b) preparing an aqueous solution comprising at least one iron salt, preferably at least one Fe(II) salt, particularly preferably at least one Fe(II) salt and an iron salt which is different from an Fe(ll) salt in a lower concentration than the Fe(ll) salt; c) preparing an aqueous solution comprising at least one hydrophilic stabiliser, wherein the hydrophilic stabiliser comprises or consists of a substance selected from the group consisting of glycosidic flavonoids, phenols, phosphoric acid derivatives, triphosphate, polymers with more than 3 histidine residues, hydrophilic polymers and carboxylic acid or carboxylic anhydride; d) mixing the aqueous solution of a) and b) to form a mixture in a micromixer, wherein Fe(OH) 2 is formed which precipitates out of the solution and oxidises to form magnetic single-core nanoparticles; e) mixing of the mixture from d) with the aqueous solution from c), wherein the at least one stabiliser binds to the iron oxide. characterized in that , in a) to e), it is tempered to a temperature of 10°C to 200°C, wherein, in step e), stably dispersible, magnetic, single-core nanoparticles are formed which do not aggregate in aqueous media, comprise iron oxide and the stabiliser and have a diameter between 20 and 200 nm. a) preparing an aqueous solution comprising at least one base and at least one oxidant; b) preparing an aqueous solution comprising at least one iron salt, preferably at least one Fe(II) salt, particularly preferably at least one Fe(II) salt and an iron salt which is different from an Fe(ll) salt in a lower concentration than the Fe(ll) salt; c) preparing an aqueous solution comprising at least one hydrophilic stabiliser, wherein the hydrophilic stabiliser comprises or consists of a substance selected from the group consisting of glycosidic flavonoids, phenols, phosphoric acid derivatives, triphosphate, polymers with more than 3 histidine residues, hydrophilic polymers and carboxylic acid or carboxylic anhydride; d) mixing the aqueous solution of a) and b) to form a mixture in a micromixer, wherein Fe(OH) 2 is formed which precipitates out of the solution and oxidises to form magnetic single-core nanoparticles; e) mixing of the mixture from d) with the aqueous solution from c), wherein the at least one stabiliser binds to the iron oxide.
Method for producing a screw foundation for securing elements in the ground, in which method a cylindrical tube is provided as an initial form, and subsequently a conical front section is formed on the cylindrical tube , by means of a non-cutting process, which section tapers to an insertion tip , wherein the front section is provided, at least in certain regions, with a thread-like contour so that it can be screwed into the ground, characterised in that an inner contour for a screw-in tool is formed on a rear end of the tube by means of flow forming, and that the front section and the thread-like contour are exclusively formed by means of flow forming.
A method for calibrating a telematic device installable on a ground vehicle by means of a mobile electronic device , comprising the steps of: a) installing said telematic device on a ground vehicle ; b) placing the mobile electronic device on said telematic device installed on the ground vehicle ; c) acquiring the spatial orientation (qm) of said mobile electronic device placed on said telematic device ; d) placing the mobile electronic device on said ground vehicle , orienting it according to the direction of travel thereof; e) acquiring the spatial orientation (q2) of said mobile electronic device placed on said ground vehicle and oriented according to the direction of travel thereof; f) calculating the rotation (w) to be applied to the spatial orientation (q1) of said telematic device in order to align it with the spatial orientation (q2) of said ground vehicle . a) installing said telematic device on a ground vehicle ; b) placing the mobile electronic device on said telematic device installed on the ground vehicle ; c) acquiring the spatial orientation (qm) of said mobile electronic device placed on said telematic device ; d) placing the mobile electronic device on said ground vehicle , orienting it according to the direction of travel thereof; e) acquiring the spatial orientation (q2) of said mobile electronic device placed on said ground vehicle and oriented according to the direction of travel thereof; f) calculating the rotation (w) to be applied to the spatial orientation (q1) of said telematic device in order to align it with the spatial orientation (q2) of said ground vehicle .
Method for removing mercury from gaseous effluents, wherein gaseous effluents to be treated are fed into a gas-solid separator , wherein a sulfur-containing reagent and solids , composed of between 70 and 95 weight % of solid residues collected by the gas-solid separator , are fed into a reactivation reactor , wherein the sulfur-containing reagent is delivered into the reactivation reactor in the form of a solution or suspension which is added by spraying into the reactivation reactor, wherein, inside the reactivation reactor , the sulfur-containing reagent is dispersed by mixing with the solids so as to coat the particles of the solids under the effect of mixing and particle-particle interactions, wherein the passage time through the reactivation reactor of the solids contacted with the sulfur-containing reagent is between 2 and 30 minutes, and wherein an outflow from the reactivation reactor is recycled in the gaseous effluents to be treated upstream of the gas-solid separator .
A method comprising: at a network controller managing network connectivity between a first end point and a second end point , the network controller including one or more processors and a non-transitory memory: transmitting a message to the first end point that includes an instruction to initiate a communication type when the first end point communicates with the second end point across a network, wherein the communication type includes sharing a randomization token between the first end point and the second end point ; obtaining a first communication report from the first end point in response to initialization of a communication based on the communication type between the first end point and the second end point across the network, wherein the first communication report includes a first hash that corresponds to a function of the randomization token and identity information; obtaining a second communication report from the second end point in response to the initialization of the communication based on the communication type between the first end point and the second end point across the network, wherein the second communication report includes a second hash that corresponds to a function of the randomization token and the identity information; determining whether the first hash matches the second hash; generating a value that correlates the first end point and the second end point with the communication across the network in response to determining that the first hash matches the second hash. transmitting a message to the first end point that includes an instruction to initiate a communication type when the first end point communicates with the second end point across a network, wherein the communication type includes sharing a randomization token between the first end point and the second end point ; obtaining a first communication report from the first end point in response to initialization of a communication based on the communication type between the first end point and the second end point across the network, wherein the first communication report includes a first hash that corresponds to a function of the randomization token and identity information; obtaining a second communication report from the second end point in response to the initialization of the communication based on the communication type between the first end point and the second end point across the network, wherein the second communication report includes a second hash that corresponds to a function of the randomization token and the identity information; determining whether the first hash matches the second hash; generating a value that correlates the first end point and the second end point with the communication across the network in response to determining that the first hash matches the second hash.
A powder of Ni-Zn-Cu ferrite particles being single crystalline; having an average particle diameter of 1 to 2000 nm, having a polyhedral particle shape, and comprising 5 to 10 wt% of Ni, 15 to 30 wt% of Zn, 1 to 5 wt% of Cu, and 25 to 50 wt% of Fe.
A gun stock with adjustable comb comprising a stock body having an adjustable comb; wherein said comb comprises a cheek rest member associated to a supporting structure associated to said stock body; said supporting structure comprising a hollow guide body slideable along a pin associated to said stock body; said guide body sliding with respect to said pin in contrast to an elastic member ; said guide body being engaged by a drive means that comprises a button accessible from the outside of said stock body; a height of said comb with respect to said stock body being adjusted by acting on said button for engagement and disengagement of said guide body with respect to said pin associated to said stock body.
A method of selecting digital assets (DAs) for a shared DA library, the method comprising: initiating, by an end-user device of a first participant of the shared DA library, a camera session; identifying, by the end-user device during the camera session, a sharable DA trigger, the sharable DA trigger being generated by a processor of the end-user device; capturing, by a camera of the end-user device, a DA during the camera session after identifying the sharable DA trigger; and selecting, by the end-user device, the captured DA for the shared DA library based on the identified sharable DA trigger. initiating, by an end-user device of a first participant of the shared DA library, a camera session; identifying, by the end-user device during the camera session, a sharable DA trigger, the sharable DA trigger being generated by a processor of the end-user device; capturing, by a camera of the end-user device, a DA during the camera session after identifying the sharable DA trigger; and selecting, by the end-user device, the captured DA for the shared DA library based on the identified sharable DA trigger.