mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a cold rolling mill, - wherein a first steel strip and a second steel strip are rolled in at least one rolling stand of the cold rolling mill, - wherein, between the rolling of the first steel strip and the rolling of the second steel strip , there is a rolling pause, in which no steel strip is rolled, - wherein, starting from a first uncoiler , the first steel strip is fed to the rolling stand via a first path and is not heated during feeding to the rolling stand , characterized in that - starting from the first uncoiler or a second uncoiler different from the first uncoiler , the second steel strip is fed to the rolling stand via a second path and is heated during feeding to the rolling stand , and in that - the second path is longer than the first path. - wherein a first steel strip and a second steel strip are rolled in at least one rolling stand of the cold rolling mill, - wherein, between the rolling of the first steel strip and the rolling of the second steel strip , there is a rolling pause, in which no steel strip is rolled, - wherein, starting from a first uncoiler , the first steel strip is fed to the rolling stand via a first path and is not heated during feeding to the rolling stand , characterized in that - starting from the first uncoiler or a second uncoiler different from the first uncoiler , the second steel strip is fed to the rolling stand via a second path and is heated during feeding to the rolling stand , and in that - the second path is longer than the first path.
A method for forcing the commutating of a bypass silicon controlled rectifier - SCR - of an uninterruptible power supply - UPS - system comprising a sequence of the following steps: a) detecting an outage of a mains supply of the UPS system (S10), b) turning on an inverter of the UPS system with a normal output polarity (S12), wherein the inverter is capable to switch into an output current limitation mode in which its output current is limited and to generate a signal when switched into the output current limitation mode, c) switching off the bypass SCR (S14) and thereafter determining if and how long the inverter is operated in the output current limitation mode, and if it is determined that the inverter operation in the output current limitation mode exceeds a predetermined time span then performing the following steps: d) turning off the inverter (S16), and e) turning on the inverter with a reverse output polarity for a predetermined time interval so that a reverse current is drawn via the bypass SCR (S18). a) detecting an outage of a mains supply of the UPS system (S10), b) turning on an inverter of the UPS system with a normal output polarity (S12), wherein the inverter is capable to switch into an output current limitation mode in which its output current is limited and to generate a signal when switched into the output current limitation mode, c) switching off the bypass SCR (S14) and thereafter determining if and how long the inverter is operated in the output current limitation mode, and if it is determined that the inverter operation in the output current limitation mode exceeds a predetermined time span then performing the following steps: d) turning off the inverter (S16), and e) turning on the inverter with a reverse output polarity for a predetermined time interval so that a reverse current is drawn via the bypass SCR (S18).
Protective cover for the protection against contamination from body and/or irrigation fluid during the treatment of wounds or ulcers, where said protective cover comprises a first opening to be placed on a body part of a patient and a second opening adapted for the insertion of a handpiece for wound or ulcer treatment, where said protective cover comprises a fluid-tight and flexible hollow body which in the interior defines a treatment chamber having a shape that adapts to the motion of said handpiece, where said hollow body is formed having a funnel shape and its larger opening forms said first opening , where said hollow body is provided with at least one stiffening element for maintaining said first opening in an open state during treatment, characterized in that said stiffening element extends around the longitudinal axis (A) of said funnel-shaped hollow body in a helical or circular shape over at least part of the length of its shell.
Rotor blade for a wind turbine with a noise reducing device at the trailing edge section of the rotor blade , wherein - the noise reducing device comprises at least a first opening such that the airflow from the leading edge section of the rotor blade to the trailing edge section of the rotor blade is partially diverted through the first opening , - the noise reducing device comprises at least a second opening with a similar geometry as the first opening , the first opening and the second opening thus building a pair of openings, - the first opening has the geometry of a slit having a length which is at least three times greater than its width, - the first opening is arranged in substantially chordwise orientation of the rotor blade , and - the first opening and the second opening converge towards each other in chordwise direction, thus decreasing the rotation of the airflow at the trailing edge of the rotor blade , thus noise which is generated at the trailing edge of the rotor blade is reduced. - the noise reducing device comprises at least a first opening such that the airflow from the leading edge section of the rotor blade to the trailing edge section of the rotor blade is partially diverted through the first opening , - the noise reducing device comprises at least a second opening with a similar geometry as the first opening , the first opening and the second opening thus building a pair of openings, - the first opening has the geometry of a slit having a length which is at least three times greater than its width, - the first opening is arranged in substantially chordwise orientation of the rotor blade , and - the first opening and the second opening converge towards each other in chordwise direction, thus decreasing the rotation of the airflow at the trailing edge of the rotor blade , thus noise which is generated at the trailing edge of the rotor blade is reduced.
System for guiding a plurality of adjacently arranged cables, pipes etc., hereinafter referred to as conduits , which system comprises a frame configuration which is configured to guide the conduits and to form a connection with an attachment surface or attachment points, wherein the frame configuration comprises a ladder-shaped frame having two or more frame sections extending in the longitudinal direction of the conduits, the ladder-shaped frame comprises a plurality of transverse elements extending transversely with respect to the longitudinal direction of the conduits between the frame sections, which transverse elements are provided and configured as support for the conduits; wherein the system further comprises locking elements , which extend transversely with respect to the longitudinal direction of the conduits, wherein the locking elements are able to provide a releasable connection with the frame configuration, characterized, in that the locking elements are connected with the frame sections by means of openings in the frame sections , in which openings the locking elements are inserted; wherein the locking elements and the frame sections are configured such that, after connecting the locking elements to the frame sections, the locking elements extend above the conduits, transverse to the longitudinal direction of the conduits, and that the locking elements are located at about the same level as said transverse elements.
A water soluble pouch comprising two or more compartments, wherein a first compartment comprises a first liquid composition comprising an opacifier and an antioxidant and has a fresh Hunter L value of greater than 70 and b value of less than 4, and a second compartment comprising a colouring agent and which does not comprise an opacifier; wherein the first composition comprises from 0.001% to 1% of an inorganic opacifier or 0.001% to 2.5% of organic opacifier, by weight of the composition; and wherein the first composition comprises from 0.01% to 2% by weight of antioxidant wherein the antioxidant is selected from the group consisting of alkali and alkali earth metal sulfites and hydrosulfites, more preferably sodium sulfite or hydrosulfite; and wherein the opacifier is selected from the group consisting of styrene/acrylic acid copolymers, titanium dioxide, tin dioxide, any forms of modified TiO 2 , like e.g. carbon modified TiO 2 or metallic doped TiO 2 or stannic oxide, bismuth oxychloride or bismuth oxychloride coated TiO 2 /Mica, silica coated TiO 2 or metal oxide coated and mixtures thereof.
A fixation system for osteosynthesis between bone members, the system comprising: a staple and an inserter; wherein the staple comprises a bridge , first and second legs , and first and second inserter engaging features ; wherein the first inserter-engaging feature is positioned on the exterior of the first leg; wherein the second inserter-engaging feature is positioned on the exterior of the second leg; wherein each of the first and second inserter engaging features is a projection having a lower surface ; wherein the inserter is releasably engaged to the staple, wherein the inserter comprises staple-engaging features; wherein the lower surface of each projection releasably engages with the staple engaging features that allow the inserter to be side loading, top loading or pivotably loaded; wherein when the inserter is releasably engaged to the staple, the staple is in a first configuration where the first and second legs are relatively parallel to each other, the first and second inserter engaging features of the staple engaged to the staple-engaging features of the inserter to maintain the staple in the first configuration, and the inserter engages the staple such that the inserter does not interfere with final placement of the staple against the bone members; and wherein when the inserter is removed from the staple, the staple assumes a second configuration. a staple and an inserter; wherein the staple comprises a bridge , first and second legs , and first and second inserter engaging features ; wherein the first inserter-engaging feature is positioned on the exterior of the first leg; wherein the second inserter-engaging feature is positioned on the exterior of the second leg; wherein each of the first and second inserter engaging features is a projection having a lower surface ; wherein the inserter is releasably engaged to the staple, wherein the inserter comprises staple-engaging features; wherein the lower surface of each projection releasably engages with the staple engaging features that allow the inserter to be side loading, top loading or pivotably loaded; wherein when the inserter is releasably engaged to the staple, the staple is in a first configuration where the first and second legs are relatively parallel to each other, the first and second inserter engaging features of the staple engaged to the staple-engaging features of the inserter to maintain the staple in the first configuration, and the inserter engages the staple such that the inserter does not interfere with final placement of the staple against the bone members; and wherein when the inserter is removed from the staple, the staple assumes a second configuration.
A deformable frame for a fiber optic accelerometer , the frame comprising - one or more attachment sections for attachment of the frame to an external structure whose acceleration (A) is to be measured; - at least one inertial section configured to allow a relative inertial motion (M) of its inertial mass with respect to the one or more accelerated attachment sections ; and - transmission arms pivotably attached to respective bridge sections between the at least one inertial section and at least one attachment section such that the relative inertial motion (M) of the inertial mass in a sensing direction (Y) causes a transverse motion (S) in each of the transmission arms in respective transmission directions (X1,X2) transverse to the sensing direction (Y), wherein the transmission arms are arranged such that the transverse motions (S) of the transmission arms are in opposite directions (X1,X2) for stretching and/or compressing an optical fiber with an optical strain sensor attachable between respective fiber attachment points on said transmission arms ; wherein - the frame is formed by an interconnected stack of modular plates . - one or more attachment sections for attachment of the frame to an external structure whose acceleration (A) is to be measured; - at least one inertial section configured to allow a relative inertial motion (M) of its inertial mass with respect to the one or more accelerated attachment sections ; and - transmission arms pivotably attached to respective bridge sections between the at least one inertial section and at least one attachment section such that the relative inertial motion (M) of the inertial mass in a sensing direction (Y) causes a transverse motion (S) in each of the transmission arms in respective transmission directions (X1,X2) transverse to the sensing direction (Y), wherein the transmission arms are arranged such that the transverse motions (S) of the transmission arms are in opposite directions (X1,X2) for stretching and/or compressing an optical fiber with an optical strain sensor attachable between respective fiber attachment points on said transmission arms ; wherein - the frame is formed by an interconnected stack of modular plates .
A method for switching a power supply for low current standby operation comprising: deactivating a first supply connected to a first supply node , in response to activating an enable signal ; changing a second supply to a low power mode in response to activating the enable signal, wherein the second supply is connected to a second supply node ; delaying connecting the first supply node to the second supply node until a first voltage (Vbos) of the first supply node is less than or equal to a positive offset above a second voltage (Vpre) of the second supply node ; and disconnecting the first supply node from the second supply node before the first voltage (Vbos) of the first supply node discharges below a first supply minimum voltage greater than a minimum operating voltage of a device connected to the first supply node . deactivating a first supply connected to a first supply node , in response to activating an enable signal ; changing a second supply to a low power mode in response to activating the enable signal, wherein the second supply is connected to a second supply node ; delaying connecting the first supply node to the second supply node until a first voltage (Vbos) of the first supply node is less than or equal to a positive offset above a second voltage (Vpre) of the second supply node ; and disconnecting the first supply node from the second supply node before the first voltage (Vbos) of the first supply node discharges below a first supply minimum voltage greater than a minimum operating voltage of a device connected to the first supply node .
A method performed by a base station in a wireless communication system, the method comprising: obtaining a value indicating a processing state of data for a plurality of terminals; identifying whether a quality of experience, QoE, achievement degree of the plurality of terminals increases based on the processing state; in case that the QoE achievement degree of the plurality of terminals does not increase, determining a scheduling scheme for the plurality of terminals to increase a scheduling metric for the plurality of terminals; identifying a ratio of a number of terminals not achieving the QoS achievement degree to a number of the plurality of terminals; in case that the ratio is over a preset value, determining a scheduling scheme for each of the plurality of terminals to decrease a scheduling metric for terminals belonging to a lowest service class among a plurality of service classes; and performing a scheduling based on the determined scheduling scheme for the plurality of terminals and the determined scheduling scheme for each of the plurality of terminals. obtaining a value indicating a processing state of data for a plurality of terminals; identifying whether a quality of experience, QoE, achievement degree of the plurality of terminals increases based on the processing state; in case that the QoE achievement degree of the plurality of terminals does not increase, determining a scheduling scheme for the plurality of terminals to increase a scheduling metric for the plurality of terminals; identifying a ratio of a number of terminals not achieving the QoS achievement degree to a number of the plurality of terminals; in case that the ratio is over a preset value, determining a scheduling scheme for each of the plurality of terminals to decrease a scheduling metric for terminals belonging to a lowest service class among a plurality of service classes; and performing a scheduling based on the determined scheduling scheme for the plurality of terminals and the determined scheduling scheme for each of the plurality of terminals.
A signal sending method, said method being performed by a device operating a small cell, said method comprising: sending, by said small cell, a Discovery Signal, DS, in a DS sending mode corresponding to a current state of the small cell , the current state of the small cell comprising an activated state or a sleep state, or comprising an activated state, a light sleep state, or a deep sleep state, wherein the DS sending mode comprises a sending period and a sending pattern, wherein the sending period comprises a number M of sub-frames, wherein the sending pattern comprises information on a carrier carrying the DS and information on the sub-frames for sending the DS within the sending period, wherein the information on the carrier comprises information on a sub-carrier or a carrier frequency, wherein the sending, by the small cell, the DS in the DS sending mode corresponding to the current state of the small cell comprises: sending the DS, during the first N sub-frames of the M sub-frames, with a spacing of P sub-frames, wherein P<N<M. sending, by said small cell, a Discovery Signal, DS, in a DS sending mode corresponding to a current state of the small cell , the current state of the small cell comprising an activated state or a sleep state, or comprising an activated state, a light sleep state, or a deep sleep state, wherein the DS sending mode comprises a sending period and a sending pattern, wherein the sending period comprises a number M of sub-frames, wherein the sending pattern comprises information on a carrier carrying the DS and information on the sub-frames for sending the DS within the sending period, wherein the information on the carrier comprises information on a sub-carrier or a carrier frequency, wherein the sending, by the small cell, the DS in the DS sending mode corresponding to the current state of the small cell comprises: sending the DS, during the first N sub-frames of the M sub-frames, with a spacing of P sub-frames, wherein P<N<M.
A method of determining whether a mobile device is located inside a user's pocket including using a context evaluator connected to sensors and/or components inside the device and testing conditions whether for a prescribed duration a proximity sensor indicates closeness by a distance value below a threshold and a brightness sensor indicates a value below a darkness threshold, wherein the test includes a further condition relating to the state of a display of the device.
A machining program creation apparatus for a wire electrical discharge machine for creating a machining program for cutting a predetermined machining shape in an object to be machined, the machining program creation apparatus comprising: a machining shape definition unit adapted for defining the machining shape; a workpiece shape definition unit adapted for defining a shape of the object to be machined; a machining reference position designation unit adapted for designating a reference position to be used when the machining shape is machined; a first machining path generation unit for generating a first machining path for cutting the machining shape based on the machining shape, the shape of the object to be machined, and the machining reference position; characterised by further comprising a second machining path generation unit for generating the shape of the object to be machined as a second machining path based on the shape of the object to be machined and the machining reference position; and a machining path drawing unit for drawing the first and second machining paths, wherein the machining path drawing unit draws the first machining path and the second machining path on a same screen. a machining shape definition unit adapted for defining the machining shape; a workpiece shape definition unit adapted for defining a shape of the object to be machined; a machining reference position designation unit adapted for designating a reference position to be used when the machining shape is machined; a first machining path generation unit for generating a first machining path for cutting the machining shape based on the machining shape, the shape of the object to be machined, and the machining reference position; characterised by further comprising a second machining path generation unit for generating the shape of the object to be machined as a second machining path based on the shape of the object to be machined and the machining reference position; and a machining path drawing unit for drawing the first and second machining paths, wherein the machining path drawing unit draws the first machining path and the second machining path on a same screen.
A method for determining distance between a vessel and at least one sensor module arranged on fishing gear being towed by the vessel, the at least one sensor module comprising a transmitter connected to a clock and a receiver connected to a clock being arranged on the vessel, wherein the method comprises the following steps: - time-synchronising the clocks connected to transmitter and receiver with each other; characterized in that it further comprises - transmitting a series of signals from the transmitter at a predetermined, fixed time interval between each transmitted signal of the series; - receiving in the receiver the series of signals from the transmitter; and, on the basis of the time of the reception of the signals, calculating the distance between the transmitter and the receiver. - time-synchronising the clocks connected to transmitter and receiver with each other; characterized in that it further comprises - transmitting a series of signals from the transmitter at a predetermined, fixed time interval between each transmitted signal of the series; - receiving in the receiver the series of signals from the transmitter; and, on the basis of the time of the reception of the signals, calculating the distance between the transmitter and the receiver.