mhurhangee/ep-ind-claims huggingface dataset:
A method for locating a radio tag of unknown position, wherein, in a group of radio tags (T1 - T18) assigned wirelessly to a single access point, a locating signal (On): a) is either emitted by one or multiple radio tags (T1 - T6, T10 - T12, T16, T18)) of known position and is received by the radio tag of unknown position, b) or is emitted by the radio tag of unknown position and is received by one or multiple radio tags (T1 - T6, T10 - T12, T16, T18) of known position, and in both cases a), b), the reception quality (Qn) of the locating signal (On) is determined in the radio tag (T1 - T6, T10 - T12, T16, T18) receiving the locating signal (On) and made available for localizing the position of the radio tag of unknown position, wherein the method for locating the radio tag of unknown position is started automatically from the radio tag of unknown position, characterized in that the radio tag of unknown position comprises a sensor for emitting a sensor signal, which indicates that the radio tag was removed from another object, in particular a shelf, and that in the presence of the sensor signal, its logic stage emits a status message via its radio communication stage, wherein the status message represents the confirmed removal from the other object and wherein the sensor signal is used for proactively waking up the radio tag of unknown position. a) is either emitted by one or multiple radio tags (T1 - T6, T10 - T12, T16, T18)) of known position and is received by the radio tag of unknown position, b) or is emitted by the radio tag of unknown position and is received by one or multiple radio tags (T1 - T6, T10 - T12, T16, T18) of known position, and in both cases a), b), the reception quality (Qn) of the locating signal (On) is determined in the radio tag (T1 - T6, T10 - T12, T16, T18) receiving the locating signal (On) and made available for localizing the position of the radio tag of unknown position, wherein the method for locating the radio tag of unknown position is started automatically from the radio tag of unknown position, characterized in that the radio tag of unknown position comprises a sensor for emitting a sensor signal, which indicates that the radio tag was removed from another object, in particular a shelf, and that in the presence of the sensor signal, its logic stage emits a status message via its radio communication stage, wherein the status message represents the confirmed removal from the other object and wherein the sensor signal is used for proactively waking up the radio tag of unknown position.
A downhole electrical energy harvesting system for use in a well installation having metallic structure comprising at least one run of metallic elongate members carrying electrical current, the harvesting system comprising: an energy harvesting module comprising an electrical circuit connected between spaced contacts to harvest energy from a potential difference between the spaced contacts, wherein a first of the spaced contacts is made to the at least one run of metallic elongate members at a first location and a second of the spaced contacts is made to the at least one run of metallic elongate members at a second location and the potential difference is caused by the current flowing in the at least one run of elongate members and, at least in part, the impedance of the at least one run of elongate members wherein at least one connection between at least one of the spaced contacts and the electrical circuit is provided by an insulated cable having a conductive area of at least 10mm^2, wherein the spaced locations are axially spaced and the spacing between the locations is at least 100m. an energy harvesting module comprising an electrical circuit connected between spaced contacts to harvest energy from a potential difference between the spaced contacts, wherein a first of the spaced contacts is made to the at least one run of metallic elongate members at a first location and a second of the spaced contacts is made to the at least one run of metallic elongate members at a second location and the potential difference is caused by the current flowing in the at least one run of elongate members and, at least in part, the impedance of the at least one run of elongate members wherein at least one connection between at least one of the spaced contacts and the electrical circuit is provided by an insulated cable having a conductive area of at least 10mm^2, wherein the spaced locations are axially spaced and the spacing between the locations is at least 100m.
A method for producing semi-finished fibre products, wherein a braiding device braids a large number of fibres (2, 2', 2") into a strip-shaped braid with, viewed in the transverse direction, a first outer region and a second outer region, wherein the fibres (2, 2', 2") in the braided state are taken up by a takeoff device which, at least in portions, has a predefined curvature along a machine direction, wherein the braiding of the fibres (2, 2', 2") in the first outer region to produce the curvature in the semi-finished fibre product takes place at a greater takeoff speed than in the second outer region, characterised in that a curved track or a curved caterpillar takeoff device is used as takeoff device.
A dispenser, comprising: a plunger comprising a first arm, a second arm, and a channel that spaces the first arm from the second arm, wherein the plunger is disposed along a first axis; a housing that defines a first chamber, a second chamber, a wall that separates the first chamber from the second chamber, a first channel in fluid communication with the first chamber, a second channel in fluid communication with the second chamber, and a third channel, wherein: the first channel and the second channel intersect to connect with the third channel; and the third channel is disposed along a second axis that intersects the first axis at an angle about 90°; and a nozzle is provided at an end of the third channel. a plunger comprising a first arm, a second arm, and a channel that spaces the first arm from the second arm, wherein the plunger is disposed along a first axis; a housing that defines a first chamber, a second chamber, a wall that separates the first chamber from the second chamber, a first channel in fluid communication with the first chamber, a second channel in fluid communication with the second chamber, and a third channel, wherein: the first channel and the second channel intersect to connect with the third channel; and the third channel is disposed along a second axis that intersects the first axis at an angle about 90°; and the first channel and the second channel intersect to connect with the third channel; and the third channel is disposed along a second axis that intersects the first axis at an angle about 90°; and a nozzle is provided at an end of the third channel.
A device for dispersing at least one powdery substance in a fluid, comprising a process housing comprising a rotor comprising a rotor surface, a fluid supply, a feed line for the at least one powdery substance to be dispersed, comprising at least one outlet opening, as well as a product outlet, wherein an axial delivery of s supplied fluid can be generated by the rotor at least area by area, and wherein a radial delivery of the supplied fluid can be generated by the rotor at least area by area, wherein the rotor has guide structures for generating the axial delivery effect in the region of the rotor surface, and wherein a radial delivery effect can be generated by a widening of a rotor cross section and/or by a rotation of the rotor, wherein the guide structures are formed on the side of the rotor facing the feed line for the substance to be dispersed, and wherein at least one of the guide structures is extended beyond a solid core of the rotor axially in the direction of the feed line for the powdery substance to be dispersed, characterized in that the at least one outlet opening of the feed line for the powdery substance to be dispersed is surrounded at least partially by the at least one extended guide structure outside of the solid rotor core, wherein centrifugal forces, which result in that the fluid is guided to the outside and is thus kept away from the powder outlet opening, can be generated in response to the rotation of the rotor around the axis of rotation, wherein a penetration of fluid into the powder supply is effectively prevented.
A method of maintaining a desired value of an alkylene oxide production parameter in a process for making the alkylene oxide by reacting a feed gas comprising an alkylene, oxygen, and at least one organic chloride over a high-efficiency silver catalyst, the method comprising the steps of: selecting a target value of alkylene concentration in the feed gas and a target value of oxygen concentration in the feed gas, wherein the target value of the alkylene concentration in the feed gas, the target value of the oxygen concentration in the feed gas, and the desired alkylene oxide production parameter correspond to a first reaction temperature; and maintaining at least one selected from the group consisting of the alkylene concentration in the feed gas and the oxygen concentration in the feed gas below its corresponding target value to maintain the desired value of the alkylene oxide production parameter at a second reaction temperature greater than the first reaction temperature. selecting a target value of alkylene concentration in the feed gas and a target value of oxygen concentration in the feed gas, wherein the target value of the alkylene concentration in the feed gas, the target value of the oxygen concentration in the feed gas, and the desired alkylene oxide production parameter correspond to a first reaction temperature; and maintaining at least one selected from the group consisting of the alkylene concentration in the feed gas and the oxygen concentration in the feed gas below its corresponding target value to maintain the desired value of the alkylene oxide production parameter at a second reaction temperature greater than the first reaction temperature.
A system comprising a hidden sliding frame for being built-in into a floor and surrounding walls, a recessed sliding leaf frame, which is inserted completely within the hidden sliding frame in a closed position, said hidden sliding frame comprising a vertical profile, said recessed sliding leaf frame comprising a vertical leaf profile that fits in said vertical profile of the hidden sliding frame when in a closed position, said vertical leaf profile comprising an inner side, an outer side and a front side, the system further comprising locking mechanism comprising an inside and an outside handle, a rod, lock strike plates and a number of locking hooks corresponding to the strike plates, said locking hooks being mounted on the hidden sliding frame, wherein on the inside handle, which is mounted on the inner side of said vertical leaf profile the following elements are fitted: - a transmission component that has a flat support base, a controller, a protrusion, - a retainer for retaining the transmission component on the inside handle, said system is characterised in that - the inside handle has a hole through which the transmission component is connected to the retainer and a recess in which the transmission component moves with the retainer, and in that - the protrusion of the transmission component is screwed to the rod. the system further comprising locking mechanism comprising an inside and an outside handle, a rod, lock strike plates and a number of locking hooks corresponding to the strike plates, said locking hooks being mounted on the hidden sliding frame, wherein on the inside handle, which is mounted on the inner side of said vertical leaf profile the following elements are fitted: - a transmission component that has a flat support base, a controller, a protrusion, - a retainer for retaining the transmission component on the inside handle, said system is characterised in that - the inside handle has a hole through which the transmission component is connected to the retainer and a recess in which the transmission component moves with the retainer, and in that - the protrusion of the transmission component is screwed to the rod. - a transmission component that has a flat support base, a controller, a protrusion, - a retainer for retaining the transmission component on the inside handle, said system is characterised in that - the inside handle has a hole through which the transmission component is connected to the retainer and a recess in which the transmission component moves with the retainer, and in that - the protrusion of the transmission component is screwed to the rod.
A method for making an elasticised yarn, said method comprising the steps of: - prearranging a source of a roving of a 100% natural fibre, wherein said roving has a linear mass density set between 0.1 Nm and 50 Nm; - prearranging a source of an elastic fibre; - feeding said roving to a stretching unit at a first speed v 1; - extracting said roving as a stretched roving from said stretching unit at a second speed v 3 > v 1; - unwinding said elastic fibre; - conveying said elastic fibre to an overlapping unit at a third speed v 2; - jointly pulling said elastic fibre and said stretched roving, downstream of said overlapping unit, by a ring-spinning unit, by making a spool of said elasticised yarn, characterized in that said elastic fibre comprises: - natural rubber having a polyisoprene 1,4-cis content larger than 80%; - the following further components: - a vulcanisation agent, wherein said vulcanisation agent is sulphur at a weight concentration in said natural rubber set between 0.5% and 3.0%; - a vulcanization accelerator and a vulcanization activator; - an anti-tacking agent; - an antioxidant agent; - a stabilisation agent; and in that said elastic fibre is obtained from a longitudinally cut flat yarn of said natural rubber, so as to obtain said elastic fibre in the form of an elastic thread having a linear mass density set between 50 dtex and 1000 dtex. - prearranging a source of a roving of a 100% natural fibre, wherein said roving has a linear mass density set between 0.1 Nm and 50 Nm; - prearranging a source of an elastic fibre; - feeding said roving to a stretching unit at a first speed v 1; - extracting said roving as a stretched roving from said stretching unit at a second speed v 3 > v 1; - unwinding said elastic fibre; - conveying said elastic fibre to an overlapping unit at a third speed v 2; - jointly pulling said elastic fibre and said stretched roving, downstream of said overlapping unit, by a ring-spinning unit, by making a spool of said elasticised yarn, - natural rubber having a polyisoprene 1,4-cis content larger than 80%; - the following further components: - a vulcanisation agent, wherein said vulcanisation agent is sulphur at a weight concentration in said natural rubber set between 0.5% and 3.0%; - a vulcanization accelerator and a vulcanization activator; - an anti-tacking agent; - an antioxidant agent; - a stabilisation agent; - a vulcanisation agent, wherein said vulcanisation agent is sulphur at a weight concentration in said natural rubber set between 0.5% and 3.0%; - a vulcanization accelerator and a vulcanization activator; - an anti-tacking agent; - an antioxidant agent; - a stabilisation agent;
A method for initiating a login of a user into a system, the login being passed by: - inputting a username into a username field, - inputting a password into a password field, and - verifying whether the inputted username is stored by the system and whether the inputted password is a stored password corresponding to the inputted username, the method comprising - the system requiring during inputting character by character of the username and/or the password: - waiting a delay randomly generated by the system wherein in case a delay is added the system generates an output to the user, and/or: - displaying, in particular showing on a screen, to the user (A2.1) at least one character to be inputted, - blocking the user from entering other character than the one displayed (A2.2), - inputting the at least one character at at least one position within a character sequence of the username and/or the password, respectively, wherein the at least one character differs from the character of the username at the at least one position when inputting the username and/or differs from the character of the password at the at least one position when inputting the password, wherein the at least one character and/or the respective position within the username and/or the password character sequence are generated randomly by the system; wherein after each time a character is inputted by the user, the system decides if a delay or any at least one character is added. - inputting a username into a username field, - inputting a password into a password field, and - verifying whether the inputted username is stored by the system and whether the inputted password is a stored password corresponding to the inputted username, - the system requiring during inputting character by character of the username and/or the password: - waiting a delay randomly generated by the system wherein in case a delay is added the system generates an output to the user, and/or: - displaying, in particular showing on a screen, to the user (A2.1) at least one character to be inputted, - blocking the user from entering other character than the one displayed (A2.2), - inputting the at least one character at at least one position within a character sequence of the username and/or the password, respectively, wherein the at least one character differs from the character of the username at the at least one position when inputting the username and/or differs from the character of the password at the at least one position when inputting the password,
Tyre pressure monitoring unit comprising a power source, a microcontroller, which comprises a pressure sensor and is connected to the power source, and a housing, in which the power source and the microprocessor are arranged, wherein the microcontroller is connected to a BLE (Bluetooth Low Energy) chip in the housing; characterized in that, in a default state of the tyre pressure monitoring unit, the BLE chip is in a sleep state and is activated by the microcontroller when the tyre pressure monitoring unit transitions from the default state into an active state, and wherein the tyre pressure monitoring unit transitions into the default state when the vehicle is parked and transitions out of the default state into an active state due to the occurrence of a pressure drop below a preset threshold value, and/or due to starting to drive.
A method comprising: receiving an operating parameter of a first engine of a rotorcraft; determining an engine output ramping rate for the first engine according to a difference between the operating parameter of the first engine and a nominal limit of the first engine, the engine output ramping rate having a small rate of increase when the first engine is operating at the nominal limit, the engine output ramping rate having a large rate of increase when the first engine is operating below the nominal limit; and increasing the output of the first engine in response to detecting an outage of another engine of the rotorcraft, the output of the first engine being increased according to the engine output ramping rate. receiving an operating parameter of a first engine of a rotorcraft; determining an engine output ramping rate for the first engine according to a difference between the operating parameter of the first engine and a nominal limit of the first engine, the engine output ramping rate having a small rate of increase when the first engine is operating at the nominal limit, the engine output ramping rate having a large rate of increase when the first engine is operating below the nominal limit; and increasing the output of the first engine in response to detecting an outage of another engine of the rotorcraft, the output of the first engine being increased according to the engine output ramping rate.
A power system comprising: an electric universal motor including an armature rotatably coupled to an armature shaft and a commutator disposed on an armature shaft, a pair of brushes (104a, 104b) engaging the commutator, and a field having at least two field windings (102a, 102b) electrically coupled in series with the pair of brushes (104a, 104b); a power line having two terminals arranged to provide alternating-current power from a power supply (Vs, Gnd); a power switch provided in series with the field windings (102a, 102b) on a power line to provide AC power from the terminals (Vs, Gnd) to the motor when the power switch is closed; an electronic brake module configured to generate a braking force to stop the motor when the power switch is opened, the electronic brake module comprising: a solid-state semiconductor switch arranged across the motor armature and the pair of brushes (104a, 104b), a first diode arranged between a first node of the power line and the semiconductor switch, and a second diode arranged between a second node of the power line and the semiconductor switch, and a controller configured to initiate a braking mode of operation to close the semiconductor switch when the power switch i s opened; charcterised in that the first node is arranged between one of the terminals (Vs) and the power switch, and the second node is arranged between the power switch and the armature; wherein, in the braking mode of operation, current from the AC power source flows via a first current path through the first diode, the semiconductor switch, and at least one of the field windings. an electric universal motor including an armature rotatably coupled to an armature shaft and a commutator disposed on an armature shaft, a pair of brushes (104a, 104b) engaging the commutator, and a field having at least two field windings (102a, 102b) electrically coupled in series with the pair of brushes (104a, 104b); a power line having two terminals arranged to provide alternating-current power from a power supply (Vs, Gnd); a power switch provided in series with the field windings (102a, 102b) on a power line to provide AC power from the terminals (Vs, Gnd) to the motor when the power switch is closed; an electronic brake module configured to generate a braking force to stop the motor when the power switch is opened, the electronic brake module comprising: a solid-state semiconductor switch arranged across the motor armature and the pair of brushes (104a, 104b), a first diode arranged between a first node of the power line and the semiconductor switch, and a second diode arranged between a second node of the power line and the semiconductor switch, and a controller configured to initiate a braking mode of operation to close the semiconductor switch when the power switch i s opened; charcterised in that the first node is arranged between one of the terminals (Vs) and the power switch, and the second node is arranged between the power switch and the armature; wherein, in the braking mode of operation, current from the AC power source flows via a first current path through the first diode, the semiconductor switch, and at least one of the field windings.