mhurhangee/ep-ind-claims huggingface dataset:
Operating method for a rolling mill, - wherein a metal strip is fed to a rolling stand of the rolling mill at an entry speed (v) by a feeding device arranged upstream of the rolling stand, - wherein the metal strip is rolled in the rolling stand, - wherein a thickness value (d) for the thickness of the metal strip is detected in each case for successive portions of the metal strip by means of a measuring device arranged between the feeding device and the rolling stand, - wherein the detected thickness values (d) are fed to a control device of the rolling mill, - wherein the control device determines a respective provisional thickness deviation (δd) on the basis of the deviation of the respective thickness value (d) from a setpoint thickness (d*) for the respective portion of the metal strip, - wherein the control device determines final thickness deviations on the basis of the provisional thickness deviations (δd), - wherein the control device determines a control value (A2, A3) for the rolling stand and/or the feeding device in each case for the portions of the metal strip and outputs the respective control value (A2, A3) to the rolling stand and/or the feeding device at the correct time, characterized in that the control device determines the respective control value (A2, A3) on the basis of the final thickness deviation (δd') of the respective portion of the metal strip and also the final thickness deviations of a plurality of portions of the metal strip preceding and/or succeeding the respective portion of the metal strip, with allowance for a description of the inverse frequency response of the rolling stand and/or the feeding device and/or the measuring device. - wherein a metal strip is fed to a rolling stand of the rolling mill at an entry speed (v) by a feeding device arranged upstream of the rolling stand, - wherein the metal strip is rolled in the rolling stand, - wherein a thickness value (d) for the thickness of the metal strip is detected in each case for successive portions of the metal strip by means of a measuring device arranged between the feeding device and the rolling stand, - wherein the detected thickness values (d) are fed to a control device of the rolling mill, - wherein the control device determines a respective provisional thickness deviation (δd) on the basis of the deviation of the respective thickness value (d) from a setpoint thickness (d*) for the respective portion of the metal strip, - wherein the control device determines final thickness deviations on the basis of the provisional thickness deviations (δd), - wherein the control device determines a control value (A2, A3) for the rolling stand and/or the feeding device in each case for the portions of the metal strip and outputs the respective control value (A2, A3) to the rolling stand and/or the feeding device at the correct time,
A shock wave therapy apparatus for extracorporeal shock wave therapy with a shock wave source and with a control device for activating the shock wave source, wherein the control device comprises a program module, in which at least one predefined sequence of individual shock waves of a different intensity, frequency, impulse duration and/or with differently long pauses can be adjusted in a manner such that at least one sequence of individual shock waves whose frequency, intensity, pauses and impulse duration vary in a cyclical manner is stored or adjustable in the program module, and the shock wave source can be activated by the control device in a manner such that the control device produces the predefined shockwave sequence in an automated manner via the program module, and the shock wave source emits the predefined sequence of shock waves.
Machine tool for machining preferably planar workpieces that are preferably composed at least in part of wood, wood materials or plastics materials, said machine tool comprising: a machining space, which is delimited towards the floor by a machine base and towards the user by a protective device, a locking bar, preferably a cylinder, having a cap surface, a closable portion, which is secured to the protective device, a locking system of the protective device, which consists of the closable portion and the locking bar, a power and analysis unit, which is configured to read out and process the signals of a first and a second coil (15, 24), the cap surface of the locking bar lying in a plane with the machine base or thereunder when the protective device is open, characterised in that the first coil is arranged on the closable portion and the second coil is arranged in the locking bar. a machining space, which is delimited towards the floor by a machine base and towards the user by a protective device, a locking bar, preferably a cylinder, having a cap surface, a closable portion, which is secured to the protective device, a locking system of the protective device, which consists of the closable portion and the locking bar, a power and analysis unit, which is configured to read out and process the signals of a first and a second coil (15, 24), the cap surface of the locking bar lying in a plane with the machine base or thereunder when the protective device is open, characterised in that the first coil is arranged on the closable portion and the second coil is arranged in the locking bar.
An implantable electrical stimulation lead, comprising: a lead body (210, 510) comprising a distal portion, a distal tip, and a proximal portion; a plurality of electrodes (220, 230, 240) disposed along the distal portion of the lead body, the plurality of electrodes comprising a tip electrode (240, 540) disposed on the distal tip of the lead body, the tip electrode having an electrode body, wherein the electrode body defines an interior lumen and a plurality of protrusions extending into the interior lumen, wherein a portion of the lead body extends into the interior lumen of the electrode body and wherein the plurality of protrusions in the interior lumen facilitates retention of the tip electrode on the lead body and hinders rotation of the tip electrode around the distal tip of the lead body; a plurality of terminals disposed along the proximal portion of the lead; and a plurality of conductors, each conductor electrically coupling at least one of the electrodes to at least one of the terminals. a lead body (210, 510) comprising a distal portion, a distal tip, and a proximal portion; a plurality of electrodes (220, 230, 240) disposed along the distal portion of the lead body, the plurality of electrodes comprising a tip electrode (240, 540) disposed on the distal tip of the lead body, the tip electrode having an electrode body, wherein the electrode body defines an interior lumen and a plurality of protrusions extending into the interior lumen, wherein a portion of the lead body extends into the interior lumen of the electrode body and wherein the plurality of protrusions in the interior lumen facilitates retention of the tip electrode on the lead body and hinders rotation of the tip electrode around the distal tip of the lead body; a plurality of terminals disposed along the proximal portion of the lead; and a plurality of conductors, each conductor electrically coupling at least one of the electrodes to at least one of the terminals.
Method for the reception of a data stream, via a packet transport network, comprising: - reception by a receiver of a data stream; - reception by said receiver of at least one error correction stream associated with said data stream; - reception by said receiver of a signal representative of a selection of one of at least the following modes: a self-determination mode, or a forced mode, or a non-error correction use mode; - if said mode is said self-determination mode, said receiver self determines to use said at least one error correction stream according to at least one criterion, or, if said mode is said forced mode, said receiver forcibly uses said at least one error correction stream, or, if said mode is said non-error correction use mode, said receiver does not use said at least one error correction stream. - reception by a receiver of a data stream; - reception by said receiver of at least one error correction stream associated with said data stream; - reception by said receiver of a signal representative of a selection of one of at least the following modes: a self-determination mode, or a forced mode, or a non-error correction use mode; - if said mode is said self-determination mode, said receiver self determines to use said at least one error correction stream according to at least one criterion, or, if said mode is said forced mode, said receiver forcibly uses said at least one error correction stream, or, if said mode is said non-error correction use mode, said receiver does not use said at least one error correction stream.
A sensing shaft center structure for an intelligent magic cube, comprising a body, wherein the body comprises a core having an internal cavity, and a plurality of tubular shafts connected to the core, wherein each tubular shaft is provided with a state signal sending set comprising a signal selector and a plurality of signal exciters, and wherein the signal selector is pairable with any one of the signal exciters to generate a corresponding state signal, characterized in that: the cavity inside the core is provided with an internal central control module comprising: a state obtaining unit configured to receive a state signal sent from the state signal sending set; and a signal sending unit configured to send the state signal received by the state obtaining unit to a signal receiving device of a peripheral device wirelessly.
Method for the production of a beverage by means of a system comprising a capsule (C1, C2, C3, C4) and a container adapted to house said capsule (C1, C2, C3, C4) during the beverage production; said capsule (C1, C2, C3, C4) comprising a capsule body (101, 201, 301, 401) made of filtering material, such as filter paper or thermoformable filtering material, adapted to form a containment volume (V1, V2, V3, V4) for the product used to obtain the desired beverage, for example ground coffee, and a reinforcement ring (102, 202, 302, 402), configured so as to reinforce the capsule body (101, 201, 301, 401) acting as a support, said reinforcement ring (102, 202, 302, 402) comprising a side wall (103, 203, 303, 403) and a ledge (104, 204, 304, 404) protruding from said side wall (103, 203, 303, 403); said container comprising a side wall and a bottom forming a compartment (V') adapted to house said capsule (C1, C2, C3, C4) during the beverage production; said method being characterized in that it comprises the following step: providing a seal between at least a portion of said side wall (103, 203, 303, 403) of said reinforcement ring (102, 202, 302, 402) and a predefined portion of the inner surface of said side wall of said container, so as to avoid the leak of said beverage from the interface between said reinforcement ring (102, 202, 302, 402) and said container.
A spectrometer device, comprising: - an optical element designed for receiving incident light from an object and transferring the incident light to a length variable filter, wherein the optical element is arranged in a manner that the incident light is transferred to the length variable filter along a light path which is asymmetric with respect to an optical axis of the spectrometer device, wherein the optical axis of the spectrometer device is an axis of symmetry and/or rotation of the setup of at least one of the length variable filter and a detector array; - the length variable filter which is designated for separating the incident light into a spectrum of constituent wavelength signals; and - the detector array comprising a plurality of pixelated sensors, wherein each of the pixelated sensors is adapted to receive at least a portion of one of the constituent wavelength signals, wherein each of the constituent wavelength signals is related to an intensity of each constituent wavelength characterized in that the optical element comprises an optical concentrator device operated in reverse direction having an asymmetric property, or a baffle filter having an asymmetric property. - an optical element designed for receiving incident light from an object and transferring the incident light to a length variable filter, wherein the optical element is arranged in a manner that the incident light is transferred to the length variable filter along a light path which is asymmetric with respect to an optical axis of the spectrometer device, wherein the optical axis of the spectrometer device is an axis of symmetry and/or rotation of the setup of at least one of the length variable filter and a detector array; - the length variable filter which is designated for separating the incident light into a spectrum of constituent wavelength signals; and - the detector array comprising a plurality of pixelated sensors, wherein each of the pixelated sensors is adapted to receive at least a portion of one of the constituent wavelength signals, wherein each of the constituent wavelength signals is related to an intensity of each constituent wavelength
Crimping pliers comprising a) a pliers jaw, b) a die half supported or supportable on the pliers jaw and c) a force sensor for measuring the crimping force biasing the die half, characterised in that d) the force sensor comprises a piezo sheet, e) the piezo sheet is sandwiched in a force sensor unit between a supporting body which is supported on the pliers jaw or formed by the pliers jaw and a transmission body, f) the die half comprises a die back which is pressed at least with a part of the crimping force to the transmission body and g) the die half is assembled to the pliers jaw by at least one fixing means with a play ga) in the direction of the effective crimping force and/or gb) for being pivoted about a pivot axis having an orientation vertical to the effective crimping force so that the die half is supported by the at least one fixing means in a floating way on the pliers jaw and the floating degree of freedom is removed by a contact of the die back of the die half with the transmission body. a) a pliers jaw, b) a die half supported or supportable on the pliers jaw and c) a force sensor for measuring the crimping force biasing the die half, characterised in that d) the force sensor comprises a piezo sheet, e) the piezo sheet is sandwiched in a force sensor unit between a supporting body which is supported on the pliers jaw or formed by the pliers jaw and a transmission body, f) the die half comprises a die back which is pressed at least with a part of the crimping force to the transmission body and g) the die half is assembled to the pliers jaw by at least one fixing means with a play ga) in the direction of the effective crimping force and/or gb) for being pivoted about a pivot axis having an orientation vertical to the effective crimping force so that the die half is supported by the at least one fixing means in a floating way on the pliers jaw and the floating degree of freedom is removed by a contact of the die back of the die half with the transmission body. ga) in the direction of the effective crimping force and/or gb) for being pivoted about a pivot axis having an orientation vertical to the effective crimping force so that the die half is supported by the at least one fixing means in a floating way on the pliers jaw and the floating degree of freedom is removed by a contact of the die back of the die half with the transmission body.
A circuit, comprising an active element (102, 102a, 102b); a drive circuit (108, 108a, 108b) for the active element (102, 102a, 102b); a control logic (110, 110a, 110b) for providing a control signal for the drive circuit (108, 108a, 108b); and an interface circuit having a primary terminal for receiving a primary signal that serves for energy supply and data communication and a secondary terminal (116, 116a-116d) that is galvanically isolated from the primary terminal, wherein the interface circuit is implemented to provide the primary signal received at the primary terminal to the control logic (110, 110a, 110b) via the secondary terminal (116, 116a-116d) to transmit the primary signal with a waveform allowing energy transmission via the interface circuit with the galvanic isolation, and to provide, based on the primary signal received at the primary terminal, an auxiliary energy signal (126, 126a, 126b) for the drive circuit (108, 108a, 108b) at the secondary terminal (116, 116a-116d), and wherein the control logic (110, 110a, 110b) is configured such that the same can be programmed by means of data comprised by the primary signal
A control method for controlling a wind turbine to output electrical power to a grid, the method comprising: determining the ambient temperature (62,64,66) of one or more electrical components in the wind turbine, the one or more electrical components (52,54,56) carrying a current that is generated by the generator for output to a point of connection with an electrical connection network, said electrical components being located between the generator and the point of connection; determining a maximum safe current for the one or more electrical components based on the ambient temperature of the one or more electrical components; determining a maximum safe power level that the wind turbine generator can supply to the point of connection without exceeding the maximum safe current for the one or more electrical components; and controlling the wind turbine so that the power delivered from the generator does not exceed the maximum safe power level. determining the ambient temperature (62,64,66) of one or more electrical components in the wind turbine, the one or more electrical components (52,54,56) carrying a current that is generated by the generator for output to a point of connection with an electrical connection network, said electrical components being located between the generator and the point of connection; determining a maximum safe current for the one or more electrical components based on the ambient temperature of the one or more electrical components; determining a maximum safe power level that the wind turbine generator can supply to the point of connection without exceeding the maximum safe current for the one or more electrical components; and controlling the wind turbine so that the power delivered from the generator does not exceed the maximum safe power level.
A compound of the formula or a pharmaceutically acceptable salt, hydrate, or solvate thereof, for use in the treatment of schizoaffective disorder, or in the treatment or alleviation of at least one symptom of schizoaffective disorder in a subject suffering from schizoaffective disorder.
A wireless terminal, comprising a main antenna, a first antenna, and a second antenna, wherein the main antenna is connected to a first radio frequency circuit, and is configured to receive and transmit a first standard signal, wherein a frequency band of the first standard signal comprises a first frequency band with a super high frequency and a second frequency band with a high frequency; the first antenna is connected to an antenna end of a frequency isolation module, a high frequency end of the frequency isolation module is connected to the first radio frequency circuit, a low frequency end of the frequency isolation module is connected to a second radio frequency circuit, and the first antenna is configured to receive a first standard signal of the first frequency band, and receive and transmit a second standard signal, wherein a frequency band of the second standard signal does not overlap the first frequency band; and the second antenna is connected to the first radio frequency circuit, and is configured to receive a first standard signal of the second frequency band, wherein the wireless terminal is adapted to: controlling the first antenna to receive and transmit the second standard signal, and controlling the second antenna to receive the first standard signal of the second frequency band, if it is detected that the second radio frequency circuit receives and transmits the second standard signal and the first radio frequency circuit receives and transmits a first standard signal of the second frequency band.
A semiconductor package, comprising: a bottom chip package having a first side and a second side opposing the first side, the bottom chip package further including a semiconductor chip; and a top antenna package mounted on the first side of the bottom chip package and having a first radiative antenna element; wherein the semiconductor chip is mounted on the second side of the bottom chip package; characterized in that the first radiative antenna element is disposed on a top side surface of the top antenna package, and comprises a dual-band antenna element and a single-band antenna element. a bottom chip package having a first side and a second side opposing the first side, the bottom chip package further including a semiconductor chip; and a top antenna package mounted on the first side of the bottom chip package and having a first radiative antenna element; wherein the semiconductor chip is mounted on the second side of the bottom chip package; characterized in that the first radiative antenna element is disposed on a top side surface of the top antenna package, and comprises a dual-band antenna element and a single-band antenna element.
A tissue containment and removal system, comprising: a tissue container comprising a translucent wall structure; and a bulk tissue reducer including: a tissue cutter having a hollow structure with an inner lumen extending a length thereof and a tissue cutting blade disposed at a distal end of the tissue cutter, and a light energy source configured to emit light energy in a distal direction through the inner lumen and from the distal end of the tissue cutter. a tissue container comprising a translucent wall structure; and a bulk tissue reducer including: a tissue cutter having a hollow structure with an inner lumen extending a length thereof and a tissue cutting blade disposed at a distal end of the tissue cutter, and a light energy source configured to emit light energy in a distal direction through the inner lumen and from the distal end of the tissue cutter. a tissue cutter having a hollow structure with an inner lumen extending a length thereof and a tissue cutting blade disposed at a distal end of the tissue cutter, and a light energy source configured to emit light energy in a distal direction through the inner lumen and from the distal end of the tissue cutter.