mhurhangee/ep-ind-claims huggingface dataset:
A balancing device for a rotary apparatus having a rotary body which is configured to pivot or swivel about at least one rotary shaft (5a, 6a), characterized in that the balancing device comprises a magnet assembly and a torque adjusting mechanism, wherein the magnet assembly at least includes a combination of two or more magnets (11, 12), and the torque adjusting mechanism is configured to adjust a torque generated by the combination of the two or more magnets (11, 12).
A receive antenna for a line location system, comprising: a plurality of coil arrays arranged along a core configured to receive signals from an underground line; and a plurality of double-pole double-throw, DPDT, switches coupled to the plurality of coil arrays, each of the DPDT switches couples across terminals of one of the coil arrays in the plurality of coil arrays, the plurality of DPDT switches forming multiple switch combinations (402, 404), each switch combination configured to provide connections between each of the plurality of coil arrays to form the receive antenna, wherein each of the multiple switch combinations results in the receive antenna including all of the plurality of coil arrays, wherein the plurality of DPDT switches are configured to receive sensitivity control signals that determine which of the multiple switch combinations to set to form the receive antenna, wherein the sensitivity control signals relate to a receive frequency of the receive antenna, wherein the sensitivity control signals include a first sensitivity control signal and a second sensitivity control signal, the first sensitivity control signal to indicate a first switch combination where the plurality of coil arrays are in series, and the second sensitivity control signal to indicate a second switch combination where the plurality of coil arrays are in parallel, and wherein at least a portion of the plurality of coil arrays are overlapping such that individual turns from each of the plurality of coils are adjacent to each other. a plurality of coil arrays arranged along a core configured to receive signals from an underground line; and a plurality of double-pole double-throw, DPDT, switches coupled to the plurality of coil arrays, each of the DPDT switches couples across terminals of one of the coil arrays in the plurality of coil arrays, the plurality of DPDT switches forming multiple switch combinations (402, 404), each switch combination configured to provide connections between each of the plurality of coil arrays to form the receive antenna, wherein each of the multiple switch combinations results in the receive antenna including all of the plurality of coil arrays, wherein the plurality of DPDT switches are configured to receive sensitivity control signals that determine which of the multiple switch combinations to set to form the receive antenna, wherein the sensitivity control signals relate to a receive frequency of the receive antenna, wherein the sensitivity control signals include a first sensitivity control signal and a second sensitivity control signal, the first sensitivity control signal to indicate a first switch combination where the plurality of coil arrays are in series, and the second sensitivity control signal to indicate a second switch combination where the plurality of coil arrays are in parallel, and wherein at least a portion of the plurality of coil arrays are overlapping such that individual turns from each of the plurality of coils are adjacent to each other.
A thermoelectric conversion element comprising: a thermoelectric conversion member formed of a skutterudite-type material containing an element L indicating one or more elements selected from a group including In, Yb, Eu, Ce, La, Nd, Ga and Sr, an element M indicating one or more elements selected from a group including Co, Rh, Ir, Fe, Ni, Pt, Pd, Ru and Os, and an element Pn indicating one or more elements selected from a group including Sb, As, P, Te, Sn, Bi, Ge, Se and Si; an insulator covering at least part of the thermoelectric conversion member; and a metal layer positioned between the thermoelectric conversion member and the insulator, the metal layer containing at least the element L. a thermoelectric conversion member formed of a skutterudite-type material containing an element L indicating one or more elements selected from a group including In, Yb, Eu, Ce, La, Nd, Ga and Sr, an element M indicating one or more elements selected from a group including Co, Rh, Ir, Fe, Ni, Pt, Pd, Ru and Os, and an element Pn indicating one or more elements selected from a group including Sb, As, P, Te, Sn, Bi, Ge, Se and Si; an insulator covering at least part of the thermoelectric conversion member; and a metal layer positioned between the thermoelectric conversion member and the insulator, the metal layer containing at least the element L.
A process for catalytic conversion of feedstock comprising at least one alkylatable aromatic compound and an alkylating agent to conversion product comprising an alkylaromatic compound which comprises contacting said feedstock in at least partial liquid phase under catalytic conversion conditions including a temperature of from 0°C to 500°C, a pressure of from 20 to 25000 kPa-a, a molar ratio of alkylatable aromatic compound to alkylating agent of from 0.1:1 to 50:1, and a feed weight hourly space velocity (WHSV) based on the alkylating agent of from 0.1 to 500 hr -1, with a catalyst composition comprising a porous crystalline material and a binder, said catalyst composition having a ratio of crystal/binder of from 20/80 to 60/40, wherein the porous crystalline material is MCM-49.
Method for the non-flutter transmission of digital data in an optical free-space transmission system, wherein amplitude-modulated visible light waves are transmitted over an optical free-space link between a transmitter and a receiver using a binary code sequence generated from the digital data, comprising the following steps: - generating the binary code sequence from the digital data to be transmitted; - defining a guard interval with a selectable duration and subdividing the guard interval into at least a first and second time section; - defining a setpoint quantity of light to be transmitted during a same guard interval; - subdividing the binary code sequence into binary data blocks with a selectable block length; - modulating the intensity of the light waves with the binary code sequence and transmitting the modulated light waves binary data block by binary data block over the free-space link during the first time sections of the guard intervals; - determining for each guard interval the quantity of light which is to be or which is transmitted during the first time section, possibly summed for a plurality of binary data blocks, and calculating for each guard interval a quantity of light difference between the setpoint quantity of light and the quantity of light which is to be or which is transmitted during the first time section; - transmitting unmodulated light waves during the second time sections of each guard interval, wherein the light intensities of the light waves are selected such that the quantities of light transmitted correspond in each case to the quantity of light differences calculated. - generating the binary code sequence from the digital data to be transmitted; - defining a guard interval with a selectable duration and subdividing the guard interval into at least a first and second time section; - defining a setpoint quantity of light to be transmitted during a same guard interval; - subdividing the binary code sequence into binary data blocks with a selectable block length; - modulating the intensity of the light waves with the binary code sequence and transmitting the modulated light waves binary data block by binary data block over the free-space link during the first time sections of the guard intervals; - determining for each guard interval the quantity of light which is to be or which is transmitted during the first time section, possibly summed for a plurality of binary data blocks, and calculating for each guard interval a quantity of light difference between the setpoint quantity of light and the quantity of light which is to be or which is transmitted during the first time section; - transmitting unmodulated light waves during the second time sections of each guard interval, wherein the light intensities of the light waves are selected such that the quantities of light transmitted correspond in each case to the quantity of light differences calculated.
A resonant power converter comprising an inverter, a resonance tank circuit with a tank capacitor (C Tank) connected to the inverter and a tank inductor (L Tank), a first half-bridge rectifier comprising a series connection of a first diode and a second diode and interconnecting the resonance tank circuit with an output capacitor (C out) for charging the output capacitor (C out) to a desired output voltage (V out), and at least one of a first capacitor and a first inductor interconnecting a first tap of the tank inductor (L Tank) with a second half-bridge rectifier comprising a series connection of a third diode and a fourth diode and being connected to the output capacitor (C out) for charging the output capacitor (C out) to the desired output voltage (V out).
Sheet metal processing machine having a chip suctioning device and a control device, wherein the chip suctioning device comprises, a chip space connected to a die orifice of a punching die for collecting chips, wherein the chip space is provided with a chip flap and an extraction line, and the extraction line comprises at least one sieve (23, 24), an extraction fan coupled to the extraction line for generating a vacuum in the chip suctioning device, characterized by a vacuum sensor, connected to the extraction line between a downstream last sieve and the extraction fan, being configured to supply signals to the control device. the chip space is provided with a chip flap and an extraction line, and the extraction line comprises at least one sieve (23, 24),
A drive system in the form of belt drives of a self-propelled combine harvester comprising a main drive pulley which is driven on a machine side of the combine harvester by an internal combustion engine and from which a device for separating off residual grain and a straw chopper are driven by way of a first intermediate gear stage, characterised in that the main drive pulley, the first intermediate gear stage and a second intermediate gear stage are component parts of a first main belt drive, wherein the first intermediate gear stage drives the residual grain separation device directly by way of a first belt drive and drives the straw chopper by way of a second belt drive and that the second intermediate gear stage is drivingly connected to drives of a front-mounted harvesting attachment and a cleaning device.
An apparatus for spreading and channelization of a high speed dedicated physical control channel for effecting minimization of peak-to-average power ratio, wherein said high speed dedicated physical control channel is one of a plurality of communication channels on an uplink transmission, the apparatus comprising: channel spreader means (706, 708) for spreading said high speed dedicated physical control channel using one selected spreading code of a set of finite number of spreading codes on either a Q-transmission branch or I-transmission branch of said channel spreader; and channel mapping means (702, 704) for selecting either said Q-transmission branch or I-transmission branch of said channel spreader for the spreading of said high speed dedicated physical control channel, and for selecting said one spreading code from said set of finite number of spreading codes based on whether said high speed dedicated physical control channel is being spread on said Q-transmission branch or said I-transmission branch of said channel spreader, said selected transmission branch and said selected spreading code forming an optimum transmission pair selected for effecting said minimization of peak-to-average power ratio. channel spreader means (706, 708) for spreading said high speed dedicated physical control channel using one selected spreading code of a set of finite number of spreading codes on either a Q-transmission branch or I-transmission branch of said channel spreader; and channel mapping means (702, 704) for selecting either said Q-transmission branch or I-transmission branch of said channel spreader for the spreading of said high speed dedicated physical control channel, and for selecting said one spreading code from said set of finite number of spreading codes based on whether said high speed dedicated physical control channel is being spread on said Q-transmission branch or said I-transmission branch of said channel spreader, said selected transmission branch and said selected spreading code forming an optimum transmission pair selected for effecting said minimization of peak-to-average power ratio.
A propylene-ethylene random copolymer, wherein the copolymer has: a melting point (Tm) of 125 °C or higher, an ethylene content of 4.0% by weight to 5.5% by weight, a crystallization temperature (Tc) of 75 °C or lower, and a melt index (MI 2.16, melt index measured at 230 °C, 2.16 kg load) of 16 g/10min to 22 g/10min; wherein melting point (Tm) and crystallization temperature (Tc) are measured using a differential scanning calorimeter as set out in the specification. a melting point (Tm) of 125 °C or higher, an ethylene content of 4.0% by weight to 5.5% by weight, a crystallization temperature (Tc) of 75 °C or lower, and a melt index (MI 2.16, melt index measured at 230 °C, 2.16 kg load) of 16 g/10min to 22 g/10min; wherein melting point (Tm) and crystallization temperature (Tc) are measured using a differential scanning calorimeter as set out in the specification.
A dielectric film (1, 1a, 1b), comprising: an organic resin; and a plurality of fine particles containing a metal element, an average of diameters of the fine particles falling in a range of 0.5 nm to 50 nm, characterized in that the organic resin contains a resin material having polyester as main backbone, and the resin material has an alkoxy group. an organic resin; and a plurality of fine particles containing a metal element, an average of diameters of the fine particles falling in a range of 0.5 nm to 50 nm, characterized in that the organic resin contains a resin material having polyester as main backbone, and the resin material has an alkoxy group.
A computer-implemented method for predicting failure of bio-information estimation, the method comprising receiving (211; 712) a bio-signal, wherein the bio-signal is a photoplethysmogram, PPG signal; obtaining failure prediction indicators from the bio-signal that is received until a current time (T current), the failure prediction indicators comprising a current number of pulses of the bio-signal until the current time, and a maximum number of pulses of the bio-signal that are predicted to be measured until a time limit (T Timeout), and predicting whether a bio-information estimation will fail based on the predicted maximum number of pulses; and in response to the bio-information estimation not being predicted to be failed, determining whether the time limit has elapsed; receiving (211; 712) a bio-signal, wherein the bio-signal is a photoplethysmogram, PPG signal; obtaining failure prediction indicators from the bio-signal that is received until a current time (T current), the failure prediction indicators comprising a current number of pulses of the bio-signal until the current time, and a maximum number of pulses of the bio-signal that are predicted to be measured until a time limit (T Timeout), and predicting whether a bio-information estimation will fail based on the predicted maximum number of pulses; and in response to the bio-information estimation not being predicted to be failed, determining whether the time limit has elapsed;
A method for acquiring a certification document certifying that a user has a particular property, the method being applied in a terminal and comprising the followings steps: determining (201, 402) a target application for providing the certification document according to a user-input identification of a legal source where the certification document should come from; acquiring (202, 403) page contents of the target application, the page contents containing the certification document; and sending (203, 405) document contents including the page contents or the certification document to a certification-document extracting server, for the certification-document extracting server to extract the certification document from the document contents; wherein the step of acquiring (202, 403) page contents of the target application comprises: logging in to the target application; and performing a screen capturing operation on at least one page displayed by the target application to obtain the page contents, the page contents containing at least one page screenshot or acquiring the page contents from at least one page window of the target application by means of data transmission. determining (201, 402) a target application for providing the certification document according to a user-input identification of a legal source where the certification document should come from; acquiring (202, 403) page contents of the target application, the page contents containing the certification document; and sending (203, 405) document contents including the page contents or the certification document to a certification-document extracting server, for the certification-document extracting server to extract the certification document from the document contents; wherein the step of acquiring (202, 403) page contents of the target application comprises: logging in to the target application; and performing a screen capturing operation on at least one page displayed by the target application to obtain the page contents, the page contents containing at least one page screenshot or acquiring the page contents from at least one page window of the target application by means of data transmission. logging in to the target application; and performing a screen capturing operation on at least one page displayed by the target application to obtain the page contents, the page contents containing at least one page screenshot or acquiring the page contents from at least one page window of the target application by means of data transmission.
A method of controlling and allowing removal of undesired parts of a food item, such as of meat, poultry, fish and vegetables, which item may be advanced on a conveyor belt, where it is currently transilluminated when passing through a non-destructive testing system by illumination with X-rays, gamma rays or magnetic rays, with a view to detecting undesired foreign bodies, if any, in the form of bone residues, needle parts, etc, following which the item is passed on to a workstation where the foreign bodies may be removed, as the location of the foreign body or bodies, if any, may be indicated to an operator on a screen, characterized In that the screen image from the transillumination is projected on a screen which the operator carries in front of his eyes, so that the screen image may be brought into agreement with the item, thereby indicating precisely where foreign bodies, if any, are located in the item.
Method for producing extruded panels as wall or floor coverings, comprising the following steps: - providing lignocellulosic fibers; - providing a polymeric material of a thermoplastic material as a granule of an extrudable thermoplastic material; - comminuting a recycled plastic composite material from a thermosetting material, wherein the recycled plastic composite material is a fiber-reinforced plastic material comprising glass fibers, carbon fibers, asbestos fibers, and/or polymer fibers; - preparing a mixture of the lignocellulosic fibers, the polymeric material with a thermoplastic material, the comminuted recycled plastic composite material, and optionally other additives; and - extruding the mixture and finishing the panels. - providing lignocellulosic fibers; - providing a polymeric material of a thermoplastic material as a granule of an extrudable thermoplastic material; - comminuting a recycled plastic composite material from a thermosetting material, wherein the recycled plastic composite material is a fiber-reinforced plastic material comprising glass fibers, carbon fibers, asbestos fibers, and/or polymer fibers; - preparing a mixture of the lignocellulosic fibers, the polymeric material with a thermoplastic material, the comminuted recycled plastic composite material, and optionally other additives; and - extruding the mixture and finishing the panels.
Aqueous composition comprising at least one water glass having a molar modulus in a range of about 2.0 to about 4.0, at least one first reactive, namely at least one inorganic and/or at least one organic acid, and at least one second reactive, namely at least one ester, selected from a group comprising methyl esters, ethyl esters and/or propyl esters of ascorbic acid, acetic acid, and dicarboxylic acid esters having carbon chains with 1 to 6 carbon atoms, triglycerides, propylene carbonate, triacetin or dibasic esters, wherein the pH of the aqueous composition is in a range from about 7 to about 10.5.
A value document substrate for manufacturing value documents (1, 2), in particular banknotes, with at least one photochromic security feature (6, 7, 17, 18, 19), characterized in that - the value document substrate has a core layer and a first and a second cover layer, wherein - the core layer has at least one through opening, - the first and the second cover layer are transparent or translucent foil layers, - the first cover layer covers a first surface of the core layer over the full or a partial area, - the second cover layer covers a second surface of the core layer over the full or a partial area, and - the first and the second cover layer close the through opening in the core layer completely, and - the at least one photochromic security feature is arranged at least partially, and preferably completely, in the through opening of the core layer and is enclosed between the core layer, the first cover layer and the second cover layer. - the value document substrate has a core layer and a first and a second cover layer, wherein - the core layer has at least one through opening, - the first and the second cover layer are transparent or translucent foil layers, - the first cover layer covers a first surface of the core layer over the full or a partial area, - the second cover layer covers a second surface of the core layer over the full or a partial area, and - the first and the second cover layer close the through opening in the core layer completely, and - the at least one photochromic security feature is arranged at least partially, and preferably completely, in the through opening of the core layer and is enclosed between the core layer, the first cover layer and the second cover layer.