mhurhangee/ep-ind-claims huggingface dataset:
System for conveying an object comprising at least a substrate between processing stations (1a,b;2) of a processing apparatus, comprising: a transporter, arranged for movement from processing station to processing station (1a,b;2), wherein the transporter comprises a support part and a holding component for releasably holding the object; and at least one object movement device (34a-d;43a,b) for moving the object along a path predominantly directed in parallel to a reference axis (z) in a reference co-ordinate system, wherein each object movement device (34a-d;43a,b) is associated with a respective processing station (1a,b;2) and capable of moving the object along the path towards the transporter to a transfer position and towards the associated processing station (1a,b;2) from the transfer position, and wherein the holding component is configured to release and engage the object in the transfer position when the transporter is positioned at the processing station (1a,b;2), the transporter comprising at least one actuator (25a,b,26a,b,27a,b) for moving the holding component relative to the support part along a holding component path predominantly directed in parallel to the reference axis (z). a transporter, arranged for movement from processing station to processing station (1a,b;2), wherein the transporter comprises a support part and a holding component for releasably holding the object; and at least one object movement device (34a-d;43a,b) for moving the object along a path predominantly directed in parallel to a reference axis (z) in a reference co-ordinate system, wherein each object movement device (34a-d;43a,b) is associated with a respective processing station (1a,b;2) and capable of moving the object along the path towards the transporter to a transfer position and towards the associated processing station (1a,b;2) from the transfer position, and wherein the holding component is configured to release and engage the object in the transfer position when the transporter is positioned at the processing station (1a,b;2), the transporter comprising at least one actuator (25a,b,26a,b,27a,b) for moving the holding component relative to the support part along a holding component path predominantly directed in parallel to the reference axis (z).
A composition for making a film for measuring irradiation comprising: a tetrazolium bromide dye; a solvent; and a polymer, wherein the tetrazolium bromide dye is 3-(4,5-dimethylthiazol-2-yl)-2,5-diphenyltetrazolium bromide; the polymer is at least one of a polyvinyl alcohol and polyvinyl butyral; and the content of the polyvinyl alcohol is between 1 and 8% (w/v), the content of the MTT is between 0.5 and 10 mM and the solvent is distilled water. a tetrazolium bromide dye; a solvent; and a polymer, wherein the tetrazolium bromide dye is 3-(4,5-dimethylthiazol-2-yl)-2,5-diphenyltetrazolium bromide; the polymer is at least one of a polyvinyl alcohol and polyvinyl butyral; and the content of the polyvinyl alcohol is between 1 and 8% (w/v), the content of the MTT is between 0.5 and 10 mM and the solvent is distilled water.
A method for performing spectral microanalysis of a specimen, the method including the steps of: a. collecting spectra from pixels spaced about a region of interest on the specimen, wherein each spectrum includes emission counts measured across a range of energies; b. periodically during the collection: condensing the collected spectra by combining the emission counts in adjacent energy intervals within the range of energies and/or condensing the pixels by spatially combining the spectra in adjacent pixels; analyzing the condensed spectra collected thus far to determine the probable components present at the pixels, and outputting the probable components present at the pixels. a. collecting spectra from pixels spaced about a region of interest on the specimen, wherein each spectrum includes emission counts measured across a range of energies; b. periodically during the collection: condensing the collected spectra by combining the emission counts in adjacent energy intervals within the range of energies and/or condensing the pixels by spatially combining the spectra in adjacent pixels; analyzing the condensed spectra collected thus far to determine the probable components present at the pixels, and outputting the probable components present at the pixels. condensing the collected spectra by combining the emission counts in adjacent energy intervals within the range of energies and/or condensing the pixels by spatially combining the spectra in adjacent pixels; analyzing the condensed spectra collected thus far to determine the probable components present at the pixels, and outputting the probable components present at the pixels.
A method for measuring an impact for a battery, the method comprising: storing, by a main control unit, MCU,, a previous operation mode of a battery system in a first area of a memory; storing, by the MCU, a current operation mode of the battery system in a second area of the memory; determining, by the MCU, whether the previous operation mode stored in the first area and the current operation mode stored in the second area are the same as each other; storing, by the MCU, a change flag in a third area of the memory as a first value when the previous operation mode stored in the first area and the current operation mode stored in the second area are determined to be different from each other; receiving, by the MCU, an acceleration sensor signal from an acceleration sensor when the current operation mode stored in the second area is a sleep mode and the change flag is the first value; and receiving, by the MCU, the acceleration sensor signal from the acceleration sensor when the current operation mode stored in the second area is not the sleep mode. storing, by a main control unit, MCU,, a previous operation mode of a battery system in a first area of a memory; storing, by the MCU, a current operation mode of the battery system in a second area of the memory; determining, by the MCU, whether the previous operation mode stored in the first area and the current operation mode stored in the second area are the same as each other; storing, by the MCU, a change flag in a third area of the memory as a first value when the previous operation mode stored in the first area and the current operation mode stored in the second area are determined to be different from each other; receiving, by the MCU, an acceleration sensor signal from an acceleration sensor when the current operation mode stored in the second area is a sleep mode and the change flag is the first value; and receiving, by the MCU, the acceleration sensor signal from the acceleration sensor when the current operation mode stored in the second area is not the sleep mode.
Method for controlling a gas-insulated high-voltage electrical station, said electrical station including at least one internal sensor suitable for measuring Ultra High Frequency electromagnetic waves, the method being characterised in that it includes steps consisting of: a) acquiring in parallel at least one first frequency spectrum of the signals received by the at least one internal sensor and at least one second frequency spectrum of the signals received by at least one external sensor at the electrical station, the at least one first spectrum and the at least one second spectrum being acquired over a UHF frequency range, b) calculating a frequency spectrum of the signal-to-noise ratio from the at least one first spectrum, and the at least one second spectrum, the at least one first spectrum, corresponding to the signal and the at least one second spectrum corresponding to the noise, c) determining in the frequency range the presence of at least one maximum of the signal-to-noise ratio, which is a signature of the presence of at least one partial discharge. a) acquiring in parallel at least one first frequency spectrum of the signals received by the at least one internal sensor and at least one second frequency spectrum of the signals received by at least one external sensor at the electrical station, the at least one first spectrum and the at least one second spectrum being acquired over a UHF frequency range, b) calculating a frequency spectrum of the signal-to-noise ratio from the at least one first spectrum, and the at least one second spectrum, the at least one first spectrum, corresponding to the signal and the at least one second spectrum corresponding to the noise, c) determining in the frequency range the presence of at least one maximum of the signal-to-noise ratio, which is a signature of the presence of at least one partial discharge.
A log output device (1, 2-1,..., 2-n) comprising: a generation unit that generates a log indicating history information of execution of processing; a memory that stores a first list including first static information indicating that the processing is abnormal, a second list including second static information indicating that the processing is normal, and a third list including dynamic information to be used for determining the necessity of output of the log according to the log; a selection unit that determines to output the log generated by the generation unit when the log has the first static information included in the first list, and decides not to output the log generated by the generation unit when the log has the second static information included in the second list; and a registration unit that generates comparison information comprising contents of items of a log that has been output in the past and registers the comparison information as the dynamic information included in the third list, wherein: the selection unit determines the necessity of output of the log generated by the generation unit based on the log and the third list, wherein: in the memory, a maximum registration number of pieces of the comparison information is set as the dynamic information included in the third list, and wherein: the selection unit deletes one of pieces of the comparison information stored in the memory in accordance with a deletion condition so as to limit the number of registered pieces of comparison information to stay below said maximum registration number. a generation unit that generates a log indicating history information of execution of processing; a memory that stores a first list including first static information indicating that the processing is abnormal, a second list including second static information indicating that the processing is normal, and a third list including dynamic information to be used for determining the necessity of output of the log according to the log; a selection unit that determines to output the log generated by the generation unit when the log has the first static information included in the first list, and decides not to output the log generated by the generation unit when the log has the second static information included in the second list; and a registration unit that generates comparison information comprising contents of items of a log that has been output in the past and registers the comparison information as the dynamic information included in the third list, wherein: the selection unit determines the necessity of output of the log generated by the generation unit based on the log and the third list, wherein: in the memory, a maximum registration number of pieces of the comparison information is set as the dynamic information included in the third list, and wherein: the selection unit deletes one of pieces of the comparison information stored in the memory in accordance with a deletion condition so as to limit the number of registered pieces of comparison information to stay below said maximum registration number.
A process for the treatment of a gas stream containing hydrochloric acid, hydrofluoric acid, a fluorinated compound of interest and halogenated organic compounds, in which the gas stream is successively subjected to: (a) a stage of washing with an acid solution, such as a hydrochloric acid solution, in order to obtain a washed gas stream; (b) a stage of adiabatic absorption in an aqueous solution of the hydrochloric acid present in said washed gas stream, making it possible to collect a hydrochloric acid solution and a gas stream including said fluorinated compound of interest; (c) a stage of adsorption on active carbon of the organic impurities present in said hydrochloric acid solution, in order to obtain a purified hydrochloric acid solution; and (d) a stage of bringing said purified hydrochloric acid solution into contact with a silica gel. (a) a stage of washing with an acid solution, such as a hydrochloric acid solution, in order to obtain a washed gas stream; (b) a stage of adiabatic absorption in an aqueous solution of the hydrochloric acid present in said washed gas stream, making it possible to collect a hydrochloric acid solution and a gas stream including said fluorinated compound of interest; (c) a stage of adsorption on active carbon of the organic impurities present in said hydrochloric acid solution, in order to obtain a purified hydrochloric acid solution; and (d) a stage of bringing said purified hydrochloric acid solution into contact with a silica gel.
Lowerable sealing device, comprising a profiled guide rail, a lowerable and raisable sealing strip (2, 3) held in the profiled guide rail, a first force transmission bar which extends in the longitudinal direction of the profiled guide rail and is held so as to be displaceable therein in its longitudinal direction, at least one lowering element which comprises a spring, which lowering element is arranged in the profiled guide rail, is connected to the sealing strip (2, 3) and can be actuated by means of the first force transmission bar for the purpose of lowering the sealing strip (2, 3), wherein the lowering element has a place which is held in the profiled guide rail so as to be displaceable with respect thereto, characterized in that the first force transmission bar is connected to a driver which drives this place of the lowering element during a longitudinal displacement of the first force transmission bar in a first direction and does not drive this displaceable place of the lowering element during a longitudinal displacement of the first force transmission bar in a second, opposite direction.
A computer-implemented method for generating a Fiat-Shamir digital signature in accordance with a signing key and a verification key, the signing key corresponding to a plurality of secret shares of a secret where each secret share is sampled from a modulo q base ring and the verification key corresponding to a public matrix sampled from the modulo q base ring and solution data, the method comprising: generating a plurality of random shares, each random share being generated by sampling a plurality of parameters from the modulo q base ring; for each random share, determining the product of the random share and the public matrix to generate a plurality of modified random shares; rounding each of the modified random shares at modulo p, where p ≠ q, to generate a plurality of rounded random shares, and decoding the plurality of rounded random shares to generate commitment data; applying a Hash function to data comprising the message and the commitment data to generate challenge value c; generating a plurality of response shares, the generation of each response share comprising multiplying a respective secret share by the challenge value c and adding a respective random share; decoding the plurality of response shares to generate response data; determining test data by determining the difference between the product of the response data and the public matrix and the product of the challenge value c and the solution data; determining hint data by modulo p rounding the test data to generate rounded test data and determining the difference between the response data and the rounded test vector; and returning a digital signature comprising the response data and the hint data. generating a plurality of random shares, each random share being generated by sampling a plurality of parameters from the modulo q base ring; for each random share, determining the product of the random share and the public matrix to generate a plurality of modified random shares; rounding each of the modified random shares at modulo p, where p ≠ q, to generate a plurality of rounded random shares, and decoding the plurality of rounded random shares to generate commitment data; applying a Hash function to data comprising the message and the commitment data to generate challenge value c; generating a plurality of response shares, the generation of each response share comprising multiplying a respective secret share by the challenge value c and adding a respective random share; decoding the plurality of response shares to generate response data; determining test data by determining the difference between the product of the response data and the public matrix and the product of the challenge value c and the solution data; determining hint data by modulo p rounding the test data to generate rounded test data and determining the difference between the response data and the rounded test vector; and returning a digital signature comprising the response data and the hint data.
A method of controlling a motor-driven washing machine, the method comprising the steps of: (a) determining whether a current DC voltage of a driving unit driving a motor is less than or equal to a predetermined voltage level (V c) for each predetermined period; (b) measuring a current leading phase angle (Φ) of the current DC voltage if the current voltage is less than or equal to the predetermined voltage level (V c); and (c) (S705, S706) decreasing the current leading phase angle (Φ) of the current DC voltage by a first predetermined level (α) if the measured leading phase angle (Φ) is greater than zero. (a) determining whether a current DC voltage of a driving unit driving a motor is less than or equal to a predetermined voltage level (V c) for each predetermined period; (b) measuring a current leading phase angle (Φ) of the current DC voltage if the current voltage is less than or equal to the predetermined voltage level (V c); and (c) (S705, S706) decreasing the current leading phase angle (Φ) of the current DC voltage by a first predetermined level (α) if the measured leading phase angle (Φ) is greater than zero.
A method for designing a charging plan for excavating a rock cavern, the method comprising determining in advance at least drill hole locations and the location of their ends in a pre-determined set of co-ordinates for a first round to be drilled into the rock cavern and creating a charging plan for the holes in the first round by means of a computer-aided design program for blasting the first round, determining, in connection with the drilling of the holes, the actual location of hole ends for at least some of the holes in the first round; and storing the determined actual locations of hole ends in a memory; characterized in that the method further comprises determining the volume of rock remaining after the first round blast on the basis of the determined actual locations of the hole ends and the surface topography of rock remaining after the first round blast; and designing or modifying the charging plan of a subsequent round on the basis of the thus determined volume of remaining rock.
A conotoxin peptide κ-CPTx-btl04 for use in the treatment of a cardiovascular disease by inhibiting a calcium ion channel, wherein the conotoxin peptide κ-CPTx-btl04 is: (a) a polypeptide having the amino acid sequence shown in SEQ ID NO: 1; or (b) a polypeptide derived from polypeptide (a) by substitution, addition and deletion of one or more amino acids in the amino acid sequence of SEQ ID NO: 1 of polypeptide (a) and having the function of polypeptide (a); wherein the amino acids to be substituted, added or deleted do not include cysteine; wherein the amino acid sequences of polypeptides (a) and (b) contain two pairs of disulfide bonds. (a) a polypeptide having the amino acid sequence shown in SEQ ID NO: 1; or (b) a polypeptide derived from polypeptide (a) by substitution, addition and deletion of one or more amino acids in the amino acid sequence of SEQ ID NO: 1 of polypeptide (a) and having the function of polypeptide (a); wherein the amino acids to be substituted, added or deleted do not include cysteine;
A method for outputting at least one information item at a communication end device, whereby the information item (111, 121-143, 21-25) represents a part of a data structure, characterized in that the data structure has a hierarchical structure, that in dependency of at least one action of the user of said communication end device with regard to a first information item, which is part of said data structure and which was selected by the user, an association between this first information item (111, 121-143, 21-25) and at least one further information item (111, 121-143, 21-25) of said data structure is generated automatically, whereby the association is generated dependent on the time, in order to take account of different user behaviours at different times, said association being independent from a previous action of the user with regard to the further information item, whereby by means of the association the first information item is brought in connection with the at least one further information item, whereby the step of bringing in connection is performed by virtue of at least one feature of the first information item, by bringing this first information item in connection with at least one further information, which possesses this feature as well, whereby by virtue of said association the data structure is changed, whereby the data structure is changed such, that the at least one further information item, which was associated with the first information item, is brought into the hierarchical level of said first information item by virtue of said association, or the position of the associated information item is changed within the hierarchical level, and whereby the association is suspended and the change of said data structure is made undone, if the further information item has not been activated over a predefined time.
A bag with a jacket wall composed of at least two layers closed in each case by means of a longitudinal adhesive seam to form a tube and having two front ends, and with folded bottoms closing the bag at the front ends, and with a filling opening for introducing a filling material, wherein the jacket wall has at least one paper layer and the at least one paper layer at least largely determines the load-bearing capability with filled weight and the mechanical stability of the bag, wherein the jacket wall has, on its outside, a layer of a plastic film which surrounds the at least one paper layer and protects it from moisture and, in an area of overlapping ends, has adhesion points between which air removal paths are formed wherein the plastic film has a thickness of 60 μm or less, characterized in that the plastic film is free of perforations in the area of overlapping ends.