mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing method for a heat-resistant and high-strength ultrafine fibrous porous separator comprising the steps of: air-electrospinning a mixed solution of 50 to 70wt% of a heat-resistant polymer material whose melting point is 180°C or higher and 30 to 50wt% of a swelling polymer material that is swollen in an electrolyte, to thereby form a porous web made of a heat-resistant ultrafine fiber in which the heat-resistant polymer material and the swelling polymer material are consolidated in an ultrafine fibrous form; performing thermal compression of the porous web so as to obtain the separator, further comprising the step of performing drying to control a solvent and moisture that remain on the surface of the porous web prior to performing the thermal compression, to thereby control the strength and porosity of the separator, wherein the mixed solution further comprises a two-component-system mixed solvent where a high boiling point solvent and a low boiling point solvent are mixed at a weight ratio ranging from 7:3 to 9:1. air-electrospinning a mixed solution of 50 to 70wt% of a heat-resistant polymer material whose melting point is 180°C or higher and 30 to 50wt% of a swelling polymer material that is swollen in an electrolyte, to thereby form a porous web made of a heat-resistant ultrafine fiber in which the heat-resistant polymer material and the swelling polymer material are consolidated in an ultrafine fibrous form; performing thermal compression of the porous web so as to obtain the separator, further comprising the step of performing drying to control a solvent and moisture that remain on the surface of the porous web prior to performing the thermal compression, to thereby control the strength and porosity of the separator, wherein the mixed solution further comprises a two-component-system mixed solvent where a high boiling point solvent and a low boiling point solvent are mixed at a weight ratio ranging from 7:3 to 9:1.
Method comprising the steps: providing a composition containing proteins and amino acids from mucous membranes of slaughtered animals, wherein the mucous membranes of slaughtered animals have been mixed with salts and subjected to enzymatic hydrolysis, inorganic salts and water, wherein the sum of the mass of the proteins and amino acids in the dry mass of this composition is 30 to 70 percent by weight and the mass of the inorganic salts in the dry mass of this composition is at least 7,5 percent by weight, wherein at least a proportion of 50 percent by weight of the inorganic salts consists of the elements sodium and sulphur as well as chloride, wherein the proportion of sodium sulphate in the total amount of inorganic salts is at least 50 percent by weight, filtering the composition while obtaining a filtrate and a filter cake, wherein a filter with a pore size of more than 2 μm is used for filtering the composition, cooling the filtrate to a temperature in the range from -15°C to 15°C while forming a precipitate, separating the resulting precipitate while obtaining the liquid phase as a product, wherein the measuring methods mentioned in the description are used to determine the mass of proteins and amino acids as well as salts. providing a composition containing proteins and amino acids from mucous membranes of slaughtered animals, wherein the mucous membranes of slaughtered animals have been mixed with salts and subjected to enzymatic hydrolysis, inorganic salts and water, wherein the sum of the mass of the proteins and amino acids in the dry mass of this composition is 30 to 70 percent by weight and the mass of the inorganic salts in the dry mass of this composition is at least 7,5 percent by weight, wherein at least a proportion of 50 percent by weight of the inorganic salts consists of the elements sodium and sulphur as well as chloride, wherein the proportion of sodium sulphate in the total amount of inorganic salts is at least 50 percent by weight, filtering the composition while obtaining a filtrate and a filter cake, wherein a filter with a pore size of more than 2 μm is used for filtering the composition, cooling the filtrate to a temperature in the range from -15°C to 15°C while forming a precipitate, separating the resulting precipitate while obtaining the liquid phase as a product, wherein the measuring methods mentioned in the description are used to determine the mass of proteins and amino acids as well as salts.
A method of harvesting components from a sample material, said method comprising the steps of: (i) providing a sample material in a sampling container, said sampling container having a float with a passage for receiving and elongating layers of sample components to be harvested from said sample, said float being received in said container, having a dimension and shape complementing an interior of said container, and including ribs defining a longitudinal channel between said float and said container for receiving and elongating said target components during centrifuging, (ii) providing in said sampling container a particulate carrier having at least one antibody with an affinity for binding with at least one component in said sample bound to said particulate carrier, and mixing said particulate carrier with said sample, (iii) centrifuging said sample at sufficient G forces to separate components of said sample and to force said particulate carrier and the target component from said sample into said passage, and (iv) removing said target component from said passage. (i) providing a sample material in a sampling container, said sampling container having a float with a passage for receiving and elongating layers of sample components to be harvested from said sample, said float being received in said container, having a dimension and shape complementing an interior of said container, and including ribs defining a longitudinal channel between said float and said container for receiving and elongating said target components during centrifuging, (ii) providing in said sampling container a particulate carrier having at least one antibody with an affinity for binding with at least one component in said sample bound to said particulate carrier, and mixing said particulate carrier with said sample, (iii) centrifuging said sample at sufficient G forces to separate components of said sample and to force said particulate carrier and the target component from said sample into said passage, and (iv) removing said target component from said passage.
An optical magnification device (1,21) comprising at least one pair of optically aligned deformable reflectors, (2,3,22,23) a controller for said deformable reflectors, wherein each reflector pair has at least two configurations, wherein selection of a first and a second configuration of said deformable reflector pairs provides pre-defined magnification states, such that in any configuration one reflector is substantially concave and the other is substantially convex, wherein the each deformable reflector pair comprises a first deformable reflector and a second deformable reflector, wherein the first deformable reflector is optically aligned with the second deformable reflector, wherein the pair of reflectors are operably linked, such that causing the first reflector to deform from a first state to a second state causes the concomitant deforming of the second reflector from its first to second state and wherein the deformable reflectors are bistable reflectors characterised in that the deformable reflectors are sprung metal reflectors.
Transmitter for broadcasting data in a broadcasting system, comprising: - a data input for receiving at least one transmitter input data stream segmented into input data words - an encoder (14; 141, 142, 143) for error correction code encoding the input data words into codewords, a codeword comprising a basic codeword portion, B, and an auxiliary codeword portion, A, wherein said encoder is adapted for generating said basic codeword portion, B, from an input data word, D, according to a first code and for generating said auxiliary codeword portion, A, from an input data word, D, according to a second code, said basic codeword portion, B, being provided for regular decoding by use of only the basic codeword portion, B, and said auxiliary codeword portion, A, being provided as incremental redundancy for improved decoding by use of said basic codeword portion, B, and said auxiliary codeword portion, A, if regular decoding of the codeword by use of only the basic codeword portion, B, is erroneous, - a data mapper for mapping the codewords onto frames of a transmitter output data stream, the transmitter characterized in that it further comprises - a modulator for modulating the auxiliary codeword portion, A, by an auxiliary modulation code that is orthogonal to a basic modulation code used for modulating the basic codeword portion, B, or for modulating the basic codeword portion, B, of a codeword differently than the auxiliary codeword portion, A, of the same codeword, and - a transmitter unit for transmitting said transmitter output data stream. - a data input for receiving at least one transmitter input data stream segmented into input data words - an encoder (14; 141, 142, 143) for error correction code encoding the input data words into codewords, a codeword comprising a basic codeword portion, B, and an auxiliary codeword portion, A, wherein said encoder is adapted for generating said basic codeword portion, B, from an input data word, D, according to a first code and for generating said auxiliary codeword portion, A, from an input data word, D, according to a second code, said basic codeword portion, B, being provided for regular decoding by use of only the basic codeword portion, B, and said auxiliary codeword portion, A, being provided as incremental redundancy for improved decoding by use of said basic codeword portion, B, and said auxiliary codeword portion, A, if regular decoding of the codeword by use of only the basic codeword portion, B, is erroneous, - a data mapper for mapping the codewords onto frames of a transmitter output data stream, the transmitter characterized in that it further comprises - a modulator for modulating the auxiliary codeword portion, A, by an auxiliary modulation code that is orthogonal to a basic modulation code used for modulating the basic codeword portion, B, or for modulating the basic codeword portion, B, of a codeword differently than the auxiliary codeword portion, A, of the same codeword, and - a transmitter unit for transmitting said transmitter output data stream.
A method for the automatic calibration of slides comprising the steps: - Providing a slide frame (4; 210) having a plurality of slide seats, wherein the slide frame is calibrated which establishes the positioning coordinates of the slide seats with respect to a microscope scanning system, and wherein the positioning coordinates are saved in a storage medium that can be read out by the microscope scanning system; - Providing at least one slide (212a - 212h; 300) with a calibration mark; - Arranging the at least one slide (212a - 212h; 300) in one of the slide seats of the slide frame (4; 210); - Arranging the slide frame with the slide (212a - 212h; 300) on a scanning table (10; 200) of the microscope scanning system; - Detecting mark coordinates of the calibration mark based on a detection of the calibration mark of the slide (212a -212h; 300) by the microscope scanning system; - Detecting a deviation between the position coordinates of the slide seat and the mark coordinates of the slide (212a -212h; 300); and - Saving the detected deviation in a storage medium that can be connected to the slide (212a - 212h; 300). - Providing a slide frame (4; 210) having a plurality of slide seats, wherein the slide frame is calibrated which establishes the positioning coordinates of the slide seats with respect to a microscope scanning system, and wherein the positioning coordinates are saved in a storage medium that can be read out by the microscope scanning system; - Providing at least one slide (212a - 212h; 300) with a calibration mark; - Arranging the at least one slide (212a - 212h; 300) in one of the slide seats of the slide frame (4; 210); - Arranging the slide frame with the slide (212a - 212h; 300) on a scanning table (10; 200) of the microscope scanning system; - Detecting mark coordinates of the calibration mark based on a detection of the calibration mark of the slide (212a -212h; 300) by the microscope scanning system; - Detecting a deviation between the position coordinates of the slide seat and the mark coordinates of the slide (212a -212h; 300); and - Saving the detected deviation in a storage medium that can be connected to the slide (212a - 212h; 300).
Apparatus for a coherent interconnect system comprising: interface circuitry to receive coherency protocol transactions from a requesting master device (14,16,18,20) and to exchange further coherency protocol transactions with a data-storing slave device (22,24,26,28) transaction tracking circuitry to maintain records of the coherency protocol transactions received from the requesting master device whilst completion of the coherency protocol transactions are pending; and characterized in further comprising transaction control circuitry responsive to reception at the interface circuitry of a read transaction of the coherency protocol transactions from the requesting master device for a data item stored in the data-storing slave device to issue a direct memory transfer request to the data-storing slave device, wherein the direct memory transfer request comprises a read acknowledgement trigger to solicit a read acknowledgement signal from the data storing slave device, and wherein the transaction tracking circuitry is responsive to reception at the interface circuitry of the read acknowledgement signal from the data-storing slave device to update a record in the transaction tracking circuitry created by reception of the read transaction to indicate completion of the direct memory transfer request. interface circuitry to receive coherency protocol transactions from a requesting master device (14,16,18,20) and to exchange further coherency protocol transactions with a data-storing slave device (22,24,26,28) transaction tracking circuitry to maintain records of the coherency protocol transactions received from the requesting master device whilst completion of the coherency protocol transactions are pending; and characterized in further comprising transaction control circuitry responsive to reception at the interface circuitry of a read transaction of the coherency protocol transactions from the requesting master device for a data item stored in the data-storing slave device to issue a direct memory transfer request to the data-storing slave device, wherein the direct memory transfer request comprises a read acknowledgement trigger to solicit a read acknowledgement signal from the data storing slave device, and wherein the transaction tracking circuitry is responsive to reception at the interface circuitry of the read acknowledgement signal from the data-storing slave device to update a record in the transaction tracking circuitry created by reception of the read transaction to indicate completion of the direct memory transfer request.
Method for producing water-containing preparations of complexes of platinum group metals, having the general formula [M A a (H 2 O) b (O 2-) c (OH -) d](OH -) e (H +) f wherein M A = platinum (Pt) or palladium (Pd) in the +2 oxidation state and L = a neutral monodentate or bidentate donor ligand and a = an integer from 1 to 4 (for monodentate donor ligands) or an integer from 1 to 2 (for bidentate donor ligands), b = an integer from 0 to 3, c = an integer from 0 to 3, d = an integer from 0 to 3, e = an integer from 0 to 2 and f = an integer from 0 to 4, and wherein the platinum group metal M A has a coordination number of 4, characterized in that the hydroxo complexes H 2 Pd 4 (in the case of M A = Pd) or H 2 Pt 6 (in the case of M A = Pt) are each reacted with a neutral donor ligand L, wherein at least one hydroxo group of the relevant hydroxo complex is substituted, and the reaction in the case of M A = Pt is performed in the presence of a reducing agent, the total halogen content of the preparations is < 5000 ppm (relative to the PGM content) is, the water-containing preparations are aqueous solutions, and the reaction takes place in aqueous solution. M A = platinum (Pt) or palladium (Pd) in the +2 oxidation state and L = a neutral monodentate or bidentate donor ligand and a = an integer from 1 to 4 (for monodentate donor ligands) or an integer from 1 to 2 (for bidentate donor ligands), b = an integer from 0 to 3, c = an integer from 0 to 3, d = an integer from 0 to 3, e = an integer from 0 to 2 and f = an integer from 0 to 4,
A clutch control device for a clutch for connecting and disconnecting the transmission of a rotational drive force from a power source to a drive wheel in a vehicle, said clutch control device comprising: clutch control means for controlling a control amount for said clutch; drive wheel rotation start detecting means for detecting the start of rotation of said drive wheel on the basis of a vehicle speed sensor for directly detecting a rotational speed of said drive wheel; and control correction amount calculating means for calculating a control correction amount for said clutch according to the difference between the clutch control amount detected at starting of rotation of said drive wheel and a predetermined reference value; said clutch control means applying said control correction amount to the control amount for said clutch to thereby control said clutch, characterised in that said control correction amount calculating means calculates a control correction amount to be applied to clutch control during running of said vehicle and a control correction amount to be applied to invalid stroke filling control at starting of said vehicle. clutch control means for controlling a control amount for said clutch; drive wheel rotation start detecting means for detecting the start of rotation of said drive wheel on the basis of a vehicle speed sensor for directly detecting a rotational speed of said drive wheel; and control correction amount calculating means for calculating a control correction amount for said clutch according to the difference between the clutch control amount detected at starting of rotation of said drive wheel and a predetermined reference value; said clutch control means applying said control correction amount to the control amount for said clutch to thereby control said clutch, characterised in that said control correction amount calculating means calculates a control correction amount to be applied to clutch control during running of said vehicle and a control correction amount to be applied to invalid stroke filling control at starting of said vehicle.
Method for achieving facial detection and facial posture determination, based on a three-dimensional mesh comprising a plurality of three-dimensional peaks and further comprising surface elements between said peaks forming a three-dimensional surface, the method comprising the following steps executed by a processing unit: - determining a curvature map of the three-dimensional surface, points of the curvature map corresponding to the points of the three-dimensional surface, - identifying, in the curvature map, an end of the nose at which the three-dimensional surface has a predetermined curvature, - based on the three-dimensional mesh centred on the end of the nose, determining a facial posture, the posture being defined by coordinates of the end of the nose, by a first angle of rotation of the face about a first axis, by a second angle of rotation of the face about a second axis, and by a third angle of rotation of the face about a third axis, - demarcating a facial zone made up of three-dimensional peaks of the mesh, these being selected depending on their position with respect to the end of the nose, and comparing the demarcated facial zone and a reference facial template comprising a pre-recorded three-dimensional mesh of an average face, a result of the comparison making it possible to validate detection of a real face in the three-dimensional mesh and to validate the relevance of the end of the nose. - determining a curvature map of the three-dimensional surface, points of the curvature map corresponding to the points of the three-dimensional surface, - identifying, in the curvature map, an end of the nose at which the three-dimensional surface has a predetermined curvature, - based on the three-dimensional mesh centred on the end of the nose, determining a facial posture, the posture being defined by coordinates of the end of the nose, by a first angle of rotation of the face about a first axis, by a second angle of rotation of the face about a second axis, and by a third angle of rotation of the face about a third axis, - demarcating a facial zone made up of three-dimensional peaks of the mesh, these being selected depending on their position with respect to the end of the nose, and comparing the demarcated facial zone and a reference facial template comprising a pre-recorded three-dimensional mesh of an average face, a result of the comparison making it possible to validate detection of a real face in the three-dimensional mesh and to validate the relevance of the end of the nose.
A lock mechanism for cabinet doors, comprising a connection plate configured to be attached on one side of a cabinet door by means of a mounting member positioned on the other side of the cabinet door, wherein the cabinet door has a mounting opening for enabling the connection plate to integrate with the mounting member, and also has a lock opening for the engagement of a lock housing, wherein the lock mechanism further comprises a lock body configured to be slidably mounted on the connection plate, wherein the connection plate comprises at least four guide lugs, and the lock body has at least four guiding slots correspondingly positioned on a connection surface of the lock body such that the guide lugs are slidably attached into the guiding slots by moving the lock body from a first position to a second position along a sliding distance, subsequent to the insertion of the guide lugs into the guiding slots such that the connection surface is coplanar with the connection plate, wherein the guiding slots are configured to allow one-way sliding of the guide lugs, and wherein the connection plate also comprises a clamping member configured to be fitted into a fixing gab provided on the connection surface for ensuring that the lock body remains securely attached to the cabinet door unless the mounting member is disengaged from the cabinet door. wherein the connection plate comprises at least four guide lugs, and the lock body has at least four guiding slots correspondingly positioned on a connection surface of the lock body such that the guide lugs are slidably attached into the guiding slots by moving the lock body from a first position to a second position along a sliding distance, subsequent to the insertion of the guide lugs into the guiding slots such that the connection surface is coplanar with the connection plate, wherein the guiding slots are configured to allow one-way sliding of the guide lugs, and wherein the connection plate also comprises a clamping member configured to be fitted into a fixing gab provided on the connection surface for ensuring that the lock body remains securely attached to the cabinet door unless the mounting member is disengaged from the cabinet door.