mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a closure in a filled and sealed container made of plastic in a blow-fill-seal process in which, in order to form a permanent connection between a region of a container wall of the container, which region is provided for a removal and/or addition process and preferably forms a puncture site, and a sealant made of a thermoplastic, such as a thermoplastic elastomer, a joining process and, at the same time, a bacterial count reduction are carried out in a space between a closure cap and the container wall, during which process the joining partners (8, 28) are heated and pressed against each other for joining, wherein the closure cap overlaps the sealant disposed between an inner wall of the closure cap and the removal region of the container wall, characterised in that the joining process between the sealant and a flexible diaphragm of the container wall forming the removal region is carried out in such a manner that the joining partners (8, 28) are heated to a temperature between 105 °C and 140 °C during a bacterial count reducing process, and in that a joining contact pressure which presses the joining partners (8, 28) against each other is generated at least in part by the internal pressure of the filled container acting on the diaphragm as a result of heating, in such a manner that the flexibly formed diaphragm, starting from an indentation pointing in the direction of the container interior, is pressed in the direction of the sealant until the permanent bond between the diaphragm and the sealant is produced.
Piezoelectric component, in particular a piezoelectric sensor or a piezoelectric actuator, with a main body, which has a first ceramic layer, a second ceramic layer and an inner electrode layer, an outer metallization being provided, applied to an outer side of the main body and contacting the inner electrode layer, the main body having a removal of material and the removal of material separating the outer metallization from an end-face outer electrode, which is formed by a metallization of an end face of the main body, and wherein on a further end face of the main body that is remote from the end face there is applied a metallization, which forms a further end-face outer electrode, and in that the main body has a further removal of material, which separates the outer metallization from the further end-face outer electrode, wherein the removal of material is configured as a bevel that is attached on the end face of the main body and the further removal of material is configured as a bevel that is attached on the further end face of the main body, characterized in that the main body is based on a cylindrical configuration and the outer metallization is applied as one to an outer side of the main body in the form of a cylindrical shell and in that the bevel that is attached on the end face of the main body encloses the end face of the main body in an annular manner and the bevel that is attached on the further end face of the main body encloses the further end face of the main body in an annular manner.
A method for information exchange in online charging, comprising: detecting, by a charging trigger function device, that a first chargeable event corresponding to a non-real-time trigger happens; storing, by the charging trigger function device after the detecting of the first chargeable event, first charging information recorded before the first chargeable event happens, wherein the first charging information comprises first quota usage information of a rating group; recording (102, 1021), by the charging trigger function device, second charging information after the first chargeable event happens, wherein the second charging information comprises second quota usage information of the rating group; and sending, by the charging trigger function device when a second chargeable event corresponding to a real-time trigger happens, a charging request message to a charging system, wherein the second chargeable event happens after the first chargeable event happens, and wherein the charging request message comprises the first charging information and the second charging information; wherein the non-real-time trigger is used to enable the charging trigger function device to store, but not report to the charging system, when a chargeable event corresponding to the non-real-time trigger happens, charging information recorded before the chargeable event corresponding to the non-real-time trigger happens. detecting, by a charging trigger function device, that a first chargeable event corresponding to a non-real-time trigger happens; storing, by the charging trigger function device after the detecting of the first chargeable event, first charging information recorded before the first chargeable event happens, wherein the first charging information comprises first quota usage information of a rating group; recording (102, 1021), by the charging trigger function device, second charging information after the first chargeable event happens, wherein the second charging information comprises second quota usage information of the rating group; and sending, by the charging trigger function device when a second chargeable event corresponding to a real-time trigger happens, a charging request message to a charging system, wherein the second chargeable event happens after the first chargeable event happens, and wherein the charging request message comprises the first charging information and the second charging information; wherein the non-real-time trigger is used to enable the charging trigger function device to store, but not report to the charging system, when a chargeable event corresponding to the non-real-time trigger happens, charging information recorded before the chargeable event corresponding to the non-real-time trigger happens.
A catalyst for manufacturing an unsaturated aldehyde and/or an unsaturated carboxylic acid, comprising a compound represented by the following formula, the compound being prepared by a method in which in a step of preparing the compound represented by the following formula, a molybdenum component raw material is composed of only an ammonium molybdate, a weight of water for dissolution is 4.0 times or more and 8.5 times or less relative to a weight of molybdenum contained in the ammonium molybdate; and a bismuth component raw material is composed of only bismuth nitrate, a weight of a nitric acid aqueous solution for dissolution is 2.3 times or more relative to a weight of bismuth contained in the bismuth nitrate, and a nitric acid concentration in the nitric acid aqueous solution for dissolving the bismuth nitrate is 10% by weight or more: Mo 12 Bi a Fe b Co c Ni d X e Y f Z g O h Formula wherein X is at least one element selected from the group consisting of magnesium (Mg), calcium (Ca), manganese (Mn), copper (Cu), zinc (Zn), cerium (Ce), and samarium (Sm); Y is at least one element selected from the group consisting of boron, phosphorus, arsenic (As), antimony (Sb), and tungsten; Z is at least one element selected from the group consisting of sodium (Na), potassium, rubidium (Rb), and cesium (Cs); a to g represent atomic ratios of the respective components; h is a numerical value determined by oxidation degrees of the catalyst components; a = 0.40 or more and less than 0.80; b = 1.0 to 2.5; c = 4.5 to 7.5; d = 1.6 to 3.5; e = 0 to 10; f = 0 to 10; g = 0.015 to 0.12; h is expressed by the numerical value satisfying the oxidation states of other elements; d/a is more than 2.0 and 8.8 or less; d/g is 14 or more and 100 or less; and a/g is 3.5 or more and less than 53.3.
A mounting collar, comprising: a collar body comprising an opening for receiving at least a portion of an electronics component of an electronics assembly, and a non-uniform outer surface that extends about an entire height of the collar body, the non-uniform outer surface comprising a riser collar portion and a base collar portion, the riser collar portion having a width greater than a width of the base collar portion, such that the collar body is nestable with an adjacent collar body supported by the electronics assembly; and a radial retention component supported about an inner surface of the opening of the collar body, the radial retention component being operable to apply a radial force on the electronics component to at least partially support the electronics component. a collar body comprising an opening for receiving at least a portion of an electronics component of an electronics assembly, and a non-uniform outer surface that extends about an entire height of the collar body, the non-uniform outer surface comprising a riser collar portion and a base collar portion, the riser collar portion having a width greater than a width of the base collar portion, such that the collar body is nestable with an adjacent collar body supported by the electronics assembly; and a radial retention component supported about an inner surface of the opening of the collar body, the radial retention component being operable to apply a radial force on the electronics component to at least partially support the electronics component.
A method in a video encoder comprising: identifying a current smooth region of a current video picture in a video picture sequence, the video picture sequence having a display order in which display of plural previous pictures occurs before display of the current video picture in the display order and display of plural future pictures occurs after the display of the current video picture in the display order; performing temporal analysis on the current smooth region, wherein the temporal analysis comprises determining whether a corresponding region in at least one of the plural previous and/or future pictures is smooth; based at least in part on the temporal analysis, adjusting quantization in the current smooth region; and outputting encoded data for the current video picture, characterized in that the temporal analysis attributes greater weight to smoothness in a corresponding region of a future picture that is temporally nearer to the current video picture than to smoothness in a corresponding region of a future picture that is temporally more distant from the current video picture. identifying a current smooth region of a current video picture in a video picture sequence, the video picture sequence having a display order in which display of plural previous pictures occurs before display of the current video picture in the display order and display of plural future pictures occurs after the display of the current video picture in the display order; performing temporal analysis on the current smooth region, wherein the temporal analysis comprises determining whether a corresponding region in at least one of the plural previous and/or future pictures is smooth; based at least in part on the temporal analysis, adjusting quantization in the current smooth region; and outputting encoded data for the current video picture,
A quench vessel comprising; an inlet configured to receive a gaseous stream that includes acrylonitrile and ammonia; and a multi-level spray system configured to receive a quench liquid, the inlet located below the multi-level spray system, wherein the multi-level spray system includes at least a first and a second spray bar (54, 56) that extends substantially across a diameter of the quench vessel, each spray bar comprising a plurality of nozzles configured to provide a spray of quench liquid, the spray nozzles effective for providing a collective spray having a spray pattern that covers a surface area of a cross section of the quench vessel, and wherein the nozzles of the first spray bar are spaced so that a portion of each hollow cone spray of quench liquid from each nozzle of the first spray bar overlaps with a portion of another hollow cone spray of quench liquid from at least one adjacent nozzle to provide a plurality of first overlaps of the quench liquid, wherein each first overlap has a first overlap center, and the nozzles of the second spray bar are spaced so that a portion of each hollow cone spray of quench liquid from each nozzle of the second spray bar overlaps with a portion of another hollow cone spray of quench liquid from at least one adjacent nozzle to provide a plurality of second overlaps of the quench liquid, wherein each second overlap has a second overlap center, and further wherein the nozzles of the second spray bar are spaced so that the center of at least one hollow cone spray of the second spray bar is vertically offset from the centers of the hollow cone sprays of the first spray bar and the center of at least one hollow cone spray of the second spray bar is vertically aligned with at least one first overlap center of the first spray bar.
A method for detecting disconnection of a closed breather which separates and recovers oil mist from blow-by gas extracted from an engine to return the blow-by gas through a gas return pipe to an intake pipe, which comprises calculating a mass flow rate of in-cylinder working gas on the basis of a boost pressure, an intake temperature in an intake manifold and a rotational frequency of the engine under a condition of no exhaust gas recirculation being conducted, the method being characterized by determining whether the calculated mass flow rate is divergent from a value detected by an air flow sensor or not, comparing a divergence in a last determination and a current divergence when determined to be divergent, and determining disconnection of the gas return pipe from the intake pipe when a difference between both the divergences is great beyond a predetermined range, wherein whether values detected by a boost pressure sensor and by an atmospheric pressure sensor are divergent or not in a key-off is determined and stored, and a fact of non-divergence determination being stored is used as a precondition, wherein when the values detected by the boost pressure sensor and by the atmospheric pressure sensor in the key-off is determined and stored to be divergent and if the calculated mass flow rate of the in-cylinder working gas is determined to be divergent from the value detected by the air flow sensor, the boost pressure sensor for detecting the boost pressure is determined to have characteristic abnormality.
A bodily fluid analysis device comprising: • a measuring cell containing the bodily fluid to be analyzed and provided with at least one work electrode of the measuring cell and at least one reference electrode of the measuring cell, • at least one reference cell containing a reference standard and provided with at least one work electrode of the reference cell and at least one reference electrode of the reference cell and, at least one work electrode of the reference cell being formed by the same material or materials as a work electrode of the measuring cell and at least one reference electrode of the reference cell being formed by the same material or materials as a reference electrode of the measuring cell and, • an electronic measuring circuit connected to the work and reference electrodes of the measuring cell (9, 9') and of the reference cell (11,11'), device characterized in that the measuring cell has an inlet orifice and an outlet orifice of the bodily fluid, each orifice being connected to microfluidic draining means (13, 14, 15), and in that the reference cell has two sealed-off orifices. • a measuring cell containing the bodily fluid to be analyzed and provided with at least one work electrode of the measuring cell and at least one reference electrode of the measuring cell, • at least one reference cell containing a reference standard and provided with at least one work electrode of the reference cell and at least one reference electrode of the reference cell and, at least one work electrode of the reference cell being formed by the same material or materials as a work electrode of the measuring cell and at least one reference electrode of the reference cell being formed by the same material or materials as a reference electrode of the measuring cell and, • an electronic measuring circuit connected to the work and reference electrodes of the measuring cell (9, 9') and of the reference cell (11,11'), device characterized in that the measuring cell has an inlet orifice and an outlet orifice of the bodily fluid, each orifice being connected to microfluidic draining means (13, 14, 15), and in that the reference cell has two sealed-off orifices.
A maxillomandibular fixation device comprising: an arch bar comprising an elongated arch bar main body having a facing edge, tab members spaced along said facing edge, said tab members separated by gaps, and wire retention projection members positioned on said arch bar main body; mounting plate members disposed on said arch bar main body, said mounting plate members comprising a mounting plate main body, a screw-receiving aperture disposed in said main body, and a coupling portion, said coupling portion comprising a curved midsection, a slot disposed in said curved midsection, said slot defining two leg segments, an end and an open area; wherein each said mounting plate member is adapted to occupy a mated position relative to said arch bar main body wherein one of said tab members is received within said slot of said mounting plate member and such that each of said leg segments of said coupling portion is received within one of said gaps adjacent said tab member received within said slot and bounded by another of said tab members, such that lateral movement of said mounting plate member relative to said arch bar main body is precluded; and wherein each said mounting plate member is adapted to alternatively occupy a free position relative to said arch bar main body wherein lateral movement of said mounting plate member relative to said arch bar main body is not precluded, said mounting plate member being shifted in the direction of said facing edge such that said leg segments are removed from said gaps. an arch bar comprising an elongated arch bar main body having a facing edge, tab members spaced along said facing edge, said tab members separated by gaps, and wire retention projection members positioned on said arch bar main body; mounting plate members disposed on said arch bar main body, said mounting plate members comprising a mounting plate main body, a screw-receiving aperture disposed in said main body, and a coupling portion, said coupling portion comprising a curved midsection, a slot disposed in said curved midsection, said slot defining two leg segments, an end and an open area; wherein each said mounting plate member is adapted to occupy a mated position relative to said arch bar main body wherein one of said tab members is received within said slot of said mounting plate member and such that each of said leg segments of said coupling portion is received within one of said gaps adjacent said tab member received within said slot and bounded by another of said tab members, such that lateral movement of said mounting plate member relative to said arch bar main body is precluded; and wherein each said mounting plate member is adapted to alternatively occupy a free position relative to said arch bar main body wherein lateral movement of said mounting plate member relative to said arch bar main body is not precluded, said mounting plate member being shifted in the direction of said facing edge such that said leg segments are removed from said gaps.
Method for processing a transaction, the method being implemented by an electronic device for processing transactions, accessible via a communication network, said method comprising a transaction processing phase characterised in that it comprises: - a step (T10, T20, I10, I20, I21) of obtaining a contextual cryptographic fingerprint, previously generated during an authentication of a user on a communication terminal; - a step (T30, I30) of verifying the validity of the contextual cryptographic fingerprint in a blockchain comprising a set of cryptographic fingerprints, said step (T30, I30) of verifying the validity of the contextual cryptographic fingerprint comprising a step of determining that the contextual cryptographic fingerprint is the latest contextual cryptographic fingerprint for said user and/or said communication terminal, in the blockchain; - a step (T40, I40) of validating a transaction when the step (T30, I30) of verifying the validity of the contextual cryptographic fingerprint in the blockchain is positive. - a step (T10, T20, I10, I20, I21) of obtaining a contextual cryptographic fingerprint, previously generated during an authentication of a user on a communication terminal; - a step (T30, I30) of verifying the validity of the contextual cryptographic fingerprint in a blockchain comprising a set of cryptographic fingerprints, said step (T30, I30) of verifying the validity of the contextual cryptographic fingerprint comprising a step of determining that the contextual cryptographic fingerprint is the latest contextual cryptographic fingerprint for said user and/or said communication terminal, in the blockchain; - a step (T40, I40) of validating a transaction when the step (T30, I30) of verifying the validity of the contextual cryptographic fingerprint in the blockchain is positive.
A multifunctional selection operation switch apparatus comprising at least: an operation member adapted to be rotationally operated and including a plurality of operated portions (n1 to n4), the operated portions (n1 to n4) adapted to have selective contact operation; rotational displacement detecting means adapted to detect rotational displacement of the operation member; operation target detecting means adapted to detect on which of the plurality of operated portions (n1 to n4) contact operation is performed; and characterized in that the apparatus further comprises controlling means for selecting and outputting a command signal corresponding to the rotational displacement and one of the operated portions (n1 to n4) on which the contact operation is performed at the same time, based on detection results of the rotational displacement detecting means and the operation target detecting means, wherein the operation member is provided with the plurality of operated portions (n1 to n4) such that they serve as operation knob means for rotationally operating the operation member. an operation member adapted to be rotationally operated and including a plurality of operated portions (n1 to n4), the operated portions (n1 to n4) adapted to have selective contact operation; rotational displacement detecting means adapted to detect rotational displacement of the operation member; operation target detecting means adapted to detect on which of the plurality of operated portions (n1 to n4) contact operation is performed; and characterized in that the apparatus further comprises controlling means for selecting and outputting a command signal corresponding to the rotational displacement and one of the operated portions (n1 to n4) on which the contact operation is performed at the same time, based on detection results of the rotational displacement detecting means and the operation target detecting means, wherein the operation member is provided with the plurality of operated portions (n1 to n4) such that they serve as operation knob means for rotationally operating the operation member.
A method for protecting cells from gas-bubble associated damage or medium-air interface damage, comprising culturing cells in the presence of an effective amount of one or more protective compositions, the protective composition having at least a sugar moiety therein, wherein the sugar moiety provides a hydrophilic component to the protective composition, and wherein the sugar moiety comprises at least one of: n-Octyl-β maltopyranoside, n-Nonyl-ß-D-maltopyranoside, and n-Decyl-ß-D-maltopyranoside.
A buffered vinegar concentrate comprising concentrated, neutralized 200 to 300 grain vinegar and unreacted 200 to 300 grain vinegar admixed to provide the buffered vinegar concentrate, wherein the buffered vinegar concentrate comprises 40% to 50% of acetic acid salt and acetic acid and comprises a molar amount of acetic acid salt in an excess of 10% to 20% over the molar amount of acetic acid, wherein said buffered vinegar concentrate is a liquid.