mhurhangee/ep-ind-claims huggingface dataset:
A cap inspection apparatus for inspecting a screwed state of a cap on a mouth of a bottle, comprising: a plurality of imaging devices configured to take images of the cap and the mouth of the bottle from multiple directions; and an inspection processor configured to process the images taken by the plurality of imaging devices, wherein the plurality of imaging devices comprise at least three imaging devices arranged around the bottle at equal intervals, and wherein the inspection processor is configured to receive the images from the plurality of imaging devices, calculate, from the images, gap index values each indicating a magnitude of a gap between the cap and a support ring formed on the mouth of the bottle, calculate the sum of the gap index values or the average of the gap index values, which is obtained by dividing said sum by the number of imaging devices, and determine whether the cap is properly screwed on the mouth of the bottle based on said sum or said average. a plurality of imaging devices configured to take images of the cap and the mouth of the bottle from multiple directions; and an inspection processor configured to process the images taken by the plurality of imaging devices, wherein the plurality of imaging devices comprise at least three imaging devices arranged around the bottle at equal intervals, and wherein the inspection processor is configured to receive the images from the plurality of imaging devices, calculate, from the images, gap index values each indicating a magnitude of a gap between the cap and a support ring formed on the mouth of the bottle, calculate the sum of the gap index values or the average of the gap index values, which is obtained by dividing said sum by the number of imaging devices, and determine whether the cap is properly screwed on the mouth of the bottle based on said sum or said average.
A plant disease controlling composition comprising a compound represented by the formula: and one or more inorganic fungicidal compounds selected from the following group: a group consisting of copper oxychloride, basic copper sulphate, copper sulphate and copper hydroxide, wherein a weight ratio of the compound represented by the formula to the inorganic fungicidal compound is that of the compound represented by the formula /the inorganic fungicidal compound = 0.0125/1 to 500/1. a group consisting of copper oxychloride, basic copper sulphate, copper sulphate and copper hydroxide,
Window area with a wall and an outer insulation arranged on the outer face thereof, the wall and the insulation being perforated by a window opening and a window frame surrounding the window opening, characterized in that the wall is cut out slightly further, so that an inner face of the outer insulation is free from the wall in a region laterally adjacent to the window frame, and that an inner incoming air opening and an inner exit air opening are arranged there on said inner face, each of which are respectively connected, by means of an incoming air line and an exit air line respectively led through the outer insulation, to an outer incoming air opening and outer exit air opening respectively arranged outside the window frame.
A method for producing a biodegradable chitosan composition having a desired biodegradation profile, the method comprising (a) dissolving chitosan in one or more acids in a solvent, wherein the chitosan has a uniform degree of deacetylation of at least 51% in the one or more acids in a solvent, and wherein the acid and solvent are selected to produce a biodegradable chitosan; and (b) forming the chitosan into a desired shape and lyophilizing to reduce the water content by about 10%-100%; (c) neutralizing the chitosan composition by contacting the composition with a neutral or a basic solution, wherein the neutral or basic solution is selected to modulate a physical-mechanical property of the chitosan; and (d) lyophilizing the composition of step (c) to reduce the water content by about 10%-100%, thereby producing a biodegradable chitosan composition. (a) dissolving chitosan in one or more acids in a solvent, wherein the chitosan has a uniform degree of deacetylation of at least 51% in the one or more acids in a solvent, and wherein the acid and solvent are selected to produce a biodegradable chitosan; and (b) forming the chitosan into a desired shape and lyophilizing to reduce the water content by about 10%-100%; (c) neutralizing the chitosan composition by contacting the composition with a neutral or a basic solution, wherein the neutral or basic solution is selected to modulate a physical-mechanical property of the chitosan; and (d) lyophilizing the composition of step (c) to reduce the water content by about 10%-100%, thereby producing a biodegradable chitosan composition.
A method of transporting a material by means of at least one series of interconnected tube sections (2; 1A-14Z) at least one downstream tube section whereof holds the material to be transported, whereby a liquid jet is generated which accelerates the held material upstream out of at least the first downstream tube section into at least one opening upstream tube section which then holds the material part waiting for a next liquid jet to propagate that part to the next upstream tube section, characterized in that: - by opening and closing the individually controlled tube sections (2; 1A-14Z), successive parts of the material confined between closed tube sections (2; 1A-14Z) are stepwise transported through the series of interconnected tube sections (2; 1A-14Z), and - that the interconnected tube sections (2; 1A-14Z) which have a flexible inner tube fixed therein are controlled such that by pressurising or depressurising a pressure space between the tube section (2; 1A-14Z) and the flexible inner tube a resulting inward or outward flexing of the flexible inner tube closes or opens the respective tube sections (2; 1A-14Z). - by opening and closing the individually controlled tube sections (2; 1A-14Z), successive parts of the material confined between closed tube sections (2; 1A-14Z) are stepwise transported through the series of interconnected tube sections (2; 1A-14Z), and - that the interconnected tube sections (2; 1A-14Z) which have a flexible inner tube fixed therein are controlled such that by pressurising or depressurising a pressure space between the tube section (2; 1A-14Z) and the flexible inner tube a resulting inward or outward flexing of the flexible inner tube closes or opens the respective tube sections (2; 1A-14Z).
A method for normalizing output signals of a Coriolis gyroscope having a mass system that can be excited to an excitation oscillation of the Coriolis gyroscope parallel to a first axis (x), wherein a deflection of the mass system on account of a Coriolis force along a second axis (y), which is provided perpendicular to the first axis (x), can be verified using an output signal of the Coriolis gyroscope, comprising: determining the amplitude of the excitation oscillation of the Coriolis gyroscope at a defined time (t i), determining the output signal of the Coriolis gyroscope at the defined time (t i), and generating a normalized output signal (S 0) of the Coriolis gyroscope by multiplying the determined output signal by the quotient of the amplitude (A 0) of the excitation oscillation of the Coriolis gyroscope in steady state and the determined amplitude, wherein the amplitude of the excitation oscillation of the Coriolis gyroscope is determined continuously, characterized in that the defined time (t i) is defined as reached, when the determined amplitude of the excitation oscillation has reached a respectively predetermined value (A i). determining the amplitude of the excitation oscillation of the Coriolis gyroscope at a defined time (t i), determining the output signal of the Coriolis gyroscope at the defined time (t i), and generating a normalized output signal (S 0) of the Coriolis gyroscope by multiplying the determined output signal by the quotient of the amplitude (A 0) of the excitation oscillation of the Coriolis gyroscope in steady state and the determined amplitude, wherein the amplitude of the excitation oscillation of the Coriolis gyroscope is determined continuously, characterized in that the defined time (t i) is defined as reached, when the determined amplitude of the excitation oscillation has reached a respectively predetermined value (A i).
A method of providing information about digital certificate validity, comprising: ascertaining digital certificate validity status for each of a plurality of digital certificates in a set of digital certificates; generating a plurality of pre-computed messages about the validity status of at least a subset of the set of digital certificates of the plurality of digital certificates, wherein the pre-computed messages are generated independent of any relying-party request; and digitally signing the pre-computed messages independent of any relying party request to provide OCSP format responses that respond to OCSP queries about specific digital certificates in the set of digital certificates, wherein at least one of the messages indicates validity status of more than one digital certificate and at least one digital signature is used in connection with an OCSP format response for more than one digital certificate, characterized in that the pre-computed OCSP format response is used for facilitating a transaction between a first party and a second party, including prior to initiating the transaction, one of the parties obtaining a pre-computed OCSP response about a specific digital certificate and caching the pre-computed OCSP response for future transactions, where the pre-computed OCSP response is generated by an entity other than the first party and the second party; one of the parties initiating the transaction; in connection with the transaction, the first party providing the specific digital certificate to the second party; and the second party verifying the specific digital certificate using the pre-computed OCSP response. ascertaining digital certificate validity status for each of a plurality of digital certificates in a set of digital certificates; generating a plurality of pre-computed messages about the validity status of at least a subset of the set of digital certificates of the plurality of digital certificates, wherein the pre-computed messages are generated independent of any relying-party request; and digitally signing the pre-computed messages independent of any relying party request to provide OCSP format responses that respond to OCSP queries about specific digital certificates in the set of digital certificates, prior to initiating the transaction, one of the parties obtaining a pre-computed OCSP response about a specific digital certificate and caching the pre-computed OCSP response for future transactions, where the pre-computed OCSP response is generated by an entity other than the first party and the second party; one of the parties initiating the transaction; in connection with the transaction, the first party providing the specific digital certificate to the second party; and the second party verifying the specific digital certificate using the pre-computed OCSP response.
Device for transmitting torque between a drive unit and a rotating component of a spinning machine, with - a gear component having teeth for receiving a torque from the drive unit and - two shafts (4a, b) for transmitting the torque to one rotating component each, in which case - the gear component has, on each of the two sides of the teeth, an axial extension (5a, b) having a conical pressing surface (6a, b) for transmitting the torque to one of the shafts (4a, b) and - each of the conical pressing surfaces (6a, b) is arranged in a receptacle (7a, b) of one of the shafts (4a, b) and thus forms a press-fit connection for transmitting torque between the gear component and the shaft (4a, b). - a gear component having teeth for receiving a torque from the drive unit and - two shafts (4a, b) for transmitting the torque to one rotating component each, in which case - the gear component has, on each of the two sides of the teeth, an axial extension (5a, b) having a conical pressing surface (6a, b) for transmitting the torque to one of the shafts (4a, b) and - each of the conical pressing surfaces (6a, b) is arranged in a receptacle (7a, b) of one of the shafts (4a, b) and thus forms a press-fit connection for transmitting torque between the gear component and the shaft (4a, b).
Method to determine and/or monitor the level of a medium in a vessel of a process system with a level transmitter that operates according to the transit time principle, wherein, in the measuring mode, said transmitter emits transmission signals to the vessel in the direction of the medium and, on the basis of signal parts reflected in the vessel, determines an echo curve which represents the amplitudes of the reflected signal parts as a function on the transit time (t), wherein the echo curve is transmitted to a master control unit of the process system, and/or an envelope curve enveloping the echo curve is created and is transmitted to a master control unit of the process system, wherein the echo curve and/or the envelope curve is/are evaluated by the master control unit, and the level is determined in the master control unit, wherein, during the evaluation of the echo curve and/or the envelope curve, a useful echo signal of the echo curve and/or envelope curve is identified whose transit time (t) serves as the basis for determining the level currently present, wherein the medium and/or the vessel is/are subjected to at least one current process (P1,...) during the determination and/or monitoring of the level, wherein known information about the at least one current process (P1,...) is saved in the master control unit, and wherein the plausibility of the useful echo signal is checked on the basis of the information about the current process (P1,...) and the evaluation, particularly the identification of the useful echo signal, is dynamically adapted to the respective current process (P1,...).
A method for conducting an online meeting, the method comprising the steps of: storing information on a server, wherein the information stored on the server is indexed; sending a meeting invitation to one or more participants; one or more participants receiving a subscription to the information stored on the server upon acceptance of the meeting invitation; editing the information stored on the server prior to the meeting; notifying the one or more participants of changes to the information stored on the server; initiating the online meeting; one or more of the participants accessing the information stored on the server; wherein, during the online meeting, audio information is streamed from the presenter device to a participant device while information stored on the server is viewed on the participant device and is edited by one or more of the participants; sending synchronizing signals corresponding to locations within the information from a presenter device to the server during the meeting, allowing the one or more participants to synchronize to the information viewed by the presenter when desired. storing information on a server, wherein the information stored on the server is indexed; sending a meeting invitation to one or more participants; one or more participants receiving a subscription to the information stored on the server upon acceptance of the meeting invitation; editing the information stored on the server prior to the meeting; notifying the one or more participants of changes to the information stored on the server; initiating the online meeting; one or more of the participants accessing the information stored on the server; wherein, during the online meeting, audio information is streamed from the presenter device to a participant device while information stored on the server is viewed on the participant device and is edited by one or more of the participants; sending synchronizing signals corresponding to locations within the information from a presenter device to the server during the meeting, allowing the one or more participants to synchronize to the information viewed by the presenter when desired.
A process for preparing a compound of formula 1: comprising: cyclizing a compound of formula 4: at a temperature of 140-150°C to produce the compound of formula 1, and further comprising reacting the hydrochloride salt of a compound of formula 2: in the presence of an inorganic base, toluene and a polar aprotic solvent, with a compound of the formula 3: to produce the compound of formula 4. cyclizing a compound of formula 4: at a temperature of 140-150°C to produce the compound of formula 1, and further comprising reacting the hydrochloride salt of a compound of formula 2: in the presence of an inorganic base, toluene and a polar aprotic solvent, with a compound of the formula 3: to produce the compound of formula 4.
A reptile leather article comprising an intermediate layer containing polyester polyurethane and a surface layer containing nitrocellulose laminated, in that order, on a grain side of reptile leather.
An in-vitro method for analyzing a population of cells in a body fluid sample, the method comprising: diluting the population of cells in the body fluid sample that does not comprise whole blood, with a labeling composition, wherein the labeling composition comprises: a solution containing a fluorescent dye that permeates a cell membrane and binds to a nucleic acid to form a dye complex within the cell, wherein the fluorescent dye is present in an amount ranging from 0.000001 to 0.5% (w/v); irradiating the diluted body fluid with energy from an energy source; measuring a fluorescence signal emitted by the dye complex in the stained body fluid; and enumerating the cells containing DNA in the fluid sample based on the fluorescence signal. irradiating the diluted body fluid with energy from an energy source; measuring a fluorescence signal emitted by the dye complex in the stained body fluid; and enumerating the cells containing DNA in the fluid sample based on the fluorescence signal.
A negative electrode that comprises a composite comprising: a carbon layer covering at least a part of surfaces of the active material particles, the carbon layer including condensed aromatic rings; active material particles of a titanium composite oxide or an oxide of titanium; and a graphene structure including a carbon material having a graphene framework defining a graphene surface, the graphene structure located in between the active material particles, having a form of a column, cone, or frustum, and having at least one side surface in contact with the active material particles, the side surface including the carbon material whose graphene surface is slanted relative to the side surface, wherein the carbon layer and the graphene structure are bonded by a π-π interaction. a carbon layer covering at least a part of surfaces of the active material particles, the carbon layer including condensed aromatic rings; active material particles of a titanium composite oxide or an oxide of titanium; and a graphene structure including a carbon material having a graphene framework defining a graphene surface, the graphene structure located in between the active material particles, having a form of a column, cone, or frustum, and having at least one side surface in contact with the active material particles, the side surface including the carbon material whose graphene surface is slanted relative to the side surface, wherein the carbon layer and the graphene structure are bonded by a π-π interaction.
A magnetic system for transverse magnetization having fixed magnetic modules and designed for an in-pipe flaw detector, consisting of two main and four additional belts of magnetic modules that are arranged on two magnetic conductors connected with a non-magnetic insert, each magnetic module consisting of permanent magnets and elements made of a ferromagnetic material, wherein said elements transfer a magnetic flux into a pipeline wall, and adjacent poles of magnetic modules on the same belt are of the same polarity, and wherein i) the additional belts of magnetic modules arranged at the edges of the main belts of magnetic modules, two additional belts of magnetic modules being arranged between the main belts, ii) the main poles of the magnetic modules of the first belt are arranged angularly offset with respect to the main poles of the magnetic modules of the second belt, iii) each additional belt of magnetic modules is angularly offset relative to a main magnetic belt by an angle of α<90°. i) the additional belts of magnetic modules arranged at the edges of the main belts of magnetic modules, two additional belts of magnetic modules being arranged between the main belts, ii) the main poles of the magnetic modules of the first belt are arranged angularly offset with respect to the main poles of the magnetic modules of the second belt, iii) each additional belt of magnetic modules is angularly offset relative to a main magnetic belt by an angle of α<90°.
A recombinant adenosine deaminase, wherein an oxidizable amino acid residue expressed in the wild-type of the adenosine deaminase is replaced by a non-oxidizable amino acid residue; wherein the non-oxidizable amino acid residue is serine, and the oxidizable amino acid residue is cysteine, said cysteine being located at position 74 of the mature adenosine deaminase protein.
- A handling system for a vehicle, the vehicle comprising an interior and two doors pivoting along parallel and vertical pivot axes to close an opening from the interior of the vehicle outwards, the handling system comprising: - a rigid beam, having a first so-called inner end and a second so-called outer end; - an attachment device connected to the beam for detachable attachment of the beam to a wall of the interior of the vehicle; - a lifting device configured to maneuver a load and mounted movably along the beam; characterised in that the handling system further comprises - a rigid support assembly secured to the beam in the region of the outer end, and extending laterally from the latter, the rigid support assembly being intended, in use, to bear on each of the doors when the latter are open, the beam then passing through the opening of the vehicle and having the region of its outer end outside the vehicle. - a rigid beam, having a first so-called inner end and a second so-called outer end; - an attachment device connected to the beam for detachable attachment of the beam to a wall of the interior of the vehicle; - a lifting device configured to maneuver a load and mounted movably along the beam; characterised in that the handling system further comprises - a rigid support assembly secured to the beam in the region of the outer end, and extending laterally from the latter, the rigid support assembly being intended, in use, to bear on each of the doors when the latter are open, the beam then passing through the opening of the vehicle and having the region of its outer end outside the vehicle.