mhurhangee/ep-ind-claims huggingface dataset:
Dust extractor device for separating impurities from an airstream, at least having: 1.1 an air inlet, 1.2 a fan for sucking in and blowing out the airstream, 1.3 a filter arrangement for purifying the airstream, which has a multiplicity of filters, 1.4 at least one collecting container for collecting the impurities filtered out of the airstream, which is arranged in a housing of the dust extractor device, 1.5 at least one sensor which monitors a filling level of the at least one collecting container, and 1.6 an air outlet, characterized in that 1.7 the at least one sensor is embodied as an ultrasonic sensor and has a duct-like cover which completely encloses the blind area of the at least one ultrasonic sensor laterally and downwards, in the direction of the main beam direction of the sound cone towards the bulk material, that is to say it is open towards the impurities which are separated from the airstream and collected in the collecting container, so that the blind area of the at least one ultrasonic sensor is protected against the ingress of impurities, and impurities are prevented from becoming applied to the sensor lens, and 1.8 the at least one ultrasonic sensor is arranged on the housing over the at least one collecting container, in the dust area of the at least one collecting container. 1.1 an air inlet, 1.2 a fan for sucking in and blowing out the airstream, 1.3 a filter arrangement for purifying the airstream, which has a multiplicity of filters, 1.4 at least one collecting container for collecting the impurities filtered out of the airstream, which is arranged in a housing of the dust extractor device, 1.5 at least one sensor which monitors a filling level of the at least one collecting container, and 1.6 an air outlet, characterized in that 1.7 the at least one sensor is embodied as an ultrasonic sensor and has a duct-like cover which completely encloses the blind area of the at least one ultrasonic sensor laterally and downwards, in the direction of the main beam direction of the sound cone towards the bulk material, that is to say it is open towards the impurities which are separated from the airstream and collected in the collecting container, so that the blind area of the at least one ultrasonic sensor is protected against the ingress of impurities, and impurities are prevented from becoming applied to the sensor lens, and 1.8 the at least one ultrasonic sensor is arranged on the housing over the at least one collecting container, in the dust area of the at least one collecting container.
A persistent microsphere preparation comprising a biodegradable polymer and -[5-[2-(1-phenyl-1-(3-pyridyl)methylideneaminoxy]ethyl]-7,8-dihydronaphthalen-1-yloxy]-acetic acid or salt thereof.
Active-dynamic chair, comprising the following: - a seat part, - a three-dimensional linkage system consisting of at least three legs with foot parts at their lower ends, wherein the legs in each case at their upper ends are mounted movably on the seat part on connecting articulations which are on the seat-part side, such that rocking and circular movements of the seat part can be performed with respect to its non-deflected home position. - a seat part, - a three-dimensional linkage system consisting of at least three legs with foot parts at their lower ends, wherein the legs in each case at their upper ends are mounted movably on the seat part on connecting articulations which are on the seat-part side, such that rocking and circular movements of the seat part can be performed with respect to its non-deflected home position.
A drug delivery device comprising: a magnet assembly comprising a plurality of magnets arranged in a ring, wherein each magnet is arranged so that its polarity is opposite to each adjacent magnet; a coil assembly comprising a coil support ring made of a non-magnetic material and one or more coils, wherein the magnet assembly and the coil assembly are arranged to rotate relative to each other during ejection of medicament from the drug delivery device such that a voltage signal is produced in the coil assembly when a unit of dose is ejected; and processing circuitry arranged to: receive the voltage signal; increment a counter in response to receipt of the voltage signal; and based on the incrementing of the counter, store information indicative of the number of units of dose ejected during a medicament ejection. a magnet assembly comprising a plurality of magnets arranged in a ring, wherein each magnet is arranged so that its polarity is opposite to each adjacent magnet; a coil assembly comprising a coil support ring made of a non-magnetic material and one or more coils, wherein the magnet assembly and the coil assembly are arranged to rotate relative to each other during ejection of medicament from the drug delivery device such that a voltage signal is produced in the coil assembly when a unit of dose is ejected; and processing circuitry arranged to: receive the voltage signal; increment a counter in response to receipt of the voltage signal; and based on the incrementing of the counter, store information indicative of the number of units of dose ejected during a medicament ejection. receive the voltage signal; increment a counter in response to receipt of the voltage signal; and based on the incrementing of the counter, store information indicative of the number of units of dose ejected during a medicament ejection.
Arrangement with a cover for a vehicle roof, which cover, starting from a closed position for closing a roof opening, can be raised for opening using deployment means in the rear region thereof and which cover can be displaced toward the rear over the vehicle roof into an open position, wherein the deployment means - have a carriage which can be displaced along a vehicle longitudinal direction in a guide rail by means of a drive; - have a rear deployment lever with respect to the vehicle longitudinal direction, which rear deployment lever is pivotably coupled to the cover and which rear deployment lever is pivotably coupled to a bearing which is fixed with respect to the guide rail and which has a first coupling element; and - have a deployment rod which is, by way of the carriage, displaceable in the vehicle longitudinal direction for the deployment of the rear deployment lever; wherein the deployment rod is coupled to the first coupling element such that, proceeding from the closed position of the cover, during a displacement of the carriage in the vehicle longitudinal direction, the deployment rod overruns the fixed bearing, characterized in that the deployment rod is pivotably coupled by way of the first coupling element to the rear deployment lever, wherein the fixed bearing is arranged such that a pivot axis of the fixed bearing is arranged above a base of the guide rail. - have a carriage which can be displaced along a vehicle longitudinal direction in a guide rail by means of a drive; - have a rear deployment lever with respect to the vehicle longitudinal direction, which rear deployment lever is pivotably coupled to the cover and which rear deployment lever is pivotably coupled to a bearing which is fixed with respect to the guide rail and which has a first coupling element; and - have a deployment rod which is, by way of the carriage, displaceable in the vehicle longitudinal direction for the deployment of the rear deployment lever;
A system, comprising: a flexible carrier; a printhead die; a flex circuit including a carrier wafer, wherein the carrier wafer is bonded to the flexible carrier with thermal release tape; and the system further comprises: a printhead flow structure including the flex circuit, wherein the printhead flow structure can be debonded from the flexible carrier by flexing the flexible carrier; and a molding including a printing fluid supply channel wherein the molding partially encapsulates the printhead die. a flexible carrier; a printhead die; a flex circuit including a carrier wafer, wherein the carrier wafer is bonded to the flexible carrier with thermal release tape; and a printhead flow structure including the flex circuit, wherein the printhead flow structure can be debonded from the flexible carrier by flexing the flexible carrier; and a molding including a printing fluid supply channel wherein the molding partially encapsulates the printhead die.
A process for the production of N -Boc-2-amino-3,3-dimethylbutyric acid by a reaction of tert -Leucine with di- tert -butyl-dicarbonate, the process comprising (i) contacting the tert- Leucine with di- tert -butyl-dicarbonate in an aqueous medium, optionally comprising a first organic solvent, in the presence of an inorganic base, (ii) optionally removing the first organic solvent, (iii) optionally extracting the resulting N -Boc-2-amino-3,3-dimethylbutyric acid with a second organic solvent, (iv) isolating the product by precipitation from the reaction mixture at acidic pH, and (v) optionally reuse the first and/or second organic solvents recovered from step (ii) and/or step (iv) for a next production cycle.
An aqueous composition comprising: - at least one agent reducing nitrogen oxides and/or at least one precursor of such an agent, - at least one surfactant, and - at least one defoaming additive selected from copolymers comprising a polydimethylsiloxane backbone with an average number of dimethylsiloxane units in the range of 150 to 300, grafted with polyoxyalkylene chains. - at least one agent reducing nitrogen oxides and/or at least one precursor of such an agent, - at least one surfactant, and - at least one defoaming additive selected from copolymers comprising a polydimethylsiloxane backbone with an average number of dimethylsiloxane units in the range of 150 to 300, grafted with polyoxyalkylene chains.
A method for operation of a multi-access receiver in a multiple access wireless communication system comprising a plurality of terminals each with a terminal identifier, wherein the multi-access receiver is mobile or intermittently available and comprising a receiver for simultaneously receiving m transmissions in each slot of a frame from the plurality of terminals in a field of view which contains some but not typically all of the terminals in the system, and a multiuser decoder for decoding the received transmissions, and the frame comprises n slots, the method comprising: receiving one or more transmissions from one or more terminals in the field of view characterized in the multi-access receiver: attempting to decode the received one or more transmissions; generating one or more compressed broadcast acknowledgement messages comprising generating a hashing function h which generates a binary value output when provided with a terminal identifier, wherein the hashing function is generated such that when a terminal identifier in a set of terminals to be acknowledged is input, the hashing function outputs a first binary value, and if an input terminal identifier is not in the set of terminals to be acknowledged the hashing function generates a complementary binary value output; and broadcasting the one or more compressed broadcast acknowledgement messages to the one or more terminals comprising transmitting the hashing function. attempting to decode the received one or more transmissions; generating one or more compressed broadcast acknowledgement messages comprising generating a hashing function h which generates a binary value output when provided with a terminal identifier, wherein the hashing function is generated such that when a terminal identifier in a set of terminals to be acknowledged is input, the hashing function outputs a first binary value, and if an input terminal identifier is not in the set of terminals to be acknowledged the hashing function generates a complementary binary value output; and broadcasting the one or more compressed broadcast acknowledgement messages to the one or more terminals comprising transmitting the hashing function.
A lower structure of a vehicle in which a rear wheel serves as a drive wheel, the lower structure comprising: a gearbox disposed with at least a portion thereof present in a floor tunnel formed by a tunnel panel, the portion being present on a vehicle rear side; a propeller shaft that extends from the gearbox toward the vehicle rear side, the propeller shaft transmitting power from the gearbox to the rear wheel; and left and right battery units (40L, 40R) disposed on a vehicle lower side of left and right floor panels, the left and right floor panels being disposed on a vehicle left side and a vehicle right side of the floor tunnel, wherein the portion of the gearbox on the vehicle rear side is disposed in proximity to portions on a vehicle front side and a vehicle upper side of the left and right battery units (40L, 40R), each of the left and right battery units (40L, 40R) has an inner side surface portion (45L, 45R) that extends in a vehicle front-rear direction along each of both side end portions in a vehicle width direction of the floor tunnel, and each of the left and right battery units (40L, 40R) has an inner protector (70L, 70R) which is mounted to the battery unit (40L, 40R) and covers a front end portion of the inner side surface portion (45L, 45R) from an inner side in the vehicle width direction. a gearbox disposed with at least a portion thereof present in a floor tunnel formed by a tunnel panel, the portion being present on a vehicle rear side; a propeller shaft that extends from the gearbox toward the vehicle rear side, the propeller shaft transmitting power from the gearbox to the rear wheel; and left and right battery units (40L, 40R) disposed on a vehicle lower side of left and right floor panels, the left and right floor panels being disposed on a vehicle left side and a vehicle right side of the floor tunnel, wherein the portion of the gearbox on the vehicle rear side is disposed in proximity to portions on a vehicle front side and a vehicle upper side of the left and right battery units (40L, 40R), each of the left and right battery units (40L, 40R) has an inner side surface portion (45L, 45R) that extends in a vehicle front-rear direction along each of both side end portions in a vehicle width direction of the floor tunnel, and each of the left and right battery units (40L, 40R) has an inner protector (70L, 70R) which is mounted to the battery unit (40L, 40R) and covers a front end portion of the inner side surface portion (45L, 45R) from an inner side in the vehicle width direction.
Gamma-irradiated influenza virus for use in treating or preventing infection by multiple influenza virus subtypes, wherein said gamma-irradiated influenza virus is formulated for intranasal administration.
Device for the manufacturing of three-dimensional objects by way of successive hardening of layers of a powder set-up material by means of electromagnetic radiation of particle radiation, on the points corresponding to the respective cross section of the object, in particular an SLM or SLS device, wherein the device comprises: a housing, in which a process chamber and at least one build chamber (5, 6) is arranged, wherein at least on build chamber (5, 6) comprises a carrying device for carrying the object inside of the build chamber (5, 6); a dosing chamber for storing the set-up material; a coating device for applying the set-up material and a radiation device for radiating the applied layers of the set-up material, wherein the coating device is positioned so that it can be moved back and forth at least above the build chamber (5, 6), for which purpose the coating device is positioned at least on one side on a guide device, wherein said and/or further guide devices for further elements movable within the process chamber is/are embodied as elements suspended from the ceiling area of the process chamber, in particular as suspended gantries (15, 25); characterised in that the gantry forms a base gantry on which one or several sub-gantries or exchange gantries are arranged. a housing, in which a process chamber and at least one build chamber (5, 6) is arranged, wherein at least on build chamber (5, 6) comprises a carrying device for carrying the object inside of the build chamber (5, 6); a dosing chamber for storing the set-up material; a coating device for applying the set-up material and a radiation device for radiating the applied layers of the set-up material, wherein the coating device is positioned so that it can be moved back and forth at least above the build chamber (5, 6), for which purpose the coating device is positioned at least on one side on a guide device, wherein said and/or further guide devices for further elements movable within the process chamber is/are embodied as elements suspended from the ceiling area of the process chamber, in particular as suspended gantries (15, 25); characterised in that the gantry forms a base gantry on which one or several sub-gantries or exchange gantries are arranged.
A fan for a combine harvester, having at least one rotor which is rotatable about an axis and a housing which comprises at least one intake opening and a first outflow opening and delimits a fan duct which extends around the rotor, characterized in that the axial extent of the fan duct along the periphery increases in the direction of rotation of the rotor towards the first outflow opening.
A vector for use in treatment of a cancer patient, said vector comprising a nucleic acid operatively linked to a promoter, wherein said nucleic acid encodes a Streptococcus immunogenic M class polypeptide that is expressed in cancer cells transformed with the vector in vivo/in situ and wherein the M class polypeptide has the sequence of SEQ ID NO: 2.
A method for transmitting channel status information in a mobile communication system, the method comprising: receiving a higher layer signaling message comprising information indicating a reporting mode for the channel status information and information related to a codebook subset configuration indicating subsampling a predetermined master codebook for use in reporting the channel status informations; determining whether to apply codebook subsampling to the master codebook based on the codebook subset configuration and the reporting mode; upon determining to apply the codebook subsampling, generating a subsampled codebook by subsampling the master codebook and generating the channel status information comprising a precoding matrix indicator, PMI, generated based on the subsampled codebook; if a plurality of feedback components are permitted for simultaneous transmission, generating the channel status information comprising the PMI generated by assuming a particular codebook subset configuration which does not require subsampling and neglecting the codebook subset configuration made by the higher layer signaling; and transmitting the channel status information to a base station. receiving a higher layer signaling message comprising information indicating a reporting mode for the channel status information and information related to a codebook subset configuration indicating subsampling a predetermined master codebook for use in reporting the channel status informations; determining whether to apply codebook subsampling to the master codebook based on the codebook subset configuration and the reporting mode; upon determining to apply the codebook subsampling, generating a subsampled codebook by subsampling the master codebook and generating the channel status information comprising a precoding matrix indicator, PMI, generated based on the subsampled codebook; if a plurality of feedback components are permitted for simultaneous transmission, generating the channel status information comprising the PMI generated by assuming a particular codebook subset configuration which does not require subsampling and neglecting the codebook subset configuration made by the higher layer signaling; and transmitting the channel status information to a base station.
A protective canopy structure for the operator's platform of a construction machine, especially for a road miller or soil compaction machine, comprising a protective canopy which is arranged on at least one front frame part and on at least one rear frame part, the frame parts (9, 10) being arranged in a pivoting manner on the construction machine, so that the protective canopy structure can be folded in or out in order to enable bringing the same optionally to a working position or a transport position, characterized in that the complete protective canopy is arranged to be laterally displaceable relative to the operator's platform of the construction machine.
An isolated, non-naturally occurring TALE DNA-binding protein that binds to a target sequence, the TALE DNA-binding protein comprising: two or more TALE-repeat units of SEQ ID N0:399, which is 33-35 amino acids in length, wherein the TALE-repeat units comprise a repeat variable di-residue that recognizes a nucleotide in the target sequence; an N-cap polypeptide, wherein in terms of the TALE protein the N-cap polypeptide consists of residues N+1 to N+134 in N-terminal direction; and a C-cap polypeptide, wherein the C-cap polypeptide comprises a fragment region of a TALE protein C-terminal to the repeat domain, wherein in terms of the TALE protein, the C-cap polypeptide consists of residues C-20 to C+28, C-20 to C+39, C-20 to C+55 or C-20 to C+63. two or more TALE-repeat units of SEQ ID N0:399, which is 33-35 amino acids in length, wherein the TALE-repeat units comprise a repeat variable di-residue that recognizes a nucleotide in the target sequence; an N-cap polypeptide, wherein in terms of the TALE protein the N-cap polypeptide consists of residues N+1 to N+134 in N-terminal direction; and a C-cap polypeptide, wherein the C-cap polypeptide comprises a fragment region of a TALE protein C-terminal to the repeat domain, wherein in terms of the TALE protein, the C-cap polypeptide consists of residues C-20 to C+28, C-20 to C+39, C-20 to C+55 or C-20 to C+63.
A manufacturing method of a resin roll, comprising the steps of: positioning a synthetic resin outer cylinder molded in the shape of a cylinder to cover an outer surface of a metal core, filling a clearance formed between said metal core and said outer cylinder with a thermosetting adhesive, performing first hardening of said adhesive at a first temperature, and performing a second hardening of said adhesive by heating it at a second temperature higher than said first temperature, characterized in that during said first hardening step said outer cylinder is kept at said first temperature to thereby integrate the constituents into one piece through bonding, that said first temperature is in the range of 10 °C to 50 °C, and that said second temperature is in the range of 60 °C to 150 °C. positioning a synthetic resin outer cylinder molded in the shape of a cylinder to cover an outer surface of a metal core, filling a clearance formed between said metal core and said outer cylinder with a thermosetting adhesive, performing first hardening of said adhesive at a first temperature, and performing a second hardening of said adhesive by heating it at a second temperature higher than said first temperature, that during said first hardening step said outer cylinder is kept at said first temperature to thereby integrate the constituents into one piece through bonding, that said first temperature is in the range of 10 °C to 50 °C, and that said second temperature is in the range of 60 °C to 150 °C.