mhurhangee/ep-ind-claims huggingface dataset:
A variable-reluctance analogue position sensor, intended to determine the variation in position of a target, comprising a target consisting of a ferromagnetic material and at least one magnet, the target and the magnet defining between them an air gap, the device further comprising a magnetosensitive element detecting the variation in induction caused in the air gap by the relative movement of the target with respect to the magnet, characterised in that the magnet is magnetised in a direction substantially perpendicular to the front surface of the magnet delimiting an edge of the air gap, said magnet having a cavity opening onto said front surface of the magnet, the magnetosensitive element being housed in said cavity as close as possible to the "zero Gauss" point, the target having a geometric configuration determined so that the variation in induction according to said position of the target corresponds to a predefined function, the target having a particular, or optimised, form able to supply a linear induction B according to the movement of said target.
Method for operating an electrically operable bolt setting device, which comprises an electrically or electronically commutated electric driving motor, which delivers driving power to an intermediate store, which may store the driving power temporarily and deliver it suddenly in a setting procedure, in order to set a bolt, characterised in that the electric driving motor is monitored when the bolt setting device is in operation, in which operating data for the electric driving motor are collected, in which the speed of the electric driving motor is deduced from a commutation frequency of the electric driving motor and/or the current position of an actuator of a tensioning mechanism of the intermediate store is established through counting the number of commutations of the electric driving motor.
Electrical heating device comprising: - a support which extends along a surface, - a heating layer situated on the said support, the said heating layer comprising a first electrically conducting material, the said first material comprising first carbon fibres embedded in a first polymer matrix, and the said heating layer being intended to be connected to an electrical power supply to heat the said device, wherein that the heating layer has a volume which comprises: - a circuit part composed of the first electrically conducting material and which extends along at least one continuous line between ends linked directly or indirectly to the electrical power supply, and - an insulation part composed of a second electrically non-conducting material and which fills the remainder of the volume of the heating layer, the said insulation part electrically insulating the circuit part in the heating layer, and the heating layer comprises: - a first line (4 1) of the circuit part close to the support and which covers it entirely, - an insulation layer belonging to the insulation part and which entirely covers the first line (4 1), and the heating layer is characterized in that it comprises: - several lines (4 2, 4 3) of the circuit part situated on the said insulation layer and separated from one another by separation portions of the insulation part. - a support which extends along a surface, - a heating layer situated on the said support, the said heating layer comprising a first electrically conducting material, the said first material comprising first carbon fibres embedded in a first polymer matrix, and the said heating layer being intended to be connected to an electrical power supply to heat the said device, - a circuit part composed of the first electrically conducting material and which extends along at least one continuous line between ends linked directly or indirectly to the electrical power supply, and - an insulation part composed of a second electrically non-conducting material and which fills the remainder of the volume of the heating layer, the said insulation part electrically insulating the circuit part in the heating layer, and - a first line (4 1) of the circuit part close to the support and which covers it entirely, - an insulation layer belonging to the insulation part and which entirely covers the first line (4 1), and the heating layer is characterized in that it comprises: - several lines (4 2, 4 3) of the circuit part situated on the said insulation layer and separated from one another by separation portions of the insulation part.
Electrical power supply system, in particular for a load network in an aircraft, in which a plurality of power supply modules which are operated in parallel below their maximum load capacity and are connected in parallel on the output side are connected to the load network, wherein the modules are designed for loading at the optimum operating point or efficiency, and the number of modules interconnected in parallel on the output side is at least as great as the power quotient defined as a quotient, rounded up to an integer, of the powers of the maximum and optimum load of the modules.
A crystalline compound comprising titanium, magnesium, oxygen and fluorine, the crystalline compound having an X-ray diffraction pattern having interplanar spacing (d-spacing) values at about 5.94, 3.10, 2.97, 2.10, 1.98, 1.82, and 1.74 ± 0.1 angstroms and further having a cubic symmetry and a lattice parameter from about 10.225 angstroms to about 10.325 angstroms, wherein the oxygen is present at about 30 at% to about 45 at% and the fluorine is present at about 30 at% to about 40 at%, where at% provides the percentage of one kind of atom relative to the total number of atoms in the crystalline compound.
Waste processing device allowing fermentable waste to be densified and separated from other, non-fermentable, waste, this device comprising: - a screen onto which the waste is conveyed, the screen extending along a longitudinal axis and having a plurality of orifices over at least part of its length L, - a laceration system extending at least partially above the screen, the laceration system comprising: • a rotary shaft (50; 50a) extending along a longitudinal axis, • a plurality of interception elements (57; 54b, 53a, 53b), • a plurality of blades (54; 54a) borne by the shaft (50; 50a), extending transversely to the shaft (50; 50a) and moving between the interception elements (57; 54b, 53a, 53b) as the shaft (50; 50a) rotates, the blades extending obliquely with respect to the longitudinal axis of the shaft (50; 50a) so that as the shaft (50; 50a) rotates, the waste is moved along the screen towards a grating and so as to allow at least part of the fermentable waste which has been lacerated between the blades (54; 54a) and the interception elements (57; 54b, 53a, 53b) to pass through the orifices of the screen, - a vat for receiving and storing fermentable waste that has passed through the orifices of the screen. - a screen onto which the waste is conveyed, the screen extending along a longitudinal axis and having a plurality of orifices over at least part of its length L, - a laceration system extending at least partially above the screen, the laceration system comprising: • a rotary shaft (50; 50a) extending along a longitudinal axis, • a plurality of interception elements (57; 54b, 53a, 53b), • a plurality of blades (54; 54a) borne by the shaft (50; 50a), extending transversely to the shaft (50; 50a) and moving between the interception elements (57; 54b, 53a, 53b) as the shaft (50; 50a) rotates, the blades extending obliquely with respect to the longitudinal axis of the shaft (50; 50a) so that as the shaft (50; 50a) rotates, the waste is moved along the screen towards a grating and so as to allow at least part of the fermentable waste which has been lacerated between the blades (54; 54a) and the interception elements (57; 54b, 53a, 53b) to pass through the orifices of the screen, • a rotary shaft (50; 50a) extending along a longitudinal axis, • a plurality of interception elements (57; 54b, 53a, 53b), • a plurality of blades (54; 54a) borne by the shaft (50; 50a), extending transversely to the shaft (50; 50a) and moving between the interception elements (57; 54b, 53a, 53b) as the shaft (50; 50a) rotates, the blades extending obliquely with respect to the longitudinal axis of the shaft (50; 50a) so that as the shaft (50; 50a) rotates, the waste is moved along the screen towards a grating and so as to allow at least part of the fermentable waste which has been lacerated between the blades (54; 54a) and the interception elements (57; 54b, 53a, 53b) to pass through the orifices of the screen, - a vat for receiving and storing fermentable waste that has passed through the orifices of the screen.
A method performed by a common attributes management component, CAMC, for advertising information in a bridge network, the CAMC being configured at each port of each node of the bridge network, the method comprising: receiving, by the CAMC, first common attribute information advertised by a link-local registration protocol, LRP, application, wherein the first common attribute information is encapsulated into a Type-Length Value, TLV format and then the first common attribute information with the TLV format is written into a database of an LRP; receiving, by the CAMC, second common attribute information reported by the database of the LRP, wherein the second common attribute information is received with a TLV encapsulation format reported by the database of the LRP, which is then decapsulated and the decapsulated second common attribute information is then reported to the LRP application; propagating, by the CAMC, the second common attribute information to CAMCs of other ports of the node, in response to the CAMC determining that the second common attribute information needs to be propagated; wherein the first common attribute information is common attribute information needing to be advertised by the LRP application, and the second common attribute information is common attribute information needing to be synchronized when the database of the LRP is changed. receiving, by the CAMC, first common attribute information advertised by a link-local registration protocol, LRP, application, wherein the first common attribute information is encapsulated into a Type-Length Value, TLV format and then the first common attribute information with the TLV format is written into a database of an LRP; receiving, by the CAMC, second common attribute information reported by the database of the LRP, wherein the second common attribute information is received with a TLV encapsulation format reported by the database of the LRP, which is then decapsulated and the decapsulated second common attribute information is then reported to the LRP application; propagating, by the CAMC, the second common attribute information to CAMCs of other ports of the node, in response to the CAMC determining that the second common attribute information needs to be propagated; wherein the first common attribute information is common attribute information needing to be advertised by the LRP application, and the second common attribute information is common attribute information needing to be synchronized when the database of the LRP is changed.
A liquid enzyme formulation, characterized in that it comprises at least one milk protein crosslinking and/or modifying enzyme selected from transglutaminase, tyrosinase or protein glutaminase in polyol-water suspension comprising from 25% to 100% (w/w) polyol selected from glycerol and sorbitol, and having pH value within the range from 4.4 to 5.1.
A fibre composed of humins, wherein the humins are obtained as a by-product in a process to prepare 5-methoxy-methylfurfural or 5-ethoxy-methylfurfural from a fructose and/or glucose-containing starting material with methanol or ethanol.
A method for production of a constitutive plant promoter comprising functionally linking to a promoter one or more nucleic acid expression enhancing nucleic acid (NEENA) molecule heterologous to said promoter comprising i) the nucleic acid molecule having a sequence as defined in SEQ ID NO: 2, or ii) a nucleic acid molecule having a sequence with an identity of at least 80% to SEQ ID NO: 2, or iii) a fragment of 100 or more consecutive bases of a nucleic acid molecule of i) or ii) which has expression enhancing activity as the corresponding nucleic acid molecule having the sequence of SEQ ID NO: 2, or iv) a nucleic acid molecule which is the complement or reverse complement of any of the previously mentioned nucleic acid molecules under i) or ii). i) the nucleic acid molecule having a sequence as defined in SEQ ID NO: 2, or ii) a nucleic acid molecule having a sequence with an identity of at least 80% to SEQ ID NO: 2, or iii) a fragment of 100 or more consecutive bases of a nucleic acid molecule of i) or ii) which has expression enhancing activity as the corresponding nucleic acid molecule having the sequence of SEQ ID NO: 2, or iv) a nucleic acid molecule which is the complement or reverse complement of any of the previously mentioned nucleic acid molecules under i) or ii).
Method for producing a prefabricated arch element for building an arched vault, the arch element comprising: - two girder elements, each girder element being configured as a profiled section with a substantially L-shaped cross section, wherein the short leg of this L shape is arranged on the concave side of the masonry and wherein the long legs of the L shape of both girder elements are arranged virtually parallel to each other; - arch-shaped masonry which is laid between these girder elements; and - transverse reinforcing elements which are at least partly arranged on the convex side of the masonry; characterized in that this method comprises the following steps: a. providing a first said girder element; b. laying a few layers of masonry (4, 5) on this first girder element; c. tilting the first girder element with the layers of masonry (4, 5) arranged thereon; d. laying a few more layers of masonry on top of the layers of masonry (4, 5) which have already been laid on the first girder element; e. repeating steps c and d until a desired arch-shaped masonry construction has been achieved; f. arranging the second girder element on top of the masonry construction which has been laid on the first girder element. - two girder elements, each girder element being configured as a profiled section with a substantially L-shaped cross section, wherein the short leg of this L shape is arranged on the concave side of the masonry and wherein the long legs of the L shape of both girder elements are arranged virtually parallel to each other; - arch-shaped masonry which is laid between these girder elements; and - transverse reinforcing elements which are at least partly arranged on the convex side of the masonry; characterized in that this method comprises the following steps: a. providing a first said girder element; b. laying a few layers of masonry (4, 5) on this first girder element; c. tilting the first girder element with the layers of masonry (4, 5) arranged thereon; d. laying a few more layers of masonry on top of the layers of masonry (4, 5) which have already been laid on the first girder element; e. repeating steps c and d until a desired arch-shaped masonry construction has been achieved; f. arranging the second girder element on top of the masonry construction which has been laid on the first girder element. a. providing a first said girder element; b. laying a few layers of masonry (4, 5) on this first girder element; c. tilting the first girder element with the layers of masonry (4, 5) arranged thereon; d. laying a few more layers of masonry on top of the layers of masonry (4, 5) which have already been laid on the first girder element; e. repeating steps c and d until a desired arch-shaped masonry construction has been achieved; f. arranging the second girder element on top of the masonry construction which has been laid on the first girder element.
A multi-sensor auscultation device for measuring and/or monitoring a body part of a subject, the device comprising: - a plurality of surface vibration sensitive phono-gram sensors, PG sensors, each configured to measure an acoustic activity of the body part and each to provide a PG signal indicative of the acoustic activity of the body part, wherein the PG sensors are adapted to be arranged on the body part to cover different distinct auscultation areas of said body part; - at least one other biomedical sensor, BIO sensor, configured to measure in dependence of the sensor type a corresponding activity of the body part and to provide at least one BIO signal indicative of the corresponding activity of the body part; - a signal processing unit, configured to - obtain the signals (115, 125) from the sensors (110, 120), characterised in that the signal processing unit is configured to conjointly perform a signal source specific analysis by combining the information of the PG signals with a respective placement information where the PG sensors are arranged on the body part and the information of the BIO signal. - a plurality of surface vibration sensitive phono-gram sensors, PG sensors, each configured to measure an acoustic activity of the body part and each to provide a PG signal indicative of the acoustic activity of the body part, wherein the PG sensors are adapted to be arranged on the body part to cover different distinct auscultation areas of said body part; - at least one other biomedical sensor, BIO sensor, configured to measure in dependence of the sensor type a corresponding activity of the body part and to provide at least one BIO signal indicative of the corresponding activity of the body part; - a signal processing unit, configured to - obtain the signals (115, 125) from the sensors (110, 120), characterised in that the signal processing unit is configured to conjointly perform a signal source specific analysis by combining the information of the PG signals with a respective placement information where the PG sensors are arranged on the body part and the information of the BIO signal. - obtain the signals (115, 125) from the sensors (110, 120), characterised in that the signal processing unit is configured to conjointly perform a signal source specific analysis by combining the information of the PG signals with a respective placement information where the PG sensors are arranged on the body part and the information of the BIO signal.
A medication dispensing apparatus for storing a plurality of different types of medication and for dispensing the medication in packaged, patient-specific dosage units in accordance with patient prescription information comprising: a plurality of medication cassettes each configured to store at least one type of the plurality of different types of medication; at least one motor operable to cause medication to move from the cassettes to a medication guide passage; a packaging belt configured to receive the medication from the medication guide passage; a sealer adapted to seal the packaging belt to form a separate package in the packaging belt for each medication dosage unit received by the packaging belt; and a cutter positioned adjacent to the packaging belt for cutting the packaging belt into short package belt sections of specified lengths including at least one medication package for a specified period in accordance with prescription data and for the cutoff of empty packages automatically. a plurality of medication cassettes each configured to store at least one type of the plurality of different types of medication; at least one motor operable to cause medication to move from the cassettes to a medication guide passage; a packaging belt configured to receive the medication from the medication guide passage; a sealer adapted to seal the packaging belt to form a separate package in the packaging belt for each medication dosage unit received by the packaging belt; and a cutter positioned adjacent to the packaging belt for cutting the packaging belt into short package belt sections of specified lengths including at least one medication package for a specified period in accordance with prescription data and for the cutoff of empty packages automatically.
A blade outer air seal segment for use in a blade outer air seal assembly having a circumferential arrangement of a plurality of blade outer air seal segments, the blade outer air seal segment comprising a seal body having a first outer face meeting a second outer face at an intersection, the seal body having a plurality of apertures extending from an opening in the first outer face to an opening on the second outer face, wherein the first outer face is a first mate face of the seal body for mating with a mate face of a circumferentially adjacent blade outer air seal segment, and the second outer face is a radially inner face of the seal body, the radially inner face extending circumferentially between the first mate face and a second mate face and extending axially between a leading edge face and a trailing edge face, characterised in that: the blade outer air seal segment further comprises a coating filling at least a portion of the plurality of apertures, wherein at least one aperture of the plurality of apertures is completely filled with the coating.
An IC tag comprising: a film member; an antenna part provided on said film member; and an IC chip mounted on said film member in such a way as to be connected with the antenna part, wherein a slit is provided at a position away from the antenna part in a region on said film member near the site at which the IC chip is mounted, said slit being arranged in such a way as to extend along the periphery of said IC chip except for a portion of connection of said IC chip and said antenna part, and both ends of said slit extending away from said IC chip, a covering made of an elastic material is provided to cover at least the entire area of said IC chip and the portion of connection of said IC chip and said antenna part, characterized in that there are circular holes at both ends of said slit. a film member; an antenna part provided on said film member; and an IC chip mounted on said film member in such a way as to be connected with the antenna part, wherein a slit is provided at a position away from the antenna part in a region on said film member near the site at which the IC chip is mounted, said slit being arranged in such a way as to extend along the periphery of said IC chip except for a portion of connection of said IC chip and said antenna part, and both ends of said slit extending away from said IC chip, a covering made of an elastic material is provided to cover at least the entire area of said IC chip and the portion of connection of said IC chip and said antenna part, characterized in that there are circular holes at both ends of said slit.
A method performed by a user equipment for handling a scheduling request, the user equipment comprising a buffer, the method comprising: receiving data into the buffer, wherein said data is to be transmitted to a base station; and triggering a scheduling request, said scheduling request being pending until it is cancelled; characterized in that the method further comprising: cancelling the pending scheduling request when the data that triggered the scheduling request is accounted for in a buffer status report to be included in a scheduled data transmission to be transmitted to the base station. receiving data into the buffer, wherein said data is to be transmitted to a base station; and triggering a scheduling request, said scheduling request being pending until it is cancelled;