mhurhangee/patent-ind-claim-en huggingface dataset:
A Hall-effect thruster assembly comprising: a Hall-effect thruster including a plurality of magnetic sources for creating a first magnetic circuit , the plurality of magnetic sources positioned between a first end and a second, opposite end of the Hall-effect thruster, the plurality of magnetic sources defining a longitudinal axis extending through the first end and the second end, the first end configured as a discharge end, the plurality of magnetic sources being configured such that during operation of the Hall-effect thruster, the plurality of magnetic sources collectively create the first magnetic circuit having a magnetic dipole moment; a mount assembly coupled to the second end, the mount assembly configured to secure the plurality of magnetic sources to a spacecraft; and characterised by a magnetic element supported by the mount assembly, the magnetic element positioned relative to the plurality of magnetic sources by the mount assembly such that during operation of the Hall-effect thruster, the magnetic element produces a compensating magnetic dipole moment cooperative with the magnetic dipole moment of the Hall-effect thruster to reduce the absolute value of the magnetic dipole moment of the Hall-effect thruster in the direction along the longitudinal axis. a Hall-effect thruster including a plurality of magnetic sources for creating a first magnetic circuit , the plurality of magnetic sources positioned between a first end and a second, opposite end of the Hall-effect thruster, the plurality of magnetic sources defining a longitudinal axis extending through the first end and the second end, the first end configured as a discharge end, the plurality of magnetic sources being configured such that during operation of the Hall-effect thruster, the plurality of magnetic sources collectively create the first magnetic circuit having a magnetic dipole moment; a mount assembly coupled to the second end, the mount assembly configured to secure the plurality of magnetic sources to a spacecraft; and characterised by a magnetic element supported by the mount assembly, the magnetic element positioned relative to the plurality of magnetic sources by the mount assembly such that during operation of the Hall-effect thruster, the magnetic element produces a compensating magnetic dipole moment cooperative with the magnetic dipole moment of the Hall-effect thruster to reduce the absolute value of the magnetic dipole moment of the Hall-effect thruster in the direction along the longitudinal axis.
A packaging sheet comprising: a paper substrate having a base paper and a coat layer formed on one side of the base paper , wherein the one side of said paper substrate comprises the coat layer ; and a covering affixed to at least part of one side of said paper substrate with an adhesive layer therebetween, characterized in that the covering has a density lower than that of said paper substrate so that the covering has higher cushioning properties than the paper substrate , the covering having a density lower than that of the base paper ; and in that the covering has a higher surface roughness than the coat layer . a paper substrate having a base paper and a coat layer formed on one side of the base paper , wherein the one side of said paper substrate comprises the coat layer ; and a covering affixed to at least part of one side of said paper substrate with an adhesive layer therebetween, characterized in that the covering has a density lower than that of said paper substrate so that the covering has higher cushioning properties than the paper substrate , the covering having a density lower than that of the base paper ; and in that the covering has a higher surface roughness than the coat layer .
A method of transacting a security or a fixed rate financing instrument, wherein the security or fixed rate financing instrument is transacted as a hardcopy certificate by means of an issuing system including a securities issuing institution and at least one issuing machine for transacting the hardcopy certificate connected to the securities issuing institution , the issuing system comprising receiving means of the issuing machine , information retrieving means of the issuing machine , input means of the issuing machine , transaction processing means of the issuing machine , computing means in the securities issuing institution , printing means of the issuing machine , scanning means of the issuing machine , conveying means of the issuing machine and determining means in the securities issuing institution , wherein the receiving means receives a recording medium provided by a potential purchaser; the information retrieving means retrieves identification recoded in the received recording medium ; in the input means the potential purchaser input request for a transaction of the security or the fixed rate financing instrument; the transaction processing means processes the requested transaction by retrieving information via a network from a server of the issuing institution ; the computing means computes a cryptographic checksum by applying a cryptographic algorithm to information to be printed on the hardcopy certificate , the information including at least one of a face value, a serial number, an issuer identification, an issue date, an expiry date, and an owner name, the cryptographic checksum enabling to verify that the information contained in the hardcopy certificate has not been changed; the printing means prints out said hardcopy certificate as purchased by the potential purchaser and the computed cryptographic checksum thereon; wherein said hardcopy certificate further includes a random pattern and said scanning means scans said hardcopy certificate with the random pattern prior to providing said hardcopy certificate to the purchaser; wherein the conveying means conveys the result of the scan of the scanning means to the securities issuing institution for storage; wherein said scanning means scans the hardcopy certificate inserted by a holder, the conveying means conveys the result of the subsequent scan of the scanning means to the securities issuing institution ; and the determining means determines whether the hardcopy certificate is valid by checking that a) the subsequently scanned cryptographic checksum scanned by the issuing machine matches the computed cryptographic checksum in the securities issuing institution and b) the subsequently scanned hardcopy certificate contains the random pattern. a) the subsequently scanned cryptographic checksum scanned by the issuing machine matches the computed cryptographic checksum in the securities issuing institution and b) the subsequently scanned hardcopy certificate contains the random pattern.
Screw element for the fixation of bone components and bone fragments consisting of a shaft with an external thread and a longitudinal central axis extending along the shaft and thereby defining a distal and a proximal direction, and the screw element has a continuous cannulation , the cannulation has at least two laterally extending openings communicating with the cannulation , wherein the openings are provided in a side view as a polygon , characterized in that the external thread can be divided into a proximal thread region adjoining the neck region and extending in the distal direction , and a distal thread region adjoining the proximal region, and in turn a distal tip region adjoining the distal region, and the distal thread region merges into the proximal thread region in a transition zone , and the proximal thread region forms at least one additional thread , which forms at least one cutting edge within the transition zone .
An identification system, including - a plurality of user media , each one of them having an integrated circuit with storage means and an identification code stored in the storage means; - wherein the identification code forms at least a portion of an identification data set, which includes all necessary data for an authentication process; - at least one read device 41); - wherein, for the authentication process, the read device is enabled to read the identification code contactless via radio waves from the integrated circuit of a user medium from among the plurality of user media ; - wherein the identification system further includes a user management device , the user management device communicates with the read device , characterized in that the result of the authentication process depends on whether or not the identified user medium is marked as authorized in the user management device , that the identification system is enabled to trigger or not to trigger a procedure depending on the result of the authentication process, for example unlocking a door, debiting an amount of money or the acess to an EDP system, etc., that each user medium further includes an optically readable code , which includes individually identifiable identification information relating to the user medium , wherein the identification system is enabled to mark down a respective user medium , which was recognized via the optically readable code , as authorized in the user management device . - a plurality of user media , each one of them having an integrated circuit with storage means and an identification code stored in the storage means; - wherein the identification code forms at least a portion of an identification data set, which includes all necessary data for an authentication process; - at least one read device 41); - wherein, for the authentication process, the read device is enabled to read the identification code contactless via radio waves from the integrated circuit of a user medium from among the plurality of user media ; - wherein the identification system further includes a user management device , the user management device communicates with the read device , characterized in that the result of the authentication process depends on whether or not the identified user medium is marked as authorized in the user management device , that the identification system is enabled to trigger or not to trigger a procedure depending on the result of the authentication process, for example unlocking a door, debiting an amount of money or the acess to an EDP system, etc., that each user medium further includes an optically readable code , which includes individually identifiable identification information relating to the user medium , wherein the identification system is enabled to mark down a respective user medium , which was recognized via the optically readable code , as authorized in the user management device .
Container handling machine for processing packaging materials , in particular in the form of bottles or similar containers, comprising a transport device by means of which the packaging means are movable along a transport section (TS), past at least one handling module (9, 9', 9") which is interchangeably provided at at least one working position , wherein the respective interchangeable handling module (9, 9', 9"), fixed in the working position by means of at least one centring and docking unit , can be coupled to a machine frame , wherein the transport device is delimited, at least in sections, along the transport section (TS) by a machine guard comprising at least a plurality of wall elements , which forms at least one machine guard opening , having a specified width (VB) between at least two wall elements , through which the at least one interchangeable handling module (9, 9', 9"), in the working position , fixed in position by the centring and docking unit , protrudes with at least one module section (9.1) into a chamber (20.1) delimited by the machine guard , characterised in that the at least one centring and docking unit has an adjustable holding device for receiving the at least two wall elements , by means of which the width (B) of the machine guard opening is adjustable.
An electronic selector switch assembly for use in a vehicle having a transmission comprising transmission gears and for selecting one of these transmission gears, the electronic selector switch assembly comprising: a selector switch housing ; a selector knob supported by a shaft within the selector switch housing ; a knob position gear operatively connected to the selector knob ; a knob measurement gear operatively connected to the knob position gear ; a first sensor in communication with the knob measurement gear that is configured to sense an angular position of the selector knob and transmit a first output signal of the angular position of the selector knob ; an annular gear rotatably supported about the shaft and selector knob ; an annular gear measurement gear operatively connected to the annular gear ; a second sensor in communication with the annular gear measurement gear that is configured to sense an angular position of the annular gear measurement gear and transmit a second output signal of an angular position of the annular gear ; and a drive mechanism operatively connected to the annular gear ; a controller configured to energize the drive mechanism to realign the annular gear to match a position of a transmission gear when the first output signal and second output signal do not compare to the position of the transmission gear ; and a lock out mechanism operated by the controller and operatively connected to the selector knob and the knob position gear , wherein the lock out mechanism is configured to lock the selector knob and knob position gear in a predetermined position before realignment of the annular gear . a selector switch housing ; a selector knob supported by a shaft within the selector switch housing ; a knob position gear operatively connected to the selector knob ; a knob measurement gear operatively connected to the knob position gear ; a first sensor in communication with the knob measurement gear that is configured to sense an angular position of the selector knob and transmit a first output signal of the angular position of the selector knob ; an annular gear rotatably supported about the shaft and selector knob ; an annular gear measurement gear operatively connected to the annular gear ; a second sensor in communication with the annular gear measurement gear that is configured to sense an angular position of the annular gear measurement gear and transmit a second output signal of an angular position of the annular gear ; and a drive mechanism operatively connected to the annular gear ; a controller configured to energize the drive mechanism to realign the annular gear to match a position of a transmission gear when the first output signal and second output signal do not compare to the position of the transmission gear ; and a lock out mechanism operated by the controller and operatively connected to the selector knob and the knob position gear , wherein the lock out mechanism is configured to lock the selector knob and knob position gear in a predetermined position before realignment of the annular gear .
A printer device , comprising: a printing data look-ahead component configured to look ahead a data printing position if printing is performed; a head position controller configured to cause a thermal head , an ink ribbon , and printing paper to be in a contact state or a non-contact state based on a look-ahead result of the printing data look-ahead component; an ink ribbon saved amount calculation component configured to calculate a saved amount of the ink ribbon based on a conveyed amount of the printing paper in the non-contact state; and an ink ribbon saved amount display configured to display the saved amount calculated by the ink ribbon saved amount calculation component. a printing data look-ahead component configured to look ahead a data printing position if printing is performed; a head position controller configured to cause a thermal head , an ink ribbon , and printing paper to be in a contact state or a non-contact state based on a look-ahead result of the printing data look-ahead component; an ink ribbon saved amount calculation component configured to calculate a saved amount of the ink ribbon based on a conveyed amount of the printing paper in the non-contact state; and an ink ribbon saved amount display configured to display the saved amount calculated by the ink ribbon saved amount calculation component.
Body for mounting a cassette (10; 110; 210) on a bicycle rear wheel hub, comprising: - a radially inner first portion , of tubular shape, with an axial cavity arranged along an axis (X) of the body and intended for coupling with the hub through a free-wheel system (RL), and a radially outer surface intended for mounting the cassette (10; 110; 210), wherein the first portion has axial extension between a first face and a second face of the body, and - a radially outer second portion , intended for coupling with the cassette (10; 110; 210), wherein the second portion : - has shorter axial extension than the axial extension of the first portion ; - extends radially outwards from the first portion ; and - comprises a plurality of attachment areas for the cassette (10; 110; 210); wherein the attachment areas each comprise a support surface for the cassette (10; 110; 210) and at least one hole at the support surface , the hole passing right through the axial thickness of the second portion of the body; wherein the holes of the attachment areas are divided into two series, a first series of holes at a first radial distance from the axis (X) of the body and a second series of holes at a second radial distance from the axis (X) of the body, greater than the first radial distance; characterized in that each attachment area comprises a hole of the first series and a hole of the second series, at the same support surface . - a radially inner first portion , of tubular shape, with an axial cavity arranged along an axis (X) of the body and intended for coupling with the hub through a free-wheel system (RL), and a radially outer surface intended for mounting the cassette (10; 110; 210), wherein the first portion has axial extension between a first face and a second face of the body, and - a radially outer second portion , intended for coupling with the cassette (10; 110; 210), wherein the second portion : - has shorter axial extension than the axial extension of the first portion ; - extends radially outwards from the first portion ; and - comprises a plurality of attachment areas for the cassette (10; 110; 210);
A suspended drywall ceiling grid construction comprising a plurality of uniformly spaced parallel sheet metal support bars, a plurality of spaced grid tees carried transversely on lower sides of the support bars, the support bars having regularly spaced centers engaging and supporting grid tee reinforcing bulbs, the centers and grid tees being constructed and arranged to present, when engaged, lower faces of flanges of the grid tees in a common plane below the support bars, the support bars having intermediate centers between said regularly spaced centers receiving butt joint tees, the intermediate centers and butt joint tees being constructed and arranged to present lower faces of flanges of the butt joint tees, when received in the intermediate centers, in a plane a predetermined distance above the common plane.
A beamforming method, comprising: combining , by a base station , a cell-specific reference signal CRS wide beam with N CRS narrow beams to form N CRS composite beams, wherein the N CRS narrow beams are pre-generated based on a weight of the CRS wide beam, N≥1, and N is a positive integer; selecting , by the base station, a first beam from the N CRS composite beams, and performing beamforming processing on a physical downlink control channel PDCCH based on a weight of the first beam to form a second beam; and sending , by the base station, the first beam and the second beam. combining , by a base station , a cell-specific reference signal CRS wide beam with N CRS narrow beams to form N CRS composite beams, wherein the N CRS narrow beams are pre-generated based on a weight of the CRS wide beam, N≥1, and N is a positive integer; selecting , by the base station, a first beam from the N CRS composite beams, and performing beamforming processing on a physical downlink control channel PDCCH based on a weight of the first beam to form a second beam; and sending , by the base station, the first beam and the second beam.
Optical coupler for optically coupling a multicore fiber having a plurality of optical cores to a plurality of individual fibers , wherein the multicore fiber extends along a longitudinal direction and the optical cores are disposed in a distributed manner in a plane perpendicular to the longitudinal direction , which optical coupler has - a support , in which the multicore fiber is embedded in a defined alignment and within the plane a first group of the cores is oriented along a first line and a second group of the cores is oriented along a second line , - a planar first support element , to which a first group of the individual fibers can be connected, - a second planar support element , to which a second group of the individual fibers can be connected, - wherein waveguides are inserted in the support elements (22A, B, C), - wherein the respective support element (22A,A B, C) is connected, by a connection side , to an end face of the support , such that the cores of the first group of the multicore fiber are in alignment with the waveguides of the first support element , and the cores of the second group are in alignment with the waveguides of the second support element , characterized in that the lines (34A, B, C) of the individual groups of the cores and, corresponding thereto, the support elements (22A, B, C), are disposed at an angle in relation to each other. - a support , in which the multicore fiber is embedded in a defined alignment and within the plane a first group of the cores is oriented along a first line and a second group of the cores is oriented along a second line , - a planar first support element , to which a first group of the individual fibers can be connected, - a second planar support element , to which a second group of the individual fibers can be connected, - wherein waveguides are inserted in the support elements (22A, B, C), - wherein the respective support element (22A,A B, C) is connected, by a connection side , to an end face of the support , such that the cores of the first group of the multicore fiber are in alignment with the waveguides of the first support element , and the cores of the second group are in alignment with the waveguides of the second support element , characterized in that the lines (34A, B, C) of the individual groups of the cores and, corresponding thereto, the support elements (22A, B, C), are disposed at an angle in relation to each other.
An organic hydrophilic coating composition, comprising: a polyvinyl alcohol resin as a resin component at a ratio of from 40 g/L to 100 g/L, a polyethylene glycol resin as a resin component at a ratio of from 4 g/L to 15 g/L; and ascorbic acid as an additional component at a ratio of from 0.02 g/L to 39 g/L, the organic hydrophilic coating composition having a hydroxyl value of from 550 mgKOH/g to 1,300 mgKOH/g measured according to a neutralization titration method described in JIS K0070-1992. a polyvinyl alcohol resin as a resin component at a ratio of from 40 g/L to 100 g/L, a polyethylene glycol resin as a resin component at a ratio of from 4 g/L to 15 g/L; and ascorbic acid as an additional component at a ratio of from 0.02 g/L to 39 g/L, the organic hydrophilic coating composition having a hydroxyl value of from 550 mgKOH/g to 1,300 mgKOH/g measured according to a neutralization titration method described in JIS K0070-1992.