mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: an optical transmitter configured to generate and inject a modulated optical signal into an optical fiber having a plurality of optical reflectors (S n ) distributed along the optical fiber, the optical transmitter comprising: a laser source , an optical coupler , a code generator , and a modulator configured to modulate a portion of an optical signal whereby to generate the modulated optical signal , the optical signal modulated on the basis of a binary code sequence generated by the code generator and comprising a code, the code modulated onto each of the horizontal and vertical polarization components of a portion of a polarized laser signal generated by the laser source , a dual-polarization coherent optical receiver configured to receive and process a reflected optical signal corresponding to reflections of the modulated optical signal from the optical reflectors to generate monitoring data corresponding to one or more selected locations along the optical fiber, the one or more selected locations corresponding to one or more of the optical reflectors; and an electronic controller configured to (i) determine the selected locations for the optical receiver and (ii) process the monitoring data to detect at least a first fiber event in the optical fiber at a detected location, wherein the electronic controller is further configured to change the selected locations for the optical receiver in response to at least the first fiber event. a laser source , an optical coupler , a code generator , and a modulator configured to modulate a portion of an optical signal whereby to generate the modulated optical signal , the optical signal modulated on the basis of a binary code sequence generated by the code generator and comprising a code, the code modulated onto each of the horizontal and vertical polarization components of a portion of a polarized laser signal generated by the laser source , a dual-polarization coherent optical receiver configured to receive and process a reflected optical signal corresponding to reflections of the modulated optical signal from the optical reflectors to generate monitoring data corresponding to one or more selected locations along the optical fiber, the one or more selected locations corresponding to one or more of the optical reflectors; and an electronic controller configured to (i) determine the selected locations for the optical receiver and (ii) process the monitoring data to detect at least a first fiber event in the optical fiber at a detected location, wherein the electronic controller is further configured to change the selected locations for the optical receiver in response to at least the first fiber event.
A railroad vehicle comprising: a vehicle body ; a truck frame constituting a truck for supporting the vehicle body; an anti-rolling device (3; 40; 45) provided stretching between the vehicle body and the truck frame for suppressing a relative roll displacement of the vehicle body; a torsion bar provided extending in a width direction of the vehicle body in the anti-rolling device; an arm extending in a longitudinal direction of the vehicle body from each end of the torsion bar ; a rod extending in a vertical direction of the vehicle body from a tip of the arm ; a joint section provided at a tip of the rod; an annular member (34; 36) provided at the joint section and connected to the rod ; an elastic body (33; 35) filling an inside of the annular member ; a coupling bar extending along an axis of the annular member and supported by the elastic body ; and a control member for controlling displacement of the coupling bar in a height direction; characterised in that : the control member is a stopper rubber provided on an extending portion (34a; 36a) extending in an axial direction of the annular member (34; 36) from each end of the annular member in a height direction, and the stopper rubber controls displacement of the coupling bar in the height direction accompanied by deformation of the elastic body (33; 35) when a relative roll displacement occurs. a vehicle body ; a truck frame constituting a truck for supporting the vehicle body; an anti-rolling device (3; 40; 45) provided stretching between the vehicle body and the truck frame for suppressing a relative roll displacement of the vehicle body; a torsion bar provided extending in a width direction of the vehicle body in the anti-rolling device; an arm extending in a longitudinal direction of the vehicle body from each end of the torsion bar ; a rod extending in a vertical direction of the vehicle body from a tip of the arm ; a joint section provided at a tip of the rod; an annular member (34; 36) provided at the joint section and connected to the rod ; an elastic body (33; 35) filling an inside of the annular member ; a coupling bar extending along an axis of the annular member and supported by the elastic body ; and a control member for controlling displacement of the coupling bar in a height direction; characterised in that : the control member is a stopper rubber provided on an extending portion (34a; 36a) extending in an axial direction of the annular member (34; 36) from each end of the annular member in a height direction, and the stopper rubber controls displacement of the coupling bar in the height direction accompanied by deformation of the elastic body (33; 35) when a relative roll displacement occurs. the control member is a stopper rubber provided on an extending portion (34a; 36a) extending in an axial direction of the annular member (34; 36) from each end of the annular member in a height direction, and the stopper rubber controls displacement of the coupling bar in the height direction accompanied by deformation of the elastic body (33; 35) when a relative roll displacement occurs.
A combustion engine (E) mounted to a saddle-riding type vehicle and having an engine rotary shaft extending in a vehicle widthwise direction, wherein incoming wind taken in from a front of a steering handle that is positioned forwardly of the combustion engine (E), is introduced through an air intake duct to the combustion engine (E), the air intake duct extends from the front of the steering handle to a rearward of a cylinder block so as to pass above a radiator and pass laterally of one side of the cylinder block in the vehicle widthwise direction, and a supercharger is disposed rearwardly of the cylinder block and comprises a suction port opened in the vehicle widthwise direction, wherein in a region lateral to the combustion engine (E), the air intake duct passes below an upper surface of a cylinder head of the combustion engine (E), as viewed from the side, the air intake duct has an introduction port disposed on a front surface of a vehicle body, and the incoming wind is taken in the air intake duct through an air intake port that is opened forward of the vehicle body, an air intake chamber , configured to accumulate intake air supplied from the supercharger , is disposed above the supercharger ; a fuel tank is disposed above the air intake chamber , and a cleaner outlet of an air cleaner is connected to the suction port , and the air intake duct is connected to a cleaner inlet of the air cleaner from the outer side in the motorcycle widthwise direction.
Use of a package for storage and delivery of fertilizer compositions, wherein said package comprises: an external bag and an inner bag thereby forming two compartments; the inside of the inner bag being the inner compartment and the space between the inner side of the external bag and the outer side of the inner bag being the outer compartment; wherein the opening of the inner bag is essentially aligned, coextensive and congruent with the opening of the external bag ; wherein at least a portion of the inner bag opening is attached to a portion of the external bag opening; and at least a portion of the inner bag opening not being attached to a portion of the external bag opening, such that a gap between said openings is formed; wherein the opening of the inner bag is attached to the opening of the external bag at two locations, wherein the opening of the inner bag is essentially aligned along the opening of the external bag and two opposite portions being side edges , of the inner bag opening are attached to two corresponding opposite portions and of the external bag opening , and wherein the bottom side of each of said inner bag and external bag is sealed ; wherein the inner bag is not attached to the outer bag along a middle portion of the longitudinal axis connecting the top side with the bottom side; wherein the package comprises at least two mutually exclusive fertilizers; wherein a first of the at least two mutually exclusive fertilizers is packaged in the inner compartment, and a second of the at least two mutually exclusive fertilizers is packaged in the outer compartment. an external bag and an inner bag thereby forming two compartments; the inside of the inner bag being the inner compartment and the space between the inner side of the external bag and the outer side of the inner bag being the outer compartment; wherein the opening of the inner bag is essentially aligned, coextensive and congruent with the opening of the external bag ; wherein at least a portion of the inner bag opening is attached to a portion of the external bag opening; and at least a portion of the inner bag opening not being attached to a portion of the external bag opening, such that a gap between said openings is formed; wherein the opening of the inner bag is attached to the opening of the external bag at two locations, wherein the opening of the inner bag is essentially aligned along the opening of the external bag and two opposite portions being side edges , of the inner bag opening are attached to two corresponding opposite portions and of the external bag opening , and wherein the bottom side of each of said inner bag and external bag is sealed ; wherein the inner bag is not attached to the outer bag along a middle portion of the longitudinal axis connecting the top side with the bottom side; wherein the package comprises at least two mutually exclusive fertilizers; wherein a first of the at least two mutually exclusive fertilizers is packaged in the inner compartment, and a second of the at least two mutually exclusive fertilizers is packaged in the outer compartment.
A system for replacing a native heart valve with an invertible device comprising: a delivery catheter ; a pusher catheter slidably disposed within said delivery catheter ; a positioning mechanism releasably connecting a device to said delivery catheter ; and a plurality of attachment cables that are releasably connected to a proximal end of said device, characterized in that said device is an invertible device, and said positioning mechanism is configured to limit distal movement of a distal portion of said invertible device during an implant inversion procedure in which a proximal portion of said invertible device folds into said distal portion. a delivery catheter ; a pusher catheter slidably disposed within said delivery catheter ; a positioning mechanism releasably connecting a device to said delivery catheter ; and a plurality of attachment cables that are releasably connected to a proximal end of said device, characterized in that said device is an invertible device, and said positioning mechanism is configured to limit distal movement of a distal portion of said invertible device during an implant inversion procedure in which a proximal portion of said invertible device folds into said distal portion.
An energy conversion system, comprising: a generator which generates electrical power in response to movement, wherein the generator comprises first and second elements which are moved relatively to each other to generate power; and a drive mechanism for controlling the relative speed, the spacing between, or the relative orientations or positions of the first and second elements during an energy generation mode to decrease the variation in output power, or voltage, or current of the generator, wherein the drive mechanism comprises a controller which is adapted to maintain a constant output power, or voltage, or current during the energy generation mode, characterized in that the drive mechanism is further for bringing the first and second elements into and out of contact with each other, wherein the energy conversion system has a charging mode in which the first and second elements are brought into contact by the drive mechanism and an energy generation mode in which the first and second elements are out of contact. a generator which generates electrical power in response to movement, wherein the generator comprises first and second elements which are moved relatively to each other to generate power; and a drive mechanism for controlling the relative speed, the spacing between, or the relative orientations or positions of the first and second elements during an energy generation mode to decrease the variation in output power, or voltage, or current of the generator, wherein the drive mechanism comprises a controller which is adapted to maintain a constant output power, or voltage, or current during the energy generation mode, characterized in that the drive mechanism is further for bringing the first and second elements into and out of contact with each other, wherein the energy conversion system has a charging mode in which the first and second elements are brought into contact by the drive mechanism and an energy generation mode in which the first and second elements are out of contact.
Method of manufacturing exposed printing plates for a printing operation on offset printing presses by means of a computer of a workflow system , wherein the computer collects print job data at the pre-press stage , generates sets of digital color separation data for creating the printing plates , and sends the data to at least one platesetter , where the related exposed printing plates are created and from where the printing plates are transported to their offset printing presses as printing plate stacks on a plate cart , wherein the offset printing presses then carry out the printing operation using the generated exposed printing plates , wherein to create the exposed printing plates , the computer sorts the sets of digital color separation data in an order dependent on the planned order of required process steps at the offset printing presses , causing the printing plate stacks of the exposed printing plates created therefrom to be transported to the offset printing presses in the respective required order on the plate cart .
Electronic apparatus, comprising a casing forming a housing delimited at least by a peripheral wall , a support facing and an interaction facing , the interaction facing comprising a wall in which there is formed a through opening (4"), a wall relative to which an actuation member , capable of and intended to be linked to a buzzer, is movably mounted, the actuation member comprising a pressing interface blocking said through opening (4"), said housing receiving an electronic circuit board comprising a support on which is mounted a plurality of electronic components comprising at least one actuator and one light source capable of emitting and intended to emit a light radiation to at least partly illuminate the actuation member , said electronic circuit board being capable of being linked and intended to be linked to and powered by an electrical power supply to power the electronic components , said actuation member interacting with said actuator mounted on said electronic circuit board and being mobile relative to said actuator between an idle position in which the actuator is not actuated by the actuation member and an actuation position in which the actuator is actuated by the actuation member , said at least one light source being offset relative to the through opening (4") of the wall of the interaction facing and being disposed between the wall of the interaction facing and the support of the electronic circuit board , the actuation member being composed of at least one transparent or translucent material, the actuation member comprising a first optical guiding zone extending in the extension of the pressing interface and opposite an inner face (4"') of the wall of the interaction facing and towards the light source to transmit a light radiation emitted by said at least one light source and entering through an input of the first guiding zone to an output of the first guiding zone which emerges in the thickness of the pressing interface to light said pressing interface , said electronic apparatus is characterized in that the actuator is offset relative to the through opening (4") and is disposed between the wall of the interaction facing and the support of the electronic circuit board , and in that the actuation member comprises an actuation rod extending in the extension of the pressing interface and opposite an inner face (4"') of the wall of the interaction facing and towards the actuator to transmit a force to the actuator only in actuation position.
Dynamic access control device for an individual by 2D or 3D face recognition of an individual after preliminary or subsequent 3D acquisition, comprising: - a zone for channelling the progression of said individual and acquiring a 2D or 3D image of the latter's face, capable of being shut off by means of two retractable doors , separated from one another by a determined distance, and the opening of which cannot be simultaneous; - at least two 2D or 3D acquisition means of the face of the individual during its progression within said zone , oriented along two different angles with respect to a median vertical plane intersecting the line of the middle of said zone; - means for illuminating the individual in said channelling and acquisition zone , constituted of a certain number of linear light strips , and in particular, of at least three, oriented horizontally, and positioned along different heights between the two doors ; - means for accessing a file containing a 3D image preliminarily acquired of the face of the individual; - a unit for processing signals transmitted by the accession means and by the acquisition and management means of the device. - a zone for channelling the progression of said individual and acquiring a 2D or 3D image of the latter's face, capable of being shut off by means of two retractable doors , separated from one another by a determined distance, and the opening of which cannot be simultaneous; - at least two 2D or 3D acquisition means of the face of the individual during its progression within said zone , oriented along two different angles with respect to a median vertical plane intersecting the line of the middle of said zone; - means for illuminating the individual in said channelling and acquisition zone , constituted of a certain number of linear light strips , and in particular, of at least three, oriented horizontally, and positioned along different heights between the two doors ; - means for accessing a file containing a 3D image preliminarily acquired of the face of the individual; - a unit for processing signals transmitted by the accession means and by the acquisition and management means of the device.
A RFID enhanced fixturing apparatus comprising: - a housing comprising a trapezoidal cross-section, a first end, and an opposing second end, and formed to include an aperture extending therethrough from the first end to said second end; - a first plurality of locking teeth disposed within said aperture ; - a second plurality of locking teeth disposed within said aperture ; - a flexible fabric strap comprising a first end and an opposing second end, wherein the first end of the flexible fabric strap is attached to the housing, and wherein a pull tag is attached to the second end of the flexible fabric strap ; characterized in that - the housing defines an interior space, and - a radio-frequency identification chip is coupled to the RFID enhanced fixturing apparatus, wherein the radio-frequency identification chip is attached to or enclosed in a bottom of either a first assembly or a second assembly of the housing. - a housing comprising a trapezoidal cross-section, a first end, and an opposing second end, and formed to include an aperture extending therethrough from the first end to said second end; - a first plurality of locking teeth disposed within said aperture ; - a second plurality of locking teeth disposed within said aperture ; - a flexible fabric strap comprising a first end and an opposing second end, wherein the first end of the flexible fabric strap is attached to the housing, and wherein a pull tag is attached to the second end of the flexible fabric strap ; characterized in that - the housing defines an interior space, and - a radio-frequency identification chip is coupled to the RFID enhanced fixturing apparatus, wherein the radio-frequency identification chip is attached to or enclosed in a bottom of either a first assembly or a second assembly of the housing.
Electric generator arrangement , comprising - a stator , - a rotor , - a first plurality of cooling fans in a first axial end region (A) of the generator arrangement , which in their active state causes a first air flow (F1) through a rotor stator gap between said rotor and said stator and through said stator gaps between axially adjacent segments of said stator via the first axial end region (A) and - a second plurality of cooling fans in an opposing second axial end region (B) of the generator arrangement , which in its active state causes a second air flow (F2) through said rotor stator gap and said stator gaps via the opposing second axial end region (B) - wherein said air flows (F1, F2) are directed through the stator gaps in the same direction and - wherein at least one fan (40..42) comprises a flap (80..82) arranged in the air flow (F1, F2), and opening in the active state of said fan (40..42), characterized in that the electric generator arrangement comprises a control being arranged to activate/deactivate at least a part of the fans (40..42) depending on a temperature of the generator arrangement , wherein the number of active fans (40..42) increases when said temperature rises and vice versa, said control being designed to open the flap (80..82) of a fan (40..42) when said fan (40..42) is activated, and to close it when said fan (40..42) is deactivated. - a stator , - a rotor , - a first plurality of cooling fans in a first axial end region (A) of the generator arrangement , which in their active state causes a first air flow (F1) through a rotor stator gap between said rotor and said stator and through said stator gaps between axially adjacent segments of said stator via the first axial end region (A) and - a second plurality of cooling fans in an opposing second axial end region (B) of the generator arrangement , which in its active state causes a second air flow (F2) through said rotor stator gap and said stator gaps via the opposing second axial end region (B) - wherein said air flows (F1, F2) are directed through the stator gaps in the same direction and - wherein at least one fan (40..42) comprises a flap (80..82) arranged in the air flow (F1, F2), and opening in the active state of said fan (40..42),