mhurhangee/ep-ind-claims huggingface dataset:
A loudspeaker assembly for a vehicle, comprising: a loudspeaker having a first side and an opposed second side, wherein the loudspeaker, when arranged in the vehicle, is configured to generate an acoustical signal having a front wave emitted by the first side and directed into an interior of the vehicle and a rear wave emitted by the second side and directed toward an exterior of the vehicle; a coupler disposed on the second side of the loudspeaker, the coupler including an inlet portion for receiving the loudspeaker and an outlet portion; and a flexible port removably connectable to the coupler, the flexible port including an inlet end arranged to be connected to the outlet portion of the coupler, an outlet end arranged to be connected to an opening in an exterior body panel, and an elongated body extending between the inlet end and the outlet end, the flexible port configured to transmit the rear wave to the exterior of the vehicle, wherein one of the outlet portion of the coupler and the inlet end of the flexible port includes a plurality of spaced detents and the other includes a plurality of spaced apertures for receiving the plurality of spaced detents for removably attaching the flexible port to the coupler. a loudspeaker having a first side and an opposed second side, wherein the loudspeaker, when arranged in the vehicle, is configured to generate an acoustical signal having a front wave emitted by the first side and directed into an interior of the vehicle and a rear wave emitted by the second side and directed toward an exterior of the vehicle; a coupler disposed on the second side of the loudspeaker, the coupler including an inlet portion for receiving the loudspeaker and an outlet portion; and a flexible port removably connectable to the coupler, the flexible port including an inlet end arranged to be connected to the outlet portion of the coupler, an outlet end arranged to be connected to an opening in an exterior body panel, and an elongated body extending between the inlet end and the outlet end, the flexible port configured to transmit the rear wave to the exterior of the vehicle, wherein one of the outlet portion of the coupler and the inlet end of the flexible port includes a plurality of spaced detents and the other includes a plurality of spaced apertures for receiving the plurality of spaced detents for removably attaching the flexible port to the coupler.
Method for driver assistance for a combination, the combination comprising a motor vehicle and a trailer, wherein - a first camera image is generated by means of a first camera system arranged at the motor vehicle; - a second camera image and time-dependent image data are generated by means of a second camera system arranged at the trailer; and - a combined image is generated by means of a computing unit of the motor vehicle by superimposing the camera images (19, 20) such that the second camera image covers a subsection of the first camera image; - a hitch angle of the combination is determined by means of the computing unit; - state data is determined by means of a sensor system of the combination; - a position of the subsection is determined by means of the computing unit depending on the hitch angle; and - it is determined by means of the computing unit if the combination moves forward or backward; characterized in that - the hitch angle is determined by means of the computing unit - based on the state data if the combination moves forward; and - based on a change of the time-dependent image data if the combination moves backward. - a first camera image is generated by means of a first camera system arranged at the motor vehicle; - a second camera image and time-dependent image data are generated by means of a second camera system arranged at the trailer; and - a combined image is generated by means of a computing unit of the motor vehicle by superimposing the camera images (19, 20) such that the second camera image covers a subsection of the first camera image; - a hitch angle of the combination is determined by means of the computing unit; - state data is determined by means of a sensor system of the combination; - a position of the subsection is determined by means of the computing unit depending on the hitch angle; and - state data is determined by means of a sensor system of the combination; - a position of the subsection is determined by means of the computing unit depending on the hitch angle; and - it is determined by means of the computing unit if the combination moves forward or backward; characterized in that - the hitch angle is determined by means of the computing unit - based on the state data if the combination moves forward; and - based on a change of the time-dependent image data if the combination moves backward. - based on the state data if the combination moves forward; and - based on a change of the time-dependent image data if the combination moves backward.
A display apparatus comprising: a bottom chassis; a top chassis that is coupled to the bottom chassis, the top chassis comprising a bezel; a display panel disposed above the bottom chassis, the display panel comprising an active area configured to display a control menu, and a black mask area surrounding the active area; a light source configured to irradiate light; an optical member configured to cause the light irradiated from the light source to be incident on the display panel; a middle frame disposed on the optical member, and configured to support the display panel; and a sensor disposed between the middle frame and the display panel and positioned below the bezel, the sensor being configured to sense a user input carried out on the control menu displayed on the display panel. a bottom chassis; a top chassis that is coupled to the bottom chassis, the top chassis comprising a bezel; a display panel disposed above the bottom chassis, the display panel comprising an active area configured to display a control menu, and a black mask area surrounding the active area; a light source configured to irradiate light; an optical member configured to cause the light irradiated from the light source to be incident on the display panel; a middle frame disposed on the optical member, and configured to support the display panel; and a sensor disposed between the middle frame and the display panel and positioned below the bezel, the sensor being configured to sense a user input carried out on the control menu displayed on the display panel.
A method for simulating four-dimensional computed tomography, comprising the steps of: generating (110, 120) a first set of volumes from a single thoracic CT scan; deforming the first set of volumes according to a biomechanical motion model to obtain a set of deformed volumes; constructing a second set of volumes by applying constrained tetrahedralization, using control points, to the set of deformed volumes; and deforming the second set of volumes according to a mass-spring model using the CT scan to produce the 4DCT, wherein the steps are performed in a processor. generating (110, 120) a first set of volumes from a single thoracic CT scan; deforming the first set of volumes according to a biomechanical motion model to obtain a set of deformed volumes; constructing a second set of volumes by applying constrained tetrahedralization, using control points, to the set of deformed volumes; and deforming the second set of volumes according to a mass-spring model using the CT scan to produce the 4DCT, wherein the steps are performed in a processor.
Method for encoding a two-dimensional image representing an integer number n, characterized by comprising the steps of: predefining a finite collection of two-dimensional spatial waves as potential components of the two-dimensional image, each of these two-dimensional waves being determined by at least three parameters, namely, a first spatial frequency u in a first direction, a second spatial frequency v in a second direction different from the first direction, both spatial frequencies u and v being integer numbers, and an angular phase that is a real number, the angular phase and the spatial frequencies being selected from a finite set; predetermining a natural number c of said two-dimensional waves to compose the two-dimensional image; selecting a number c of two-dimensional waves out of all those in the collection; assigning an ordinal number to each possible two-dimensional spatial wave in accordance with an enumeration criterion; using such enumeration, obtaining the frequencies and phases of each of the c components for the number n; composing the two-dimensional image by applying a predetermined mathematical operation on the selected c two-dimensional spatial waves; forming a visual code by framing the two-dimensional image with a band of a predetermined colour whose contour is a predetermined closed flat curve; reproducing the visual code on a label. predefining a finite collection of two-dimensional spatial waves as potential components of the two-dimensional image, each of these two-dimensional waves being determined by at least three parameters, namely, a first spatial frequency u in a first direction, a second spatial frequency v in a second direction different from the first direction, both spatial frequencies u and v being integer numbers, and an angular phase that is a real number, the angular phase and the spatial frequencies being selected from a finite set; predetermining a natural number c of said two-dimensional waves to compose the two-dimensional image; selecting a number c of two-dimensional waves out of all those in the collection; assigning an ordinal number to each possible two-dimensional spatial wave in accordance with an enumeration criterion; using such enumeration, obtaining the frequencies and phases of each of the c components for the number n; composing the two-dimensional image by applying a predetermined mathematical operation on the selected c two-dimensional spatial waves; forming a visual code by framing the two-dimensional image with a band of a predetermined colour whose contour is a predetermined closed flat curve; reproducing the visual code on a label.
A high-speed optical transmission-reception apparatus comprising: a digital-signal processing circuit; at least one of an optical modulation module having at least a driver and an optical modulation device or an optical reception module having at least a transimpedance amplifier and an optical reception device; a flexible printed circuit (550, 650) being used as a high-frequency interface for the at least one of the optical modulation module and the optical reception module; wherein a package substrate of the digital signal processing circuit and the at least one of the optical modulation module or the optical reception module are connected by the flexible printed circuit, characterized in that, the apparatus comprises a mechanism for connecting a high-frequency line pattern to the flexible printed circuit, the mechanism being provided on the package substrate of the digital-signal processing circuit, the high-frequency line pattern being formed on said the package substrate, wherein said package substrate and the at least one of the optical modulation module or the optical reception module connected by the flexible printed circuit are mounted on a common printing circuit board. a digital-signal processing circuit; at least one of an optical modulation module having at least a driver and an optical modulation device or an optical reception module having at least a transimpedance amplifier and an optical reception device; a flexible printed circuit (550, 650) being used as a high-frequency interface for the at least one of the optical modulation module and the optical reception module; wherein a package substrate of the digital signal processing circuit and the at least one of the optical modulation module or the optical reception module are connected by the flexible printed circuit, characterized in that, the apparatus comprises a mechanism for connecting a high-frequency line pattern to the flexible printed circuit, the mechanism being provided on the package substrate of the digital-signal processing circuit, the high-frequency line pattern being formed on said the package substrate, wherein said package substrate and the at least one of the optical modulation module or the optical reception module connected by the flexible printed circuit are mounted on a common printing circuit board.
A mobile communication method comprising the steps of: transmitting, from any one of a core network apparatus and another radio base station to a radio base station, a location information reporting instruction providing an instruction to report location information on a mobile station; reporting, from the radio base station to the core network apparatus, the location information on the mobile station, in response to the radio base station having received the location information reporting instruction and the mobile station having performed an intra base station handover from a first cell to a second cell, both of which are under control of the radio base station. transmitting, from any one of a core network apparatus and another radio base station to a radio base station, a location information reporting instruction providing an instruction to report location information on a mobile station; reporting, from the radio base station to the core network apparatus, the location information on the mobile station, in response to the radio base station having received the location information reporting instruction and the mobile station having performed an intra base station handover from a first cell to a second cell, both of which are under control of the radio base station.
A wound dressing (1, 1 ") comprising an absorbent core with a top surface and a bottom surface containing a superabsorbent substance, a facing layer, and a backing layer, wherein the facing layer and the backing layer are joined together by a seam (6, 6', 6", 12, 12' 12") forming a pouch, wherein the absorbent core is located in the pouch, wherein the facing layer is folded to cover the entire bottom surface of the absorbent core and comprising two folded sections folded towards the top surface of the absorbent core, wherein the folded sections of the facing layer and the backing layer are joined together, characterized in that the wound dressing (1, 1 ") further comprises a contact layer to be brought into contact with a wound, wherein the contact layer is folded to cover an entire area of the facing layer covering the bottom surface of the absorbent core and comprising two folded sections covering parts of the folded sections of the facing layer, and wherein the two folded sections of the contact layer and the facing layer or the backing layer are joined together by a seam (6, 6', 6", 12, 12', 12").
A generator for an ultrasonic surgical instrument, the generator comprising: a control circuit configured to: apply a first power level to an ultrasonic transducer to set an ultrasonic blade temperature to a first target temperature T1, wherein the ultrasonic transducer is coupled to the ultrasonic blade via an ultrasonic waveguide; monitor a phase angle φ between voltage V g (t) and current I g (t) signals applied to the ultrasonic transducer; infer the temperature of the ultrasonic blade based on the phase angle φ between the voltage V g (t) and current I g (t) signals applied to the ultrasonic transducer; determine that a transection process is complete; and apply a second power level to the ultrasonic transducer to set an ultrasonic blade temperature to a second target temperature T2. apply a first power level to an ultrasonic transducer to set an ultrasonic blade temperature to a first target temperature T1, wherein the ultrasonic transducer is coupled to the ultrasonic blade via an ultrasonic waveguide; monitor a phase angle φ between voltage V g (t) and current I g (t) signals applied to the ultrasonic transducer; infer the temperature of the ultrasonic blade based on the phase angle φ between the voltage V g (t) and current I g (t) signals applied to the ultrasonic transducer; determine that a transection process is complete; and apply a second power level to the ultrasonic transducer to set an ultrasonic blade temperature to a second target temperature T2.
Process for winning oil from a vapor gas mixture obtained by the pyrolysis of a hydrocarbon containing material, such as oil shale, wherein prior to the fractionation the VGM containing several oil fractions is dedusted in an electrostatic precipitator operated at a temperature of 380 to 480 °C, characterized in that the dedusted VGM is cooled, subsequently fractionated and separated in at least two electrostatic precipitator stages at a temperature below the condensation temperature of the respective oil fraction to be separated.
Electrical traction system comprising: - a propeller group (2, 2', 2'') formed from an inner hollow cylinder (21, 21', 21'') inside which at least one propeller or an Archimedean screw is fixedly connected coaxial to said cylinder, so that both the propeller or the Archimedean screw itself and the cylinder can rotate together around an axis, - a cylindrical rotor (3, 5) of an electric motor inside which such a propeller group is coaxially arranged, - and a cylindrical stator (4, 6) fitted onto said rotor, in such a way of making an electric motor in which the rotor is hollow and cylindrical and the propeller or Archimedean screw is arranged inside it and rotates with said rotor, characterised in that: - said rotor is a cylindrical rotor of a transverse flux and permanent magnet electric motor provided with a plurality of magnets positioned through the help of locking sectors and having the poles fixed onto the inner central part of the cylinder; wherein - said electric motor is provided with permanent magnets made of rare earths; - said cylindrical stator (4, 6) comprises a plurality of sintered ferromagnetic modules. - a propeller group (2, 2', 2'') formed from an inner hollow cylinder (21, 21', 21'') inside which at least one propeller or an Archimedean screw is fixedly connected coaxial to said cylinder, so that both the propeller or the Archimedean screw itself and the cylinder can rotate together around an axis, - a cylindrical rotor (3, 5) of an electric motor inside which such a propeller group is coaxially arranged, - and a cylindrical stator (4, 6) fitted onto said rotor, in such a way of making an electric motor in which the rotor is hollow and cylindrical and the propeller or Archimedean screw is arranged inside it and rotates with said rotor, characterised in that: - said rotor is a cylindrical rotor of a transverse flux and permanent magnet electric motor provided with a plurality of magnets positioned through the help of locking sectors and having the poles fixed onto the inner central part of the cylinder; wherein - said electric motor is provided with permanent magnets made of rare earths; - said cylindrical stator (4, 6) comprises a plurality of sintered ferromagnetic modules. - said rotor is a cylindrical rotor of a transverse flux and permanent magnet electric motor provided with a plurality of magnets positioned through the help of locking sectors and having the poles fixed onto the inner central part of the cylinder; wherein - said electric motor is provided with permanent magnets made of rare earths; - said cylindrical stator (4, 6) comprises a plurality of sintered ferromagnetic modules.
Tyre comprising a carcass ply connecting two beads via two sidewalls, said carcass ply being surmounted radially towards the outside of the tyre by a crown reinforcing zone which is itself surmounted radially towards the outside of the tyre by a tread, the crown reinforcing zone comprising a plurality of reinforcing strips arranged in at least one ply of strips, said strips of each ply of strips being arranged so that they are juxtaposed axially and each forms an angle of less than or equal to 10° with the circumferential direction, this direction corresponding to the periphery of the tyre and being defined by the direction of running of the tyre, characterized in that each reinforcing strip is made up of a laminate consisting of: - n≥1 inner composite layer or layers, and, if n>1, these inner composite layers being juxtaposed radially with each other, each inner composite layer comprising oriented fibres parallel to each other, the angle of which to the circumferential direction is less than or equal to 10° in absolute terms, the oriented fibres of each inner composite layer having a modulus of extension of less than or equal to 30 GPa and being coated with a polymer matrix, the inner composite layer or layers being framed radially on either side, respectively, by m≥1 outer composite layers (17b, 17c), and, if m>1, these m outer composite layers (17b, 17c) being juxtaposed radially with each other on either side of the inner composite layer or layers, - each outer composite layer (17b, 17c) comprising oriented fibres (15', 15") parallel to each other, the angle of which with the circumferential direction is strictly greater than 10° in absolute terms, the oriented fibres (15', 15") of each outer composite layer (17b, 17c) having a modulus of extension greater than or equal to 55 GPa and being embedded in a polymer matrix. - n≥1 inner composite layer or layers, and, if n>1, these inner composite layers being juxtaposed radially with each other, each inner composite layer comprising oriented fibres parallel to each other, the angle of which to the circumferential direction is less than or equal to 10° in absolute terms, the oriented fibres of each inner composite layer having a modulus of extension of less than or equal to 30 GPa and being coated with a polymer matrix, the inner composite layer or layers being framed radially on either side, respectively, by m≥1 outer composite layers (17b, 17c), and, if m>1, these m outer composite layers (17b, 17c) being juxtaposed radially with each other on either side of the inner composite layer or layers, - each outer composite layer (17b, 17c) comprising oriented fibres (15', 15") parallel to each other, the angle of which with the circumferential direction is strictly greater than 10° in absolute terms, the oriented fibres (15', 15") of each outer composite layer (17b, 17c) having a modulus of extension greater than or equal to 55 GPa and being embedded in a polymer matrix.
Lighting means or signalling means which is accommodated in an insert that has a substantially cylindrical external shape and can be mounted in a corresponding receiving portion of a holder or a housing, wherein the holder or the housing comprises a cylindrical collar which is provided with an internal thread and into which the insert is inserted and secured by means of a fastening ring having an external thread by screwing the two threads (5, 6) together, wherein the external thread is provided on tongue-shaped, axial projections of the fastening ring, and wherein the tongue-shaped projections are formed as a hollow cone on the end face thereof.