mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first user equipment device for establishing a communication with at least one other second user equipment device, the method comprising: receiving beacon signals from a second user equipment device, the beacon signals providing information concerning the second user equipment device; using the received beacon signals to assign the second user equipment device to one or more categories; selecting the second user equipment device as a communication partner using the categorization; determining a communication mode to be used for communication with the communication partner by selecting, using the categorization, the communication mode from a set of possible communication modes, determining a frequency shift between the first user equipment device and the second user equipment device from the received beacon signals and characterized in that the second user device is selected as the communication partner only if the frequency shift indicates that a relative speed of the second user equipment device and the first user equipment device is below a threshold, wherein the threshold is dependent on a type of communication to be performed. receiving beacon signals from a second user equipment device, the beacon signals providing information concerning the second user equipment device; using the received beacon signals to assign the second user equipment device to one or more categories; selecting the second user equipment device as a communication partner using the categorization; determining a communication mode to be used for communication with the communication partner by selecting, using the categorization, the communication mode from a set of possible communication modes, determining a frequency shift between the first user equipment device and the second user equipment device from the received beacon signals and characterized in that the second user device is selected as the communication partner only if the frequency shift indicates that a relative speed of the second user equipment device and the first user equipment device is below a threshold, wherein the threshold is dependent on a type of communication to be performed.
A carbonate-containing oligomer, characterized in comprising a structure represented by formula (I): wherein R 1 , R 2 and X are each independently an aromatic ring group, and n is an integer from 1 to 5.
A wind turbine , with a tower , a nacelle on the tower , wherein the nacelle has a nacelle floor with a first and second opening , wherein the first opening has dimensions that allow first components to be passed through, wherein the second opening is larger than the first opening , and a transformer with a transformer floor inside of the nacelle , wherein the second opening has dimensions that allow the transformer to be passed through, wherein the transformer floor closes the second opening when the transformer has been mounted in the nacelle , characterized in that the transformer floor is provided in or on the nacelle floor in the area of the second opening by means of fastening elements . a tower , a nacelle on the tower , wherein the nacelle has a nacelle floor with a first and second opening , wherein the first opening has dimensions that allow first components to be passed through, wherein the second opening is larger than the first opening , and a transformer with a transformer floor inside of the nacelle , wherein the second opening has dimensions that allow the transformer to be passed through, wherein the transformer floor closes the second opening when the transformer has been mounted in the nacelle , characterized in that the transformer floor is provided in or on the nacelle floor in the area of the second opening by means of fastening elements .
An N-phase electric machine comprising a movable member mounted so as to move with respect to a fixed member, a system for determining at least one item of information relating to the movement of said movable member and an electric power supply system which is managed by said item of information, said determination system comprising an encoder secured to the movable member which is able to generate a signal representative of its movement and a sensor secured to the fixed member which is able to determine said item of information by reading the signal generated by said encoder, said encoder having a magnetic track formed by a succession of n pp pairs of North and South magnetic poles with a width L p which are disposed so as to deliver a pseudo-sinusoidal magnetic field, the fixed member having an armature made of a ferromagnetic material which is equipped with at least one conductive coil per phase, said coils being electrically connected to the power supply system while being magnetically coupled to the track of the encoder , the armature having pads around which a coil is respectively arranged, with the pads projecting in the interface with the encoder while each having a free surface disposed opposite the magnetic track , said free surface having teeth with a width L d spaced apart by hollows with a width L e , the widths L d and/or L e being such that their ratio to N*L p is neither even nor inversely even so as to direct the magnetic flux between the coil and the encoder so that the supply of electric power to the coils causes the encoder to move and/or the movement of the encoder causes electric power to be supplied to said coils, said machine comprising an axial stack of a printed circuit on the armature to form a stator, the encoder forming a rotor being disposed axially above said printed circuit to form an axial magnetic flux machine wherein the sensor axially reads the item of information delivered by said encoder.
A self-locking structure for a toilet seat bumper, comprising a fixed seat fixedly arranged on a toilet and a cover plate rotatably arranged on the fixed seat , wherein a mounting hole is arranged on the cover plate , and a seat hinge assembly configured to hinge the fixed seat and the cover plate is installed in the mounting hole ; the cover plate is provided with an arc-shaped hole communicated with the mounting hole in a radial direction; the seat hinge assembly comprises a hinge shaft , characterized in that the the seat hinge assembly further comprises an annular elastic buckle sleeved on an outer circumference of the hinge shaft ; the annular elastic buckle comprises an annular portion and a raised portion arranged on an end face of the annular portion and outwardly protruding toward the radial direction of the annular portion ; the outer circumference of the hinge shaft is provided with an annular groove in which the annular portion is sleeved, and the outer circumference of the hinge shaft is further provided with an avoidance slot communicated with the annular groove , and the avoidance slot is configured for accommodating the raised portion entirely; when the annular portion of the annular elastic buckle is sleeved on a periphery of the annular groove of the hinge shaft , a top of the raised portion is higher than a peripheral surface of the hinge shaft , so that during the assembly process, the raised portion of the annular elastic buckle is clamped in the arc-shaped hole from outside to inside through the mounting hole along an axis direction of the mounting hole , so as to realize an axial fixation of the seat hinge assembly in the mounting hole .
A fixing device comprising: a fixing roller for fixing a toner image onto a sheet of paper; a plurality of separation claws that are in contact with the fixing roller to separate the sheet of paper, onto which the toner image is fixed, from the fixing roller ; a holder for supporting the plurality of separation claws ; a slide mechanism for sliding the holder along a longitudinal direction of the fixing roller ; a cam configured to be manually rotatable to press the holder along the longitudinal direction of the fixing roller ; and an energizing member that energizes the holder toward a side of the cam , characterized in that the cam has a columnar shape of a polygon in planar view and is configured to press the holder into a position that changes stepwise; and the position to which the cam presses the holder changes with the rotation of the cam . a fixing roller for fixing a toner image onto a sheet of paper; a plurality of separation claws that are in contact with the fixing roller to separate the sheet of paper, onto which the toner image is fixed, from the fixing roller ; a holder for supporting the plurality of separation claws ; a slide mechanism for sliding the holder along a longitudinal direction of the fixing roller ; a cam configured to be manually rotatable to press the holder along the longitudinal direction of the fixing roller ; and an energizing member that energizes the holder toward a side of the cam , characterized in that the cam has a columnar shape of a polygon in planar view and is configured to press the holder into a position that changes stepwise; and the position to which the cam presses the holder changes with the rotation of the cam .
A high speed flywheel system comprising: a flywheel mounted on a shaft ; a housing, the shaft being mounted on the housing; a first primary bearing arrangement between the shaft and the housing on a first side of the flywheel ; and a second primary bearing arrangement between the shaft and the housing on a second side of the flywheel ; characterised in that the first and second primary bearing arrangements each have an associated first elastomeric component arranged to provide radial restraint, and only the first primary bearing arrangement has an associated second elastomeric component arranged to provide axial restraint, the system further comprising an oil transmission passage comprising a channel in the housing whereby oil can be fed to the bearings via the oil transmission passage. a flywheel mounted on a shaft ; a housing, the shaft being mounted on the housing; a first primary bearing arrangement between the shaft and the housing on a first side of the flywheel ; and a second primary bearing arrangement between the shaft and the housing on a second side of the flywheel ; characterised in that the first and second primary bearing arrangements each have an associated first elastomeric component arranged to provide radial restraint, and only the first primary bearing arrangement has an associated second elastomeric component arranged to provide axial restraint, the system further comprising an oil transmission passage comprising a channel in the housing whereby oil can be fed to the bearings via the oil transmission passage. a first primary bearing arrangement between the shaft and the housing on a first side of the flywheel ; and a second primary bearing arrangement between the shaft and the housing on a second side of the flywheel ; characterised in that the first and second primary bearing arrangements each have an associated first elastomeric component arranged to provide radial restraint, and only the first primary bearing arrangement has an associated second elastomeric component arranged to provide axial restraint, the system further comprising an oil transmission passage comprising a channel in the housing whereby oil can be fed to the bearings via the oil transmission passage. the first and second primary bearing arrangements each have an associated first elastomeric component arranged to provide radial restraint, and only the first primary bearing arrangement has an associated second elastomeric component arranged to provide axial restraint, the system further comprising an oil transmission passage comprising a channel in the housing whereby oil can be fed to the bearings via the oil transmission passage.
An electronic device comprising: a circuit board ; and an antenna fed from the circuit board , and comprising a plurality of electronic components a plurality of conductive components , each of the plurality of conductive components being disposed on respective partial regions of one of the plurality of electronic components of the electronic device , and at least one connection component connecting the plurality of conductive components , the at least one connection component corresponding to a Flexible Printed Circuit, FPC, wherein at least one of the conductive components includes a ground area that is configured to be connected to a metallic piece for fixing the FPC. a circuit board ; and an antenna fed from the circuit board , and comprising a plurality of electronic components a plurality of conductive components , each of the plurality of conductive components being disposed on respective partial regions of one of the plurality of electronic components of the electronic device , and at least one connection component connecting the plurality of conductive components , the at least one connection component corresponding to a Flexible Printed Circuit, FPC, wherein at least one of the conductive components includes a ground area that is configured to be connected to a metallic piece for fixing the FPC.
A packaging machine for long food pasta or similar products, comprising a motorized input conveyor belt and a motorized output conveyor belt which are driven by respective independently adjustable moving groups and are aligned with one another in a longitudinal direction so as to form a single advancement path for a tubular wrapping filled with successive doses of product , said conveyor belts being longitudinally spaced from one another so as to define an intermediate space wherein a transverse welding and cutting group operates, on said tubular wrapping so as to determine the splitting thereof in separate successive packages with the formation of closing flaps of the welded and cut ends of the tubular wrapping upstream and downstream of said transverse welding and cutting group , said transverse welding and cutting group being supported by a structure horizontally displaceable with alternated movement along said advancement path of the wrapping , said structure also including a support holding an output roll of said input conveyor belt and an input roll of said output conveyor belt at a fixed distance so as to confer said rolls an alternated horizontal movement coinciding with that of said welding and cutting group , wherein the moving group of the motorized output conveyor belt is driven by a motor characterized in that the motor is operable to cause a temporary reduction of the advancement speed of the output conveyor belt with respect to that of the input conveyor belt during the transverse welding and cutting operation so as to allow said transverse welding and cutting group to press the flap downstream thereof against the corresponding end of the package just separated from said tubular wrapping .
Use of a plurality of snap fasteners both for producing a mechanically releasable fastening of a head cushion to a backrest of a vehicle seat and for producing a mechanically interruptible electrical connection of an electric heater of the head cushion to an electrical supply of same, wherein the snap fasteners comprise - a female snap fastener part , at the blind cap crimping region (1.2.1) of which a first electric cable (1.4) is crimped, and - a male snap fastener part , at the crimping region (2.1.1) of which a second electric cable (1.4) is crimped, for producing a mechanically interruptible electrical connection, wherein the female snap fastener part for producing a connection to a corresponding male snap fastener part comprises a basic element (1.1), which is in the form of a spring element, and a blind cap (1.2), wherein the female snap fastener part is designed for producing a mechanically interruptible electrical connection to the male snap fastener part , and wherein the blind cap (1.2) has a blind cap crimping region (1.2.1), and wherein the male snap fastener part for producing a connection to the corresponding female snap fastener part comprises a rivet element (2.1) and a ball element (2.2), wherein the male snap fastener part is designed for producing a mechanically interruptible electrical connection to the female snap fastener part , and wherein the rivet element (2.1) has a crimping region (2.1.1). - a female snap fastener part , at the blind cap crimping region (1.2.1) of which a first electric cable (1.4) is crimped, and - a male snap fastener part , at the crimping region (2.1.1) of which a second electric cable (1.4) is crimped,
An optical waveguide structure comprising a slab type two-dimensional photonic crystal and an optical waveguide provided in said photonic crystal, said photonic crystal comprising a slab of a dielectric film and a plurality of lattice columns (T1 to T7) each comprising dielectric pillars (H1 to H7), wherein said dielectric pillars (H1 to H5) included in said lattice columns (T1 to T5) at least of n'th order, wherein n represents 1, 2, 3, 4 and 5, in distance with respect to said optical waveguide have a planar shape of an equilateral polygon or exact circle, wherein (a) said dielectric pillars (H2) included in said lattice column (T2) of the second order in distance with respect to said optical waveguide have a size r2; (b) said dielectric pillars (H3) included in said lattice column (T3) of the third order in distance with respect to said optical waveguide have a size r3; (c) said dielectric pillars (H4) included in said lattice column (T4) of the fourth order in distance with respect to said optical waveguide have a size r4; (d) said dielectric pillars (H5) included in said lattice column (T5) of the fifth order in distance with respect to said optical waveguide have a size r5; characterised in that (e) at least one of said sizes r2, r3, r4 and r5 is larger than a fundamental size r0, wherein r0 is the size of the dielectric pillars belonging to the lattice columns of n'th order, wherein n is 6 or more. (a) said dielectric pillars (H2) included in said lattice column (T2) of the second order in distance with respect to said optical waveguide have a size r2; (b) said dielectric pillars (H3) included in said lattice column (T3) of the third order in distance with respect to said optical waveguide have a size r3; (c) said dielectric pillars (H4) included in said lattice column (T4) of the fourth order in distance with respect to said optical waveguide have a size r4; (d) said dielectric pillars (H5) included in said lattice column (T5) of the fifth order in distance with respect to said optical waveguide have a size r5; characterised in that (e) at least one of said sizes r2, r3, r4 and r5 is larger than a fundamental size r0, wherein r0 is the size of the dielectric pillars belonging to the lattice columns of n'th order, wherein n is 6 or more.
A cushion for a patient breathing mask interface device, the cushion comprising: an open body formed into a three-dimensional J-shaped cross section with an interface coupling front portion and a patient contacting back portion , the back portion defining an inboard curl leading into a dampening chamber in fluid communication with a source of a dampening medium, the chamber being juxtaposed with one or more of the patient's airways, characterized in that the patient contacting portion has a fibrous, slip-resistant surface and an integral fluid impermeable barrier, and wherein the fibrous surface and fluid impermeable barrier further comprise a stretch-bonded laminar composite.
An RFID label with protection of the electronic RFID functionality, comprising: - an RFID transponder chip , - a support substrate on which the RFID transponder chip is arranged, - several structural elements which are arranged laterally offset from the RFID transponder chip in perpendicular projection in the form of a top view on the RFID label, wherein the structural elements are arranged at a distance from the RFID transponder chip and spaced apart from one another and act as spacers so that a force acting on the label under mechanical stress is not absorbed by the RFID transponder chip , but by the structural elements , characterized in that the structural elements are each designed as a varnish dot or cured glue dot which is printed or applied by means of a glue application process. - an RFID transponder chip , - a support substrate on which the RFID transponder chip is arranged, - several structural elements which are arranged laterally offset from the RFID transponder chip in perpendicular projection in the form of a top view on the RFID label, wherein the structural elements are arranged at a distance from the RFID transponder chip and spaced apart from one another and act as spacers so that a force acting on the label under mechanical stress is not absorbed by the RFID transponder chip , but by the structural elements , characterized in that the structural elements are each designed as a varnish dot or cured glue dot which is printed or applied by means of a glue application process.
A norovirus genogroup I VP1 capsid protein, wherein the amino acid sequence of said protein has at the position corresponding to Arg472 in SEQ ID NO:3 an Arg or Lys residue.
A fiber management frame for a fiber optic closure comprising: a fiber management interface including at least one first interface surface defining a first slack storage area for a first group of optical fibers ; and a tray holder including at least one second interface surface configured to mate with the at least one first interface surface , at least one primary cantilevered surface defining a second slack storage area offset from the fiber management interface for a second group of optical fibers , and at least one secondary cantilevered surface offset from the at least one primary cantilevered surface and defining at least one tray mounting area offset from the fiber management interface , wherein the tray holder is configured to be removably mounted to the fiber management interface with the at least one second interface surface abutting the at least one first interface surface but without interfering with the first group of optical fibers , and the tray holder is further configured to removably mount to at least one fiber optic tray in the at least one tray mounting area. a fiber management interface including at least one first interface surface defining a first slack storage area for a first group of optical fibers ; and a tray holder including at least one second interface surface configured to mate with the at least one first interface surface , at least one primary cantilevered surface defining a second slack storage area offset from the fiber management interface for a second group of optical fibers , and at least one secondary cantilevered surface offset from the at least one primary cantilevered surface and defining at least one tray mounting area offset from the fiber management interface , wherein the tray holder is configured to be removably mounted to the fiber management interface with the at least one second interface surface abutting the at least one first interface surface but without interfering with the first group of optical fibers , and the tray holder is further configured to removably mount to at least one fiber optic tray in the at least one tray mounting area.