mhurhangee/ep-ind-claims huggingface dataset:
Part for aircraft turbomachine, forming a blade of the aircraft turbomachine, and comprising a part body, the part body comprising: - a first cavity opening to the outside of the part body through a first opening, and - a first conduit opening to, on the one hand, the first cavity, and on the other hand, the outside of the part body, wherein the first cavity is located in a leading edge of the blade, characterised in that the part comprises a first pressure sensor and a first cable mechanically and electrically connected to the first sensor, the first sensor being at least partially housed in the first cavity and the first cable being at least partially housed in the first conduit, the first sensor comprising a first membrane, the first sensor being arranged such that at least one portion of the first membrane forms part of the outer surface of the first sensor. - a first cavity opening to the outside of the part body through a first opening, and - a first conduit opening to, on the one hand, the first cavity, and on the other hand, the outside of the part body, wherein the first cavity is located in a leading edge of the blade, characterised in that the part comprises a first pressure sensor and a first cable mechanically and electrically connected to the first sensor, the first sensor being at least partially housed in the first cavity and the first cable being at least partially housed in the first conduit, the first sensor comprising a first membrane, the first sensor being arranged such that at least one portion of the first membrane forms part of the outer surface of the first sensor. wherein the first cavity is located in a leading edge of the blade, characterised in that the part comprises a first pressure sensor and a first cable mechanically and electrically connected to the first sensor, the first sensor being at least partially housed in the first cavity and the first cable being at least partially housed in the first conduit, the first sensor comprising a first membrane, the first sensor being arranged such that at least one portion of the first membrane forms part of the outer surface of the first sensor.
A spreading unit, in particular for winter maintenance vehicles, comprising: a spreading material container which is delimited by rigid walls and has a bottom spreading material delivery device extending in the longitudinal direction of the spreading unit; a spreading material scattering device which is charged by the spreading material delivery device; and a liquid system which comprises at least one rigid lateral tank which is arranged laterally outside the spreading material container and at least one tank bag which has a variable shape and volume and is arranged in the interior of the spreading material container, at least one intermediate floor on which the at least one tank bag rests being arranged in the interior of the spreading material container such that, at the maximum volume of the tank bag, at least 90% of the volume thereof is arranged at a level above the at least one lateral tank, characterised in that on the intermediate floor there is a joint for a rigid partition which is mounted such that it can pivot sideways and bounds a part-space, of variable volume, of the spreading material container, in which part-space the tank bag is arranged.
Transport seat system, in particular aircraft seat system, with at least one first seat (10a; 10b; 10c) comprising at least one mounting module (28a, 30) that is, for a mounting of the seat (10a; 10b; 10c) in a transport means, configured to be connected on a guide rail (22a, 24a; 22b; 22c), and with at least one second seat (12a; 12b; 12c) which is arranged behind the first seat (10a; 10b; 10c) and comprises at least one mounting module (68a, 70a; 68b; 68c) that is, for a mounting of the seat (12a; 12b; 12c) in the transport means, configured to be connected on the same guide rail (22a, 24a; 22b; 22c), wherein, for an implementation of a use position and a stowage position of at least one of the seats (12a; 12b; 12c), the two seats (10a, 12a; 10b, 12b; 10c, 12c) are configured to be displaced on the guide rail (22a, 24a; 22b; 22c) relative to one another, wherein at least one mounting module (68a, 70a; 68b; 68c) of at least one of the seats (12a; 12b; 12c) comprises a seat foot unit (80a; 80b; 82c) that is supported movably relative at least to a portion of the mounting module (68a, 70a; 68b; 68c), the seats (10a, 12a; 10a, 12b; 10c, 12c) each comprising a backrest (36a; 36b; 36c) that has the same upright position in the use position and in the stowage position, characterised in that in the stowage position at least one of the seats (12a; 12b) is arranged such that it at least partially overlaps with its mounting module (68a, 70a; 68b) the mounting module (28a, 30a) of the other seat (10a; 10b).
Motor-vehicle door handle assembly having a manual handle, wherein in the manual handle are arranged one or several sensors and/or electronic components and the manual handle has at least one plug for establishing electrical contacts for one or several sensors and/or electronic components and at least one trough for the reception of one or several sensors and/or electronic components, wherein the plug and the trough are connected form-fittingly and/or force-fittingly and/or friction-fittingly and/or material-fittingly with one another, characterised in that the manual handle has an electronic chamber in which the trough and the plug are accommodated, wherein the trough has been filled with casting compound after the plug has been set in.
A method for characterizing a specimen (12, 30), comprising: providing a holographic microscope; selecting characteristics for a collimated laser selected from the group consisting of wavelength, number of distinct wavelengths, coherence length, intensity of light at each distinct wavelength, and a continuous or pulsed nature; scattering the laser's beam off the specimen to generate a scattered portion; generating an interference pattern from an unscattered portion of the collimated laser beam and the scattered portion; recording the interference pattern for subsequent analysis; fitting the interference pattern to either Lorenz-Mie light scattering theory or T-Matrix light scattering theory; and determining an estimate of the specimen's refractive index and radius from the fitted interference pattern. providing a holographic microscope; selecting characteristics for a collimated laser selected from the group consisting of wavelength, number of distinct wavelengths, coherence length, intensity of light at each distinct wavelength, and a continuous or pulsed nature; scattering the laser's beam off the specimen to generate a scattered portion; generating an interference pattern from an unscattered portion of the collimated laser beam and the scattered portion; recording the interference pattern for subsequent analysis; fitting the interference pattern to either Lorenz-Mie light scattering theory or T-Matrix light scattering theory; and determining an estimate of the specimen's refractive index and radius from the fitted interference pattern.
Refrigeration and/or freezer device with a device door, wherein the device door comprises an inner cladding, a heat-insulating layer and an outer cladding, wherein sealing means are provided in order to seal closed a refrigeration and/or freezer space of the device, and wherein a glass pane is front-sidedly mounted upstream of the outer cladding of the device door, wherein the glass pane is fastened to the device door via fastening means attached onto the rear side of the glass pane and is preferably designed without a supporting frame, characterized in that the glass pane, to open and close the device door, can be gripped from behind and, at least in the gripping area, projects laterally out over the side surface of the device door, wherein the rear grip area is arranged at least partially next to the side surface of the device door.
A back-light unit comprising: a plurality of substrates; a plurality of light sources respectively disposed on the plurality of substrates and configured to emit light; and N (N ≥ 2) light guide panels respectively disposed adjacent to the plurality of light sources, a corresponding light guide panel including a light incidence part having a light incidence surface for receiving light emitted from a corresponding light source, and a light emission part for emitting the received incident light, wherein the corresponding light guide panel comprises protruding surface patterns protruding from an upper surface the light emission part, characterized in that at least one of the light guide panels is provided with at least two sub-driving areas (R1, R2, R3) such that the plurality of light sources corresponding to the at least one of the light guide panels are grouped into blocks each corresponding to a respective sub-driving area, wherein the blocks of light sources are adapted such that they are independently driven to turn on and off the light sources in each respective sub-driving area; and the patterns are disposed at least at the boundary between the sub-driving areas (R1, R2, R3) so as to prevent optical interference between the sub-driving areas (R1, R2, R3). a plurality of substrates; a plurality of light sources respectively disposed on the plurality of substrates and configured to emit light; and N (N ≥ 2) light guide panels respectively disposed adjacent to the plurality of light sources, a corresponding light guide panel including a light incidence part having a light incidence surface for receiving light emitted from a corresponding light source, and a light emission part for emitting the received incident light, wherein the corresponding light guide panel comprises protruding surface patterns protruding from an upper surface the light emission part,
A high affinity programmed cell death 1 (PD-1) polypeptide, wherein the polypeptide is a variant of the human wild-type PD-1 sequence comprising an amino acid sequence as set forth in SEQ ID NO: 2 or a sequence of at least 85% identity therewith, wherein the high affinity PD-1 polypeptide: (a) lacks a PD-1 transmembrane domain, and (b) comprises one or more amino acid substitutions, wherein the one or more amino acid substitutions increases the affinity of the high affinity PD-1 polypeptide for programmed cell death 1 ligand 1 (PD-L1) as compared to the affinity for PD-L1 of the human wild type PD-1 polypeptide, and wherein the one or more amino acid substitutions is located at an amino acid position selected from: V39, L40, N41, Y43, R44, M45, S48, N49, Q50, T51, D52, K53, A56, Q63, G65, Q66, V72, H82, M83, R90, Y96, L97, A100, S102, L103, A104, P105, K106, and A107 of SEQ ID NO: 2. (a) lacks a PD-1 transmembrane domain, and (b) comprises one or more amino acid substitutions, wherein the one or more amino acid substitutions increases the affinity of the high affinity PD-1 polypeptide for programmed cell death 1 ligand 1 (PD-L1) as compared to the affinity for PD-L1 of the human wild type PD-1 polypeptide,
A controller for generating a control signal for controlling a switch of a converter, the converter comprising a fly-back converter or a buck-boost converter to be connected to a voltage supply, which voltage supply is configured to supply a voltage signal to the converter, the controller comprising an arrangement for adjusting the control signal, the arrangement comprising a circuit for, in response to an increased amplitude of the voltage signal, increasing a duration of a conducting time of the switch and for, in response to a decreased amplitude of the voltage signal, decreasing the duration of the conducting time of the switch, characterized in that the duration of the conducting time of the switch is substantially proportional to a sum of the amplitude of the voltage signal and a design parameter, the design parameter comprising an amplitude of another voltage signal, wherein, for the converter, being the fly-back converter, comprising a transformer (5, 6) with a primary coil coupled to the switch and with a secondary coil to be coupled to a load, the other voltage signal comprises an output voltage of the secondary coil multiplied by a number of windings of the primary coil and divided by a number of windings of the secondary coil, and wherein, for the converter, being the buck-boost converter, comprising a coil coupled to the switch and to be coupled to the load, where the switch and/or the load are coupled to an intermediate terminal of the coil, the other voltage signal comprises an output voltage of the coil multiplied by a number of windings of an input part of the coil and divided by a number of windings of an output part of the coil.
A rotating arm assembly for a passenger seat comprising: a rotating arm comprising a retracted configuration and a deployed configuration; a fixed shaft that is fixed relative to the passenger seat; a spring comprising (i) a moving portion (102.1) with a distal end and (ii) a coil portion (102.2) wrapped around the fixed shaft; and a bushing that interfaces with (i) the fixed shaft and (ii) the coil portion (102.2), characterized in that one configuration is selected among: a first configuration wherein the bushing comprises an inner diameter that interfaces with an outer cylindrical surface of the fixed shaft; and the bushing is adjustable to change the inner diameter, or a second configuration wherein the bushing comprises a cutout (103.2) that interfaces with the moving portion (102.1); and a size of the cutout (103.2) is adjustable. a rotating arm comprising a retracted configuration and a deployed configuration; a fixed shaft that is fixed relative to the passenger seat; a spring comprising (i) a moving portion (102.1) with a distal end and (ii) a coil portion (102.2) wrapped around the fixed shaft; and a bushing that interfaces with (i) the fixed shaft and (ii) the coil portion (102.2), characterized in that one configuration is selected among: a first configuration wherein the bushing comprises an inner diameter that interfaces with an outer cylindrical surface of the fixed shaft; and the bushing is adjustable to change the inner diameter, or a second configuration wherein the bushing comprises a cutout (103.2) that interfaces with the moving portion (102.1); and a size of the cutout (103.2) is adjustable. a first configuration wherein the bushing comprises an inner diameter that interfaces with an outer cylindrical surface of the fixed shaft; and the bushing is adjustable to change the inner diameter, or a second configuration wherein the bushing comprises a cutout (103.2) that interfaces with the moving portion (102.1); and a size of the cutout (103.2) is adjustable.
A method in a carrier encoding system (200, 205, 230) for synchronized provision of at least two different media streams to a first device, characterised by the steps of: - generating an identifier by an identifier generator, the identifier comprising a media indicator indicating a second media stream and a sequence number, wherein the sequence number refers to a specific moment of the second media stream; - storing by an identifier storage the identifier with a corresponding action indicator indicating a first media stream in an identifier storage, and - encoding by an encoder a carrier with the identifier and the second media stream, the identifier located at a specific location in the second media stream, and providing the encoded carrier. - generating an identifier by an identifier generator, the identifier comprising a media indicator indicating a second media stream and a sequence number, wherein the sequence number refers to a specific moment of the second media stream; - storing by an identifier storage the identifier with a corresponding action indicator indicating a first media stream in an identifier storage, and - encoding by an encoder a carrier with the identifier and the second media stream, the identifier located at a specific location in the second media stream, and
A method for supporting positioning of a user equipment, UE, in a wireless network performed by the UE, the method comprising: communicating, by the UE, with one or more base stations using a plurality of radio carriers, each of the plurality of radio carriers being associated with a different base station; receiving an indication to obtain a positioning measurement that includes timing advance information; said method, characterised by: determining a first radio carrier having a highest sub-carrier spacing in the plurality of radio carriers; determining a first timing advance value and a first carrier identifier, ID, associated with the first radio carrier; and transmitting, to a location server, a positioning measurement comprising the first timing advance value and the first carrier ID of the first radio carrier. communicating, by the UE, with one or more base stations using a plurality of radio carriers, each of the plurality of radio carriers being associated with a different base station; receiving an indication to obtain a positioning measurement that includes timing advance information; said method, characterised by: determining a first radio carrier having a highest sub-carrier spacing in the plurality of radio carriers; determining a first timing advance value and a first carrier identifier, ID, associated with the first radio carrier; and transmitting, to a location server, a positioning measurement comprising the first timing advance value and the first carrier ID of the first radio carrier. determining a first radio carrier having a highest sub-carrier spacing in the plurality of radio carriers; determining a first timing advance value and a first carrier identifier, ID, associated with the first radio carrier; and transmitting, to a location server, a positioning measurement comprising the first timing advance value and the first carrier ID of the first radio carrier.
A breast implant introducer comprising: - a hollow tube comprising a first and second longitudinal end, said first longitudinal end having a receiving opening for receiving said implant; said second longitudinal end having a tapered flange and an injection opening for injecting said implant; - a piston comprising a plunger and a pushrod; said plunger being adapted to conform to the inner contours of the tapered flange of said hollow tube; characterized in that said breast implant introducer further comprises a tube holder having an opening for receiving the pushrod of said piston; and releasing means comprising attachment means and connecting means, which allow the hollow tube to be fully or partially disconnected from said tube holder; and in that the angle of the tapered flange, represented by α, is between 30° and 60°. - a hollow tube comprising a first and second longitudinal end, said first longitudinal end having a receiving opening for receiving said implant; said second longitudinal end having a tapered flange and an injection opening for injecting said implant; - a piston comprising a plunger and a pushrod; said plunger being adapted to conform to the inner contours of the tapered flange of said hollow tube;
A hybrid scintillation module for the detection of radiation, comprising a combination of: - pixellated scintillation arrays - at least a first monolithic scintillation plate, that has a trapezoidal shape wherein the pixellated scintillation arrays are at the front of the hybrid scintillation module and the monolithic plate is behind the pixellated scintillation arrays, characterized in that the pixellated scintillator arrays are arranged as a stack of at least two shifted arrays. - pixellated scintillation arrays - at least a first monolithic scintillation plate, that has a trapezoidal shape
A drug delivery system comprising: an aerosol generator unit wherein a liquid formulation is partially vaporized to form an aerosol, the aerosol generator including: a capillary passage in which the liquid formulation is at least partially vaporized; at least one heater body operable to heat the capillary passage to a temperature range effective to at least partially volatilize liquid formulation in the capillary passage; and at least one air passage arranged such that air is heated by the heater body and the heated air is combined with aerosol produced by the aerosol generator unit, the system further comprising: a pumping unit adapted to supply a liquid formulation to the aerosol generator unit; a flow passage having an inlet end in fluid communication with an outlet of the aerosol generator unit and an outlet adapted for connection to a patient interface which supplies ventilation to a patient's lungs; at least one condensate collector adapted to collect condensed liquid or liquid produced by the aerosol generator unit; and an aerosol transition adapter arranged to mix aerosol produced by the aerosol generator unit with heated air and direct the mixed aerosol into the inlet end of the flow passage. a capillary passage in which the liquid formulation is at least partially vaporized; at least one heater body operable to heat the capillary passage to a temperature range effective to at least partially volatilize liquid formulation in the capillary passage; and at least one air passage arranged such that air is heated by the heater body and the heated air is combined with aerosol produced by the aerosol generator unit, a pumping unit adapted to supply a liquid formulation to the aerosol generator unit; a flow passage having an inlet end in fluid communication with an outlet of the aerosol generator unit and an outlet adapted for connection to a patient interface which supplies ventilation to a patient's lungs; at least one condensate collector adapted to collect condensed liquid or liquid produced by the aerosol generator unit; and an aerosol transition adapter arranged to mix aerosol produced by the aerosol generator unit with heated air and direct the mixed aerosol into the inlet end of the flow passage.